Device dictionary

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Reference ID	Label	String
0x00190001	density_3680	3680 Dens
0x00190002	steam_quality_3280	3280 Steam qual
0x001A0001	ABB_DPK_pressure	DPK Pres
0x001A0002	ABB_PX_pressure	PX Pres
0x001A0003	ABB_DPK_temperature	DPK Temp
0x001A0004	valve_positioner	Valve Position
0x001A0005	flow_device	Flow
0x001A0006	level_device	Level
0x001F0001	mass_flow_9712	9712 Mass flo
0x001F0002	mass_flow_9739	9739 Mass flo
0x001F0003	mass_flow_9701	9701
0x001F0004	mass_flow_9720	9720
0x00260001	pressure_3051	3051
0x00260002	pressure_1151s	1151
0x00260003	pressure_3001c	3001C HTG
0x00260004	pressure_3001l	3001L HTG
0x00260005	pressure_3051c	3051C
0x00260006	temperature_3044	3044 Temp
0x00260007	mag_flow_8712	Magmeter
0x00260008	mag_flow_8712H	Mag HS
0x00260009	htg_3201	3201 SAM
0x0026000A	htg_3202	3202 SAM
0x0026000B	temperature_3044C	3044C Temp
0x0026000C	pressure_1152s	1152
0x0026000D	vortex_flow_8800	Vortex
0x0026000E	pressure_3051clp	3051C LP
0x0026000F	pressure_3001s	3001S HTG
0x00260010	pressure_2001	2001
0x00260011	level_4050	4050
0x00260012	ascii_term	ASCII Term
0x00260014	mv_3095	3095MV
0x00260015	temperature_544	544 Temp
0x00260016	temperature_644	644 Temp
0x00260017	temperature_3144	3144 Temp
0x00260018	temperature_3244	3244 Temp
0x00260019	multi_3095FT	3095FT
0x0026001A	level_3700	3700
0x0026001B	level_3750	3750
0x0026001C	TRI_LOOP	Tri-Loop
0x0026001D	c_3095	3095C
0x0026001E	mm_3095	3095MM
0x0026001F	tank_3701	3701
0x00260020	level_3300	3300
0x00260021	asu_3702	3702ASU
0x00260022	pressure_2088s	2088 Smart
0x00260023	probar	ProBar
0x00260024	massprobar	Mass ProBar
0x00260025	prov	ProV
0x00260026	pressure_2090s	2090 Smart
0x00260027	probar_uc	ProBar UC
0x00260028	d_2055	2055D
0x00260029	pv_3095	3095PV
0x0026002A	sentry	Sentry
0x002E0001	ph_1181	2081 pH
0x002E0002	ph_1054	2054 pH
0x002E0003	conductivity_1181	2081 Cond
0x002E0004	conductivity_1054	2054 Cond
0x002E0005	ph_3081	3081pH
0x002E0006	c_3081	3081C
0x002E0007	ph_orp_54	54pH/ORP
0x002E0008	c_54	54eC
0x00FA0001	InH2O	inH2O
0x00FA0002	InHg	inHg
0x00FA0003	FtH2O	ftH2O
0x00FA0004	mmH2O	mmH2O
0x00FA0005	mmHg	mmHg
0x00FA0006	psi	psi
0x00FA0007	bar	bar
0x00FA0008	mbar	mbar
0x00FA0009	g_SqCm	g/Sqcm
0x00FA000A	kg_SqCm	kg/Sqcm
0x00FA000B	PA	Pa
0x00FA000C	kPA	kPa
0x00FA000D	torr	torr
0x00FA000E	ATM	atm
0x00FA000F	CuFt_min	Cuft/min
0x00FA0010	gal_min	gal/min
0x00FA0011	l_min	L/min
0x00FA0012	ImpGal_min	Impgal/min
0x00FA0013	CuMtr_hr	Cum/h
0x00FA0014	ft_s	ft/s
0x00FA0015	mtr_s	m/s
0x00FA0016	gal_s	gal/s
0x00FA0018	l_s	L/s
0x00FA0019	MilL_day	ML/d
0x00FA001A	CuFt_s	Cuft/s
0x00FA001B	CuFt_day	Cuft/d
0x00FA001C	CuMtr_s	Cum/s
0x00FA001D	CuMtr_day	Cum/d
0x00FA001E	ImpGal_hr	Impgal/h
0x00FA001F	ImpGal_day	Impgal/d
0x00FA0020	degC	degC
0x00FA0021	degF	degF
0x00FA0022	degR	degR
0x00FA0023	Kelvin	Kelvin
0x00FA0024	mV	mV
0x00FA0025	Ohm	ohm
0x00FA0026	Hz	Hz
0x00FA0027	mA	mA
0x00FA0028	gal	gal
0x00FA0029	liter	L
0x00FA002A	ImpGal	Impgal
0x00FA002B	CuMtr	Cum
0x00FA002C	ft	ft
0x00FA002D	meter	m
0x00FA002E	bbl	bbl
0x00FA002F	in	in
0x00FA0030	cm	cm
0x00FA0031	mm	mm
0x00FA0032	min	min
0x00FA0033	sec	s
0x00FA0034	hr	h
0x00FA0035	day	d
0x00FA0036	cpoise	cP
0x00FA0037	uMho	uMho
0x00FA0038	Percent	%
0x00FA0039	v	V
0x00FA003A	pH	pH
0x00FA003B	gram	g
0x00FA003C	kg	kg
0x00FA003D	MetTon	MetTon
0x00FA003E	lb	lb
0x00FA003F	ShTon	STon
0x00FA0040	LTon	LTon
0x00FA0041	g_s	g/s
0x00FA0042	g_min	g/min
0x00FA0043	g_hr	g/h
0x00FA0044	kg_s	kg/s
0x00FA0045	kg_min	kg/min
0x00FA0046	kg_hr	kg/h
0x00FA0047	kg_day	kg/d
0x00FA0048	MetTon_min	MetTon/min
0x00FA0049	MetTon_hr	MetTon/h
0x00FA004A	MetTon_day	MetTon/d
0x00FA004B	lb_s	lb/s
0x00FA004C	lb_min	lb/min
0x00FA004D	lb_hr	lb/h
0x00FA004E	lb_day	lb/d
0x00FA004F	ShTon_min	STon/min
0x00FA0050	ShTon_hr	STon/h
0x00FA0051	ShTon_day	STon/d
0x00FA0052	LTon_hr	LTon/h
0x00FA0053	LTon_day	LTon/d
0x00FA0054	SGU	SGU
0x00FA0055	g_CuCm	g/Cucm
0x00FA0056	kg_CuMtr	kg/Cum
0x00FA0057	lb_gal	lb/gal
0x00FA0058	lb_CuFt	lb/Cuft
0x00FA0059	g_ml	g/mL
0x00FA005A	kg_l	kg/L
0x00FA005B	g_l	g/L
0x00FA005C	lb_CuIn	lb/Cuin
0x00FA005D	ShTon_CuYd	STon/Cuyd
0x00FA005E	degTwad	degTwad
0x00FA005F	degBrix	degBrix
0x00FA0060	degBaum_hv	degBaum hv
0x00FA0061	degBaum_lt	degBaum lt
0x00FA0062	degAPI	degAPI
0x00FA0063	Percent_sol_wt	% sol-wt
0x00FA0064	Percent_sol_vol	% sol-vol
0x00FA0065	degBall	degBall
0x00FA0066	proof_vol	proof/vol
0x00FA0067	proof_mass	proof/mass
0x00FA0068	bush	bush
0x00FA0069	CuYd	Cuyd
0x00FA006A	CuFt	Cuft
0x00FA006B	CuIn	Cuin
0x00FA006C	mtr_hr	m/h
0x00FA006D	CuFt_hr	Cuft/h
0x00FA006E	CuMtr_min	Cum/min
0x00FA006F	bbl_s	bbl/s
0x00FA0070	bbl_min	bbl/min
0x00FA0071	bbl_hr	bbl/h
0x00FA0072	bbl_day	bbl/d
0x00FA0073	gal_hr	gal/h
0x00FA0074	ImpGal_s	Impgal/s
0x00FA0075	l_hr	L/h
0x00FA0076	percent_StmQual	% Stm Qual
0x00FA0077	Ftin16	ft.in16
0x00FA0078	CuFt_lb	Cuft/lb
0x00FA0079	Percent_plato	% plato
0x00FA007A	centi_stokes	cSt
0x00FA007B	pico_farads	pF
0x00FA007C	mega_pascals	MPa
0x00FA007D	in_H2O_4_degrees_C	inH2O @4DegC
0x00FA007E	mm_H2O_4_degrees_C	mmH2O @4DegC
0x00FA007F	hecto_liter	hL
0x00FA0080	gallons_per_day	gal/d
0x00FA0081	bbl_liq	bbl(liq)
0x00FA0082	ounce	ounce
0x00FA0083	foot_pound_force	ft lbf
0x00FA0084	kilo_watt	kW
0x00FA0085	kilo_watt_hour	kWh
0x00FA0086	horsepower	hp
0x00FA0087	mega_calorie	Mcal
0x00FA0088	mega_joule	MJ
0x00FA0089	british_thermal_unit	Btu
0x00FA008A	normal_cubic_meter	NmlCum
0x00FA008B	normal_liter	NmlL
0x00FA008C	standard_cubic_feet	StdCuft
0x00FA008D	mega_calorie_per_hour	Mcal/h
0x00FA008E	mega_joule_per_hour	MJ/h
0x00FA008F	british_thermal_unit_per_hour	Btu/h
0x00FA0090	normal_cubic_meter_per_hour	NmlCum/h
0x00FA0091	normal_liter_per_hour	NmlL/h
0x00FA0092	standard_cubic_feet_per_minute	StdCuft/min
0x00FA0093	deka_therm	datherm
0x00FA0094	parts_per_million	ppm
0x00FA0095	MillionGal_day	MMgal/d
0x00FA0096	uSiemen_cm	uS/cm
0x00FA0097	mSiemen_cm	mS/cm
0x00FA0098	kOhm	kO
0x00FA0099	newton	N
0x00FA009A	newton_meter	Nm
0x00FA009B	in_s	in/s
0x00FA009C	in_min	in/min
0x00FA009D	ft_min	ft/min
0x00FA009E	deg_s	deg/s
0x00FA009F	rpm	rpm
0x00FA00A0	degrees	deg
0x00FA00A1	rev_s	rev/s
0x00FA00A2	radian	rad
0x00FA00A3	in_H2O_60_degrees_F	inH2O @60DegF
0x00FA00A4	ug_l	ug/L
0x00FA00A5	ug_m3	ug/Cum
0x00FA00A6	percent_consistency	%Cs
0x00FA00A7	volume_percent	Vol%
0x00FA00A8	ml_l	mL/L
0x00FA00A9	ul_l	uL/L
0x00FA00AA	percent_lel	%LEL
0x00FA00AB	ppb	ppb
0x00FB0001	linear	Linear
0x00FB0002	square_root	Sq root
0x00FB0007	special_curve	Spcl curve
0x00FB0008	square_root_plus_special_curve	Sq root+ spcl curve
0x00FB0009	square_root_to_the_third_power_plus_special_curve	Sq R to 3rd P+SCurv
0x00FB000A	square_root_to_the_fifth_power_plus_special_curve	Sq R to 5th P+SC
0x00FB000B	square_root_to_the_third_power_sup	Sq root to 3rd powr
0x00FB000C	square_root_to_the_fifth_power_sup	Sq root to 5th powr
0x00FB000D	square	Square
0x00FB000E	discrete_switch	discrete (switch)
0x00FC0001	carbon_steel	Carbon Steel
0x00FC0002	stainless_steel_304	304 SST
0x00FC0003	stainless_steel_316	316 SST
0x00FC0004	hastelloy_c	Hast-C
0x00FC0005	monel	Monel
0x00FC0006	tantalum	Tantalum
0x00FC0007	titanium	Titanium
0x00FC0008	pt_ir	Pt-Ir
0x00FC0009	alloy_20	Alloy 20
0x00FC000A	co_cr_ni	Co-Cr-Ni
0x00FC000B	ptfe	PTFE
0x00FC000C	vito	Viton
0x00FC000D	buna_n	Buna-N
0x00FC000E	ethyl_prop	Ethyl-Prop
0x00FC000F	urethane	Urethane
0x00FC0011	tefzel	Tefzel
0x00FC0012	ryton	Ryton
0x00FC0013	ceramic	Ceramic
0x00FC0015	pvc	PVC
0x00FC0016	nitrile_rubber	Nitrile Rubber
0x00FC0017	kalrez	Kalrez
0x00FC0018	inconel	Inconel
0x00FC0019	kynar	Kynar
0x00FC001A	aluminium	Al
0x00FC001B	nickel	Nickel
0x00FC001C	hastelloy_c276	Hast-C276
0x00FC001D	monel_400	Monel-400
0x00FC001E	fep	FEP
0x00FC001F	stainless_steel_316_ti	316 SST Ti
0x00FC0020	gold_monel	Gold monel
0x00FC0021	stainless_steel_316l_sup	316L SST
0x00FC0022	klinger_c4401	4401
0x00FC0023	thermotork	Thermotork
0x00FC0024	grafoil	Grafoil
0x00FC0025	ptfe_coated_316l_sst	PTFE coated 316L SST
0x00FC0026	gold_plated_hastelloy_c276	Gold plated Hast C276
0x00FC0027	ptfe_graphite	PTFE Graphite
0x00FC0028	ptfe_glass	PTFE Glass
0x00FC0029	PTFE_hastelloy	PTFE/Hastelloy
0x00FC002A	stainless_steel_CF_8M	SST CF-8M
0x00FC002B	hastelloy_sst	Hastelloy C/SST
0x00FC002C	gold_plated_sst	gold plated SST
0x00FC002D	aflas	Aflas
0x00FD0001	Acromag	Acromag
0x00FD0002	Allen_Bradley	Allen Bradley
0x00FD0003	Ametek	Ametek
0x00FD0004	Analog_Devices	Analog Devices
0x00FD0006	Beckman	Beckman
0x00FD0007	Bell_Microsensor	Bell Microsensor
0x00FD0008	Bourns	Bourns
0x00FD0009	Bristol_Babcock	Bristol Babcock
0x00FD000A	Brooks_Instrument	Brooks Instrument
0x00FD000B	Chessell	Chessell
0x00FD000C	Combustion_Engineering	Combustion Engineering
0x00FD000D	Daniel_Industries	Daniel Industries
0x00FD000E	Delta	Delta
0x00FD000F	Dieterich_Standard	Dieterich Standard
0x00FD0010	Dohrmann	Dohrmann
0x00FD0011	Endress_and_Hauser	Endress & Hauser
0x00FD0013	Fisher_Controls	Fisher Controls
0x00FD0014	Foxboro	Foxboro
0x00FD0015	Fuji	Fuji
0x00FD0017	Honeywell	Honeywell
0x00FD0018	ITT_Barton	ITT Barton
0x00FD0019	KayRay_Sensall	Kay Ray/Sensall
0x00FD001A	Kent	Kent
0x00FD001B	Leeds_and_Northrup	Leeds & Northrup
0x00FD001C	Leslie	Leslie
0x00FD001D	M_System_Co	M-System Co.
0x00FD001E	Measurex	Measurex
0x00FD001F	Micro_Motion	Micro Motion
0x00FD0020	Moore_Industries	Moore Industries
0x00FD0021	Moore_Products	Moore Products
0x00FD0022	Ohkura_Electric	Ohkura Electric
0x00FD0023	Paine	Paine
0x00FD0024	Rochester_Instrument_Systems	Rochester Instrument Systems
0x00FD0025	Ronan	Ronan
0x00FD0026	Rosemount	Rosemount
0x00FD0028	Schlumberger	Schlumberger
0x00FD0029	Sensall	Sensall
0x00FD002A	Siemens	Siemens
0x00FD002C	Toshiba	Toshiba
0x00FD002D	Transmation	Transmation
0x00FD002E	Rosemount_Analytical	Rosemount Analytic
0x00FD002F	Valmet	Valmet
0x00FD0031	Varec	Varec
0x00FD0032	Viatran	Viatran
0x00FD0033	Weed	Weed
0x00FD0034	Westinghouse	Westinghouse
0x00FD0035	Xomox	Xomox
0x00FD0036	Yamatake	Yamatake
0x00FD0037	Yokogawa	Yokogawa
0x00FD0038	Nuovo_Pignone	Nuovo Pignone
0x00FD0039	Promac	Promac
0x00FD003A	Exac_Corporation	Exac Corporation
0x00FD003B	KDG_Mobrey	KDG Mobrey
0x00FD003C	Acrom_Control_System	Arcom Control Systems
0x00FD003D	Oval	Oval
0x00FD003E	Princo	Princo
0x00FD003F	Smar	Smar
0x00FD0041	Measurement_Technology	Measurement Technology
0x00FD0042	Applied_System_Technologies	Applied System Technologies
0x00FD0043	Samson	Samson
0x00FD0044	Sparling_Instruments	Sparling Instruments
0x00FD0045	Fireye	Fireye
0x00FD0046	Krohne	Krohne
0x00FD0047	Betz_Equipment	Betz
0x00FD0048	Druck	Druck
0x00FD0049	SOR	SOR
0x00FD004A	Elcon_Instruments	Elcon Instruments
0x00FD004B	EMCO	EMCO
0x00FD004C	Termiflex	Termiflex Corporation
0x00FD004D	VAF_Instruments	VAF Instruments
0x00FD004E	Westlock_Controls	Westlock Controls
0x00FD004F	Drexelbrook	Drexelbrook
0x00FD0050	K_TEK	K-TEK
0x00FD0051	Flowdata	Flowdata
0x00FD0052	Draeger	Draeger
0x00FD0053	Raytek	Raytek
0x00FD0054	Meridian_Instruments	Meridian Instruments
0x00FD0055	BTG	BTG
0x00FD0056	Magnetrol	Magnetrol
0x00FD0058	Milltronics	Milltronics
0x00FD0059	HELIOS	HELIOS
0x00FD005A	Anderson_Instrument_Company	Anderson Instrument Company
0x00FD005B	INOR	INOR
0x00FD005C	ROBERTSHAW	ROBERTSHAW
0x00FD005D	PEPPERL_FUCHS	PEPPERL+FUCHS
0x00FD005E	ACCUTECH	ACCUTECH
0x00FD005F	Flow_Measurement	Flow Measurement, Inc.
0x00FD0060	KAMSTRUP	KAMSTRUP
0x00FD0061	Knick	Knick
0x00FD0062	VEGA	VEGA
0x00FD0063	MTS_SYS_CORPS_SENSORS	MTS Systems Corp.
0x00FD0064	Masoneilan_DRESSER	Masoneilan-Dresser
0x00FD0065	Besta	BESTA
0x00FD0066	Peek_Measurement	Peek Measurement
0x00FD0067	Ohmart	Ohmart
0x00FD0068	Harold_Beck_and_Sons	Harold Beck and Sons, Inc.
0x00FD0069	rittmeyer_instrumentation	rittmeyer instrumentation
0x00FD006A	rossel_messtechnik	Rossel Messtechnik
0x00FD006B	WIKA	WIKA
0x00FD006C	Bopp_and_Reuther_Heinrichs	Bopp&Reuther Heinrichs
0x00FD006D	pr_eletronics	PR Electronics
0x00FD006E	jordan_controls	Jordan Controls
0x00FD006F	valcom	Valcom s.r.l.
0x00FD0070	us_electric_motors	US ELECTRIC MOTORS
0x00FD0071	apparatebau_hundsbach	Apparatebau Hundsbach
0x00FD0072	saab_tank_control	Saab Tank Control
0x00FD0073	Elsag_Bailey	Elsag Bailey
0x00FD0074	Foxboro_Eckardt	FOXBORO ECKARDT
0x00FD0075	Neles_Controls	Neles Controls
0x00FD0076	ISE_Magtech	ISE-Magtech
0x00FD0077	Delta_Weed	Delta/Weed
0x00FD0078	Dynisco	Dynisco
0x00FD0079	Spriano	Spriano
0x00FD007A	Direct_Mesaurement	Direct Measurement
0x00FD007B	Klay	Klay Instruments
0x00FD007C	Action	Action Instruments
0x00FD007D	Mmg_Automatiky	MMG Automatiky DTR
0x00FD007E	Buerkert	Buerkert Fluid Control Systems
0x00FD007F	Hersey	Hersey Measurement
0x00FD0080	Pondus	PONDUS INSTRUMENTS
0x00FD0081	Zap	ZAP S.A. Ostrow Wielkopolski
0x00FD0082	GLI	GLI
0x00FD0083	FRPT	Fisher-Rosemount Performance Technologies
0x00FD0084	Paper_Machine_Components	Paper Machine Components
0x00FD0085	Labom	LABOM
0x00FD0086	Danfoss	Danfoss
0x00FD0087	Turbo	Turbo
0x00FD0088	Tokyo_Keiso	TOKYO KEISO
0x00FD0089	SMC	SMC
0x00FD008A	Status_Instruments	Status Instruments
0x00FD008B	Huakong	Huakong
0x00FD008C	Duon_System	Duon System
0x00FD008D	Vortek_Instruments_LLC	Vortek Instruments, LLC
0x00FD008E	AG_Crosby	AG Crosby
0x00FD008F	Action_Instruments	Action Instruments
0x00FD0090	Keystone_Controls	Keystone Controls
0x00FD0091	Thermo_Electric_Company	Thermo Electric Co.
0x00FD0092	Flowserve	Flowserve
0x00FE0001	invalid_selection	Invalid selection
0x00FE0002	passed_parameter_too_large	Value was too high
0x00FE0003	passed_parameter_too_small	Value was too low
0x00FE0004	too_few_data_bytes_recieved	Too few data bytes received
0x00FE0005	lower_range_value_too_high	Lower range value too high
0x00FE0007	invalid_flange_type	Invalid flange type
0x00FE0008	lower_range_value_too_low	Lower range value too low
0x00FE000A	upper_range_value_too_high	Upper range value too high
0x00FE000C	upper_range_value_too_low	Upper range value too low
0x00FE0012	URV_and_LRV_out_of_limits	Lower range value and upper range value out of limits
0x00FE0016	set_to_nearest_possible_value	Set to nearest possible value
0x00FE0018	span_too_small	Span too small
0x00FE0019	new_LRV_pushed_URV_over_USL	New lower range value pushed upper range value over upper sensor limit
0x00FE001B	invalid_transmitter_variable	Invalid field device variable code
0x00FE001C	invalid_units	Invalid unit
0x00FE001D	invalid_analog_output_number_code	Invalid analog output number code
0x00FE0020	invalid_alarm_config_code	Invalid alarm relay configuration code
0x00FE0023	invalid_alarm_number_code	Invalid alarm number code
0x00FE0026	invalid_liner_material_code	Invalid liner material code
0x00FE0027	invalid_sensor_material_code	Invalid sensor material code
0x00FE0028	invalid_base_mass_time_units	Invalid base mass time unit
0x00FE0029	invalid_base_mass_flow_units	Invalid base flow unit
0x00FE002E	invalid_base_volume_time_units	Invalid base volume time unit
0x00FE002F	invalid_base_volume_flow_units	Invalid base volume flow unit
0x00FE0030	incorrect_format	Incorrect format
0x00FE0039	invalid_alarm_xmtr_var_code	Invalid alarm variable index into field device variables
0x00FE004C	invalid_transfer_function_code	Invalid transfer function
0x00FF0004	update_in_progress	Update In progress
0x00FF0006	no_command_specific_errors	No specific error
0x00FF0007	xmtr_specific_command_error	Field device specific error
0x00FF0008	access_restricted	Access restricted
0x00FF0009	update_failure	Update fail
0x01000001	in_write_protect_mode	In write protect mode
0x01000002	not_in_proper_current_mode	Not in fixed current mode
0x01000003	not_in_proper_anlg_output_mode	Not in analog output mode
0x01000007	in_multidrop_mode	In multidrop mode
0x01010001	applied_process_too_high	Applied process too high
0x01010002	applied_process_too_low	Applied process too low
0x01070012	cal_in_progress	Calibration in progress
0x01080001	buffer_overflow	Buffer overflow
0x01080002	longitudinal_parity_error	Longitudinal parity error
0x01080003	framing_error	Framing error
0x01080004	overrun_error	Overrun error
0x01080005	vertical_parity_error	Vertical parity error
0x01090001	PV_out_of_limits	Process applied to the primary variable is outside the operating limits of the field device
0x01090002	Non_PV_out_of_limits	Process applied to the non-primary variable is outside the operating limits of the field device
0x01090003	PV_analog_output_saturated	Analog output 1 and its digital representation are outside the operating range limits, and not responding to input
0x01090004	PV_analog_output_fixed	Analog output 1 and its digital representation are in fixed mode, and not responsive to input changes
0x01090005	more_status_available	Field device has more status available
0x01090006	cold_start	A reset or self test of the field device has occurred, or power has been removed and reapplied
0x01090007	configuration_changed	A modification has been made to the configuration of the field device
0x01090008	device_malfunction	Field device has malfunctioned due to a hardware error or failure
0x010D000B	ansi_150	ANSI 150
0x010D000C	ansi_300	ANSI 300
0x010D000D	ansi_600	ANSI 600
0x010D0010	pn_40	PN40
0x010D0015	pn_100	PN100
0x010D0016	ansi_900	ANSI 900
0x010D0017	jis_10k	JIS 10K
0x010D0018	jis_20k	JIS 20K
0x010D0019	Union	Union
0x01120005	normal	Normal
0x01120008	fault	Fault
0x01150001	off	Off
0x01150002	on	On
0x0115000A	not_used	Not used
0x0115000B	none	None
0x0115000C	unknown	Unknown
0x0115000D	special	Spcl
0x0115000E	expansion	Expansion
0x0115000F	success	Success
0x01150010	high	Hi
0x01150011	low	Lo
0x01150016	do_not_poll	Do not poll
0x01150017	poll_as_primary_master	Poll as primary host
0x01150018	poll_as_secondary_master	Poll as secondary host
0x01150019	forward	Forward
0x0115001A	reverse	Reverse
0x0115001B	bi_directional	Bi directional
0x0115001C	start	Start
0x0115001D	stop	Stop
0x0115001E	reset	Reset
0x01150043	bell_202_current	Bell 202 current
0x01150044	bell_202_voltage	Bell 202 voltage
0x01150045	Multisens_Dev	Multisnsr dev
0x01150046	EEPROM_Ctrl	Command #39, EEPROM cntrl, required
0x01150047	primary_variable	PV
0x01150048	percent_range_and_current	% range/current
0x01150049	all_process_variables_and_current	Process vars/crnt
0x0115004A	burn_eeprom	Burn EEPROM
0x0115004B	restore_shadow_ram	Restore shadow RAM
0x0115004C	no	No
0x0115004D	yes	Yes
0x0115004E	rs_485	RS-485
0x0115004F	protocol_bridge_device	Protocol bridge dev
0x01150050	rs_232	RS-232
0x01160001	bus_devices	Online
0x01160029	hot_key	Hot key
0x01170001	selftest	Self test
0x0117000B	loop_test	Loop test
0x0117000C	DAC_trim	D/A trim
0x0117000D	zero_trim	Zero trim
0x0117000E	scaled_DAC_trim	Scaled D/A trim
0x0117000F	leaving_fixed_current_mode	Leaving fixed crnt mode
0x01170010	perform_auto_zero	Perform auto zero
0x01170014	trim_analog_output	Trim analog output
0x01170015	fix_analog_output	Fix analog output
0x0117001D	field_device_variable_zero_trim	Dev var zero trim
0x0117001E	apply_values	Apply values
0x01170020	aborting_return_to_normal	Aborting return to normal
0x01170021	set_loop_to_manual	Set loop to manual
0x01180001	range_values	Range values
0x01190005	manufacturer_id	Manufacturer
0x01190006	device_type	Model
0x01190007	number_of_request_preambles	Num req preams
0x01190008	universal_revision	Universal rev
0x01190009	transmitter_revision	Fld dev rev
0x0119000A	software_revision	Software rev
0x0119000B	hardware_revision	Hardware rev
0x0119000C	device_flags	Dev flags
0x0119000D	device_identification	Dev id
0x0119000E	polling_address	Poll addr
0x0119000F	tag	Tag
0x01190010	message	Message
0x01190011	descriptor	Descriptor
0x01190012	date	Date
0x01190013	write_protect	Write protect
0x01190014	private_label_distributor	Distributor
0x01190015	final_assembly_number	Final asmbly num
0x01190017	EEPROM_select	EEPROM select
0x01190018	xmtr_specific_status_0	Status group 1
0x01190019	xmtr_specific_status_1	Status group 2
0x0119001A	xmtr_specific_status_2	Status group 3
0x0119001B	xmtr_specific_status_3	Status group 4
0x0119001C	xmtr_specific_status_4	Status group 5
0x0119001D	xmtr_specific_status_5	Status group 6
0x0119001E	operating_mode_1	Operate mode 1
0x0119001F	operating_mode_2	Operate mode 2
0x01190020	analog_output_saturated	AO saturated
0x01190021	analog_output_fixed	AO fixed
0x0119002A	xmtr_specific_status_14	Status group 15
0x0119002B	xmtr_specific_status_15	Status group 16
0x0119002C	xmtr_specific_status_16	Status group 17
0x0119002D	unit_tag	Dev tag
0x0119002E	unit_descriptor	Dev des
0x0119002F	unit_date	Dev date
0x01190030	number_of_response_preambles	Num resp preams
0x01190031	burst_command_number	Burst option
0x01190032	burst_mode_select	Burst mode
0x01190035	alarm_select	AO Alrm typ
0x01190037	transfer_function	Xfer fnctn
0x01190066	totalizer_control	Totlizer cntrl
0x01190073	damping_value	Damp
0x01190078	sv	SV
0x0119007A	tv	TV
0x0119007C	range_units	Rnge unit
0x01190091	units	Unit
0x01190092	time	Time
0x011900AA	mass_total_units	Mass totl unit
0x011900AE	temperature_units	Temp unit
0x011900B4	temperature_urv	Temp URV
0x011900B5	temperature_lrv	Temp LRV
0x011900BC	density_units	Dens unit
0x011900C1	density_urv	Dens URV
0x011900C2	density_lrv	Dens LRV
0x011900C3	density_url	Dens URL
0x011900C4	density_lrl	Dens LRL
0x011900C6	density_minimum_span	Dens min span
0x011900CF	volume_flow_urv	Vol flo URV
0x011900D0	volume_flow_lrv	Vol flo LRV
0x011900D5	volume_total_units	Vol flo totl unit
0x011900DE	analog_upper_limit	Anlog upr limit
0x011900DF	analog_lower_limit	Anlog lor limit
0x011900E0	analog_units	Anlog unit
0x011900E1	add_analog_damping	Added damp
0x011900E2	analog_output_1_cutoff	AO1 Cutoff
0x011900EC	analog_output_2_cutoff	AO2 Cutoff
0x01190103	fixed_frequency	Fixed freq
0x01190114	cutoff_type	Cutoff typ
0x01190119	alarm_number	Alrm num
0x01190170	physical_signalling_code	Physicl signl code
0x01190171	fourth_variable_is	4V is
0x01190172	tertiary_variable_is	TV is
0x01190173	secondary_variable_is	SV is
0x01190174	primary_variable_is	PV is
0x01190175	xmtr_specific_status_17	Status group 18
0x01190176	xmtr_specific_status_18	Status group 19
0x01190177	xmtr_specific_status_19	Status group 20
0x01190178	xmtr_specific_status_20	Status group 21
0x01190179	xmtr_specific_status_21	Status group 22
0x0119017A	xmtr_specific_status_22	Status group 23
0x0119017B	xmtr_specific_status_23	Status group 24
0x0119017C	xmtr_specific_status_24	Status group 25
0x011A000B	temperature	Temp
0x011A000D	density	Dens
0x011A0016	analog_1_cutoff	AO1 Cutoff
0x011A0019	urv	URV
0x011A001A	lrv	LRV
0x011A001B	usl	USL
0x011A001C	lsl	LSL
0x011A001D	minimum_span	Min span
0x011A0020	analog_output_value	AO
0x011A0021	analog_output_units	AO unit
0x011A0022	analog_output_lower_endpoint	AO lo end pt
0x011A0023	analog_output_upper_endpoint	AO hi end pt
0x01240005	seconds_added_damping_value_help	Analog Output Added Damping Value- Damping time constant applied the Analog Output. The units of this variable are always in seconds.
0x01240006	analog_output_upper_end_point_help	Analog Output Upper Endpoint Value- Defines the upper endpoint, of the respective Analog Output, for normal operating conditions
0x01240007	analog_output_lower_end_point_help	Analog Output Lower Endpoint Value- Defines the lower endpoint, of the respective Analog Output, for normal operating conditions
0x01240008	digital_units_help	Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation, Minimum Span, Upper Range Value, Lower Range Value, Lower Sensor Limit, and Upper Sensor Limit
0x0124000A	percent_of_range_help	Percent of Range- Variable that tracks the Digital Value representation with respect to the range defined by the Lower Range Value and Upper Range Value, for normal operating modes. The units of this variable are always in percent.
0x0124000C	upper_sensor_limit_help	Upper Sensor Limit Value- Defines the maximum usable value for the Upper Range Value
0x0124000D	lower_sensor_limit_help	Lower Sensor Limit Value- Defines the minimum usable value for the Lower Range Value
0x0124000E	minimum_span_help	Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value
0x01240011	upper_range_value_help	Upper Range Value- Defines the operational endpoint from which the Analog Value, and the 100% point of the Percent Range are derived. In addition, the Upper Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived.
0x01240012	lower_range_value_help	Lower Range Value- Defines the operational endpoint from which the Analog Value, and the 0% point of the Percent Range are derived. In addition, the Lower Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived.
0x01240013	seconds_damping_value_help	Damping Value- Damping time constant applied to both the Digital Value representation and Analog Value of the respective Analog Output. The units of this variable are always in seconds.
0x01240015	transmitter_variable_help	Field Device Variable- Digital measurement that changes with respect to time without user intervention
0x0124001B	final_assembly_number_help	Final Assembly Number- Number that is used for identification purposes, and is associated with the overall Field Device
0x0124001C	private_label_distributor_help	Private Label Distributor- References the company that is responsible for the distribution of this Field Device to customers
0x0124001D	write_protect_mode_help	Write Protect Mode- Indicates whether variables can be written to the Field Device, or whether commands that cause actions, to be performed in the Field Device, can or cannot occur. Depending on the Field Device, this is a mode that is controllable by the user, either via the Field Device hardware or the HART Protocol.
0x0124001E	date_help	Date- Gregorian calendar date that is stored in the Field Device. This date can be used by the user in any way. There is no specific recommended use.
0x0124001F	discriptor_help	Descriptor- Text that is associated with the Field Device. This text can be used by the user in any way. There is no specific recommended use.
0x01240020	message_help	Message- Text that is associated with the Field Device. This text can be used by the user in any way. There is no recommended use.
0x01240021	polling_address_help	Polling Address- Address used by the Host to identify a Field Device, and changeable by the User to control: the Multidrop Mode for Analog Output 1), and the Analog Output Fixed Mode of Analog Output 1)
0x01240022	field_device_identification_help	Field Device Identification- Uniquely identifies the Field Device when combined with the Manufacturer Identification and Device Type. Therefore, this variable cannot be modified by the Host user.
0x01240023	field_device_flags_help	Field Device Flags- Describes special features of the Field Device that affect the Data Link Layer
0x01240024	physical_signalling_code_help	Physical Signaling Code- The Physical Signaling Code describes the type of Physical Layer that has been implemented in the hardware that is responsible for the HART Communication port
0x01240025	hardware_revision_help	Hardware Revision- Revision that corresponds to the electronics hardware of the Field Device
0x01240026	field_device_software_revision_help	Field Device Software Revision- This revision corresponds to the software or firmware, that is embedded in the Field Device
0x01240027	field_device_revision_help	Field Device Revision- Revision of the Field Device Specific Device Description, that the Field Device conforms to
0x01240028	universal_revision_help	Universal Revision- Revision of the Universal Device Description, that the Field Device conforms to
0x01240029	number_of_request_preambles_help	Number of Request Preambles- Number of Preambles required from the Host request by the Field Device
0x0124002A	manufacturers_device_type_help	Model- References the type of Field Device, usually an advertised model number, that is unique to a single manufacturer
0x0124002B	manufacturer_id_code_help	Manufacturer Identification Code- References a specific manufacturer, which is usually a company name, that is responsible for the manufacture of this Field Device
0x0124002C	field_device_status_help	Field Device Status- Data indicating that the Field Device has detected condition(s) in the Field Device relating to: its hardware / the validity of a variable / its operating status / an internal process
0x0124002D	communications_error_summary_help	Communications Error Summary- The Field Device has detected the following error condition while attempting to receive the Host request. Therefore the Command was not accepted, and the Host request caused no change to occur in the Field Device.
0x0124002E	command_specific_response_code_help	Command Specific Response Code- Data that is returned in the Field Device response, that indicates the relative success of the Command sent in the Host request. This information may relate to the Data of the Host request or to the command itself.
0x0124002F	burst_mode_select_help	Burst Mode Select- Selects the mode for the Burst Mode functionality. If Burst is enabled the Field Device will generate HART messages on the Link without individual requests from the Host.
0x01240030	burst_command_number_help	Burst Option- Selects the variable(s) that will be Bursted if Burst Mode is enabled
0x01240031	index_into_dynamic_variables_array_help	Index into Dynamic Variables Array- An index that identifies a Field Device Variable that is dynamic with respect to time, with no user input
0x01240032	index_into_dynamic_variables_array_1_help	Index into Dynamic Variables Array- Is the first an array of addresses, whose value is identified by the Field Device Variable Code
0x01240033	index_into_dynamic_variables_array_2_help	Index into Dynamic Variables Array- Is the second of an array of addresses, whose value identified by the Field Device Variable Code
0x01240034	index_into_dynamic_variables_array_3_help	Index into Dynamic Variables Array- Is the third of an array of addresses, whose value identified by the Field Device Variable Code
0x01240035	index_into_dynamic_variables_array_4_help	Index into Dynamic Variables Array- Is the fourth of an array of addresses, whose value identified by the Field Device Variable Code
0x01240036	fourth_variable_code_is_help	Fourth Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Fourth Variable dynamic variable
0x01240037	tertiary_variable_code_is_help	Tertiary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Tertiary Variable dynamic variable
0x01240038	secondary_variable_code_is_help	Secondary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Secondary Variable dynamic variable
0x01240039	primary_variable_code_is_help	Primary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Primary Variable dynamic variable
0x0124003A	analog_output_fixed_help	Field Device Specific Dynamic Variable Analog Output Fixed- Data that indicates which of the Analog Outputs are, or are not, Fixed. The analog and digital Analog Outputs for the Dynamic Variable are held at a constant value (depending on the Mode of the Field Device). They will not respond to the applied process.
0x0124003B	analog_output_saturated_help	Field Device Specific Dynamic Variable Analog Output Saturated- Data that indicates which of the Analog Outputs are, or are not, saturated. The analog and digital Analog Outputs for the Dynamic Variable are beyond their limits and no longer represent the true applied process.
0x0124003C	operating_mode_2_help	Field Device Specific Operating Mode 2- A possible mode of operation in Field Device
0x0124003D	operating_mode_1_help	Field Device Specific Operating Mode 1- A possible mode of operation in Field Device
0x0124003E	index_four_into_analog_output_array_help	Index into Analog Output Array- Is the fourth of an array of addresses, whose value is identified by the Analog Output Code
0x0124003F	index_three_into_analog_output_array_help	Index into Analog Output Array- Is the third of an array of addresses, whose value is identified by the Analog Output Code
0x01240040	index_two_into_analog_output_array_help	Index into Analog Output Array- Is the second of an array of addresses, whose value is identified by the Analog Output Code
0x01240041	index_one_into_analog_output_array_help	Index into Analog Output Array- Is the first of an array of addresses, whose value is identified by the Analog Output Code
0x01240042	analog_output_number_help	Analog Output Number- Index into an array of Analog Outputs
0x01240043	number_of_response_preambles_help	Number of Response Preambles- Number of Preambles to be sent in the response message from the Field Device to the Host
0x01240044	unit_date_help	Field Device Date- Georgian calendar date associated with the Field Device, when there are other Date(s) in the Field Device that relate to sub applications
0x01240045	unit_descriptor_help	Field Device Descriptor- Text that is stored in the Field Device, when there are other Descriptors in the Field Device that relate to sub applications
0x01240046	unit_tag_help	Field Device Tag- Text that is stored in the Field Device, when there are other Tags in the Field Device that relate to sub applications
0x01240047	field_device_status_16_help	Field Device Specific Status Byte 17- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240048	field_device_status_15_help	Field Device Specific Status Byte 16- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240049	field_device_status_14_help	Field Device Specific Status Byte 15- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240052	field_device_status_5_help	Field Device Specific Status Byte 6- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240053	field_device_status_4_help	Field Device Specific Status Byte 5- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240054	field_device_status_3_help	Field Device Specific Status Byte 4- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240055	field_device_status_2_help	Field Device Specific Status Byte 3- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240056	field_device_status_1_help	Field Device Specific Status Byte 2- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240057	field_device_status_0_help	Field Device Specific Status Byte 1- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240058	eeprom_select_help	Electrically Erasable Read Only Memory Selection- Controls the data in: EEPROM Read Only Memory / Read Only Memory
0x01240059	burn_eeprom_help	Burn Electrically Erasable Read Only Memory- Operation where the Field Device will copy what is in its Random Access Memory into the Electrically Erasable Read Only Memory, thus making changes by the Host permanent
0x0124005A	leaving_fixed_current_mode_help_1	Leaving Fixed Current Mode- Takes the selected Analog Output out of a mode where the output was a constant value, and returns the output to a mode where the output then tracks the input
0x0124005B	leaving_fixed_current_mode_help_2	Leaving Fixed Current Mode- Takes the Analog Output out of a mode where the output was a constant value, and returns the output to a mode where the output the tracks the input
0x0124005C	zero_trim_help	Zero trim- Make the sensor input the new zero input reference
0x0124005D	digital_to_analog_trim_help	Digital to Analog Trim- Allows the calibration of a selected Analog Output with an external reference at the operating endpoints of the Analog Output
0x0124005E	digital_to_analog_scaled_trim_help	Digital to Analog Scaled Trim- Allows the calibration of the Analog Output with an external reference at the operating endpoints of the Analog Output
0x0124005F	fix_analog_output_help	Fix Analog Output- Allows the User to manually manipulate a selected Analog Output to a selected constant output value
0x01240060	applied_values_help	Applied values- Perform a device rerange by applying the desired Upper Range Value and Lower Range Values to the device input
0x01240061	loop_test_help	Loop test- Allows the User to manually manipulate the Analog Output to a selected constant output value
0x01240062	tag_help	Tag- Text that is associated with the Field Device installation. This text can be used by the user in any way. A recommended use is as a unique label to a plant that correlates to a Field Device label: a plant drawing, or on a Control System. This variable is also used as a type of data link layer address handle.
0x01240063	field_device_status_17_help	Field Device Specific Status Byte 18- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240064	field_device_status_18_help	Field Device Specific Status Byte 19- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240065	field_device_status_19_help	Field Device Specific Status Byte 20- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240066	field_device_status_20_help	Field Device Specific Status Byte 21- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240067	field_device_status_21_help	Field Device Specific Status Byte 22- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240068	field_device_status_22_help	Field Device Specific Status Byte 23- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240069	field_device_status_23_help	Field Device Specific Status Byte 24- Data that has Field Device status information relating to: failures / warnings / status of process's
0x0124006A	field_device_status_24_help	Field Device Specific Status Byte 25- Data that has Field Device status information relating to: failures / warnings / status of process's
0x01240074	multi_sensor_fld_dev	Multi Sensor Field Device
0x01240075	not_write_protected	Not Write Protected
0x01240076	write_protected	Write Protected
0x01240077	pv_help	Primary Variable
0x01240078	percent_rnge_help	Percent of Range of the Primary Variable and Analog Output 1 Current
0x01240079	all_process_var_help	All Dynamic Process Variables and Analog Output 1 Current
0x01240094	device_reset_help	Device Reset- Commands the electronics to perform a reset. This is equivalent to cycling the power off and then back on to the field device.
0x01260003	analog_output_1	AO1
0x01260004	analog_output_2	AO2
0x01260005	pressure	Pres
0x01260009	blank
0x01260013	sensor_unit	Snsr unit
0x0126001B	cutoff	Cutoff
0x0126001C	setpoint	Set pt
0x0126001D	setpoint_units	Set pt unit
0x0126001E	variable_code	Var code
0x0126001F	type_code	Typ code
0x01260055	analog_output_3	AO3
0x01260056	analog_output_4	AO4
0x012C0027	hold_last_output_value	Hold last out valu
0x012D0001	remove_loop_from_auto	WARN-Loop should be removed from automatic control
0x012D0002	loop_output	Output
0x012D0003	fld_dev_otpt_fixed	Fld dev output is fixed at %0 mA
0x012D0004	choose_analog_output_level	Choose analog output level
0x012D0005	choices_4_20_other_end	4mA;20mA;Other;End
0x012D0006	abort_last_error	Aborting method due to last error
0x012D0007	setting_fld_dev_4_ma	Setting fld dev output to 4mA
0x012D0008	enter_meter_value	Enter meter value
0x012D0009	fld_dev_otpt_equal_ref_meter	Fld dev output %0 mA equal to reference meter?
0x012D000A	yes_no	Yes;No
0x012D000B	setting_fld_dev_20_ma	Setting fld dev output to 20mA
0x012D000C	trim_scaled_from_low_to_high	Trim will be scaled from %{low} to %{high}
0x012D000D	set_scale_lo_output_value	Set scale- Lo output value
0x012D000E	set_scale_hi_output_value	Set scale- Hi output value
0x012D000F	proceed_change	Proceed;Change
0x012D0010	high_low_0_invalid	high - low = 0 is invalid
0x012D0011	connect_reference_meter	Connect reference meter
0x012D0012	scaled_otpt_low_eq_dev	Scaled output: %{low} equal readout device?
0x012D0013	scaled_otpt_high_eq_dev	Scaled output: %{high} equal readout device?
0x012D0014	this_will_affect_snsr_cal	WARN-This will affect sensor calibration
0x012D0015	apply_0_input_to_snsr	Apply 0 input to sensor
0x012D0016	snsr_input_stabilizing	Sensor input stabilizing
0x012D0017	zero_the_input_and_try_again	Do you wish to zero the input and try again ?
0x012D0018	snsr_zero_succeeded	Sensor zero succeeded
0x012D0019	return_fld_dev_to_orig_otpt	Returning fld dev to original output
0x012D001A	loop_may_be_returned_to_auto	NOTE-Loop may be returned to automatic control
0x012D001B	apply_new_4ma_input	Apply new 4ma input
0x012D001C	set_the	Set the:
0x012D001D	choice_4_20_exit	4mA;20mA;Exit
0x012D001E	current_applied_process_val	Current applied process value: %{0} %{1}
0x012D001F	set_4ma_read_new_leave	Set as 4mA value;Read new value;Leave as found
0x012D0020	apply_new_20ma_input	Apply new 20ma input
0x012D0021	set_20ma_read_new_leave	Set as 20mA value;Read new value;Leave as found
0x012D0022	remove_from_auto_befor_send	WARN-Remove loop from automatic control before sending. You may return loop to automatic control after sending.
0x012D0023	select_analog_output_to_trim	Select analog output to trim
0x012D0024	select_analog_output_units	Select analog output units
0x012D0025	select_fld_dev_var_snsr_trim	Select fld dev var sensor to trim
0x012D0026	enter_desired_analog_output	Enter desired analog output value
0x012D0027	new_value_end	New value;End
0x012D0028	fld_dev_AO_is_fixed_at	Feld dev %0 A0 is fixed at %1 %2
0x012D0029	about_to_set_fld_dev_output	About to set fld dev output to %0 %1
0x012D002A	fld_dev_output_eq_ref_meter	Fld dev output %0 %1 equal to reference meter?
0x012D002B	invalid_value_try_again	Invalid value try again
0x012D002C	making_changes_permanent	Making changes permanent
0x012D002D	previous_err_seen_brn_eeprom	The previous error was seen while trying to burn EEPROM
0x012F0041	fld_dev_stat1_1	Fld dev stat1-1
0x012F0042	fld_dev_stat1_2	Fld dev stat1-2
0x012F0043	fld_dev_stat1_3	Fld dev stat1-3
0x012F0044	fld_dev_stat1_4	Fld dev stat1-4
0x012F0045	fld_dev_stat1_5	Fld dev stat1-5
0x012F0046	fld_dev_stat1_6	Fld dev stat1-6
0x012F0047	fld_dev_stat1_7	Fld dev stat1-7
0x012F0048	fld_dev_stat1_8	Fld dev stat1-8
0x012F0049	fld_dev_stat2_1	Fld dev stat2-1
0x012F004A	fld_dev_stat2_2	Fld dev stat2-2
0x012F004B	fld_dev_stat2_3	Fld dev stat2-3
0x012F004C	fld_dev_stat2_4	Fld dev stat2-4
0x012F004D	fld_dev_stat2_5	Fld dev stat2-5
0x012F004E	fld_dev_stat2_6	Fld dev stat2-6
0x012F004F	fld_dev_stat2_7	Fld dev stat2-7
0x012F0050	fld_dev_stat2_8	Fld dev stat2-8
0x012F0051	fld_dev_stat3_1	Fld dev stat3-1
0x012F0052	fld_dev_stat3_2	Fld dev stat3-2
0x012F0053	fld_dev_stat3_3	Fld dev stat3-3
0x012F0054	fld_dev_stat3_4	Fld dev stat3-4
0x012F0055	fld_dev_stat3_5	Fld dev stat3-5
0x012F0056	fld_dev_stat3_6	Fld dev stat3-6
0x012F0057	fld_dev_stat3_7	Fld dev stat3-7
0x012F0058	fld_dev_stat3_8	Fld dev stat3-8
0x012F0059	fld_dev_stat4_1	Fld dev stat4-1
0x012F005A	fld_dev_stat4_2	Fld dev stat4-2
0x012F005B	fld_dev_stat4_3	Fld dev stat4-3
0x012F005C	fld_dev_stat4_4	Fld dev stat4-4
0x012F005D	fld_dev_stat4_5	Fld dev stat4-5
0x012F005E	fld_dev_stat4_6	Fld dev stat4-6
0x012F005F	fld_dev_stat4_7	Fld dev stat4-7
0x012F0060	fld_dev_stat4_8	Fld dev stat4-8
0x012F0061	fld_dev_stat5_1	Fld dev stat5-1
0x012F0062	fld_dev_stat5_2	Fld dev stat5-2
0x012F0063	fld_dev_stat5_3	Fld dev stat5-3
0x012F0064	fld_dev_stat5_4	Fld dev stat5-4
0x012F0065	fld_dev_stat5_5	Fld dev stat5-5
0x012F0066	fld_dev_stat5_6	Fld dev stat5-6
0x012F0067	fld_dev_stat5_7	Fld dev stat5-7
0x012F0068	fld_dev_stat5_8	Fld dev stat5-8
0x012F0069	fld_dev_stat6_1	Fld dev stat6-1
0x012F006A	fld_dev_stat6_2	Fld dev stat6-2
0x012F006B	fld_dev_stat6_3	Fld dev stat6-3
0x012F006C	fld_dev_stat6_4	Fld dev stat6-4
0x012F006D	fld_dev_stat6_5	Fld dev stat6-5
0x012F006E	fld_dev_stat6_6	Fld dev stat6-6
0x012F006F	fld_dev_stat6_7	Fld dev stat6-7
0x012F0070	fld_dev_stat6_8	Fld dev stat6-8
0x012F0071	fld_dev_stat15_1	Fld dev stat15-1
0x012F0072	fld_dev_stat15_2	Fld dev stat15-2
0x012F0073	fld_dev_stat15_3	Fld dev stat15-3
0x012F0074	fld_dev_stat15_4	Fld dev stat15-4
0x012F0075	fld_dev_stat15_5	Fld dev stat15-5
0x012F0076	fld_dev_stat15_6	Fld dev stat15-6
0x012F0077	fld_dev_stat15_7	Fld dev stat15-7
0x012F0078	fld_dev_stat15_8	Fld dev stat15-8
0x012F0079	fld_dev_stat16_1	Fld dev stat16-1
0x012F007A	fld_dev_stat16_2	Fld dev stat16-2
0x012F007B	fld_dev_stat16_3	Fld dev stat16-3
0x012F007C	fld_dev_stat16_4	Fld dev stat16-4
0x012F007D	fld_dev_stat16_5	Fld dev stat16-5
0x012F007E	fld_dev_stat16_6	Fld dev stat16-6
0x012F007F	fld_dev_stat16_7	Fld dev stat16-7
0x012F0080	fld_dev_stat16_8	Fld dev stat16-8
0x012F0081	fld_dev_stat17_1	Fld dev stat17-1
0x012F0082	fld_dev_stat17_2	Fld dev stat17-2
0x012F0083	fld_dev_stat17_3	Fld dev stat17-3
0x012F0084	fld_dev_stat17_4	Fld dev stat17-4
0x012F0085	fld_dev_stat17_5	Fld dev stat17-5
0x012F0086	fld_dev_stat17_6	Fld dev stat17-6
0x012F0087	fld_dev_stat17_7	Fld dev stat17-7
0x012F0088	fld_dev_stat17_8	Fld dev stat17-8
0x012F0089	fld_dev_stat18_1	Fld dev stat18-1
0x012F008A	fld_dev_stat18_2	Fld dev stat18-2
0x012F008B	fld_dev_stat18_3	Fld dev stat18-3
0x012F008C	fld_dev_stat18_4	Fld dev stat18-4
0x012F008D	fld_dev_stat18_5	Fld dev stat18-5
0x012F008E	fld_dev_stat18_6	Fld dev stat18-6
0x012F008F	fld_dev_stat18_7	Fld dev stat18-7
0x012F0090	fld_dev_stat18_8	Fld dev stat18-8
0x012F0091	fld_dev_stat19_1	Fld dev stat19-1
0x012F0092	fld_dev_stat19_2	Fld dev stat19-2
0x012F0093	fld_dev_stat19_3	Fld dev stat19-3
0x012F0094	fld_dev_stat19_4	Fld dev stat19-4
0x012F0095	fld_dev_stat19_5	Fld dev stat19-5
0x012F0096	fld_dev_stat19_6	Fld dev stat19-6
0x012F0097	fld_dev_stat19_7	Fld dev stat19-7
0x012F0098	fld_dev_stat19_8	Fld dev stat19-8
0x012F0099	fld_dev_stat20_1	Fld dev stat20-1
0x012F009A	fld_dev_stat20_2	Fld dev stat20-2
0x012F009B	fld_dev_stat20_3	Fld dev stat20-3
0x012F009C	fld_dev_stat20_4	Fld dev stat20-4
0x012F009D	fld_dev_stat20_5	Fld dev stat20-5
0x012F009E	fld_dev_stat20_6	Fld dev stat20-6
0x012F009F	fld_dev_stat20_7	Fld dev stat20-7
0x012F00A0	fld_dev_stat20_8	Fld dev stat20-8
0x012F00A1	fld_dev_stat21_1	Fld dev stat21-1
0x012F00A2	fld_dev_stat21_2	Fld dev stat21-2
0x012F00A3	fld_dev_stat21_3	Fld dev stat21-3
0x012F00A4	fld_dev_stat21_4	Fld dev stat21-4
0x012F00A5	fld_dev_stat21_5	Fld dev stat21-5
0x012F00A6	fld_dev_stat21_6	Fld dev stat21-6
0x012F00A7	fld_dev_stat21_7	Fld dev stat21-7
0x012F00A8	fld_dev_stat21_8	Fld dev stat21-8
0x012F00A9	fld_dev_stat22_1	Fld dev stat22-1
0x012F00AA	fld_dev_stat22_2	Fld dev stat22-2
0x012F00AB	fld_dev_stat22_3	Fld dev stat22-3
0x012F00AC	fld_dev_stat22_4	Fld dev stat22-4
0x012F00AD	fld_dev_stat22_5	Fld dev stat22-5
0x012F00AE	fld_dev_stat22_6	Fld dev stat22-6
0x012F00AF	fld_dev_stat22_7	Fld dev stat22-7
0x012F00B0	fld_dev_stat22_8	Fld dev stat22-8
0x012F00B1	fld_dev_stat23_1	Fld dev stat23-1
0x012F00B2	fld_dev_stat23_2	Fld dev stat23-2
0x012F00B3	fld_dev_stat23_3	Fld dev stat23-3
0x012F00B4	fld_dev_stat23_4	Fld dev stat23-4
0x012F00B5	fld_dev_stat23_5	Fld dev stat23-5
0x012F00B6	fld_dev_stat23_6	Fld dev stat23-6
0x012F00B7	fld_dev_stat23_7	Fld dev stat23-7
0x012F00B8	fld_dev_stat23_8	Fld dev stat23-8
0x012F00B9	fld_dev_stat24_1	Fld dev stat24-1
0x012F00BA	fld_dev_stat24_2	Fld dev stat24-2
0x012F00BB	fld_dev_stat24_3	Fld dev stat24-3
0x012F00BC	fld_dev_stat24_4	Fld dev stat24-4
0x012F00BD	fld_dev_stat24_5	Fld dev stat24-5
0x012F00BE	fld_dev_stat24_6	Fld dev stat24-6
0x012F00BF	fld_dev_stat24_7	Fld dev stat24-7
0x012F00C0	fld_dev_stat24_8	Fld dev stat24-8
0x012F00C1	fld_dev_stat25_1	Fld dev stat25-1
0x012F00C2	fld_dev_stat25_2	Fld dev stat25-2
0x012F00C3	fld_dev_stat25_3	Fld dev stat25-3
0x012F00C4	fld_dev_stat25_4	Fld dev stat25-4
0x012F00C5	fld_dev_stat25_5	Fld dev stat25-5
0x012F00C6	fld_dev_stat25_6	Fld dev stat25-6
0x012F00C7	fld_dev_stat25_7	Fld dev stat25-7
0x012F00C8	fld_dev_stat25_8	Fld dev stat25-8
0x012F00C9	ao1_out_rnge_lim	AO1 Out rnge lim
0x012F00CA	ao2_out_rnge_lim	AO2 Out rnge lim
0x012F00CB	ao3_out_rnge_lim	AO3 Out rnge lim
0x012F00CC	ao4_out_rnge_lim	AO4 Out rnge lim
0x012F00CD	ao5_out_rnge_lim	AO5 Out rnge lim
0x012F00CE	ao6_out_rnge_lim	AO6 Out rnge lim
0x012F00CF	ao7_out_rnge_lim	AO7 Out rnge lim
0x012F00D0	ao8_out_rnge_lim	AO8 Out rnge lim
0x012F00D1	ao9_out_rnge_lim	AO9 Out rnge lim
0x012F00D2	ao10_out_rnge_lim	AO10 Out rnge lim
0x012F00D3	ao11_out_rnge_lim	AO11 Out rnge lim
0x012F00D4	ao12_out_rnge_lim	AO12 Out rnge lim
0x012F00D5	ao13_out_rnge_lim	AO13 Out rnge lim
0x012F00D6	ao14_out_rnge_lim	AO14 Out rnge lim
0x012F00D7	ao15_out_rnge_lim	AO15 Out rnge lim
0x012F00D8	ao16_out_rnge_lim	AO16 Out rnge lim
0x012F00D9	ao17_out_rnge_lim	AO17 Out rnge lim
0x012F00DA	ao18_out_rnge_lim	AO18 Out rnge lim
0x012F00DB	ao19_out_rnge_lim	AO19 Out rnge lim
0x012F00DC	ao20_out_rnge_lim	AO20 Out rnge lim
0x012F00DD	ao21_out_rnge_lim	AO21 Out rnge lim
0x012F00DE	ao22_out_rnge_lim	AO22 Out rnge lim
0x012F00DF	ao23_out_rnge_lim	AO23 Out rnge lim
0x012F00E0	ao24_out_rnge_lim	AO24 Out rnge lim
0x012F00E1	ao1_in_fixed_mode	AO1 In fixed mode
0x012F00E2	ao2_in_fixed_mode	AO2 In fixed mode
0x012F00E3	ao3_in_fixed_mode	AO3 In fixed mode
0x012F00E4	ao4_in_fixed_mode	AO4 In fixed mode
0x012F00E5	ao5_in_fixed_mode	AO5 In fixed mode
0x012F00E6	ao6_in_fixed_mode	AO6 In fixed mode
0x012F00E7	ao7_in_fixed_mode	AO7 In fixed mode
0x012F00E8	ao8_in_fixed_mode	AO8 In fixed mode
0x012F00E9	ao9_in_fixed_mode	AO9 In fixed mode
0x012F00EA	ao10_in_fixed_mode	AO10 In fixed mode
0x012F00EB	ao11_in_fixed_mode	AO11 In fixed mode
0x012F00EC	ao12_in_fixed_mode	AO12 In fixed mode
0x012F00ED	ao13_in_fixed_mode	AO13 In fixed mode
0x012F00EE	ao14_in_fixed_mode	AO14 In fixed mode
0x012F00EF	ao15_in_fixed_mode	AO15 In fixed mode
0x012F00F0	ao16_in_fixed_mode	AO16 In fixed mode
0x012F00F1	ao17_in_fixed_mode	AO17 In fixed mode
0x012F00F2	ao18_in_fixed_mode	AO18 In fixed mode
0x012F00F3	ao19_in_fixed_mode	AO19 In fixed mode
0x012F00F4	ao20_in_fixed_mode	AO20 In fixed mode
0x012F00F5	ao21_in_fixed_mode	AO21 In fixed mode
0x012F00F6	ao22_in_fixed_mode	AO22 In fixed mode
0x012F00F7	ao23_in_fixed_mode	AO23 In fixed mode
0x012F00F8	ao24_in_fixed_mode	AO24 In fixed mode
0x01310001	inches_of_water_68_degrees_F_help	Inches of Water at 68 Degrees Fahrenheit
0x01310002	inches_of_mercury_0_degrees_C_help	Inches of Mercury at 0 Degrees Celsius
0x01310003	feet_of_water_68_degrees_F_help	Feet of Water at 68 Degrees Fahrenheit
0x01310004	millimeters_of_water_68_degrees_F_help	Millimeters of Water at 68 Degrees Fahrenheit
0x01310005	millimeters_of_mercury_0_degrees_C_help	Millimeters of Mercury at 0 Degrees Celsius
0x01310006	pounds_per_square_inch_help	Pounds Per Square Inch
0x01310007	bars_help	Bars
0x01310008	millibars_help	Millibars
0x01310009	grams_per_square_centimeter_help	Grams Per Square Centimeter
0x0131000A	kilograms_per_square_centimeter_help	Kilograms Per Square Centimeter
0x0131000B	pascals_help	Pascals
0x0131000C	kilopascals_help	Kilopascals
0x0131000D	torr_help	Torr @ 0 Degrees Celsius
0x0131000E	atmospheres_help	Atmospheres
0x0131000F	cubic_feet_per_minute_help	Cubic Feet Per Minute
0x01310010	gallons_per_minute_help	Gallons Per Minute
0x01310011	liters_per_minute_help	Liters Per Minute
0x01310012	imperial_gallons_per_minute_help	Imperial Gallons Per Minute
0x01310013	cubic_feet_per_hour_help	Cubic Feet Per Hour
0x01310014	feet_per_second_help	Feet Per Second
0x01310015	meters_per_second_help	Meters Per Second
0x01310016	gallons_per_second_help	Gallons Per Second
0x01310017	million_gallons_per_day_help	Million Gallons Per Day
0x01310018	liters_per_second_help	Liters Per Second
0x01310019	million_liters_per_day_help	Million Liters Per Day
0x0131001A	cubic_feet_per_second_help	Cubic Feet Per Second
0x0131001B	cubic_feet_per_day_help	Cubic Feet Per Day
0x0131001C	cubic_meters_per_second_help	Cubic Meters Per Second
0x0131001D	cubic_meters_per_day_help	Cubic Meters Per Day
0x0131001E	imperial_gallons_per_hour_help	Imperial Gallons Per Hour
0x0131001F	imperial_gallons_per_day_help	Imperial Gallons Per Day
0x01310020	degrees_celsius_help	Degrees Celsius
0x01310021	degrees_fahrenheit_help	Degrees Fahrenheit
0x01310022	degrees_rankine_help	Degrees Rankine
0x01310023	degrees_kelvin_help	Degrees Kelvin
0x01310024	millivolts_help	Millivolts
0x01310025	ohms_help	Ohms
0x01310026	hertz_help	Hertz
0x01310027	milliamperes_help	Milliamperes
0x01310028	gallons_help	Gallons
0x01310029	liters_help	Liters
0x0131002A	imperial_gallons_help	Imperial Gallons
0x0131002B	cubic_meters_help	Cubic Meters
0x0131002C	feet_help	Feet
0x0131002D	meters_help	Meters
0x0131002E	barrels_help	Barrels
0x0131002F	inches_help	Inches
0x01310030	centimeters_help	Centimeters
0x01310031	millimeters_help	Millimeters
0x01310032	minutes_help	Minutes
0x01310033	seconds_help	Seconds
0x01310034	hours_help	Hours
0x01310035	days_help	Days
0x01310036	centistokes_help	Centistokes
0x01310037	centipoise_help	Centipoise
0x01310038	microsiemens_help	Microsiemens
0x01310039	percent_help	Percent
0x0131003A	volts_help	Volts
0x0131003B	pH_help	pH
0x0131003C	grams_help	Grams
0x0131003D	kilograms_help	Kilograms
0x0131003E	metric_tons_help	Metric Tons
0x0131003F	pounds_help	Pounds
0x01310040	short_tons_help	Short Tons (2000 Pounds)
0x01310041	long_tons_help	Long Tons (2240 Pounds)
0x01310042	grams_per_second_help	Grams Per Second
0x01310043	grams_per_minute_help	Grams Per Minute
0x01310044	grams_per_hour_help	Grams Per Hour
0x01310045	kilograms_per_second_help	Kilograms Per Second
0x01310046	kilograms_per_minute_help	Kilograms Per Minute
0x01310047	kilograms_per_hour_help	Kilograms Per Hour
0x01310048	kilograms_per_day_help	Kilograms Per Day
0x01310049	metric_tons_per_minute_help	Metric Tons Per Minute
0x0131004A	metric_tons_per_hour_help	Metric Tons Per Hour
0x0131004B	metric_tons_per_day_help	Metric Tons Per Day
0x0131004C	pounds_per_second_help	Pounds Per Second
0x0131004D	pounds_per_minute_help	Pounds Per Minute
0x0131004E	pounds_per_hour_help	Pounds Per Hour
0x0131004F	pounds_per_day_help	Pounds Per Day
0x01310050	short_tons_per_minute_help	Short Tons (2000 Pounds) Per Minute
0x01310051	short_tons_per_hour_help	Short Tons (2000 Pounds) Per Hour
0x01310052	short_tons_per_day_help	Short Tons (2000 Pounds) Per Day
0x01310053	long_tons_per_hour_help	Long Tons (2240 Pounds) Per Hour
0x01310054	long_tons_per_day_help	Long Tons (2240 Pounds) Per Day
0x01310055	specific_gravity_units_help	Specific Gravity Units
0x01310056	grams_per_cubic_centimeter_help	Grams Per Cubic Centimeter
0x01310057	kilograms_per_cubic_meter_help	Kilograms Per Cubic Meter
0x01310058	pounds_per_gallon_help	Pounds Per Gallon
0x01310059	pounds_per_cubic_foot_help	Pounds Per Cubic Foot
0x0131005A	grams_per_milliliter_help	Grams Per Milliliter
0x0131005B	kilograms_per_liter_help	Kilograms Per liter
0x0131005C	grams_per_liter_help	Grams Per Liter
0x0131005D	pounds_per_cubic_inch_help	Pounds Per Cubic Inch
0x0131005E	short_tons_per_cubic_yard_help	Short Tons (2000 Pounds) Per Cubic Yard
0x0131005F	degrees_twaddell_help	Degrees Twaddell
0x01310060	degrees_brix_help	Degrees Brix
0x01310061	degrees_baume_heavy_help	Degrees Baume - Heavy
0x01310062	degrees_baume_light_help	Degrees Baume - Light
0x01310063	degrees_API_help	Degrees API
0x01310064	percent_solids_per_weight_help	Percent Solids Per Weight
0x01310065	percent_solids_per_volume_help	Percent Solids Per Volume
0x01310066	degrees_balling_help	Degrees Balling
0x01310067	proof_per_volume_help	Proof Per Volume
0x01310068	proof_per_mass_help	Proof Per Mass
0x01310069	bushels_help	Bushels
0x0131006A	cubic_yards_help	Cubic Yards
0x0131006B	cubic_feet_help	Cubic Feet
0x0131006C	cubic_inches_help	Cubic Inches
0x0131006D	meters_per_hour_help	Meters Per Hour
0x0131006E	cubic_meter_per_hour_help	Cubic Meter Per Hour
0x0131006F	cubic_meters_per_minute_help	Cubic Meters Per Minute
0x01310070	barrels_per_second_help	Barrels Per Second
0x01310071	barrels_per_minute_help	Barrels Per Minute
0x01310072	barrels_per_hour_help	Barrels Per Hour
0x01310073	barrels_per_day_help	Barrels Per Day
0x01310074	gallons_per_hour_help	Gallons Per Hour
0x01310075	imperial_gallons_per_second_help	Imperial Gallons Per Second
0x01310076	liters_per_hour_help	Liters Per Hour
0x01310077	percent_steam_quality_help	Percent Steam Quality
0x01310079	cubic_feet_per_pound_help	Cubic Feet Per Pound
0x0131007A	picofarads_help	Picofarads
0x0131007B	percent_plato_help	Percent Plato
0x0131007C	gallons_per_day_help	Gallons Per Day
0x0131007D	hectoliters_help	Hectoliters
0x0131007E	megapascals_help	Megapascals
0x0131007F	inches_of_water_4_degrees_C_help	Inches of Water at 4 Degrees Celsius
0x01310080	millimeters_of_water_4_degrees_C_help	Millimeters of Water at 4 Degrees Celsius
0x01310081	carbon_steel_help	Carbon Steel
0x01310082	stainless_steel_304_help	304 Stainless Steel
0x01310083	stainless_steel_316_help	316 Stainless Steel
0x01310084	hastelloy_c_help	Hastelloy C
0x01310085	monel_help	Monel
0x01310086	tantalum_help	Tantalum
0x01310087	titanium_help	Titanium
0x01310088	platinum_iridium_help	Platinum-Iridium
0x01310089	alloy_20_help	Alloy 20
0x0131008A	cobalt_chromium_nickel_help	Cobalt-Chromium-Nickel
0x0131008B	ptfe_teflon_help	PTFE(Teflon)
0x0131008C	viton_help	Viton
0x0131008D	buna_n_help	Buna-N
0x0131008E	ethyl_prop_help	Ethyl-Prop
0x0131008F	urethane_help	Urethane
0x01310091	tefzel_help	Tefzel
0x01310092	ryton_help	Ryton
0x01310093	ceramic_help	Ceramic
0x01310094	stainless_steel_316l_help	316L Stainless Steel
0x01310095	pvc_help	PVC
0x01310096	nitrile_rubber_help	Nitrile Rubber
0x01310097	kalrez_help	Kalrez
0x01310098	inconel_help	Inconel
0x01310099	kynar_help	Kynar
0x0131009A	aluminum_help	Aluminum
0x0131009B	nickel_help	Nickel
0x0131009C	hastelloy_c_276_help	Hastelloy C 276
0x0131009D	monel_400_help	Monel 400
0x0131009E	linear_help	Linear
0x0131009F	square_root_help	Square root
0x013100A0	square_root_third_power_help	Square Root to the Third Power
0x013100A1	square_root_fifth_power_help	Square Root to the Fifth Power
0x013100A2	special_curve_help	Special curve
0x013100A3	square_root_plus_special_curve_help	Square Root Plus Special Curve
0x013100A4	square_root_third_power_plus_special_curve_help	Square Root to the Third Power Plus Special Curve
0x013100A5	square_root_fifth_power_plus_special_curve_help	Square Root to the Fifth Power Plus Special Curve
0x013100A6	high_help	High
0x013100A7	low_help	Low
0x013100A8	hold_last_output_value_help	Hold Last Output Value
0x013100A9	analog_output_1_help	Analog Output 1
0x013100AA	analog_output_2_help	Analog Output 2
0x013100AB	analog_output_3_help	Analog Output 3
0x013100AC	analog_output_4_help	Analog Output 4
0x013100AD	bbl_liq_help	Liquid barrel
0x013100AE	ounce_help	Ounce of weight, on Earth (Avoirdupois)
0x013100AF	foot_pound_force_help	Foot pound force
0x013100B0	kilo_watt_help	Kilo watts
0x013100B1	kilo_watt_hour_help	Kilo watt hours
0x013100B2	horsepower_help	UK Horsepower (550 ft lbf/s)
0x013100B3	mega_calorie_help	Mega calories
0x013100B4	mega_joule_help	Mega Joules
0x013100B5	british_thermal_unit_help	British thermal unit
0x013100B6	normal_cubic_meter_help	Normal cubic meter (at 273.15 degrees Kelvin, 101.325 kilopascals)
0x013100B7	normal_liter_help	Normal liters (at 273.15 degrees Kelvin, 101.325 kilopascals)
0x013100B8	standard_cubic_feet_help	Cubic feet (at 32 degrees Fahrenheit, 1 Atmosphere)
0x013100B9	mega_calorie_per_hour_help	Mega calories per hour
0x013100BA	mega_joule_per_hour_help	Mega Joules per hour
0x013100BB	british_thermal_unit_per_hour_help	British thermal unit per hour
0x013100BC	normal_cubic_meter_per_hour_help	Normal cubic meters (at 273.15 degrees Kelvin, 101.325 kilopascals) per hour
0x013100BD	normal_liter_per_hour_help	Normal liters (at 273.15 degrees Kelvin, 101.325 kilo pascals)per hour
0x013100BE	standard_cubic_feet_per_minute_help	Cubic feet (at 32 degrees Fahrenheit, 1 Atmosphere) per minute
0x013100BF	deka_therm_help	Deka therm.
0x013100C0	parts_per_million_help	Parts per million
0x013100C1	fep_help	Perfluoraethylenpropylene
0x013100C2	stainless_steel_316_ti_help	316 Stainless steel Ti, 16-18% Chromium, 10-14% Nickel, 2-3% Molybdan
0x013100C3	rs_232_help	Standards designation
0x013100C4	gold_monel_help	Gold monel alloy
0x013100C5	milli_siemens_per_centimeter_help	milli siemens per centimeter
0x013100C6	kohms_help	Kilo ohms
0x013100C7	klinger_c4401_help	4401- Material that may be referenced by Klinger compound No. C4401
0x013100C8	thermotork_help	Thermotork- Material trademarked by Armstrong World Industries Inc.
0x013100C9	grafoil_help	Grafoil- Material trademarked by Union Carbide
0x013100CA	ptfe_coated_316l_sst_help	Poly Tetra Fluoro Ethylene coated 316L Stainless steel- Material, PTFE is also known by the trademark name Teflon
0x013100CB	gold_plated_hastelloy_c276_help	Gold plated Hastelloy C276- Material
0x013100CC	ptfe_graphite_help	Poly Tetra Fluoro Ethylene Graphite- Material, Graphite filled PTFE, PTFE is also known by the trademark name Teflon
0x013100CD	ptfe_glass_help	Poly Tetra Fluoro Ethylene Glass- Material, Glass filled PTFE, PTFE is also known by the trademark name Teflon
0x013100CE	micro_siemens_per_centimeter_help	Micro siemens per centimeter
0x013100CF	newton_help	Newton- Unit of force
0x013100D0	newton_meter_help	Newton meter- Unit for torque
0x013100D1	inches_per_second_help	Inches per Second- Unit for speed
0x013100D2	inches_per_minute_help	Inches per minute- Unit for speed
0x013100D3	feet_per_minute_help	Feet per Minute- Unit for speed
0x013100D4	degrees_per_second_help	Degrees per Second- Unit for angular frequency
0x013100D5	revolutions_per_minute_help	Revolutions per Minute- Unit for rotation
0x013100D6	degrees_help	Degrees- Unit of angular measurement
0x013100D7	revolutions_per_second_help	Revolutions per Second- Unit for rotation
0x013100D8	square_help	Square
0x013100D9	PTFE_hastelloy_help	Poly Tetra Fluoro Ethylene/Hastelloy- Type of O-Ring material, known as Turcon Variseal H.
0x013100DA	stainless_steel_CF_8M_help	Stainless Steel CF-8M
0x013100DB	hastelloy_sst_help	Hastelloy C/Stainless Steel
0x013100DC	gold_plated_sst_help	Gold Plated Stainless Steel
0x013100DD	radian_help	Radian- Unit of angular measurement
0x013100DE	inches_of_water_60_degrees_F_help	Inches of Water at 60 Degrees Fahrenheit
0x013100DF	ug_l_help	Micrograms per Liter
0x013100E0	ug_m3_help	Micrograms per Cubic Meter
0x013100E1	percent_consistency_help	Percent Consistency
0x013100E2	volume_percent_help	Volume Percent
0x013100E3	ml_l_help	Mililiters per Liter
0x013100E4	ul_l_help	Microliters per Liter
0x013100E5	percent_lel_help	Percent Lower Explosion Level
0x013100E6	ppb_help	Parts per Billion
0x013100E7	discrete_switch_help	Discrete (Switch)- binary on/off
0x013100E8	aflas_help	Aflas
0x01900003	default_label	No Label Available
0x01910001	hart_block_label
0x332C0001	mmi_event1_label	Event 1
0x332C000A	mmi_event2_label	Event 2
0x332C0022	mmi_sv_ao_cutoff_label	SV AO cutoff
0x332C002B	mmi_ref_temp_label	Ref temperature
0x332C002C	mmi_k1_label	K1
0x332C002D	mmi_k2_label	K2
0x332C002F	mmi_alarm_num_label	Event num
0x332C0039	mmi_pulses_unit_label	Pulses/Unit
0x332C003A	mmi_units_pulse_label	Units/Pulse
0x332C003E	mmi_dens_tgco_label	DTG
0x332C003F	mmi_dens_fqco1_label	DFQ1
0x332C0040	mmi_dens_fqco2_label	DFQ2
0x332C0041	mmi_flow_tgco_label	FTG
0x332C0042	mmi_flow_fqco_label	FFQ
0x332C0046	mmi_value_label	Value
0x332C0048	mmi_low_alarm_label	Low Alarm
0x332C006E	mmi_dt_label	DT
0x332C0072	mmi_tube_freq_var_label	Tube Frequency
0x332C0073	mmi_drive_gain_var_label	Drive Gain
0x332C0075	mmi_board_temp_var_label	Board Temperature
0x332C0076	mmi_input_voltage_var_label	Input Voltage
0x332C0077	mmi_abs_val_label	Absolute Value
0x332C0079	mmi_scaled_dac_label	Scaled AO1 trim
0x332C007E	mmi_polling_labl_2	Poll Control 2
0x332C0081	mmi_poll_type_label	Polling Type
0x332C0082	mmi_iso_brd_label	IS Output
0x332C0084	mmi_do_assign_label	DO is
0x332C0085	mmi_do_index_label	DO index
0x332C0086	mmi_chana_assign_label	Channel A
0x332C0087	mmi_chanb_assign_label	Channel B
0x332C0088	mmi_chanc_assign_label	Channel C
0x332C0089	mmi_ao2_fault_setup_label	AO2 Fault Setup
0x332C0090	mmi_drive_value_unit	Drive unit
0x332C0091	mmi_do1_setup_label	DO1 Setup
0x332C0093	mmi_api_ctl_label	CTL
0x332C0094	mmi_ext_temperature_label	External Temperature
0x332C0096	mmi_table_5a	Table 5A
0x332C0097	mmi_table_5b	Table 5B
0x332C0098	mmi_table_5d	Table 5D
0x332C0099	mmi_table_6c	Table 6C
0x332C009A	mmi_table_23a	Table 23A
0x332C009B	mmi_table_23b	Table 23B
0x332C009C	mmi_table_23d	Table 23D
0x332C009D	mmi_table_24c	Table 24C
0x332C009E	mmi_table_53a	Table 53A
0x332C009F	mmi_table_53b	Table 53B
0x332C00A0	mmi_table_53d	Table 53D
0x332C00AA	mmi_di_assign_label	DI is
0x332C00AB	mmi_di_index_label	DI index
0x332C00AC	mmi_di1_setup_label	DI1 Setup
0x332C00B2	mmi_external_label	External
0x332C00B3	mmi_internal_label	Internal
0x332C00B4	mmi_do2_setup_label	DO2 Setup
0x332C00B5	mmi_do1_assign_label	DO 1 is
0x332C00B7	mmi_polarity_label	Polarity
0x332C00B8	mmi_active_high_label	Active High
0x332C00B9	mmi_active_low_label	Active Low
0x332C00BB	mmi_static_pressure_label	Static Pressure
0x332C00BC	mmi_enable_api_label	Enable API
0x332C00BE	mmi_static_temp_label	Static Temperature
0x332C00C0	mmi_cfg_brd_label	Config I/O
0x332C00C1	mmi_table_54c	Table 54C
0x332C00C2	mmi_fwd_rev	Forward/Reverse
0x332C00C4	mmi_power_label	Power Source
0x332C00CA	mmi_pc1_label	Discrete Event 1
0x332C00CB	mmi_pc2_label	Discrete Event 2
0x332C00CC	mmi_pc3_label	Discrete Event 3
0x332C00CD	mmi_pc4_label	Discrete Event 4
0x332C00CE	mmi_pc5_label	Discrete Event 5
0x332C00CF	mmi_pc_num_label	Discrete Event num
0x332C00D0	mmi_pc_setpointA_label	Setpoint A
0x332C00D1	mmi_pc_setpointB_label	Setpoint B
0x332C00E7	mmi_di2_setup_label	DI2 Setup
0x332C00EF	mmi_2500_cfg_brd_label	2500 Config I/O
0x332C00F0	mmi_3500_brd_label	3000
0x332C00F2	mmi_discrete_action_code_label	Discrete Action
0x332C00F3	mmi_discrete_assign_code_label	Discrete Assignment
0x332C00F4	mmi_choose_discrete_action	Choose Action:
0x332C00F6	mmi_choose_discrete_assignment	Choose Discrete:
0x332C00F9	mmi_alarm_information_label	info
0x332C00FA	mmi_alarm_fault_label	fault
0x332C00FB	mmi_alarm_ignore_label	ignore
0x332C00FC	mmi_di_1_polarity_label	DI 1 Polarity
0x332C00FD	mmi_di_2_polarity_label	DI 2 Polarity
0x332C0104	mmi_start_sensor_zero_label	Start Sensor Zero
0x332C0105	mmi_start_stop_totals_label	Start/Stop Totals
0x332C010A	mmi_neg_forward_only_label	Negate/Forward Only
0x332C010B	mmi_neg_bidir_label	Negate/Bi-Directional
0x332C0111	mmi_num_preambles_label	Num Preambles
0x332C011A	mmi_fkey_custody_transfer_label	Custody Transfer
0x332C011C	mmi_feature_key_label	Features
0x332C012E	mmi_do_1_polarity_label	DO 1 Polarity
0x332C0137	mmi_ao1cut_label	AO1 Cutoff
0x332C0138	mmi_input_Voltage	Input Voltage
0x332C0139	mmi_gas_Standard_Volume_Flow_label	Gas Vol flo
0x332C013D	mmi_faultcode_label	fault code
0x332C013E	mmi_faultlevel_label	fault level
0x332C013F	di_fault_setup_label	DI Fault Setup
0x332C0140	do_fault_setup_label	DO Fault Setup
0x332C0141	mmi_Actual_Target_Amplitude_label	Act Target Amplitude
0x332C0142	mmi_Average_sensor_temp_label	Avg Sensor Temp
0x332C0143	mmi_Minimum_sensor_temp_label	Min Sensor Temp
0x332C0144	mmi_Maximum_sensor_temp_label	Max Sensor Temp
0x332C0145	mmi_Average_electronics_temp_label	Avg Elect Temp
0x332C0146	mmi_Minimum_electronics_temp_label	Min Elect Temp
0x332C0147	mmi_Wire_RTD_resistance_label	Wire RTD
0x332C0148	mmi_Meter_RTD_resistance_label	Meter RTD
0x332C0149	mmi_Line_RTD_resistance_label	Line RTD
0x332C014A	mmi_Power_cycle_count_label	Power cycle count
0x332C014B	mmi_Power_on_time_label	Power on time
0x332C014C	flow_switch_variable_assignment_label	Flow Switch Variable Assignment
0x332C014D	mmi_do_1_FaultIndication_label	DO Fault Indication
0x332C014E	modbus_Mode_label	Modbus Mode
0x332C0150	Alarm_Status_label	Alarm Status
0x332C0151	varCount_label	Count
0x332C0152	Last_Posted	Last Posted
0x332C0153	Last_Cleared	Last Cleared
0x332C0154	varMODBUS_Data_Type_Code_label	Modbus Data Type Code
0x332C0156	varCoil_Number_label	Coil Number or Starting Register Address
0x332C0157	varCoil_Value_label	Coil Value
0x332C0158	varEnable_TBR_label	Enable TBR
0x332C0159	varTBR_Threshold_label	TBR Threshold
0x332C015A	varTBR_Timeout_label	TBR Timeout
0x332C015B	varTBR_Last_Measured_Value_label	TBR Last Measured Value Sample Position
0x332C015D	varGas_Density_label	Gas Density
0x332C0174	varDiagnostic_Action_Code_LABEL	Diagnostic Action
0x332C0176	Status_Change_LABEL	Status Change
0x332C0177	Timestamp_of_status_change_LABEL	Timestamp of status change
0x332C0178	gas_vol_flow_digital_units_LABEL	Gas Vol flo unit
0x332C0179	gas_vol_flow_digital_cutoff_LABEL	Gas Vol flo Cutoff
0x332C017A	gas_vol_flow_analog_value_LABEL	Gas Vol flo
0x332C017B	gas_std_vtot_digital_units_LABEL	Gas Vol flo tot inv unit
0x332C017C	live_zero_digital_units_LABEL	Live Zero unit
0x332C017E	input_volt_digital_units_LABEL	Input voltage unit
0x332C01DC	Word_420_LABEL	Status Word 420
0x332C01DD	Word_419_LABEL	Status Word 419
0x332C01DE	Word_422_LABEL	Status Word 422
0x332C01DF	Word_421_LABEL	Status Word 421
0x332C01E0	Word_424_LABEL	Status Word 424
0x332C01E1	Word_423_LABEL	Status Word 423
0x332C01E2	Word_433_LABEL	Status Word 433
0x332C01E3	Word_434_LABEL	Status Word 434
0x332C01E5	mmi_polling_labl	Poll Control
0x332C01E7	word_419_desc_label	Reads Modbus register no. 419
0x332C01E8	word_420_desc_label	Reads Modbus register no. 420
0x332C01E9	word_421_desc_label	Reads Modbus register no. 421
0x332C01EA	word_422_desc_label	Reads Modbus register no. 422
0x332C01EB	word_423_desc_label	Reads Modbus register no. 423
0x332C01EC	word_424_desc_label	Reads Modbus register no. 424
0x332C01ED	word_433_desc_label	Reads Modbus register no. 433
0x332C01EE	word_434_desc_label	Reads Modbus register no. 434
0x332C01F6	enable_meter_verification_label	Enable meter verification
0x332C01F7	output_state_meter_verification_label	Ouput state during meter verification
0x332C01F8	mmi_abort_code_label	Abort code
0x332C01F9	mmi_current_algorithm_state_abort_label	Current Algorithm State
0x332C01FA	mmi_validation_counter_label	Validation counter
0x332C01FB	mmi_LPO_stiffness_out_of_limits_label	LPO stiffness out of limits
0x332C01FC	mmi_RPO_stiffness_out_of_limits_label	RPO stiffness out of limits
0x332C01FD	mmi_current_LPO_stiffness_mean_label	Current LPO stiffness (Mean)
0x332C01FE	mmi_current_RPO_stiffness_mean_label	Current RPO stiffness (Mean)
0x332C01FF	mmi_algorithm_progress_label	Algorithm progress
0x332C0208	stiffness_limit_set_point_label	Stiffness Limit Set Point
0x332C0209	mmi_current_damping_mean_label	Current Damping (Mean)
0x332C020A	mmi_current_LPO_mass_mean_label	Current LPO Mass (Mean)
0x332C020B	mmi_current_RPO_mass_mean_label	Current RPO Mass (Mean)
0x332C020C	mmi_current_LPO_stiffness_std_dev_label	Current LPO Stiffness (Std Dev)
0x332C020D	mmi_current_RPO_stiffness_std_dev_label	Current RPO Stiffness (Std Dev)
0x332C020E	mmi_current_damping_std_dev_label	Current Damping (Std Dev)
0x332C020F	mmi_current_LPO_mass_std_dev_label	Current LPO Mass (Std Dev)
0x332C0210	mmi_current_RPO_mass_std_dev_label	Current RPO Mass (Std Dev)
0x332C0211	mmi_LPO_stiffness_fact_cali_air_mean_label	LPO Stiffness (Mean), Fact. Calib of Air
0x332C0212	mmi_RPO_stiffness_fact_cali_air_mean_label	RPO Stiffness (Mean), Fact. Calib of Air
0x332C0213	mmi_damping_fact_cali_air_mean_label	Damping (Mean), Fact. Calib of Air
0x332C0214	mmi_LPO_mass_fact_cali_air_mean_label	LPO Mass, Fact. Calib of Air
0x332C0215	mmi_RPO_mass_fact_cali_air_mean_label	RPO Mass, Fact. Calib of Air
0x332C0216	mmi_LPO_stiffness_fact_cali_water_mean_label	LPO Stiffness (Mean), Fact. Calib of Water
0x332C0217	mmi_RPO_stiffness_fact_cali_water_mean_label	RPO Stiffness (Mean), Fact. Calib of Water
0x332C0218	mmi_damping_fact_cali_water_mean_label	Damping (Mean), Fact. Calib of Water
0x332C0219	mmi_LPO_mass_fact_cali_water_mean_label	LPO Mass, Fact. Calib of Water
0x332C021A	mmi_RPO_mass_fact_cali_water_mean_label	RPO Mass, Fact. Calib of Water
0x332C021E	mmi_do_2_FaultIndication_3000_label	DO 2 Fault Indication
0x332C0224	mmi_modbus_data_label	Modbus Data
0x332C0227	mmi_clock_hours_label	Hours
0x332C022C	mmi_meter_verification_dataset_label	Meter Verification Dataset
0x332C022D	mmi_meter_verification_mean	Meter Verification Dataset Mean
0x332C022E	mmi_meter_verification_std_dev	Meter Verification Dataset Satndard Deviation
0x332C022F	mmi_fact_cali_air_means	Factory Cal of Air Means
0x332C0230	mmi_fact_cali_water_means	Factory Cal of Water Means
0x332C0231	mmi_running_avg_data	Running Average Data
0x332C0232	mmi_std_error_estimate	Standard Error of Estimate
0x332C0233	mmi_dataset_LPO_stiffness_label	Dataset LPO Stiffness
0x332C0234	mmi_dataset_RPO_stiffness_label	Dataset RPO Stiffness
0x332C0235	mmi_dataset_damping_label	Dataset damping
0x332C0236	mmi_dataset_LPO_mass_label	Dataset LPO Mass
0x332C0237	mmi_dataset_RPO_mass_label	Dataset RPO Mass
0x332C0243	mmi_alarm_severity_label_2	Alarm Severity
0x332C0245	alarm_event_log_index_label	Alarm Event Log Index
0x332D0005	mmi_ev1_stat_label	Status Event1
0x332D0006	mmi_ev2_stat_label	Status Event2
0x332D0010	mmi_str_enter_dens	Enter Density
0x332D0012	mmi_str_prob_detected	A problem was detected
0x332D0013	mmi_str_abort_fix_retry	Abort;Fix and Retry
0x332D0015	mmi_str_perform_cal	Perform calibration?
0x332D0019	mmi_str_freq_choice	10 kHz;Other;End
0x332D001B	mmi_str_abort_error	Aborting due to field device error
0x332D001E	mmi_str_anal_choice	4 mA;20 mA;Other;End
0x332D001F	mmi_str_out_level	Output value:
0x332D0023	mmi_str_conn_ref	Connect reference meter
0x332D0026	mmi_str_ao1_to_n	About to set analog output 1 to %0 mA
0x332D0027	mmi_str_ao2_to_n	About to set analog output 2 to %0 mA
0x332D002B	mmi_str_yes_no	Yes;No
0x332D0033	mmi_str_unit_msg	NOTE-Variables which use this as the units code will be in the previous units until this value is sent to the device
0x332D0035	mmi_str_fo_scaling_msg	NOTE-Send scaling method selection to the device prior to performing frequency output scaling.
0x332D0036	mmi_str_fd_cal_minimum	NOTE: Flow rate must be greater than 50% of the nominal flow for the meter.
0x332D0037	mmi_str_sens_type_choice	T-Series;Other
0x332D0038	mmi_str_sens_type	Sensor type:
0x332D003F	mmi_str_do_choice	Off;On;End
0x332D004A	mmi_str_fault_level_msg	NOTE-When selecting upscale or downscale,configure fault value before sending fault code to the device.
0x332D004D	mmi_api_table_number_choice	5;6;23;24;53;54
0x332D004E	mmi_api_table_letter_choice	A;B;D
0x332D004F	mmi_str_enter_tec	Enter Thermal Expansion Coefficient
0x332D0050	mmi_str_enter_ref_temp	Enter Reference Temperature in degC
0x332D0063	mmi_str_discrete_assignment	%0 is assigned to %1
0x332D006F	perform_varDiagnostic_Action_Code_label4	Action code was performed
0x332D0071	modbus_selection_data_type_label	Selection for data type
0x332D0072	modbus_choose_data_type_label	Coil;Unsigned 16;Unsigned 32;Floating Point;Exit
0x332D0073	read_modbus_register_label4	Enter Coil Number
0x332D0074	read_modbus_register_label5	Enter Register Number
0x332D0076	select_on_on_label	off;on
0x332D0077	enter_u16_label	Enter Unsigned 16 Value
0x332D0078	enter_u32_label	Enter Unsigned 32 Value
0x332D0079	enter_fp_label	Enter Floating Point Value
0x332D007D	mmi_select_mode_sim	Select the Simulation Mode
0x332D007E	write_simulation_params_massflow_label5	Fixed Value;Triangular Wave;Sine Wave
0x332D007F	write_simulation_params_massflow_label6	Enter Mass Flow Fixed Value
0x332D0080	write_simulation_params_massflow_label7	Enter Mass Flow Minimum Amplitude of waveform
0x332D0081	write_simulation_params_massflow_label8	Enter Mass Flow Maximum Amplitude of waveform
0x332D0082	write_simulation_params_massflow_label9	Enter Mass Flow period of waveform in second.
0x332D0084	write_simulation_params_temp_label2	Enter Temperature Fixed Value
0x332D0085	write_simulation_params_temp_label3	Enter Temperature Minimum Amplitude of waveform
0x332D0086	write_simulation_params_temp_label4	Enter Temperature Maximum Amplitude of waveform
0x332D0087	write_simulation_params_temp_label5	Enter Temperature period of waveform in second.
0x332D0089	write_simulation_params_Density_label2	Enter Density Fixed Value
0x332D008A	write_simulation_params_Density_label3	Enter Density Minimum Amplitude of waveform
0x332D008B	write_simulation_params_Density_label4	Enter Density Maximum Amplitude of waveform
0x332D008C	write_simulation_params_Density_label5	Enter Density period of waveform in second.
0x332D008E	mmi_discrete_action_choices_2400_label	Start Sensor Zero;Reset Mass Total;Reset Volume Total;Reset Gas Standard Volume Total;Reset All Totals;Start/Stop Totals
0x332D008F	mmi_discrete_assignment_choices_label2	None;Discrete Event 1;Discrete Event 2;Discrete Event 3;Discrete Event 4;Discrete Event 5;DI 1
0x332D0094	mmi_select_OPstate	Last Value;Fault
0x332D0096	mmi_stiffness_label	Stiffness setpoint (percentage):
0x332D0097	mmi_meter_verification	Meter Verification
0x332D009A	mmi_Meter_Veri_abort	Aborting verification...!
0x332D009D	mmi_OPLabel_new_label	Select output behavior:
0x332D00A3	mmi_stiffness_value_default_label	0.1;0.5;1.0;2.0;3.0;4.0;5.0
0x332E0000	mmi_pv_hot_rerange_label	Anlog 1 range vals
0x332E0002	mmi_pv_range_label	Anlog 1 range vals
0x332E0015	mmi_density_char_label	Density
0x332E0016	mmi_flow_vars_label	Flow
0x332E0017	mmi_dens_vars_label	Density
0x332E0018	mmi_temp_vars_label	Temperature
0x332E0025	mmi_upload_variables_label	Write variables
0x332E0026	mmi_dencal_a_label	Dens Pt1 (Air)
0x332E0027	mmi_dencal_b_label	Dens Pt2 (Water)
0x332E0030	mmi_reset_mass_total_label	Reset mass total
0x332E0031	mmi_reset_vol_total_label	Reset volume total
0x332E0035	mmi_d1_label	D1
0x332E0036	mmi_d2_label	D2
0x332E0037	mmi_dencal_fd_label	Flowing Dens (FD)
0x332E0039	mmi_d3_label	D3
0x332E003A	mmi_d4_label	D4
0x332E003B	mmi_k3_label	K3
0x332E003C	mmi_k4_label	K4
0x332E003D	mmi_dencal_c_label	Dens Pt3 T-series
0x332E003E	mmi_dencal_d_label	Dens Pt4 T-series
0x332E0042	mmi_sens_setup_meth_label	Sensor Selection
0x332E0047	mmi_reset_corr_vol_total_label	Reset corrected volume total
0x332E0052	mmi_reset_totals_label	Reset totals
0x332E0079	mmi_batch_to_label	Batch Timeout
0x332E0098	Gas_volume_standard_setup_label	Gas Standard Volume
0x332E00A1	display_vars_label	Display Variables
0x332E00A5	mmi_status	Status
0x332E00A7	mmi_maint	Maintenance
0x332E00AA	mmi_drive_gain	Drive Gain
0x332E00AB	mmi_dens	Density
0x332E00AD	mmi_prim_var	Primary Variable
0x332E00B7	mmi_2nd_variable	2nd Variable
0x332E00B9	mmi_3rd_variable	3rd Variable
0x332E00BB	mmi_4th_variable	4th Variable
0x332E00BD	mmi_totalizers	Totalizers
0x332E00BE	mmi_mass	Mass
0x332E00BF	mmi_volume	Volume
0x332E00C0	mmi_all_totalizers	All Totalizers
0x332E00C2	mmi_inv	Inventory
0x332E00C4	mmi_vars	Variables
0x332E00C6	mmi_display	Display
0x332E00CB	mmi_temp	Temperature
0x332E00CC	mmi_press	Pressure
0x332E00CF	mmi_sensor	Sensor
0x332E00D1	mmi_special_units	Special Units
0x332E00D2	mmi_mass_spec_units	Mass Special Units
0x332E00D3	mmi_vol_spec_units	Volume Special Units
0x332E00D9	mmi_discrete_ip	Discrete Input
0x332E00DC	mmi_freq	Frequency
0x332E00DD	mmi_var_mapping	Variable Mapping
0x332E00DF	mmi_discrete_op	Discrete Output
0x332E00E1	mmi_discrete_events	Discrete Events
0x332E00E2	mmi_discrete_event1	Discrete Event 1
0x332E00E3	mmi_discrete_event2	Discrete Event 2
0x332E00E4	mmi_discrete_event3	Discrete Event 3
0x332E00E5	mmi_discrete_event4	Discrete Event 4
0x332E00E6	mmi_discrete_event5	Discrete Event 5
0x332E00E9	mmi_proc_charts	Process Charts
0x332E00EA	mmi_secondary_var	Secondary Variable
0x332E00EB	mmi_tertiary_var	Tertiary Variable
0x332E00EC	mmi_quarternary_var	Quarternary Variable
0x332E00ED	mmi_primary_op	Primary Output
0x332E0113	mmi_secondary_op	Secondary Output
0x332F0011	mmi_tube_freq_label	Tube
0x332F0015	mmi_live_zero_label	Live zero flow
0x332F0017	mmi_fd_label	FD
0x332F001A	mmi_halar_label	Halar
0x332F001B	mmi_disabled_label	Disabled
0x332F001C	mmi_enabled_label	Enabled
0x332F001D	mmi_modbus_rtu_label	Modbus RTU
0x332F001E	mmi_modbus_ascii_label	Modbus ASCII
0x332F001F	mmi_b_1200_label	1200
0x332F0020	mmi_b_2400_label	2400
0x332F0021	mmi_b_4800_label	4800
0x332F0022	mmi_b_9600_label	9600
0x332F0023	mmi_b_19200_label	19200
0x332F0024	mmi_b_38400_label	38400
0x332F0025	mmi_odd_label	Odd
0x332F0026	mmi_even_label	Even
0x332F0027	mmi_ma_prim_label	mA Output 1
0x332F002B	mmi_output_type_label	Output Type
0x332F002C	mmi_high_alarm_label	High Alarm
0x332F0034	mmi_NAN_label	Not-a-Number
0x332F0035	mmi_analog_io_brd_label	Analog I/O
0x332F0036	mmi_fieldbus_brd_label	Fieldbus (H1)
0x332F0039	mmi_pv	PV
0x332F003E	mmi_SGU	SGU
0x332F0040	mmi_tag	Tag
0x332F0041	mmi_units	Unit
0x332F0048	mmi_upscale	Upscale
0x332F0049	mmi_downscale	Downscale
0x332F004A	mmi_off	Off
0x332F004B	mmi_on	On
0x332F004E	mmi_100hz	Special
0x332F004F	mmi_dens_pres_factor_unit_label	g/Cucm per psi
0x332F0050	mmi_flow_pres_factor_unit_label	% per psi
0x332F0053	mmi_flow_switch	Flow Switch
0x332F005E	mmi_ext_temperature_digital_value	External Temperature
0x332F0061	mmi_density_cutoff	Dens Cutoff
0x332F006B	mmi_gt_setpointA_label	> Setpoint A
0x332F006C	mmi_lt_setpointA_label	< Setpoint A
0x332F006D	mmi_inrange_label	In Range
0x332F006E	mmi_outrange_label	Out of Range
0x332F0075	mmi_ed_net_volume_inventory_digital_value	ED Net Vol inv
0x332F0078	mmi_ed_std_volume_inventory_digital_value	ED Std Vol inv
0x332F007C	mmi_ed_dens_sgu_digital_value	ED Dens (SGU)
0x332F007D	mmi_ed_dens_baume_digital_value	ED Dens (Baume)
0x332F0082	mmi_reset_mass_total_only_label	Reset Mass Total
0x332F0083	mmi_reset_vol_total_only_label	Reset Vol Total
0x332F008F	extended_device_status_codes_mmi1	Maintenance Required
0x332F0090	extended_device_status_codes_mmi2	Device Variable Alert
0x332F0091	mmi_gsvf_label	Gas Standard Volume Flow
0x332F0092	mmi_gsvt_label	Gas Standard Volume Total
0x332F0093	mmi_gsvi_label	Gas Standard Volume Inventory
0x332F0096	mmi_brd_8_label	800
0x332F0097	mmi_brd_alabel	2400S Analog
0x332F0098	mmi_brd_ff_label	2400S FOUNDATION Fieldbus
0x332F0099	mmi_brd_dn_label	2400S DeviceNet
0x332F009A	mmi_brd_dp_label	2400S Profibus DP
0x332F009E	mmi_asciirtu_label	ASCII and RTU
0x332F009F	mmi_rtuonly_label	RTU Only
0x332F00A4	mmi_reset_gas_vol_total_label	Reset Gas Standard Volume Total
0x332F00A5	mmi_NoSim	No Sim
0x332F00A6	mmi_FixedValue	Fixed Value
0x332F00A7	mmi_TriangularWave	Triangular Wave
0x332F00A8	mmi_SineWave	Sine Wave
0x332F00A9	mmi_None	None
0x332F00AA	mmi_ResetAlarmLog	Reset Alarm Log
0x332F00AB	mmi_AcknowledgeAllAlarms	Acknowledge All Alarms
0x332F00AC	mmi_ResetPowerOnTime	Reset Power On Time
0x332F00AD	mmi_RestoreFactoryConfiguration	Restore Factory Configuration
0x332F00B1	Word_420_enum_Bit0	Primary mA Output Saturated
0x332F00B2	Word_420_enum_Bit1	Secondary mA Output Saturated
0x332F00B3	Word_420_enum_Bit2	Primary mA Output Fixed
0x332F00B4	Word_420_enum_Bit3	Secondary mA Output Fixed
0x332F00B5	Word_420_enum_Bit4	Density Outside Limits
0x332F00B7	Word_420_enum_Bit6	PIC/Daughterboard Communication Failure
0x332F00B8	Word_420_enum_Bit7	External Input Failure
0x332F00B9	Word_420_enum_Bit8	Core EEPROM Checksum Error (Config, Powerdown, Program)
0x332F00BA	Word_420_enum_Bit9	Core RAM Error
0x332F00BB	Word_420_enum_Bit10	Sensor Not Responding (No Tube Interrupt)
0x332F00BC	Word_420_enum_Bit11	Temperature Sensor Out-of-Range
0x332F00BD	Word_420_enum_Bit12	Input Over-Range
0x332F00BE	Word_420_enum_Bit13	Frequency Output Saturated
0x332F00BF	Word_420_enum_Bit14	Transmitter Not Characterized (Flocal or Sensor Type)
0x332F00C0	Word_420_enum_Bit15	Real-Time Interrupt Failure
0x332F00C1	Word_419_enum_Bit0	Core EEPROM Checksum Error (Config, Powerdown, Program)
0x332F00C2	Word_419_enum_Bit1	Core RAM Test Error
0x332F00C3	Word_419_enum_Bit2	Real-Time Interrupt Failure
0x332F00C4	Word_419_enum_Bit3	Sensor Failure
0x332F00C5	Word_419_enum_Bit4	Temperature Sensor Out-of-Range
0x332F00C6	Word_419_enum_Bit5	Calibration Failure (Autozero, Density, Temperature)
0x332F00C7	Word_419_enum_Bit6	Other Failure
0x332F00C8	Word_419_enum_Bit7	Transmitter Initializing/Warming Up
0x332F00C9	Word_419_enum_Bit8	PV Out-Of-Limits
0x332F00CA	Word_419_enum_Bit9	Non-PV Out-Of-Limits
0x332F00CB	Word_419_enum_Bit10	Simulation Mode Active (A132)
0x332F00CC	Word_419_enum_Bit11	Undefined
0x332F00CD	Word_419_enum_Bit12	Watchdog Error
0x332F00CE	Word_419_enum_Bit13	Cold Start (HART bit)
0x332F00CF	Word_419_enum_Bit14	Transmitter Configuration Changed (HART bit)
0x332F00D0	Word_419_enum_Bit15	Fault (Failure has occurred which affects accuracy)
0x332F00D1	Word_422_enum_Bit0	API.VCF: Temperature Outside Standard Range
0x332F00D2	Word_422_enum_Bit1	API.VCF:Line Density Outside Standard Range
0x332F00D3	Word_422_enum_Bit2	Line RTD Temperature Out-Of-Range
0x332F00D4	Word_422_enum_Bit3	Meter RTD Temperature Out-Of-Range
0x332F00D5	Word_422_enum_Bit4	Flow Direction (0=Forward/Zero,1=Reverse)
0x332F00D6	Word_422_enum_Bit5	Factory Configuration Data Is Invalid
0x332F00D7	Word_422_enum_Bit6	Enhanced Density: Unable to fit curve data
0x332F00D8	Word_422_enum_Bit7	Last Measured Value Override Active
0x332F00D9	Word_422_enum_Bit8	Enhanced Density Extrapolation Alarm
0x332F00DA	Word_422_enum_Bit9	Cal Factors Unentered (Flocal Mandatory)
0x332F00DB	Word_422_enum_Bit10	1000/2000/3000 EEPROM Checksum Error
0x332F00DC	Word_422_enum_Bit11	1000/2000/3000 RAM Test Error
0x332F00DD	Word_422_enum_Bit12	Unrecognized/Unentered Sensor Type (K1 Manditory)
0x332F00DE	Word_422_enum_Bit13	Core configuration database corrupt
0x332F00DF	Word_422_enum_Bit14	Core powerdown totals corrupt
0x332F00E0	Word_422_enum_Bit15	Core program corrupt
0x332F00E1	Word_421_enum_Bit0	Burst Mode Enabled
0x332F00E2	Word_421_enum_Bit1	Power Reset Occurred
0x332F00E3	Word_421_enum_Bit2	Transmitter Initializing/Warming Up (Low Power Fault)
0x332F00E4	Word_421_enum_Bit3	Sensor/Xmtr Communication Failure (A28)
0x332F00E5	Word_421_enum_Bit4	Paper Out
0x332F00E6	Word_421_enum_Bit5	Event #2 Triggered
0x332F00E7	Word_421_enum_Bit6	Event #1 Triggered
0x332F00E8	Word_421_enum_Bit7	Sensor/Xmtr Communication Failure (A26)
0x332F00E9	Word_421_enum_Bit8	Calibration Failure (Autozero,Density,Temperature)
0x332F00EA	Word_421_enum_Bit9	Excess Calibration Correction,Autozero too Low
0x332F00EB	Word_421_enum_Bit10	Excess Calibration Correction,Autozero too High
0x332F00EC	Word_421_enum_Bit11	Process too Noisy to Perform Auto Zero
0x332F00ED	Word_421_enum_Bit12	Transmitter Failed
0x332F00EE	Word_421_enum_Bit13	Data Loss Possible (Totals+Inventories Questionable)
0x332F00EF	Word_421_enum_Bit14	Calibration-In-Progress (Autozero, Density, Temperature)
0x332F00F0	Word_421_enum_Bit15	Slug Flow
0x332F00F1	Word_424_enum_Bit0	Discrete Input 1 Status
0x332F00F2	Word_424_enum_Bit1	Discrete Input 2 Status
0x332F00F3	Word_424_enum_Bit2	Discrete Output 1 Fixed
0x332F00F4	Word_424_enum_Bit3	Discrete Output 2 Fixed
0x332F00F5	Word_424_enum_Bit4	Discrete Output 3 Fixed
0x332F00F6	Word_424_enum_Bit5	Discrete Output 4 Fixed
0x332F00F7	Word_424_enum_Bit6	Security Breach
0x332F00F8	Word_424_enum_Bit7	Frequency Input Saturated
0x332F00F9	Word_424_enum_Bit8	Discrete Event 1 Status
0x332F00FA	Word_424_enum_Bit9	Discrete Event 2 Status
0x332F00FB	Word_424_enum_Bit10	Discrete Event 3 Status
0x332F00FC	Word_424_enum_Bit11	Discrete Event 4 Status
0x332F00FD	Word_424_enum_Bit12	Discrete Event 5 Status
0x332F00FE	Word_424_enum_Bit13	Undefined
0x332F00FF	Word_424_enum_Bit14	Undefined
0x332F0100	Word_424_enum_Bit15	Incorrect Board Type (A30)
0x332F0101	Word_423_enum_Bit0	Core Protected Boot Sector Fault
0x332F0102	Word_423_enum_Bit1	Undefined
0x332F0103	Word_423_enum_Bit2	Frequency Output Fixed
0x332F0104	Word_423_enum_Bit3	Primary mA Readback Failure
0x332F0105	Word_423_enum_Bit4	DO1 Status (0=OFF,1=ON)
0x332F0106	Word_423_enum_Bit5	DO2 Status (0=OFF,1=ON)
0x332F0107	Word_423_enum_Bit6	Dens T-Series D3 Calibration-in-Progress
0x332F0108	Word_423_enum_Bit7	Dens T-Series D4 Calibration-in-Progress
0x332F0109	Word_423_enum_Bit8	DO3 Status (0=OFF,1=ON)
0x332F010A	Word_423_enum_Bit9	DO4 Status (0=OFF,1=ON)
0x332F010B	Word_423_enum_Bit10	Temp Slope Calibration-in-Progress
0x332F010C	Word_423_enum_Bit11	Temp Zero Calibration-in-Progress
0x332F010D	Word_423_enum_Bit12	Dens FD Calibration-in-Progress
0x332F010E	Word_423_enum_Bit13	Dens D2 Calibration-in-Progress
0x332F010F	Word_423_enum_Bit14	Dens D1 Calibration-in-Progress
0x332F0110	Word_423_enum_Bit15	Mechanical Zero Calibration-in-Progress
0x332F0111	Word_433_enum_Bit0	K1/FCF Combination Unrecognized
0x332F0112	Word_433_enum_Bit1	Warming Up
0x332F0113	Word_433_enum_Bit2	Low Power
0x332F0115	Word_433_enum_Bit4	Meter Verification/Outputs in fault (A32)
0x332F0116	Word_433_enum_Bit5	Meter Verification/Outputs at last value (A131)
0x332F0117	Word_433_enum_Bit6	Undefined
0x332F0118	Word_433_enum_Bit7	Undefined
0x332F0119	Word_433_enum_Bit8	Undefined
0x332F011A	Word_433_enum_Bit9	Undefined
0x332F011B	Word_433_enum_Bit10	Undefined
0x332F011C	Word_433_enum_Bit11	Undefined
0x332F011D	Word_433_enum_Bit12	Undefined
0x332F011E	Word_433_enum_Bit13	Undefined
0x332F011F	Word_433_enum_Bit14	Undefined
0x332F0120	Word_433_enum_Bit15	Undefined
0x332F0121	Word_434_enum_Bit0	Undefined
0x332F0122	Word_434_enum_Bit1	Undefined
0x332F0123	Word_434_enum_Bit2	Undefined
0x332F0124	Word_434_enum_Bit3	Undefined
0x332F0125	Word_434_enum_Bit4	Undefined
0x332F0126	Word_434_enum_Bit5	Undefined
0x332F0127	Word_434_enum_Bit6	Undefined
0x332F0128	Word_434_enum_Bit7	Undefined
0x332F0129	Word_434_enum_Bit8	Undefined
0x332F012A	Word_434_enum_Bit9	Undefined
0x332F012B	Word_434_enum_Bit10	Undefined
0x332F012C	Word_434_enum_Bit11	Undefined
0x332F012D	Word_434_enum_Bit12	Undefined
0x332F012E	Word_434_enum_Bit13	Undefined
0x332F012F	Word_434_enum_Bit14	Undefined
0x332F0130	Word_434_enum_Bit15	Undefined
0x332F0131	Process_Variable_Code_enum_0	Mass Flow Rate
0x332F0132	Process_Variable_Code_enum_1	Temperature
0x332F0133	Process_Variable_Code_enum_2	Mass Totalizer
0x332F0134	Process_Variable_Code_enum_3	Density
0x332F0135	Process_Variable_Code_enum_4	Mass Inventory Totalizer
0x332F0136	Process_Variable_Code_enum_5	Line (Gross) Volume Flow Rate
0x332F0137	Process_Variable_Code_enum_6	Line (Gross) Volume Totalizer
0x332F0138	Process_Variable_Code_enum_7	Line (Gross) Volume Inventory Totalizer
0x332F0139	Process_Variable_Code_enum_46	Raw Tube Frequency
0x332F013A	Process_Variable_Code_enum_47	Drive Gain
0x332F013B	Process_Variable_Code_enum_48	Meter Temperature (T-Series)
0x332F013C	Process_Variable_Code_enum_49	Left Pickoff Amplitude
0x332F013D	Process_Variable_Code_enum_50	Right Pickoff Amplitude
0x332F013E	Process_Variable_Code_enum_51	Board Temperature
0x332F013F	Process_Variable_Code_enum_52	Input Voltage
0x332F0140	Process_Variable_Code_enum_53	External Pressure
0x332F0141	Process_Variable_Code_enum_55	External Temperature
0x332F0142	Process_Variable_Code_enum_62	Gas Standard Volume Flow
0x332F0143	Process_Variable_Code_enum_63	Gas Standard Volume Total
0x332F0144	Process_Variable_Code_enum_64	Gas Standard Volume Inventory
0x332F0145	Process_Variable_Code_enum_69	Live Zero
0x332F0146	Process_Variable_Code_enum_251	None
0x332F0149	Status_Change_enum_0	inactive,acked
0x332F014A	Status_Change_enum_1	active,acked
0x332F014B	Status_Change_enum_2	inactive,unacked
0x332F014C	Status_Change_enum_3	active,unacked
0x332F014D	mmi_alarm_code_enum_0	A000: Undefined
0x332F0154	mmi_alarm_code_enum_7	A007: Real-Time Interrupt Failure
0x332F0156	mmi_alarm_code_enum_9	A009: Transmitter Initializing/Warming Up
0x332F0157	mmi_alarm_code_enum_10	A010: Calibration Failure
0x332F015C	mmi_alarm_code_enum_15	A015: MA Readback Error
0x332F015F	mmi_alarm_code_enum_18	A018: (E) EPROM Checksum Error (Model 3000)
0x332F0168	mmi_alarm_code_enum_27	A027: Security Breach
0x332F016F	mmi_alarm_code_enum_34	A034: Undefined
0x332F0170	mmi_alarm_code_enum_35	A035: Undefined
0x332F0171	mmi_alarm_code_enum_36	A036: Undefined
0x332F0172	mmi_alarm_code_enum_37	A037: Undefined
0x332F0173	mmi_alarm_code_enum_38	A038: Undefined
0x332F0174	mmi_alarm_code_enum_39	A039: Undefined
0x332F0178	mmi_alarm_code_enum_43	A103: Data Loss Possible
0x332F0179	mmi_alarm_code_enum_44	A104: Calibration-In-Progress
0x332F017A	mmi_alarm_code_enum_45	A105: Slug Flow
0x332F017B	mmi_alarm_code_enum_46	A106: Burst Mode Enabled
0x332F017C	mmi_alarm_code_enum_47	A107: Power Reset Occurred
0x332F018A	mmi_alarm_code_enum_61	A121: ED: Extrapolation alarm
0x332F018C	mmi_alarm_code_enum_63	A123: Discrete Output 4 Fixed
0x332F018D	mmi_alarm_code_enum_64	A124: Frequency Input Saturated
0x332F0199	mmi_alarm_code_enum_76	A136: Undefined
0x332F019A	mmi_alarm_code_enum_77	A137: Undefined
0x332F019B	mmi_alarm_code_enum_78	A138: Undefined
0x332F019C	mmi_alarm_code_enum_79	A139: Undefined
0x332F019D	varMODBUS_Data_Type_Code_enum_0	Reserved
0x332F019E	varMODBUS_Data_Type_Code_enum_1	Coil
0x332F019F	varMODBUS_Data_Type_Code_enum_2	Unsigned 16
0x332F01A0	varMODBUS_Data_Type_Code_enum_3	Unsigned 32
0x332F01A1	varMODBUS_Data_Type_Code_enum_4	Floating Point
0x332F01A2	Word_433_enum_Bit3_2400SA	Sensor OK / Tubes Stopped by Process (A33)
0x332F01A3	Word_420_enum_Bit5_2400SA	Drive Over-Range / Partially Full Tube
0x332F01A7	NTEP	NTEP
0x332F01A8	OIML	OIML
0x332F01A9	not_resetable	Not reset-able from display or digital communications
0x332F01AA	reset_frm_display	Reset-able from display only
0x332F01AB	reset_frm_comm	Reset-able from digital communications only
0x332F01AC	reset_frm_disp_comm	Reset-able from display and digital communications
0x332F01AD	mmi_disable_abort_verification	Disable or abort verification
0x332F01AE	mmi_normal_verification	Normal verification
0x332F01AF	mmi_factory_verification_air	Factory verification of Air
0x332F01B0	mmi_factory_verification_water	Factory verification of Water
0x332F01B1	mmi_last_value	Last value
0x332F01B2	mmi_fault	Fault
0x332F01B3	mmi_no_error	No error
0x332F01B4	mmi_manual_abort	Manual abort
0x332F01B5	mmi_watchdog_timeout	Watchdog Timeout
0x332F01B6	mmi_frequency_drift	Frequency Drift
0x332F01B7	mmi_high_peak_drive_voltage	High Peak Drive Voltage
0x332F01B8	mmi_high_peak_current_std_dev	High Drive Current Std Dev
0x332F01B9	mmi_high_peak_current_mean_value	High Drive Current Mean Value
0x332F01BA	mmi_drive_loop_reported_error	Drive loop reported error
0x332F01BB	mmi_high_DeltaT_std_dev	High Delta T Std Dev
0x332F01BC	mmi_high_DeltaT_value	High Delta T Value
0x332F01BD	mmi_state_running	State Running
0x332F01BE	mmi_ResetAllEDCurveInfo	Reset All Enhanced Density Curve Information
0x332F01BF	mmi_EnableWriteProtect	Enable write protect
0x332F01C0	mmi_DisableWriteProtect	Disable write protect
0x332F01C5	mmi_Restore_Factory_Zero	Restore Factory Zero
0x332F01C7	mmi_reset_api_vol_total	Reset API Reference (Std) Vol Totl
0x332F01C8	mmi_reset_mass_tot_only	Reset Mass Total Only
0x332F01C9	mmi_reset_ed_ref_vol_tot	Reset ED Ref. (Corrected) Vol Totl
0x332F01CA	mmi_reset_ed_net_mass_tot	Reset ED Net Mass Totl
0x332F01CB	mmi_reset_ed_net_vol_tot	Reset ED Net Volume Totl
0x332F01CC	mmi_reset_api_ref_vol_inv_only	Reset API Ref. (Std) Vol Inv Only
0x332F01CD	mmi_reset_line_vol_tot_only	Reset Line Vol. Totl Only
0x332F01CE	mmi_reset_ed_ref_vol_inv_only	Reset ED Ref. (Corrected) Vol Inv Only
0x332F01CF	mmi_reset_ed_net_mass_inv_only	Reset ED Net Mass Inv Only
0x332F01D0	mmi_reset_ed_net_vol_inv_only	Reset ED Net Vol Inv Only
0x332F01D1	mmi_reset_gas_std_vol_inv_only	Reset Gas Std Vol Inv Only
0x332F01D2	mmi_verification_complete	Verification complete
0x332F01D3	mmi_wrong_verification_enable	Wrong verification enable
0x332F01D4	mmi_no_factory_air_varification	No factory air verification
0x332F01D5	mmi_no_factory_water_varification	No factory water verification
0x332F01D6	mmi_param_registers_not_set	Parameter registers not set
0x332F01ED	Status_Change_posted	Posted
0x332F01EE	Status_Change_cleared	Cleared
0x332F01EF	msec	msec
0x332F01F1	mmi_alarm_code_enum_1_b	A001: EEPROM Error (CP)
0x332F01F2	mmi_alarm_code_enum_2_b	A002: RAM Error (CP)
0x332F01F3	mmi_alarm_code_enum_3_b	A003: No Sensor Response
0x332F01F4	mmi_alarm_code_enum_4_b	A004: Temperature Overrange
0x332F01F5	mmi_alarm_code_enum_5_b	A005: Mass Flow Overrange
0x332F01F6	mmi_alarm_code_enum_6_b	A006: Characterization Required
0x332F01F7	mmi_alarm_code_enum_8_b	A008: Density Overrange
0x332F01F8	mmi_alarm_code_enum_11_b	A011: Zero Calibration Failed: Low
0x332F01F9	mmi_alarm_code_enum_12_b	A012: Zero Calibration Failed: High
0x332F01FA	mmi_alarm_code_enum_13_b	A013: Zero Calibration Failed: Unstable
0x332F01FB	mmi_alarm_code_enum_14_b	A014: Transmitter Failure
0x332F01FC	mmi_alarm_code_enum_16_b	A016: Sensor RTD Failure
0x332F01FD	mmi_alarm_code_enum_17_b	A017: T-Series RTD Failure
0x332F01FF	mmi_alarm_code_enum_19_b	A019: RAM Error (Xmtr)
0x332F0200	mmi_alarm_code_enum_20_b	A020: No Flow Cal Value
0x332F0201	mmi_alarm_code_enum_21_b	A021: No K1 Value
0x332F0202	mmi_alarm_code_enum_22_b	A022: Config DB Corrupt (CP)
0x332F0203	mmi_alarm_code_enum_23_b	A023: Internal Totals Corrupt (CP)
0x332F0204	mmi_alarm_code_enum_24_b	A024: Program Corrupt (CP)
0x332F0205	mmi_alarm_code_enum_25_b	A025: Boot Sector Fault (CP)
0x332F0206	mmi_alarm_code_enum_26_b	A026: Sensor/Xmtr Comm Failure
0x332F0207	mmi_alarm_code_enum_28_b	A028: CP Write Failure
0x332F0208	mmi_alarm_code_enum_29_b	A029: PIC/Daughterboard Comm Failure
0x332F0209	mmi_alarm_code_enum_30_b	A030: Incorrect Board Type
0x332F020A	mmi_alarm_code_enum_31_b	A031: Low Power
0x332F020B	mmi_alarm_code_enum_32_b	A032: MV: Outputs to Fault
0x332F020C	mmi_alarm_code_enum_33_b	A033: No LPO/RPO Signal
0x332F020D	mmi_alarm_code_enum_40_b	A100: MAO1 Saturated
0x332F020E	mmi_alarm_code_enum_41_b	A101: MAO1 Fixed
0x332F020F	mmi_alarm_code_enum_42_b	A102: Drive Overrange
0x332F0210	mmi_alarm_code_enum_48_b	A108: Single-SP Event 1 ON
0x332F0211	mmi_alarm_code_enum_49_b	A109: Single-SP Event 2 ON
0x332F0212	mmi_alarm_code_enum_50_b	A110: FO Saturated
0x332F0213	mmi_alarm_code_enum_51_b	A111: FO Fixed
0x332F0214	mmi_alarm_code_enum_52_b	A112: Upgrade Transmitter Software
0x332F0215	mmi_alarm_code_enum_53_b	A113: MAO2 Saturated
0x332F0216	mmi_alarm_code_enum_54_b	A114: MAO2 Fixed
0x332F0217	mmi_alarm_code_enum_55_b	A115: No External Data
0x332F0218	mmi_alarm_code_enum_56_b	A116: API: Temperature Overrange
0x332F0219	mmi_alarm_code_enum_57_b	A117: API: Density Overrange
0x332F021A	mmi_alarm_code_enum_58_b	A118: DO1 Fixed
0x332F021B	mmi_alarm_code_enum_59_b	A119: DO2 Fixed
0x332F021C	mmi_alarm_code_enum_60_b	A120: ED: Curve Fit Failure
0x332F021D	mmi_alarm_code_enum_62_b	A122: DO3 Fixed
0x332F021E	mmi_alarm_code_enum_64_b	A124: FI Saturated
0x332F021F	mmi_alarm_code_enum_65_b	A125: Batch Timeout
0x332F0220	mmi_alarm_code_enum_66_b	A126: Batch Overrun
0x332F0221	mmi_alarm_code_enum_67_b	A127: Batch No Reset
0x332F0222	mmi_alarm_code_enum_68_b	A128: Batch/Fill No Start
0x332F0223	mmi_alarm_code_enum_69_b	A129: PPI Display Error
0x332F0224	mmi_alarm_code_enum_70_b	A130: Printer Out of Paper
0x332F0225	mmi_alarm_code_enum_71_b	A131: MV: Outputs to LMV
0x332F0226	mmi_alarm_code_enum_72_b	A132: Sensor Simulation Active
0x332F0227	mmi_alarm_code_enum_73_b	A133: PIC UI EEPROM Error
0x332F0228	mmi_alarm_code_enum_74_b	A134: PPI Memory Error
0x332F0229	mmi_alarm_code_enum_75_b	A135: PPI Communication Error
0x33300000	mmi_dens_temp_grad_oor_label	Density Temp. Gradient out-of-range
0x33300001	mmi_dens_freq_const1_oor_label	Density Frequency Constant 1 out-of-range
0x33300002	mmi_dens_freq_const2_oor_label	Density Frequency Constant 2 out-of-range
0x33300003	mmi_flow_temp_const_oor_label	Flow Temperature Constant out-of-range
0x33300004	mmi_flow_freq_const_oor_label	Flow Frequency Constant out-of-range
0x33300005	mmi_invalid_cutoff_type_code_label	Invalid Cutoff Type Code
0x33300008	mmi_invalid_output_number_code	Invalid Output Code
0x33300009	mmi_zero_pres_corr_resp_label	Zero Pres. Correction Pt. too low
0x33300010	mmi_invalid_sensor_type_code_label	Invalid sensor type code
0x33300015	mmi_spcl_mass_conv_oor	Special units mass conversion number out of range
0x33300016	mmi_frequency_oor	Frequency out of range
0x33300017	mmi_flow_rate_factor_oor	Flow rate factor out of range
0x33300018	mmi_pulses_per_unit_oor	Pulses/Unit out of range
0x33300019	mmi_units_per_pulse_oor	Units/Pulse out of range
0x3330001A	mmi_spcl_vol_conv_oor	Special units volume conversion number out of range
0x3330001B	mmi_density_high_limit_oor	Density high limit out of range
0x3330001C	mmi_density_low_limit_oor	Density low limit out of range
0x3330001D	mmi_slug_duration_oor	Slug duration out of range
0x3330001E	mmi_maximum_zeroing_time_oor	Maximum zeroing time out of range
0x3330001F	mmi_maximum_pulse_width_oor	Maximum pulse width out of range
0x33300020	mmi_analog_fault_level_oor	Analog fault level out of range
0x33300021	mmi_fault_timeout_oor	Fault timeout out of range
0x33300022	mmi_dens_for_cal_oor	Density for calibration out of range
0x33300023	mmi_fdcalval_oor	FD correction factor out of range
0x33300024	mmi_d3_oor	D3 out of range
0x33300025	mmi_d4_oor	D4 out of range
0x33300026	mmi_k3_oor	K3 out of range
0x33300027	mmi_k4_oor	K4 out of range
0x33300028	mmi_low_cutoff_oor	Low flow cutoff out of range
0x33300029	mmi_d1_oor	D1 out of range
0x3330002A	mmi_d2_oor	D2 out of range
0x3330002B	mmi_k1_oor	K1 out of range
0x3330002C	mmi_k2_oor	K2 out of range
0x3330002D	mmi_temp_comp_oor	Temp correction factor out of range
0x3330002E	mmi_sp_oor	Setpoint out of range
0x3330002F	mmi_mass_fact_oor	Mass rate flow factor out of range
0x33300030	mmi_dens_fact_oor	Density factor out of range
0x33300031	mmi_vol_fact_oor	Volume rate flow factor out of range
0x33300032	mmi_do_indx_oor	DO index out-of-range
0x33300037	mmi_dens_pres_corr_resp_label	Density pressure correction value out-of-range
0x33300038	mmi_flow_pres_corr_resp_label	Flow pressure correction value out-of-range
0x33300039	mmi_flow_switch_oor	Flow switch setpoint value out-of-range
0x3330003A	mmi_invalid_ctl_table	Invalid CTL Table Type
0x3330003B	mmi_therm_exp_coeff_oor	Thermal Expansion Coefficient out of range
0x3330003C	mmi_ref_temp_oor	Reference Temperature out of range
0x3330003D	mmi_invalid_api_units	Invalid units
0x3330003F	mmi_fo_disabled_oor	FO Disabled
0x33300040	mmi_di_indx_oor	DI index out-of-range
0x33300041	mmi_di_assign_oor	DI assignment out-of-range
0x33300042	mmi_di_disabled_oor	DI Disabled
0x33300043	mmi_do_disabled	DO Disabled
0x33300044	mmi_do_state_oor	DO state out-of-range
0x33300049	mmi_polarity_oor	Invalid Polarity
0x3330004A	mmi_density_cutoff_oor	Density cutoff out of range
0x3330004B	mmi_density_units_oor	Invalid density cutoff units
0x3330004C	mmi_invalid_option_label	Invalid Option
0x3330004D	mmi_static_pres_resp_label	Static Pressure value out-of-range
0x3330004E	mmi_static_temp_resp_label	Static Temperature value out-of-range
0x33300050	mmi_di_polarity_oor	DI polarity out-of-range
0x33300051	mmi_do_polarity_oor	DO polarity out-of-range
0x33300056	mmi_pc_indx_oor	Discrete Event Index out-of-range
0x33300057	mmi_pc_pv_code_oor	Discrete Event PV Code out-of-range
0x33300058	mmi_pc_action_oor	Discrete Event Action out-of-range
0x33300059	mmi_pc_setpointA_oor	Discrete Event Setpoint A out-of-range
0x3330005A	mmi_pc_setpointB_oor	Discrete Event Setpoint B out-of-range
0x3330006A	mmi_alarm_integer_oor	Alarm Number invalid
0x3330006B	mmi_alarm_severity_oor	Alarm Severity invalid
0x3330006C	mmi_di_action_oor	DI action invalid
0x33300071	mmi_FaultIndicationInvalid	Fault Indication Invalid
0x33300072	mmi_CoilorStartingRegisterOutofRange	Coil or Starting Register Out of Range
0x33300073	mmi_IllegalCoilValue	Value Out of Range
0x33300077	mmi_GasDensityOutofRange	Gas Density Out of Range
0x33300078	mmi_GSVFlowUnitOutofRange	GSV Flow Unit Out of Range
0x33300079	mmi_GSVTotalunitOutofRange	GSV Total unit Out of Range
0x3330007A	mmi_BaseVolumeFlowUnitsCodeOutofRange	Base Volume Flow Units Code Out of Range
0x3330007B	mmi_BaseVolumeTimeUnitsCodeOutofRange	Base Volume Time Units Code Out of Range
0x3330007C	mmi_SpecialUnitsConversionFactoryOutofRange	Special Units Conversion Factory Out of Range
0x3330007D	mmi_SimulationModeoutofrange	Simulation Mode out of range
0x3330007E	mmi_FixedValueOutofRange	Fixed Value Out of Range
0x3330007F	mmi_MinimumAmplitudeOutofRange	Minimum Amplitude Out of Range
0x33300080	mmi_MaximumAmplitudeOutofRange	Maximum Amplitude Out of Range
0x33300081	mmi_PeriodOutofRange	Period Out of Range
0x33300087	mmi_invalid_custrf_option	Invalid Custody Transfer Totalizer Option
0x33310027	mmi_batching	Batching
0x33310028	mmi_batch_end_warning	Batch End Warning
0x33310029	mmi_batch_overrun	Batch Overrun
0x3331002A	mmi_batch_pump	Batch Pump On
0x3331002B	mmi_batch_primary_valve	Batch Primary Valve On
0x3331002C	mmi_batch_secondary_valve	Batch Secondary Valve On
0x3331002F	mmi_cal_in_progress	Cal in progress
0x3331009D	mmi_PPI_Error	PPI Readback Error
0x33320001	mmi_alarm_select_help_index	Determines whether the Event is activated when it goes above (High) or below (Low) the setpoint.
0x33320002	mmi_hzfreq_help_index	The number of cycles,in Hertz,that equal a proportional flow rate represented by the frequency/pulse output.
0x33320003	mmi_hzrate_help_index	The flow rate that equals a set frequency if the frequency output represents mass or volume flow ; or the mass or volume total that equals a set number of pulses if the frequency output represents mass or volume total.
0x33320004	mmi_vol_flow_digital_cutoff_help_index	The volume flow rate below which the frequency/pulse output indicates zero flow,and below which totalizers stop counting.
0x33320005	mmi_flange_type_help_index	Configuration information identifying the flange material used with the sensor. Informational purposes only - does not affect flowmeter operation.
0x33320006	mmi_liner_matl_help_index	Configuration information identifying any liner material used with the sensor. Informational purposes only - does not affect flowmeter operation.
0x33320007	mmi_sensor_model_help_index	Configuration information identifying the sensor model installed. Informational purposes only - does not affect flowmeter operation.
0x33320008	mmi_sensor_matl_help_index	Configuration information identifying the material of which the sensor is constructed. Informational purposes only - does not affect flowmeter operation.
0x33320009	mmi_sp_mass_help_index	A standard engineering unit that serves as the mass component in a special unit.
0x3332000A	mmi_sp_mass_time_help_index	A standard unit of time (seconds,minutes,hours,or days) that serves as the time component in a special unit.
0x3332000C	mmi_sp_mass_rate_text_help_index	A 1 to 8 character description of a special unit of flow.
0x3332000D	mmi_sp_mass_total_text_help_index	A 1 to 8 character description of a special unit of mass,which is based on the special unit of flow to represent total.
0x3332000E	mmi_slughi_help_index	A programmable high limit on density,which enables the transmitter to indicate slug flow (extremes in fluid density caused by slugs of gas or accumulation of solids in a liquid flow stream) if fluid density goes outside programmed slug flow limits.
0x3332000F	mmi_sluglo_help_index	A programmable low limit on density,which enables the transmitter to indicate slug flow (extremes in fluid density caused by slugs of gas or accumulation of solids in a liquid flow stream) if fluid density goes outside programmed slug flow limits.
0x33320010	mmi_flocal_help_index	A 10-character factor that describes the sensitivity of the sensor to mass flow. The first 6 characters are the flow rate, in grams/second, per microsecond of time shift between velocity signals from the sensor. The 2nd four characters are the flow temperature coefficient.
0x33320011	mmi_ma_cutoff_help_index	The mass or volume flow rate below which a milliamp output representing flow indicates zero flow.
0x33320012	mmi_sp_volume_help_index	A standard engineering unit that serves as the volume component in a special unit.
0x33320013	mmi_sp_volume_time_help_index	A standard unit of time (seconds,minutes,hours,or days) that serves as the time component in a special unit.
0x33320015	mmi_sp_volume_rate_text_help_index	A 1 to 8 character description of a special unit of flow.
0x33320016	mmi_sp_volume_total_text_help_index	A 1 to 8 character description of a special unit of volume,which is based on the special unit of flow to represent total.
0x33320017	mmi_fixfreq_help_index	A value (in Hertz) that will be indicated on the frequency output for the purpose of a loop test.
0x33320019	mmi_pulse_width_help_index	A programmable time period,in seconds,that defines the crossover frequency for the frequency output,where Crossover freq. = 1 / (2 x Pulse width) . Below the crossover,the output has a constant ON state,and an OFF state that varies with frequency.
0x3332001A	mmi_tempcal_help_index	A 14-character factor that describes the slope and offset of the linear output representing flow tube temperature.
0x3332001B	mmi_rt_zero_help_index	A value,in microseconds,representing the phase shift between velocity signals from the sensor when measuring zero flow.
0x3332001C	mmi_rt_sigma_help_index	A unitless value which characterizes the amount of deviation between readings during an Auto Zero operation.
0x3332001D	mmi_timeout_help_index	A programmable time period,from 0.00 to 60.00 seconds,during which outputs representing flow hold their last measured value before indicating slug flow.
0x33320020	mmi_D1_help_index	The density,in g/cc,of the air or other low-density fluid used during a 2-point density calibration.
0x33320021	mmi_D2_help_index	The density,in g/cc,of the water or other high-density fluid used during a 2-point density calibration.
0x33320022	mmi_K1_help_index	The tube period,in microseconds,corresponding to a density equal to D1.
0x33320023	mmi_K2_help_index	The tube period,in microseconds,corresponding to a density equal to D2.
0x33320024	mmi_DCoef_help_index	The percent change in the elasticity of the flow tubes around the bending axis per 100 degrees Celsius.
0x33320025	mmi_alarm_type_help_index	Determines whether the Event is activated when it goes above (High) or below (Low) the setpoint.
0x33320026	mmi_rt_freq_help_index	The frequency,in Hertz,presently being indicated on the frequency output.
0x33320028	mmi_date_help	Date- Gregorian calendar date,entered as mm/dd/yy,that is stored in the Field Device. This date can be used by the user in any way. There is no specific recommended use.
0x33320029	mmi_temp_for_cal_help_index	User-entered temperature for the purpose of performing an on-line temperature calibration.
0x3332002A	mmi_auto_zero_help_index	Please refer to manual for complete calibration instructions.
0x3332002B	mmi_density_cal_help_index	Please refer to manual for complete calibration instructions.
0x3332002C	mmi_fix_frequency_output_help_index	Outputs a user-programmed frequency to the frequency output.
0x3332002D	mmi_self_test_help_index	Instructs transmitter to perform internal self test.
0x3332002E	mmi_totctl_help_index	Allows the user to Reset,Stop,or Start all totalizers. NOTE - Inventory totals are NOT reset.
0x3332002F	mmi_abort_auto_zero_help_index	Aborts Auto Zero operation and continues to use previous zero offset value.
0x33320030	mmi_leave_fixed_freq_mode_help_index	Exits fixed mode and returns the frequency output to its active state.
0x33320031	mmi_Event_1_Status_help_index	When set,indicates that Event 1 has reached its programmed setpoint.
0x33320032	mmi_Event_2_Status_help_index	When set,indicates that Event 2 has reached its programmed setpoint.
0x33320033	mmi_report_xmtr_status_help_index	Reports any currently active device status information.
0x33320034	mmi_total_start_help_index	Enables the internal totalizers to begin counting.
0x33320035	mmi_total_stop_help_index	Prevents the internal totalizers from counting.
0x33320036	mmi_total_reset_help_index	Resets internal totalizers.
0x33320037	mmi_temp_calibration_help_index	Please refer to manual for complete calibration instructions.
0x33320038	mmi_tube_freq_help_index	The tube frequency of the sensor measured in Hertz.
0x33320039	mmi_tube_amplitude_help_index	The pickoff voltage of the sensor measured in Voltage.
0x3332003A	mmi_drive_gain_help_index	The drive gain of the transmitter.
0x3332003B	mmi_live_zero_help_index	This flow value is not effected by the flow cutoff and is damped at 8 seconds. It is to be used for diagnostic purposes only and is not used in ANY flow calculations or totalization.
0x3332003D	mmi_fd_help_index	A calibration constant generated during a flowing density calibration.
0x3332003E	mmi_pulses_unit_help_index	This parameter allows you to scale the frequency output in terms of the number of pulses per unit of flow.
0x3332003F	mmi_units_pulse_help_index	This parameter allows you to scale the frequency output in terms of the number of units of flow required to generate one pulse.
0x33320041	mmi_fo_scaling_help_index	This parameter allows you to scale the frequency output by using freq=flow,pulses/unit,or units/pulse. This parameter must be sent to the device before you make scaling changes.
0x33320042	mmi_dens_tgco_help_index	This parameter represents the Density Temperature Gradient Coefficient (DTG) that is on the T-series sensor tag.
0x33320043	mmi_dens_fqco1_help_index	This parameter represents the Density Frequency Coefficient #1 (DFQ1) that is on the T-series sensor tag.
0x33320044	mmi_dens_fqco2_help_index	This parameter represents the Density Frequency Coefficient #2 (DFQ2) that is on the T-series sensor tag.
0x33320045	mmi_flow_tgco_help_index	This parameter represents the Flow Temperature Gradient Coefficient (FTG) that is on the T-series sensor tag.
0x33320046	mmi_flow_fqco_help_index	This parameter represents the Flow Frequency Coefficient (FFQ) that is on the T-series sensor tag.
0x33320047	mmi_ma_fault_level_help_index	This parameter allows you to select the lower or upper mA output level that will indicate a fault condition. The range is 1.0 to 3.6 mA for downscale or 21.0 to 24.0 for upscale.
0x33320049	mmi_ldo_tot_reset_help_index	When this parameter is enabled,you can use the display to reset the totalizer.
0x3332004A	mmi_ldo_auto_scroll_help_index	When this parameter is enabled,you do not need to press the scroll button to scroll through the configured process variables.
0x3332004B	mmi_ldo_offline_menu_help_index	When this parameter is enabled,you can use the display to access the offline maintenance menu.
0x3332004C	mmi_ldo_alarm_menu_help_index	When this parameter is enabled,you can use the display to acknowledge and view the specific alarm conditions that are present. When this parameter is disabled,all alarms will be automatically acknowledged without user intervention.
0x3332004D	mmi_ldo_ack_all_help_index	When this parameter is enabled,an option in the alarm menu allows you to acknowledge all of the alarms at once.
0x3332004E	mmi_ldo_offline_password_help_index	When this parameter is enabled you must enter a password to gain access to the offline menu.
0x3332004F	mmi_ldo_password_help_index	This parameter defines the password that you must enter to gain access to the offline menu. The valid range is 0 to 9999.
0x33320050	mmi_pv_disp_help_index	This parameter allows you to select the process variables that will appear on the display. Up to 15 process variables can be configured to appear on the display. They can be accessed by using the scroll button.
0x33320051	mmi_rs485_protocol_help_index	This parameter defines the protocol that will be used on the RS485 physical layer.
0x33320052	mmi_rs485_baudrate_help_index	This parameter defines the baud rate for the protocol that will be used on the RS485 physical layer.
0x33320053	mmi_rs485_parity_help_index	This parameter defines the parity for the protocol that will be used on the RS485 physical layer.
0x33320054	mmi_rs485_stop_help_index	This parameter defines the number of stop bits for the protocol that will be used on the RS485 physical layer.
0x33320057	mmi_fault_code_help_index	Downscale: Milliamp outputs that indicate flow go to the configured limit,the frequency output equals 0 Hz. Upscale: Milliamp and frequency outputs go to the configured limit. Internal zero: Flow outputs indicate zero flow.
0x33320058	mmi_mass_rate_factor_help_index	A value,between 0.8 and 1.2,that will act as a multiplier for the mass flow rate.
0x33320059	mmi_vol_rate_factor_help_index	A value,between 0.8 and 1.2,that will act as a multiplier for the volume flow rate.
0x3332005A	mmi_dens_factor_help_index	A value,between 0.8 and 1.2,that will act as a multiplier for the density.
0x3332005B	mmi_fo_fault_level_help_index	This parameter allows you to select the upper frequency output level that will indicate a fault condition. The maximum value is 15000 Hz.
0x3332005E	mmi_dig_fault_code_help_index	This fault setting applies to Modbus on RS485 and the display. Downscale: Hold process variables at values that are less than the Lower Sensor Limits and stop totalizing. Upscale: Hold process variables at values that are greater than the Upper Sensor Limits and stop totalizing. Not-a-Number: Set all process variables to IEEE NaN. IntZero-All 0: Set all process variables to 0. IntZero-Flow 0: Set flow rate to 0. None: Process variables displayed as measured (NOTE: Use alternative method to detect fault conditions when NONE is selected)
0x3332005F	mmi_d3_help_index	The density,in g/cc,of the water or other high-density fluid that is used during a 4-point density calibration with Micro Motion T-series sensors. D3 can represent the D3 value for a Micro Motion T-series sensor.
0x33320060	mmi_d4_help_index	The density,in g/cc,of the water or other high-density fluid that is used during a 4-point density calibration with Micro Motion T-series sensors. D4 can represent the D4 value for a Micro Motion T-series sensor.
0x33320061	mmi_K3_help_index	The tube period,in microseconds,corresponding to a density equal to D3.
0x33320062	mmi_K4_help_index	The tube period,in microseconds,corresponding to a density equal to D4.
0x33320063	mmi_poll_ctrl_help_index	A variable that represents how process variables are brought into the transmitter for the purpose of performing a pressure compensation or other calculations.
0x33320065	mmi_output_opt_brd_help	This parameter represents the various types of output option boards that are available.
0x33320066	mmi_sens_setup_meth_help	This selection must be made to enable calibration parameters to be visible for the selected sensor type.
0x33320067	mmi_alarm_setpoint_help_index	A programmable value of a process variable at which an output set to represent event 1 or event 2 switches states.
0x33320068	mmi_alarm_varcode_help_index	Assigns a process variable to event 1 or event 2.
0x33320069	mmi_board_temp_help_index	The board temperature of the core processor.
0x3332006A	mmi_case_temp_help_index	The meter temperature of the T-Series sensor.
0x3332006C	mmi_lmv_fault_timeout_help	This parameter defines the number of seconds for which all outputs will hold their last measured value prior to going to the configured fault state. The default is zero seconds.
0x3332006D	mmi_digital_units_help	Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation,Minimum Span,Upper Range Value,Lower Range Value,Lower Sensor Limit,and Upper Sensor Limit.
0x3332006E	mmi_dp_tag_help_index	This represents the tagname for the device(s) being polled for a processvariable used internally for some compensation (e.g. pressure comp).
0x3332006F	mmi_poll_var_help_index	This represents the variable code which will be read via HART for the compensation.
0x33320070	mmi_poll_type_help_index	This parameter identifies which compensation algorithms will be enabled within the device based on the polling being done.
0x33320072	mmi_do_assign_help_index	This parameter identifies which condition the discrete output will act upon.
0x33320075	mmi_flow_pres_factor_help_index	Pressure compensation factor applied to flow rate (% change per PSI) .
0x33320076	mmi_dens_pres_factor_help_index	Pressure compensation factor applied to density (g/Cucm change per PSI) .
0x33320077	mmi_zero_pres_factor_help_index	Pressure at which flow calibration was performed.
0x33320078	mmi_flow_switch_setpoint_help_index	This parameter can be used to trigger a discrete output when the mass flow rate exceeds the configured setpoint. There is a fixed hysteresis of 5% for this setpoint.
0x3332007B	mmi_dx_state_help_index	This parameter identifies the state of the discrete output.
0x3332007C	mmi_api_ctl_table_type_help_index	This parameter allows you to select the 2540 CTL Table Type for API.
0x3332007D	mmi_api_thermal_exp_coeff_help_index	This parameter allows you to select the Thermal Expansion Coefficient API. The units are the inverse of the temperature user units.
0x3332007E	mmi_api_ref_temp_help_index	This parameter allows you to select the Reference Termperature for API. The units must be the same as the temperature user units.
0x3332007F	mmi_api_ctl_help_index	This parameter displays the Correction of Temperature on a Liquid.
0x33320081	mmi_di_assign_help_index	This parameter identifies the action the discrete input will initiate.
0x33320083	mmi_chan_power_help_index	This parameter identifies the power source (Internal or External) for the output channel.
0x33320084	mmi_fix_discrete_output_help_index	Outputs a user-programmed discrete state to the discrete output.
0x33320085	mmi_leave_fixed_do_mode_help_index	Exits fixed mode and returns the discrete output to its active state.
0x3332008A	mmi_dens_digital_cutoff_help_index	The density below which the density indicates zero.
0x3332008B	mmi_fo_polarity_help_index	This parameter allows you to set the polarity of the frequency output.
0x3332008C	mmi_enable_pres_comp_help_index	This parameter allows you to enable/disable the pressure correction feature
0x3332008D	mmi_static_pressure_help_index	This parameter allows you to enter a static pressure when using the pressure correction feature
0x3332008E	mmi_enable_api_help_index	This parameter allows you to enable/disable the api feature
0x3332008F	mmi_enable_extern_temp_help_index	This parameter allows you to enable/disable the external temperature feature
0x33320090	mmi_static_temperature_help_index	This parameter allows you to enter a static temperature when using the external temperature feature
0x33320091	mmi_di_state_help_index	This parameter identifies the state of the discrete input.
0x33320092	mmi_api_setup_help	This method will step the user through setting up the API parameters.
0x33320093	mmi_fo_power_help_index	This parameter identifies the power source (Internal or External) for the frequency output.
0x33320094	mmi_di_polarity_help_index	This parameter allows you to set the polarity of the discrete input.
0x3332009B	mmi_do_polarity_help_index	This parameter allows you to set the polarity of the discrete output.
0x3332009C	mmi_pc_setpointA_help_index	The first programmable value of a process variable in which the Discrete Events compares with.
0x3332009D	mmi_pc_setpointB_help_index	The second programmable value of a process variable in which the Discrete Events compares with.
0x3332009E	mmi_pc_varcode_help_index	Assigns a process variable to the Discrete Events.
0x3332009F	mmi_pc_type_help_index	Determines the type of comparison the Discrete Events is going to perform.
0x333200B6	mmi_discrete_action_code_help_index	Selects an action to be assigned to a discrete.
0x333200B7	mmi_discrete_assignment_help_index	Assigns a discrete to an action. Select none for no discrete assignment.
0x333200B8	mmi_alarm_integer_help	This parameter is the number of the alarm. For example,26 for alarm A26 and 42 for alarm A102.
0x333200B9	mmi_alarm_severity_help_index	Assigns a severity level to the currently selected alarm.
0x333200BC	mmi_write_alarm_severity_help_index	Allows the user to change the severity level of an alarm. The alarms are represented by their alarm number. For example,A26 is 26 and A102 is 102.
0x333200BF	mmi_read_discrete_assign_help_index	For a selected discrete action,reports the associated discrete assignment.
0x333200C0	mmi_review_discrete_assign_help_index	Cycles through the discrete actions and reports the associated discrete assignments.
0x333200C1	mmi_modbus_address_help_index	This parameter defines the Modbus slave address. Addresses 1-15,32-47,64-79,or 96-110 are allowed
0x333200C3	mmi_log_code_help_index	The type of log to be reset.
0x333200C6	mmi_current_ed_curve_help_index	The Enhanced Density Curve that is currently selected.
0x333200D2	tot_startstop_enable_help	Enable or disable the ability to start and stop the totalizers from the local display.
0x333200D3	Update_Period_help	The period in which the process variables on the local display are updated. (in msec)
0x333200D4	Backlight_Control_help	The state of the backlight on the local display.
0x333200D5	Backlight_Intensity_help	The amount of intensity of the backlight on the local display. Range is 0 to 63 where 0 is off and 63 is full on.
0x333200D6	modbus_Mode_help	The mode of the Modbus protocol
0x333200D7	varEnable_Simulation_Mode_help	The state of the overall simulation mode
0x333200D8	varMass_Flow_Simulation_Mode_help	The type of Mass Flow Simulation
0x333200D9	varMass_Flow_Minimum_Amplitude_of_waveform_HELP	Mass Flow Minimum Amplitude of waveform
0x333200DA	varMass_Flow_Fixed_Value_HELP	Mass Flow Fixed Value
0x333200DB	Status_Change_HELP	The change in the status
0x333200DC	varMass_Flow_Maximum_Amplitude_of_waveform_HELP	Mass Flow Maximum Amplitude of waveform
0x333200DD	varMass_Flow_period_of_waveform_HELP	Mass Flow period of waveform
0x333200DE	varTemperature__Simulation_Mode_HELP	The type of Temperature Simulation
0x333200DF	varTemperature_Fixed_Value_HELP	Temperature Fixed Value
0x333200E0	varTemperature_Minimum_Amplitude_of_waveform_HELP	Temperature Minimum Amplitude of waveform
0x333200E1	varTemperature_Maximum_Amplitude_of_waveform_HELP	Temperature Maximum Amplitude of waveform
0x333200E2	varTemperature_period_of_waveform_HELP	Temperature period of waveform
0x333200E3	vDensity__Simulation_Mode_HELP	The type of Density Simulation
0x333200E4	vDensity_Fixed_Value_HELP	Density Fixed Value
0x333200E5	vDensity_Minimum_Amplitude_of_waveform_HELP	Density Minimum Amplitude of waveform
0x333200E6	vDensity_Maximum_Amplitude_of_waveform_HELP	Density Maximum Amplitude of waveform
0x333200E8	mmi_2400A_chan_assign_help_index	This parameter identifies the physical output channel to be configured. Channel 1 is terminals 1 & 2 and Channel 2 is terminals 3 & 4
0x333200E9	target_amplitude_help_index	Displays current target amplitude value.
0x333200EE	mmi_timestamp_help_index	Time is measured in terms of time elapsed since trasmitter has been switched on first time.
0x333200F2	mmi_world_area_weight_help_index	Displays World Area for Weights and Measures Security
0x333200F3	mmi_cust_trans_tot_reset_help_index	Custody transfer totalizer reset options
0x333200F5	enable_meter_verification_help	Specifies meter verification enabling option
0x333200F6	output_state_meter_verification_help	Specifies Ouput state during meter verification
0x333200F7	mmi_validation_counter_help	Indicates the number of times the Meter Verification routine has successfully completed.
0x333200F8	mmi_LPO_stiffness_out_of_limits_help	Indicates whether LPO stiffness out of limits.
0x333200F9	mmi_RPO_stiffness_out_of_limits_help	Indicates whether RPO stiffness out of limits.
0x333200FA	mmi_current_LPO_stiffness_mean_help	Current LPO stiffness mean value
0x333200FB	mmi_current_RPO_stiffness_mean_help	Current RPO stiffness mean value
0x333200FC	mmi_algorithm_progress_help	Algorithm progress -- in percentage completion
0x333200FD	stiffness_limit_set_point_help	Stiffness limit set point for meter verification
0x333200FF	mmi_current_damping_mean_help	Current damping mean value
0x33320100	mmi_current_LPO_mass_mean_help	Current LPO mass mean value
0x33320101	mmi_current_RPO_mass_mean_help	Current RPO mass mean value
0x33320102	mmi_current_LPO_stiffness_std_dev_help	Current LPO stiffness Standard Deviation value
0x33320103	mmi_current_RPO_stiffness_std_dev_help	Current RPO stiffness standard deviation value
0x33320104	mmi_current_damping_std_dev_help	Current damping standard deviation value
0x33320105	mmi_current_LPO_mass_std_dev_help	Current LPO mass standard deviation value
0x33320106	mmi_current_RPO_mass_std_dev_help	Current RPO mass standard deviation value
0x33320107	mmi_LPO_stiffness_fact_cali_air_mean_help	LPO stiffness mean value for factory calibration of air
0x33320108	mmi_RPO_stiffness_fact_cali_air_mean_help	RPO stiffness mean value for factory calibration of air
0x33320109	mmi_damping_fact_cali_air_mean_help	Damping mean value for factory calibration of air
0x3332010A	mmi_LPO_mass_fact_cali_air_mean_help	LPO mass mean value for factory calibration of air
0x3332010B	mmi_RPO_mass_fact_cali_air_mean_help	RPO mass mean value for factory calibration of air
0x3332010C	mmi_LPO_stiffness_fact_cali_water_mean_help	LPO stiffness mean value for factory calibration of water
0x3332010D	mmi_RPO_stiffness_fact_cali_water_mean_help	RPO stiffness mean value for factory calibration of water
0x3332010E	mmi_damping_fact_cali_water_mean_help	Damping mean value for factory calibration of water
0x3332010F	mmi_LPO_mass_fact_cali_water_mean_help	LPO mass mean value for factory calibration of water
0x33320110	mmi_RPO_mass_fact_cali_water_mean_help	RPO mass mean value for factory calibration of water
0x33320111	vDensity_period_of_waveform_HELP	Density period of waveform
0x33320112	mmi_process_variable_precision_help	The process variable of which display precision can be set
0x33320113	mmi_process_variable_precision_value_help	Number of decimal points to be displayed for the value
0x33320114	ETO_Number_help	Engineered to Order (ETO) number for the transmitter
0x33320119	mmi_meter_verification_help	Starts meter verification and shows the result PASS or FAIL. This procedure takes upto 4 minutes.
0x3332011A	mmi_reset_api_ref_vol_total_help	Resets internal totalizers for API Reference (Standard) Volume Total
0x3332011B	mmi_reset_ed_ref_corr_vol_total_help	Resets internal totalizers for ED Reference (Corrected) Volume Total.
0x3332011C	mmi_reset_ed_net_mass_total_help	Resets internal totalizers ED Net Mass Total.
0x3332011D	reset_ed_net_vol_total_help	Resets internal totalizers for ED Net Volume Total.
0x3332011E	reset_ED_gas_std_vol_total_help	Resets internal totalizers for Gas Standard Volume Total.
0x3332011F	mmi_sp_mass_fact_help_index_ver5	A programmable divider for the base mass unit in a special unit.
0x33320120	mmi_sp_volume_fact_help_index_ver5	A programmable divider for the base volume unit in a special unit.
0x33320121	mmi_max_zero_help_index_ver5	The amount of time the transmitter takes to determine its zero-flow reference point. The default zero time is 20 seconds.
0x33320122	mmi_met_direct_help_index_ver5	This parameter enables the user to determine whether the outputs and totalizers will indicate forward,reverse,bi-directional or absolute value flow.
0x33320123	mmi_sens_type_code_help_ver5	This parameter indicates which type of sensor is being used for process measurement.
0x33320124	mmi_ldo_scroll_rate_help_ver5	This parameter allows you to set the rate at which the display will scroll from one process variable to the next. Display Auto Scroll must be enabled.
0x33320125	mmi_dp_tag_help_index_ver5	This represents the tagname for the device (s) being polled for a process variable used internally for some compensation (e.g. pressure comp) .
0x33320126	mmi_chan_assign_help_index_ver5	This parameter identifies the physical output channel to be configured. Channel A is terminals 1 and 2,Channel B is terminals 3 and 4,and Channel C is terminals 5 and 6.
0x33320128	mmi_mass_flow_digital_cutoff_help_index_new	The mass flow rate below which the frequency/pulse output indicates zero flow,and below which totalizers stop counting. Cutoffs can also be configured for the mA output(s) (the AO cutoffs). An AO cutoff is active only if the process variable assigned to the output is mass flow or volume flow.
0x33320129	mmi_vol_flow_digital_cutoff_help_index_new	The volume flow rate below which the frequency/pulse output indicates zero flow,and below which totalizers stop counting. Cutoffs can also be configured for the mA output(s) (the AO cutoffs). An AO cutoff is active only if the process variable assigned to the output is mass flow or volume flow.
0x33320132	mmi_dataset_LPO_stiffness_help	Meter Verification dataset LPO stiffness.
0x33320133	mmi_dataset_RPO_stiffness_help	Meter Verification dataset RPO stiffness.
0x33320134	mmi_dataset_damping_help	Meter Verification dataset damping.
0x33320135	mmi_dataset_LPO_mass_help	Meter Verification dataset LPO mass.
0x33320136	mmi_dataset_RPO_mass_help	Meter Verification dataset RPO mass.
0x33320175	mmi_char_sensor_label	Characterize Sensor
0x33330000	overview_LABEL	Overview
0x33330001	configure_LABEL	Configure
0x33330002	service_tools_LABEL	Service Tools
0x33330003	primary_purpose_LABEL	Primary Purpose Variables
0x33330004	shortcuts_LABEL	Shortcuts
0x33330006	guided_setup_LABEL	Guided Setup
0x33330007	manual_setup_LABEL	Manual Setup
0x33330008	alert_setup_LABEL	Alert Setup
0x3333000A	device_information_LABEL	Device Information
0x3333000B	zero_cal_LABEL	Zero Calibration
0x3333000C	trends_LABEL	Trends
0x3333000D	alerts_LABEL	Alerts
0x33330016	mass_flow_unit_LABEL	Mass Flow Unit
0x33330017	vol_flow_unit_LABEL	Volume Flow Unit
0x33330018	dens_unit_LABEL	Density Unit
0x33330019	temperature_unit_LABEL	Temperature Unit
0x3333001A	flow_direction_LABEL	Flow Direction
0x33330020	characterize_LABEL	Characterize
0x33330021	measurements_LABEL	Measurements
0x33330022	inputs_output_LABEL	Inputs/Outputs
0x33330023	comms_LABEL	Communications
0x33330024	density_cal_LABEL	Density Calibration
0x33330025	temp_cal_LABEL	Temperature Calibration
0x33330027	setup_special_units_LABEL	Set Up Special Units
0x33330028	trim_output_LABEL	Trim mA Output
0x33330029	tag_parameters_LABEL	Sensor Tag Parameters
0x3333002B	display_menu_features_LABEL	Display Variable Menu Features
0x3333002D	backlight_LABEL	Backlight
0x3333002E	setup_display_vars_LABEL	Set Up Display Variables
0x33330037	setup_DI_LABEL	Set Up Discrete Input
0x33330038	map_vars_LABEL	Map Variables
0x3333003C	hart_comm_LABEL	HART Communications
0x3333003D	ext_polling_LABEL	External Polling
0x3333003E	setup_burst_LABEL	Set Up Burst Mode
0x3333003F	zero_settings_LABEL	Settings
0x33330046	active_detail_LABEL	Active Detail
0x33330048	process_vars_LABEL	Process Variables
0x3333004B	external_vars_LABEL	External Variables
0x3333004D	diagnostic_vars_LABEL	Diagnostic Variables
0x3333004E	routine_maint_LABEL	Routine Maintenance
0x3333004F	sim_LABEL	Simulate
0x33330050	sim_outputs_LABEL	Simulate Outputs
0x33330051	sim_sensor_LABEL	Simulate Sensor
0x33330052	diagnostic_var_LABEL	Diagnostic Variable
0x33330054	vol_flow_rate_LABEL	Volume Flow Rate
0x33330055	lpo_voltage_LABEL	Left Pickoff Amplitude
0x33330056	rpo_voltage_LABEL	Right Pickoff Amplitude
0x3333005A	freq_output_test_LABEL	Frequency Output Test
0x3333005B	freq_test_description_LABEL	Set a fixed output value for the frequency output.
0x3333005F	output_option_board_LABEL	Option Board
0x33330060	mass_total_LABEL	Mass Total
0x33330061	mass_inventory_LABEL	Mass Inventory
0x33330062	reset_volume_total_LABEL	Reset Volume Total
0x33330063	volume_total_LABEL	Volume Total
0x33330065	temp_t_series_LABEL	Meter Temperature (T-Series)
0x33330066	vol_inventory_LABEL	Volume Inventory
0x3333006B	alert_description_a001_LABEL	An uncorrectable checksum mismatch has been detected.
0x3333006C	recommended_action_a001_LABEL	Recommended Actions:\n1. Cycle power to the flow meter.\n2. The flow meter might need service. Contact Micro Motion.
0x3333006D	alert_description_a002_LABEL	ROM checksum error or a RAM location cannot be written to.
0x3333006E	alert_description_a003_LABEL	Continuity failure of drive circuit,LPO,or RPO,or LPO-RPO mismatch when driving.
0x33330072	alert_description_a005_LABEL	The measured flow has exceeded the maximum flow rate of the sensor.
0x33330076	alert_description_a008_LABEL	The measured density has exceeded 0-10 g/cm3.
0x33330078	alert_description_a009_LABEL	Transmitter in power-up mode.
0x3333007A	alert_description_a010_LABEL	Mechanical zero: The resulting zero was greater than 3 microseconds.\nTemperature or Density Calibrations: many possible causes.
0x3333007C	alert_description_a011_LABEL	Mechanical zero: Calibration procedure failed due to reverse flow through the sensor.
0x3333007F	alert_description_a014_LABEL	Many possible causes.
0x33330081	alert_description_a016_LABEL	The value computed for the resistance of the Line RTD is outside limits.
0x33330082	alert_description_a017_LABEL	The value computed for the resistance of the Meter/Case RTD is outside limits.
0x33330084	alert_description_a020_LABEL	The flow calibration factor and/or K1 has not been entered since the last master reset.
0x33330086	alert_description_a021_LABEL	The sensor is recognized as a straight tube but the K1 value indicates a curved tube,or vice versa.
0x33330088	alert_description_a033_LABEL	No signal from Left Pickoff or Right Pickoff,suggesting that sensor tubes are not vibrating.
0x3333008A	alert_description_a100_LABEL	The calculated amount of current output is outside of the linear range.
0x3333008B	recommended_action_a100_LABEL	Recommended Actions:\n1. Verify that mA output range values are set to appropriate values.
0x3333008C	alert_description_a101_LABEL	Non-zero HART address configured,or user has set the mA output to a fixed value.
0x3333008E	alert_description_a102_LABEL	The drive power (current/voltage) is at its maximum.
0x33330090	alert_description_a104_LABEL	A calibration procedure is in progress.
0x33330092	alert_description_a105_LABEL	The density has exceeded the user-defined slug (density) limits.
0x33330094	alert_description_a106_LABEL	Device is in HART burst mode.
0x33330096	alert_description_a107_LABEL	The transmitter has been restarted.
0x33330097	alert_description_a108_LABEL	Event 1 has been triggered.
0x33330098	alert_description_a109_LABEL	Event 2 has been triggered.
0x3333009B	alert_description_a111_LABEL	User has set the frequency output to a fixed value.
0x3333009D	alert_description_a115_LABEL	No response received from polled device.
0x3333009E	recommended_action_a115_LABEL	Recommended Actions:\n1. HART polling connection to external device has failed. Ensure that external device is available:\n2. Verify device operation.\n3. Verify wiring.\n4. Verify polling configuration.
0x3333009F	alert_description_a118_LABEL	The user has set the discrete output to a fixed state.
0x333300A2	alert_description_a132_LABEL	Simulation mode is enabled.
0x333300A4	alert_description_discrete_event_1_active_LABEL	Discrete Event 1 has been triggered.
0x333300A5	alert_description_discrete_event_2_active_LABEL	Discrete Event 2 has been triggered.
0x333300A6	alert_description_discrete_event_3_active_LABEL	Discrete Event 3 has been triggered.
0x333300A7	alert_description_discrete_event_4_active_LABEL	Discrete Event 4 has been triggered.
0x333300A8	alert_description_discrete_event_5_active_LABEL	Discrete Event 5 has been triggered.
0x333300AA	alert_description_discrete_input_active_LABEL	Discrete Input is active.
0x333300AB	recommended_action_no_action_required_LABEL	Recommended Actions:\n1. No action required.
0x333300AC	alert_description_pv_out_of_limits_LABEL	Primary variable has exceeded sensor limits.
0x333300AD	recommended_action_pv_out_of_limits_LABEL	Recommended Actions:\n1. Verify process and check for slug flow.\n2. Check the test points.\n3. Check the sensor circuitry.\n4. Check the sensor tubes for erosion.\n5. If the problem persists,contact Micro Motion.
0x333300AE	alert_description_non_pv_out_of_limits_LABEL	Non-primary variable has exceeded sensor limits.
0x333300AF	alert_description_cold_start_LABEL	Power has been removed and reapplied resulting in the reinstallations of the setup information.
0x333300B0	recommended_action_cold_start_LABEL	Recommended Actions:\n1. The first command to recognize this condition will automatically reset this flag.\n2. This flag may also be set following a Master Reset or a Self Test.
0x333300B2	alert_description_device_malfunction_LABEL	A hardware error or failure has been detected by the device.
0x333300B3	recommended_action_device_malfunction_LABEL	Recommended Actions:\n1. Check the test points.\n2. Check the sensor circuitry.\n3. If the problem persists,contact Micro Motion.
0x333300B4	alert_description_a029_LABEL	Transmitter electronics failure has occurred.
0x333300B5	recommended_action_a029_LABEL	Recommended Actions:\n1. Cycle power to the flowmeter.\n2. Contact Micro Motion.
0x333300B6	alert_description_a030_LABEL	The loaded software is not compatible with the programmed board type.
0x333300B7	recommended_action_a030_LABEL	Recommended Actions:\n1. Contact Micro Motion.
0x333300B8	alert_description_a031_LABEL	The core processor is not receiving enough power.
0x333300BD	no_active_alerts_LABEL	No Active Alerts
0x333300BE	display_total_reset_LABEL	Totalizer Reset
0x333300BF	display_total_start_stop_LABEL	Start/Stop Totalizers
0x333300C0	backlight_intensity_LABEL	Intensity (0-63)
0x333300C1	update_period_LABEL	Update Period (100-10,000)
0x333300C2	scroll_rate_LABEL	Scroll Time (1-10)
0x333300C3	offline_password_LABEL	Passcode (4 Digits)
0x333300C8	assign_discrete_action	Assign Discrete Action
0x333300CD	present_freq_out_LABEL	Present Frequency Output
0x333300CE	ext_temp_LABEL	External Temperature
0x333300CF	percent_range_current_LABEL	Percent Range/Current
0x333300D0	process_vars_current_LABEL	Process Variables/Current
0x333300D1	field_device_var_LABEL	Field Device Variables
0x333300D3	cal_tag_example_LABEL	Calibration Tag Example:
0x333300D5	channel_A_power_LABEL	Channel A Power Source
0x333300D6	channel_B_power_LABEL	Channel B Power Source
0x333300D8	mA_fault_action_LABEL	mA Output Fault Action
0x333300DC	max_pulse_width_LABEL	Maximum Pulse Width
0x333300DD	fo_polarity_LABEL	Frequency Output Polarity
0x333300DE	fo_fault_action_LABEL	Frequency Output Fault Action
0x333300E0	fo_scale_method_LABEL	Frequency Output Scaling Method
0x333300E1	frequency_factor_LABEL	Frequency Factor
0x333300E2	rate_factor_LABEL	Rate Factor
0x333300E3	setup_do_LABEL	Set Up Discrete Output
0x333300E5	discrete_output_assignment_LABEL	Assignment
0x333300E6	discrete_output_state_LABEL	Discrete Output State
0x333300E7	discrete_output_polarity_LABEL	Polarity
0x333300EB	discrete_output_fault_action_LABEL	Fault Action
0x333300ED	flow_switch_var_LABEL	Source
0x333300EE	frequency_output_LABEL	Frequency Output
0x333300F0	auto_scroll_LABEL	Auto Scroll
0x333300F1	offline_menu_LABEL	Offline Menu
0x333300F2	alarm_menu_LABEL	Alert Menu
0x333300F3	ack_all_LABEL	Acknowledge All Alarms
0x333300F4	offline_password_enable_LABEL	Passcode Required
0x333300F5	fault_timeout_LABEL	Fault Timeout
0x333300F6	digi_comm_fault_action_LABEL	Digital Communications Fault Action
0x333300F7	internal_all_zero_LABEL	Internal Zero - All 0
0x333300F8	internal_flow_zero_LABEL	Internal Zero - Flow 0
0x333300FE	enable_ext_temp_LABEL	Enable External Temperature
0x333300FF	temp_damping_LABEL	Temperature Damping
0x33330100	enable_press_comp_LABEL	Enable Pressure Compensation
0x33330101	flow_press_factor_LABEL	Flow Pressure Factor
0x33330102	density_press_factor_LABEL	Density Pressure Factor
0x33330103	flow_cal_pressure_LABEL	Flow Calibration Pressure
0x33330104	base_mass_unit_LABEL	Base Mass Unit
0x33330105	base_mass_time_LABEL	Base Mass Time
0x33330106	mass_flow_conv_factor_LABEL	Conversion Factor
0x33330107	mass_flow_text_LABEL	Flow Label
0x33330108	mass_total_text_LABEL	Total Label
0x33330109	base_vol_unit_LABEL	Base Volume Unit
0x3333010A	base_vol_time_LABEL	Base Volume Time
0x3333010B	vol_flow_conv_factor_LABEL	Conversion Factor
0x3333010C	vol_flow_text_LABEL	Flow Label
0x3333010D	vol_total_text_LABEL	Total Label
0x33330111	ext_device_tag_1_LABEL	External Device Tag 1
0x33330112	ext_device_tag_2_LABEL	External Device Tag 2
0x33330114	temp_cal_factor_LABEL	Temperature Calibration Factor
0x33330115	burst_mode_LABEL	Mode
0x33330116	final_assembly_number_LABEL	Final Assembly Number
0x33330118	software_revision_LABEL	Transmitter Software Revision
0x33330119	polling_address_LABEL	HART Address
0x3333011B	burst_option_LABEL	Option
0x3333011C	burst_var_1_LABEL	Field Device Variable 1
0x3333011D	burst_var_2_LABEL	Field Device Variable 2
0x3333011E	burst_var_3_LABEL	Field Device Variable 3
0x3333011F	burst_var_4_LABEL	Field Device Variable 4
0x33330120	mass_flow_cutoff_LABEL	Mass Flow Cutoff
0x33330121	mass_flow_analog_value_LABEL	Mass Flow mA Value
0x33330122	added_damping_LABEL	Added Damping
0x33330123	mass_flow_percent_range_LABEL	Mass Flow Percent Range
0x33330124	mass_flow_URV_LABEL	Mass Flow Upper Range Value
0x33330125	mass_flow_LRV_LABEL	Mass Flow Lower Range Value
0x33330126	flow_damping_LABEL	Flow Damping
0x33330127	sensor_serial_number_LABEL	Sensor Serial Number
0x33330128	mass_flow_USL_LABEL	Mass Flow Upper Sensor Limit
0x33330129	mass_flow_LSL_LABEL	Mass Flow Lower Sensor Limit
0x3333012A	mass_flow_min_span_LABEL	Mass Flow Minimum Span
0x3333012B	density_cutoff_LABEL	Density Cutoff
0x3333012C	density_damping_LABEL	Density Damping
0x3333012D	vol_flow_cutoff_LABEL	Volume Flow Cutoff
0x33330130	slug_high_LABEL	Slug High Limit
0x33330131	slug_low_LABEL	Slug Low Limit
0x33330132	slug_duration_LABEL	Slug Duration
0x33330133	flow_cal_LABEL	FlowCal
0x33330134	mA_cutoff_LABEL	mA Output Flow Rate Cutoff
0x33330137	zero_value_LABEL	Zero Value
0x33330138	std_deviation_LABEL	Standard Deviation
0x33330139	internal_zero_LABEL	Internal Zero
0x3333013A	mass_factor_LABEL	Mass Factor
0x3333013B	vol_factor_LABEL	Volume Factor
0x3333013C	density_factor_LABEL	Density Factor
0x3333013D	live_zero_flow_LABEL	Live Zero Flow Rate
0x3333013E	TC_LABEL	TC
0x3333013F	display_var_1_LABEL	Position 1
0x33330140	display_var_2_LABEL	Position 2
0x33330141	display_var_3_LABEL	Position 3
0x33330142	display_var_4_LABEL	Position 4
0x33330143	display_var_5_LABEL	Position 5
0x33330144	display_var_6_LABEL	Position 6
0x33330145	display_var_7_LABEL	Position 7
0x33330146	display_var_8_LABEL	Position 8
0x33330147	display_var_9_LABEL	Position 9
0x33330148	display_var_10_LABEL	Position 10
0x33330149	display_var_11_LABEL	Position 11
0x3333014A	display_var_12_LABEL	Position 12
0x3333014B	display_var_13_LABEL	Position 13
0x3333014C	display_var_14_LABEL	Position 14
0x3333014D	display_var_15_LABEL	Position 15
0x33330150	zero_time_LABEL	Zero Time
0x33330152	u16_value_LABEL	U16 Value
0x33330153	u32_value_LABEL	U32 Value
0x33330154	float_value_LABEL	Float Value
0x33330155	exception_code_LABEL	Exception Code
0x33330156	timestamp_LABEL	Timestamp of Status Change
0x33330157	lpo_stiffness_mean_LABEL	Left Pickoff Stiffness Mean
0x33330158	rpo_stiffness_mean_LABEL	Right Pickoff Stiffness Mean
0x33330159	damping_mean_LABEL	Damping Mean
0x3333015A	lpo_mass_mean_LABEL	Left Pickoff Mass Mean
0x3333015B	rpo_mass_mean_LABEL	Right Pickoff Mass Mean
0x3333015C	DD_revision_LABEL	DD Revision
0x33330160	advisory_LABEL	Advisory
0x33330163	device_status_good_LABEL	Device Status: Good
0x33330164	device_status_failed_LABEL	Device Status: Failed
0x33330165	device_status_advisory_LABEL	Device Status: Advisory
0x33330166	device_status_maint_LABEL	Device Status: Maintenance
0x33330167	comm_status_polled_LABEL	Communication Status: Polled
0x33330168	comm_status_burst_LABEL	Communication Status: Burst
0x3333016B	setup_fo_description_LABEL	Assign a variable to the frequency output,set maximum pulse width,polarity and scaling.
0x33330170	pressure_unit_LABEL	Pressure Unit
0x33330171	sim_mass_flow_rate_LABEL	Simulate Mass Flow Rate
0x33330173	ext_pressure_LABEL	External Pressure
0x3333017B	temperature_analog_value_LABEL	Temperature mA Value
0x3333017C	density_analog_value_LABEL	Density mA Value
0x3333017D	vol_flow_analog_value_LABEL	Volume Flow mA Value
0x3333017E	temperature_percent_range_LABEL	Temperature Percent Range
0x3333017F	density_percent_range_LABEL	Density Percent Range
0x33330180	vol_flow_percent_range_LABEL	Volume Flow Percent Range
0x33330182	sim_temp_LABEL	Simulate Temperature
0x33330184	sim_density_LABEL	Simulate Density
0x33330186	gas_vol_flow_rate_LABEL	Gas Standard Volume Flow Rate
0x33330187	gas_vol_total_LABEL	Gas Standard Volume Total
0x33330188	gas_vol_inventory_LABEL	Gas Standard Volume Inventory
0x333301A2	materials_of_construction_LABEL	Materials of Construction
0x333301AC	mmi_char_sensor_LABEL	Characterize Sensor
0x333301B3	perform_auto_zero_LABEL	Perform Auto Zero
0x333301B4	start_totalizers_LABEL	Start
0x333301B5	stop_totalizers_LABEL	Stop
0x333301B6	reset_all_totals_LABEL	Reset All
0x333301B7	ack_all_alerts_LABEL	Acknowledge All Alerts
0x333301BD	start_meter_ver_LABEL	Starting meter verification,please wait.
0x333301BE	meter_ver_pass_LABEL	Meter verification PASSED.\nMeter meets factory specifications.
0x333301BF	meter_ver_failed_LABEL	Meter Verification FAILED.\nMeter may not meet factory specifications.\nPress Help for more Information.
0x333301C0	meter_ver_error_LABEL	Meter verification error.
0x333301C1	freq_factor_hz_LABEL	Frequency Factor (Hz)
0x333301C2	pulses_per_unit_LABEL	Pulses Per Unit
0x333301C3	units_per_pulse_LABEL	Units Per Pulse
0x333301C4	reset_config_change_flag_LABEL	Reset Configuration Changed Flag
0x333301CE	fo_settings_LABEL	Frequency Output Settings
0x333301CF	discrete_output_LABEL	Discrete Output
0x333301D0	DD_device_rev_LABEL	Device Revision
0x333301D2	hart_dd_info_LABEL	HART DD Information
0x333301D3	discrete_input_LABEL	Discrete Input
0x333301D8	step2_display_vars_LABEL	Display Variables
0x333301E2	display_vars_1_5_LABEL	Display Variables (1 - 5)
0x333301E3	display_vars_6_10_LABEL	Display Variables (6 - 10)
0x333301E4	display_vars_11_15_LABEL	Display Variables (11 - 15)
0x333301E5	alert_settings_LABEL	Alert Settings
0x333301E6	fo_fault_params_LABEL	Frequency Output Fault Parameters
0x333301E7	fo_scaling_LABEL	Frequency Output Scaling
0x333301E9	sensor_info_LABEL	Sensor Information
0x333301EC	licenses_LABEL	Licenses
0x333301ED	failed_fix_now_LABEL	Failed - Fix Now
0x333301EE	maint_fix_soon_LABEL	Maintenance - Fix Soon
0x333301EF	a001_LABEL	A001: EEPROM Error (Core Processor)
0x333301F0	a002_LABEL	A002: RAM Error (Core Processor)
0x333301F1	a003_LABEL	A003: No Sensor Response
0x333301F2	a004_LABEL	A004: Temperature Overrange
0x333301F3	a005_LABEL	A005: Mass Flow Overrange
0x333301F4	a006_LABEL	A006: Characterization Required
0x333301F5	a008_LABEL	A008: Density Overrange
0x333301F6	a009_LABEL	A009: Transmitter Initializing/Warming Up
0x333301F7	a010_LABEL	A010: Calibration Failure
0x333301F8	a011_LABEL	A011: Zero Calibration Failed: Low
0x333301F9	a012_LABEL	A012: Zero Calibration Failed: High
0x333301FA	a013_LABEL	A013: Zero Calibration Failed: Unstable
0x333301FB	a014_LABEL	A014: Transmitter Failure
0x333301FC	a016_LABEL	A016: Sensor RTD Failure
0x333301FD	a017_LABEL	A017: T-Series RTD Failure
0x333301FE	a020_LABEL	A020: No Flow Calibration Value
0x333301FF	a021_LABEL	A021: No K1 Value
0x33330200	a029_LABEL	A029: PIC/Daughterboard Communication Failure
0x33330201	a030_LABEL	A030: Incorrect Board Type
0x33330202	a031_LABEL	A031: Low Power
0x33330203	a032_LABEL	A032: Meter Verification in Progress: Outputs to Fault
0x33330204	a033_LABEL	A033: No Right/Left Pickoff Signal
0x33330205	a100_LABEL	A100: mA Output Saturated
0x33330206	a101_LABEL	A101: mA Output Fixed
0x33330207	a102_LABEL	A102: Drive Overrange
0x33330208	a104_LABEL	A104: Calibration In Progress
0x33330209	a105_LABEL	A105: Slug Flow
0x3333020A	a106_LABEL	A106: Burst Mode Enabled
0x3333020B	a107_LABEL	A107: Power Reset Occurred
0x3333020C	a108_LABEL	A108: Single-Setpoint Event 1 ON
0x3333020D	a109_LABEL	A109: Single-Setpoint Event 2 ON
0x3333020E	a110_LABEL	A110: Frequency Output Saturated
0x3333020F	a111_LABEL	A111: Frequency Output Fixed
0x33330210	a115_LABEL	A115: No External Input or Polled Data
0x33330211	a118_LABEL	A118: Discrete Output Fixed
0x33330212	a131_LABEL	A131: Meter Verification in Progress: Outputs to Last Measured Value
0x33330213	a132_LABEL	A132: Sensor Simulation Active
0x33330214	grp_alert_discrete_event_1_active_LABEL	Discrete Event 1 Active
0x33330215	grp_alert_discrete_event_2_active_LABEL	Discrete Event 2 Active
0x33330216	grp_alert_discrete_event_3_active_LABEL	Discrete Event 3 Active
0x33330217	grp_alert_discrete_event_4_active_LABEL	Discrete Event 4 Active
0x33330218	grp_alert_discrete_event_5_active_LABEL	Discrete Event 5 Active
0x33330219	discrete_in_active_LABEL	Discrete Input Active
0x3333021A	primary_var_out_of_limits_LABEL	Primary Variable Out of Limits
0x3333021B	non_primary_var_out_of_limits_LABEL	Non-Primary Variable Out of Limits
0x3333021C	pv_mA_saturated_LABEL	Primary Variable mA Output Saturated
0x3333021D	pv_mA_fixed_LABEL	Primary Variable mA Output Fixed
0x3333021E	cold_start_LABEL	Cold Start
0x3333021F	config_changed_LABEL	Configuration Changed
0x33330220	field_device_malfunction_LABEL	Field Device Malfunction
0x33330221	vars_polled_LABEL	Variables Polled from External Devices
0x33330223	discrete_actions_LABEL	Discrete Actions
0x33330225	gsv_special_units_LABEL	Special Gas Standard Volume Units
0x33330227	gsv_total_inv_unit_LABEL	Gas Standard Volume Total/Inventory Unit
0x33330228	gsv_cutoff_LABEL	Gas Standard Volume Cutoff
0x3333022A	liquid_volume_LABEL	Liquid Volume
0x3333022B	gsv_flow_rate_LABEL	Gas Standard Volume Flow Rate
0x33330231	dens_LRV_LABEL	Density Lower Range Value
0x33330232	lrv_LABEL	Lower Range Value
0x33330233	temp_LRV_LABEL	Temperature Lower Range Value
0x33330234	dens_URV_LABEL	Density Upper Range Value
0x33330235	urv_LABEL	Upper Range Value
0x33330236	vol_flow_LRV_LABEL	Volume Flow Lower Range Value
0x33330237	temp_USL_LABEL	Temperature Upper Sensor Limit
0x33330238	lsl_LABEL	Lower Sensor Limit
0x33330239	dens_LSL_LABEL	Density Lower Sensor Limit
0x3333023A	vol_flow_USL_LABEL	Volume Flow Upper Sensor Limit
0x3333023B	temp_LSL_LABEL	Temperature Lower Sensor Limit
0x3333023C	dens_min_span_LABEL	Density Minimum Span
0x3333023D	min_span_LABEL	Minimum Span
0x3333023E	vol_flow_min_span_LABEL	Volume Flow Minimum Span
0x3333023F	usl_LABEL	Upper Sensor Limit
0x33330240	dens_USL_LABEL	Density Upper Sensor Limit
0x33330241	temp_min_span_LABEL	Temperature Minimum Span
0x33330242	vol_flow_URV_LABEL	Volume Flow Upper Range Value
0x33330243	temp_URV_LABEL	Temperature Upper Range Value
0x33330244	vol_flow_LSL_LABEL	Volume Flow Lower Sensor Limit
0x33330247	api_density_digital_value_LABEL	Temperature-Corrected Density (Petroleum)
0x3333024A	api_vars_LABEL	Petroleum Measurement Variables
0x3333024B	api_volume_flow_digital_value_LABEL	Temperature-Corrected Volume Flow Rate (Petroleum)
0x3333024C	api_volume_inventory_digital_value_LABEL	Temperature-Corrected Volume Inventory (Petroleum)
0x3333024D	api_volume_total_digital_value_LABEL	Temperature-Corrected Volume Total (Petroleum)
0x3333024F	ed_vars_LABEL	Variables (Concentration Measurement)
0x33330250	ed_conc_digital_value_LABEL	Concentration
0x33330251	ed_dens_ref_digital_value_LABEL	Density at Reference (Concentration)
0x33330252	ed_dens_sgu_digital_value_LABEL	Specific Gravity (Concentration)
0x33330253	ed_net_mass_flow_digital_value_LABEL	Net Mass Flow Rate (Concentration)
0x33330254	ed_net_mas_total_digital_value_LABEL	Net Mass Total (Concentration)
0x33330255	ed_net_mas_inventory_digital_value_LABEL	Net Mass Inventory (Concentration)
0x33330258	ed_net_volume_flow_digital_value_LABEL	Net Volume Flow Rate (Concentration)
0x33330259	ed_net_volume_inventory_digital_value_LABEL	Net Volume Inventory (Concentration)
0x3333025B	ed_net_volume_total_digital_value_LABEL	Net Volume Total (Concentration)
0x3333025D	ed_std_volume_flow_digital_value_LABEL	Temperature-Corrected Volume Flow Rate (Concentration)
0x3333025E	ed_std_volume_inventory_digital_value_LABEL	Temperature-Corrected Volume Inventory (Concentration)
0x3333025F	ed_std_volume_total_digital_value_LABEL	Temperature-Corrected Volume Total (Concentration)
0x33330260	ed_variable_LABEL	Concentration Measurement
0x33330262	ed_dens_baume_digital_value_LABEL	Baume (Concentration)
0x33330268	perform_factory_zero_LABEL	Restore Factory Zero
0x3333026A	setup_rs485_LABEL	Set Up RS-485 Port
0x3333026C	str_set_FO_scaling_LABEL	Set Frequency Output Scaling
0x33330279	conc_msmt_vars_LABEL	Concentration Measurement Variables
0x3333027B	density_units_LABEL	Density Unit (Concentration)
0x3333027C	sec_LABEL	sec
0x33330281	rs485_protocol_LABEL	Protocol
0x33330282	rs485_baudrate_LABEL	Baud Rate
0x33330283	rs485_parity_LABEL	Parity
0x33330284	rs485_stop_LABEL	Stop Bits
0x33330285	modbus_address_LABEL	Modbus Slave Address
0x33330294	hast_c_LABEL	Hastelloy-C
0x33330295	stainless_steel_316L_LABEL	316L Stainless Steel
0x33330297	sanitary_clamp_fitting_LABEL	Sanitary Clamp Fitting
0x3333029B	mA_output_2_LABEL	mA Output 2
0x3333029F	discrete_output_2_LABEL	Discrete Output 2
0x333302A4	mA_output_1_fault_LABEL	mA Output 1 Fault Settings
0x333302A5	mA_output_2_fault_LABEL	mA Output 2 Fault Settings
0x333302CC	blank_text
0x333302CD	percent_constant_unit	%
0x333302CF	mV_Hz_constant_unit	mV/Hz
0x333302D0	Hz_constant_unit	Hz
0x333302D1	Volts_constant_unit	V
0x333302DB	CEQ_Number_LABEL	Engineer to Order Number
0x333302DC	extended_fld_device_status_LABEL	Extended Device Status
0x333302E4	grp_config_flow_switch_LABEL	Flow Switch
0x333302E5	grp_device_id_LABEL	Device Identification
0x333302E7	extended_fld_device_status_help	Provides additional Device Status information
0x333302EA	grp_custody_transfer_LABEL	Custody Transfer
0x333302EB	tab_weights_and_measures_LABEL	Weights and Measures
0x333302EC	set_totalizer_reset_option_LABEL	Set Totalizer Reset Option
0x333302ED	World_area_weights_measures_security_LABEL	Custody Transfer Approval
0x333302EE	set_totalizer_reset_option_case_0_LABEL	NTEP does not allow changing of this parameter
0x333302EF	select_totalizer_reset_option_LABEL	Select Totalizer Reset Option
0x333302F8	PM_vars_LABEL	Petroleum Measurement
0x333302F9	reset_total_LABEL	Reset Total
0x333302FA	flow_rate_LABEL	Flow Rate
0x333302FB	total_LABEL	Total
0x333302FC	cust_trans_totalizer_reset_option_LABEL	Totalizer Reset Option
0x333302FD	CM_vol_at_ref_temp_LABEL	CM Volume at Reference Temperature
0x333302FE	CM_net_mass_LABEL	CM Net Mass
0x333302FF	CM_net_volume_LABEL	CM Net Volume
0x33330300	PM_vol_ref_LABEL	Temperature-Corrected Volume (Petroleum)
0x33330301	sens_type_other_LABEL	Other (Curved Tube)
0x33330302	sens_type_tseries_LABEL	T-Series (Straight Tube)
0x33330303	fcf_tseries_LABEL	Flow FCF
0x33330304	new_style_sensor_tag_LABEL	Calibration Tag Example:\nNew Style Sensor Tag
0x33330305	old_style_sensor_tag_LABEL	\nOld Style Sensor Tag
0x33330307	tertiary_variable_code_LABEL	Third Variable
0x33330308	fourth_variable_code_LABEL	Fourth Variable
0x33330309	first_dens_cal_LABEL	First Point Calibration
0x3333030A	second_dens_cal_LABEL	Second Point Calibration
0x3333030B	third_dens_cal_LABEL	Third Point Calibration
0x3333030C	fourth_dens_cal_LABEL	Fourth Point Calibration
0x3333030D	flowing_dens_cal_LABEL	Flowing Density Calibration
0x3333030E	temp_cal_factor_description_LABEL	The Temperature Calibration Factor is a 14 character string that contains two real numbers.\nThe first number, before the T, is the slope.\nThe slope must be a positive real number containing 7 characters (including the decimal point).\nThe T is a delimiter and must be present.\nThe second number, after the T, is the offset.\nThe offset must be a real number containing 7 characters (including the decimal point and negative sign if present).\nThe offset must be between -10 and +10.
0x33330312	mapped_vars_LABEL	Mapped Variables
0x33330313	meth_characterize_sensor_description_LABEL	Configure the transmitter for sensor characteristics.
0x33330315	meth_perform_loop_tests_description_LABEL	Set fixed value for the milliamp,frequency and discrete outputs.
0x33330317	meth_perform_loop_tests_LABEL	Perform Loop Tests
0x33330318	api_ctl_table_type_LABEL	2540 CTL Table Type
0x33330319	api_thermal_exp_coeff_LABEL	Thermal Expansion Coefficient
0x3333031A	api_ref_temp_LABEL	Reference Temperature
0x3333031B	api_setup_LABEL	Petroleum Measurement Set Up
0x3333031C	ext_compensation_LABEL	External Compensation
0x3333031D	PM_density_digital_value_LABEL	Density at Reference Temperature
0x3333031E	PM_volume_flow_digital_value_LABEL	Volume Flow at Ref Temperature
0x3333031F	PM_avg_density_digital_value_LABEL	Average Observed Density
0x33330320	PM_avg_temperature_digital_value_LABEL	Average Observed Temperature
0x33330321	CM_std_volume_flow_digital_value_LABEL	Standard Volume Flow Rate
0x33330322	CM_net_mass_flow_digital_value_LABEL	Net Mass Flow Rate
0x33330323	CM_net_volume_flow_digital_value_LABEL	Standard Net Volume Flow Rate
0x33330324	CM_dens_ref_digital_value_LABEL	Density at Reference
0x33330325	CM_dens_sgu_digital_value_LABEL	Density (Fixed SG Units)
0x33330326	details_LABEL	Details
0x33330327	offline_var_menu_features_LABEL	Offline Variable Menu Features
0x33330328	str_auto_loop_LABEL	Warning: Take the device out of process control loop.
0x33330329	device_process_loop_position_LABEL	Device is in process control loop;Device is out of process control loop
0x3333032A	str_return_auto_LABEL	It is now safe to put the device in process control loop.
0x3333032B	str_return_out_LABEL	Returning field device to original output.
0x3333032C	str_at_4ma_LABEL	Is field device 4.00 mA output equal to reference meter?
0x3333032D	str_at_20ma_LABEL	Is field device 20.00 mA output equal to reference meter?
0x3333032E	choose_PM_table_number_LABEL	Choose Petroleum Measurement Table Number:
0x3333032F	choose_PM_table_letter_LABEL	Choose Petroleum Measurement Table Letter:
0x33330330	dens_cal_factor_description_LABEL	The DensCal Factor field on the old style sensor tag contains the K1,K2 and TC values.\nThe first 5 characters are K1,the second 5 characters are K2 and the remaining characters are TC.
0x33330336	perform_zero_cal_description_LABEL	Perform auto zero or restore factory zero.
0x33330337	map_variables_description_LABEL	Assign variables to primary (PV),secondary (SV),third (TV) and fourth (QV) variables.
0x33330338	meth_view_alert_severity_LABEL	View Alert Severity
0x33330339	active_alerts_LABEL	Active Alerts
0x3333033D	var_gsv_unit_LABEL	Gas Volume Flow Unit
0x3333033E	gas_vol_flow_conversion_factor_LABEL	Conversion Factor
0x3333033F	gas_vol_flow_text_LABEL	Flow Label
0x33330340	gas_vol_total_text_LABEL	Total Label
0x33330341	check_status_LABEL	Check Status
0x33330342	var_summary_LABEL	Variable Summary
0x33330343	flow_parameters_LABEL	Flow Parameters
0x33330344	density_parameters_LABEL	Density Parameters
0x33330345	setup_decimal_places_LABEL	Set Up Decimal Places
0x33330348	a018_LABEL	A018: EEPROM Error (Transmitter)
0x33330349	alert_description_a018_LABEL	The transmitter has experienced an EEPROM checksum failure.
0x3333034B	a019_LABEL	A019: RAM Error (Transmitter)
0x3333034C	alert_description_a019_LABEL	A RAM location in the transmitter cannot be written to.
0x3333034E	a022_LABEL	A022: Configuration Database Corrupt (Core Processor)
0x3333034F	alert_description_a022_LABEL	Uncorrectable checksum mismatch.
0x33330350	recommended_action_a022_LABEL	Recommended Actions:\n1.Cycle power to the flowmeter.\n2.The transmitter might need service. Contact Micro Motion.
0x33330351	a023_LABEL	A023: Internal Totals Corrupt (Core Processor)
0x33330352	alert_description_a023_LABEL	Uncorrectable checksum mismatch.
0x33330353	recommended_action_a023_LABEL	Recommended Actions:\n1.Cycle power to the flowmeter.\n2.The transmitter might need service. Contact Micro Motion.
0x33330354	a024_LABEL	A024: Program Corrupt (Core Processor)
0x33330355	alert_description_a024_LABEL	Uncorrectable checksum mismatch.
0x33330356	recommended_action_a024_LABEL	Recommended Actions:\n1.Cycle power to the flowmeter.\n2.The transmitter might need service. Contact Micro Motion.
0x33330357	a025_LABEL	A025: Boot Sector Fault (Core Processor)
0x33330358	alert_description_a025_LABEL	Uncorrectable checksum mismatch.
0x33330359	recommended_action_a025_LABEL	Recommended Actions:\n1.Cycle power to the flowmeter.\n2.The transmitter might need service. Contact Micro Motion.
0x3333035A	a026_LABEL	A026: Sensor/Transmitter Communications Failure
0x3333035B	alert_description_a026_LABEL	Communication errors between transmitter and core processor.
0x3333035D	a027_LABEL	A027: Security Breach
0x3333035E	alert_description_a027_LABEL	Weights and Measures security seal has been broken.
0x3333035F	recommended_action_a027_LABEL	Recommended Actions:\n1. Alarm can be cleared by user,but authorized procedure is required to reestablish security.
0x33330360	a028_LABEL	A028: Core Processor Write Failure
0x33330361	alert_description_a028_LABEL	An attempt to write data to the core processor has failed.
0x33330362	recommended_action_a028_LABEL	Recommended Actions:\n1. Cycle power to the flowmeter.\n2. The transmitter might need service or upgrading. Contact Micro Motion.
0x33330363	a103_LABEL	A103: Data Loss Possible (Totals and Inventories)
0x33330364	alert_description_a103_LABEL	The core processor was unable to successfully store the totalizers and inventories on the last power down and must rely on the previously saved values. These values may be up to two hours old.
0x33330366	a116_LABEL	A116: Temperature Overrange (Petroleum)
0x33330367	alert_description_a116_LABEL	The process temperature is outside Petroleum Measurement defined extrapolation limits.
0x33330369	a117_LABEL	A117: Density Overrange (Petroleum)
0x3333036A	alert_description_a117_LABEL	The process density is outside Petroleum Measurement defined extrapolation limits.
0x3333036D	a120_LABEL	A120: Curve Fit Failure (Concentration)
0x3333036E	alert_description_a120_LABEL	The configured density/temperature/concentration values do not result in a proper Concentration Measurement (CM) curve.
0x33330370	a121_LABEL	A121: Extrapolation Alarm (Concentration)
0x33330371	alert_description_a121_LABEL	The process temperature or density is outside the user-defined extrapolation limits.
0x33330373	alert_description_a004_new_LABEL	The value computed for the resistance of the line RTD or the Meter/Case RTD is outside limits.
0x33330374	alert_description_a006_new_LABEL	One or more required characterization parameters have not been entered.
0x33330376	alert_description_a012_LABEL	Mechanical zero: Calibration procedure failed due to flow through the sensor.\nThe resulting zero was greater than 3 microseconds.
0x3333037B	decimal_places_LABEL	Decimal Places
0x3333037C	decimal_places_for_process_vars_LABEL	Decimal Places for Process Variables
0x3333037D	decimal_places_for_totalizer_vars_LABEL	Decimal Places for Totalizer Variables
0x3333037E	decimal_places_for_diagnostic_vars_LABEL	Decimal Places for Diagnostic Variables
0x3333037F	primary_var_description_LABEL	The first milliamp output uses the primary variable as its source.
0x33330380	secondary_var_description_LABEL	The second milliamp output uses the Secondary Variable as its source.
0x33330381	third_var_description_LABEL	The frequency output uses the third variable as its source.
0x33330382	event1_setpoint_LABEL	Event 1 Setpoint
0x33330383	event1_var_LABEL	Event 1 Variable
0x33330384	event1_type_LABEL	Event 1 Type
0x33330385	event2_setpoint_LABEL	Event 2 Setpoint
0x33330386	event2_var_LABEL	Event 2 Variable
0x33330387	event2_type_LABEL	Event 2 Type
0x33330388	str_flow_zero_do_cal_LABEL	Flow must be zero.\nYou are about to perform a zero calibration.
0x33330397	enable_sim_label_LABEL	Simulation Mode is %0
0x333303AD	sensor_type_option_LABEL	Other (Curved Tube);T-Series (Straight Tube)
0x333303AE	parameters_updating_LABEL	Parameters are being updated,please wait...
0x333303AF	select_freq_output_scaling_option_LABEL	Select Frequency Output Scaling Method:
0x333303B0	freq_output_scaling_option_LABEL	Frequency=Flow;Pulses/Unit;Units/Pulse
0x333303B3	dd_info_LABEL1	Device Revision: %0\nDD Revision: %1
0x333303B4	primary_purpose_vars_375_LABEL	Mass Flow Rate:\nValue %0 %1\n\nVolume Flow Rate:\nValue %2 %3\n\nDensity:\nValue %4 %5
0x333303B5	primary_purpose_vars_gsv_375_LABEL	Mass Flow Rate:\nValue %0 %1\n\nGas Volume Flow Rate:\nValue %2 %3\n\nDensity:\nValue %4 %5
0x333303B6	var_summary_temperature_LABEL	Temperature:\nValue %0 %1
0x333303B7	var_summary_temperature_PM_LABEL	Temperature:\nValue %0 %1\n\nDensity at Reference Temperature:\nValue %2 %3\n\nAverage Observed Density:\nValue %4 %5
0x333303B8	var_summary_PM_LABEL	Volume Flow at Ref Temp:\nValue %0 %1\n\nAverage Observed Temperature:\nValue %2 %3\n\nCTL:\nValue %4
0x333303B9	var_summary_temperature_CM_LABEL	Temperature:\nValue %0 %1\n\nStd Vol Flow Rate:\nValue %2 %3\n\nStd Net Vol Flow Rate:\nValue %4 %5
0x333303BA	var_summary_CM_1_LABEL	Net Mass Flow Rate:\nValue %0 %1\n\nDensity at Ref:\nValue %2 %3\n\nConcentration:\nValue %4 %5
0x333303BB	var_summary_CM_2_LABEL	Density (Fixed SG Units) :\nValue %0 %1
0x333303BC	read_alarm_severity_alarm_number_LABEL	A%{alarmNum} is %{0}
0x333303BD	totalizer_reset_option_LABEL	Not reset-able from display or digital communications;Reset-able from display only;Reset-able from digital communications only;Reset-able from display and digital communications
0x333303C0	menudisplay_next_LABEL	Next
0x333303C1	menudisplay_back_next_LABEL	Back;Next
0x333303C2	meth_view_alert_severity_options_LABEL	Individual Alert;All Alerts;None
0x333303C3	alarm_severity_choice_LABEL	Ignore;Information;Fault
0x333303C7	advanced_set_up_LABEL	Advanced Setup
0x333303C8	fourth_var_description_LABEL	The fourth variable is only used in HART communications.
0x333303CA	str_enter_alarm_integer_LABEL	Enter Alert Number
0x333303CB	grp_ack_all_LABEL	Acknowledge Alerts on Display
0x333303CC	meth_view_alert_severity_of_LABEL	View Alert Severity of
0x333303CD	alarm_integer_oor_LABEL	Alert Number invalid
0x333303CE	percent_of_range_LABEL	Percent Range
0x333303CF	a133_LABEL	A133: EEPROM Error (Display)
0x333303D0	alert_description_a133_LABEL	An uncorrectable checksum mismatch has been detected.
0x333303D1	recommended_action_a133_LABEL	Recommended Actions:\n1. Cycle power to the flow meter.\n2. The flow meter might need service. Contact Micro Motion.
0x333303D2	a113_LABEL	A113: mA Output 2 Saturated
0x333303D3	alert_description_a113_LABEL	The calculated amount of current output is outside of the linear range.
0x333303D4	recommended_action_a113_LABEL	Recommended Actions:\n1. Verify that mA output range values are set to appropriate values.
0x333303D5	a114_LABEL	A114: mA Output 2 Fixed
0x333303D6	alert_description_a114_LABEL	User has set the mA output to a fixed value.
0x333303D7	recommended_action_a114_LABEL	Recommended Actions:\n1. Exit mA output trim.\n2. Exit mA output loop test.\n3. Check to see if the output has been fixed via digital communications.
0x333303DF	pressure_config_LABEL	Pressure Configuration
0x333303E1	mmi_diagnostics_variables_LABEL	Diagnostics Variables
0x333303E2	enter_alert_severity_LABEL	Enter Alert Severity
0x333303F6	freq_equals_flow_LABEL	Frequency=Flow
0x333303F7	vol_flow_type_LABEL	Volume Flow Type
0x333303F8	std_gas_vol_LABEL	Standard Gas Volume
0x333303F9	flow_switch_setpoint_LABEL	Setpoint
0x333303FA	mmi_setup_milliamp_1_LABEL	Set Up mA Output 1
0x333303FB	mmi_setup_milliamp_2_LABEL	Set Up mA Output 2
0x33330401	mmi_str_cal_zero_std_LABEL	Calibration in progress...\nZero: %{0}\nStandard Deviation: %{1}
0x33330402	mmi_str_zero_comp_LABEL	Auto zero complete.\nZero: %{0}\nStandard Deviation: %{1}
0x33330418	mmi_str_offset_cal_LABEL	Enter temperature in %{0}
0x33330419	mmi_str_temp_off_cal_comp_LABEL	Temperature offset calibration complete.
0x3333041A	mmi_str_slope_cal_LABEL	Enter temperature in %{0}
0x3333041B	mmi_str_temp_slop_cal_comp_LABEL	Temperature slope calibration complete.
0x3333041C	backlight_control_new_LABEL	Control
0x3333041F	sens_type_code_LABEL	Type
0x33330420	mmi_str_ao1_fixed_LABEL	Analog output 1 is fixed at %0 mA.
0x33330421	mmi_str_ao2_fixed_LABEL	Analog output 2 is fixed at %0 mA.
0x33330426	mmi_str_freq_level_LABEL	Choose Frequency Output Level
0x33330427	mmi_str_out_level_LABEL	Output Value
0x33330428	special_LABEL	Special
0x3333042E	freq_output_fault_parameter_note_LABEL	Note: For frequency output fault action as upscale,set frequency output fault level value.
0x3333042F	perform_action_code_LABEL	Action code was performed.
0x33330430	mA_output_settings_LABEL	mA Output Settings
0x33330431	reading_device_status_LABEL	Reading Device Status
0x33330432	ao_cutoff_LABEL	AO Cutoff
0x3333043A	str_set_FO_LABEL	Set Frequency Output
0x3333043E	OPLabel_new_LABEL	Select Output Behavior:
0x3333043F	refresh_alerts_LABEL	Refresh Alerts
0x33330442	mmi_select_MVMode	Continue Measuring;Outputs Held at Last Value;Outputs Held at Fault
0x33330444	str_MV_in_progress	Meter verification in progress: %{0}% complete
0x33330448	reset_all_totals_dummy_LABEL	Reset All Totals
0x3333046B	mmi_str_abort_error_LABEL	Aborting due to field device error.
0x3333046C	mmi_str_freq_fixed_LABEL	Frequency output is fixed at %0 Hz.
0x33330470	mmi_str_prob_detected_LABEL	A problem was detected.
0x33330471	mmi_str_zero_fail_LABEL	Auto Zero Failed.
0x33330472	mmi_trim_description_1_LABEL	Perform digital to analog trim of the first milliamp output.
0x33330473	mmi_trim_description_2_LABEL	Perform digital to analog trim of the second milliamp output.
0x33330474	mmi_str_anal_2_level_LABEL	Choose Analog Output 2 Level
0x33330476	hysteresis_LABEL	Hysteresis (0.1-10.0)
0x33330477	hysteresis_help_LABEL	If the hysteresis is set to 5%, no change of the Discrete Output state occurs when the flow rate is within +-5% of the setpoint. If the setpoint is 100 lb/min and the first reading is below 95 lb/min, the flow switch turns On and will stay On until the flow rate rises above 105 lb/min. At this point it turns Off, and will stay off until the flow rate drops below 95 lb/min.
0x3333047A	fcf_run_number_LABEL	Meter Verification Run Counter
0x3333047B	fcf_time_LABEL	Transmitter Running Hours at Test
0x3333047C	fcf_lpo_norm_LABEL	Left Pickoff Stiffness
0x3333047D	fcf_rpo_norm_LABEL	Right Pickoff Stiffness
0x3333047F	FRF_MV_FirstRun_Time_LABEL	Hours Until Next Run
0x33330480	FRF_MV_Recur_Time_LABEL	Hours Between Recurring Runs (0=Schedule is not Repeating)
0x3333048A	transmitter_firmware_checksum_LABEL	Transmitter
0x33330495	show_results_table_LABEL	Show Results Table
0x33330496	run_number_LABEL	Run Number
0x33330497	test_result_LABEL	Test Result
0x33330498	abort_code_LABEL	Abort Code
0x33330499	norm_lpo_LABEL	Normalized LPO
0x3333049A	norm_rpo_LABEL	Normalized RPO
0x333304A6	ma_output_1_cutoff_LABEL	MAO1 Cutoff
0x333304A7	ma_output_2_cutoff_LABEL	MAO2 Cutoff
0x333304A8	fourth_variable_code_qv_LABEL	QV
0x333304AB	fcf_run_number_help_LABEL	The run counter for this Meter Verification run.
0x333304AC	fcf_time_help_LABEL	The transmitter's power on time at the time of the test.
0x333304AD	fcf_lpo_norm_help_LABEL	The left pickoff stiffness normalized to the baseline.
0x333304AE	fcf_rpo_norm_help_LABEL	The right pickoff stiffness normalized to the baseline.
0x333304AF	FRF_MV_FirstRun_Time_help_LABEL	The number hours until the next time meter verification runs.
0x333304B0	FRF_MV_Recur_Time_help_LABEL	The number of hours between successive meter verification runs. Valid range is 1 to 1000 hours or 0 for no recurring schedule.
0x333304B1	trim_description_multiple_LABEL	Perform digital to analog trim of the milliamp outputs.
0x333304B4	first_milliamp_loop_description_LABEL	Set a fixed output value for the first milliamp output.
0x333304B5	second_milliamp_loop_description_LABEL	Set a fixed output value for the second milliamp output.
0x333304B6	firmware_checksum_LABEL	Firmware Checksum
0x333304B7	start_meter_verification_LABEL	Start Meter Verification
0x333304B8	FRF_MV_Time_Left_help_LABEL	The number of hours remaining until Meter Verification runs.
0x333304B9	MV_ABORT_CODES_enum_0_LABEL
0x333304BA	MV_ABORT_CODES_enum_1_LABEL	User Initiated Abort
0x333304BB	MV_ABORT_CODES_enum_2_LABEL	Abort Code
0x333304BC	MV_ABORT_CODES_enum_3_LABEL	Frequency Drift
0x333304BD	MV_ABORT_CODES_enum_4_LABEL	Abort Code 4
0x333304BE	MV_ABORT_CODES_enum_5_LABEL	High Drive Gain
0x333304BF	MV_ABORT_CODES_enum_6_LABEL	Abort Code 6
0x333304C0	MV_ABORT_CODES_enum_7_LABEL	Abort Code 7
0x333304C1	MV_ABORT_CODES_enum_8_LABEL	Unstable Flow
0x333304C2	MV_ABORT_CODES_enum_9_LABEL	Abort Code 9
0x333304C3	MV_ABORT_CODES_enum_10_LABEL	Abort Code 10
0x333304C4	MV_ABORT_CODES_enum_11_LABEL	Abort Code 11
0x333304C5	MV_ABORT_CODES_enum_12_LABEL	Abort Code 12
0x333304C6	MV_ABORT_CODES_enum_13_LABEL	No Air Reference
0x333304C7	MV_ABORT_CODES_enum_14_LABEL	No Water Reference
0x333304C8	MV_ABORT_CODES_enum_15_LABEL	Missing Configuration
0x333304C9	MV_RESULT_enum_0_LABEL	Pass
0x333304CA	MV_RESULT_enum_1_LABEL	Aborted in State 1
0x333304CB	MV_RESULT_enum_2_LABEL	Aborted in State 3
0x333304CC	MV_RESULT_enum_3_LABEL	Aborted in State 4
0x333304CD	MV_RESULT_enum_4_LABEL	Aborted in State 5
0x333304CE	MV_RESULT_enum_5_LABEL	Aborted in State 6
0x333304CF	MV_RESULT_enum_6_LABEL	Aborted in State 10
0x333304D0	MV_RESULT_enum_7_LABEL	Aborted in State 15
0x333304D1	MV_RESULT_enum_8_LABEL	Fail
0x333304D2	fix_analog_output_1_LABEL	mA Output 1 Loop Test
0x333304D4	analog_output_1_level_LABEL	Choose Analog Output 1 Level
0x333304DB	turn_off_schedule_LABEL	Turn Off Schedule
0x333304DF	a034_LABEL	A034: Meter Verification Failed
0x333304E0	a035_LABEL	A035: Meter Verification Aborted
0x333304E1	alert_description_a013_LABEL	Mechanical zero: The resulting zero was greater than 3 microseconds.
0x333304E2	a032_for_CPrev_more_that36_LABEL	A032: Outputs Fixed During Meter Verification
0x333304F0	a131_for_CPrev_more_that36_LABEL	A131: Meter Verification in Progress
0x333304F6	alert_description_a110_new_LABEL	Process variable assigned to frequency output is outside configured scale limits.
0x333304F8	string_meter_ver_op_fix_at_fault_LABEL	Meter Verification will hold outputs at fault value for about 2 minutes.\nPress Next to Start or Cancel to End.
0x333304F9	meter_ver_failed_continue_measure_LABEL	Meter Verification FAILED.\nMeter may not meet factory specifications.\nRecommend running Meter Verification with outputs held at last measured value or fault.
0x333304FA	meter_ver_aborted_LABEL	Meter Verification ABORTED.\nReason: %{0}\nRecommended Action: Wait for 15 seconds before starting Meter Verification again.
0x333304FD	enter_pressure_unit_LABEL	Enter Pressure Unit
0x33330507	do_di_assignment_enum_216_LABEL	Meter Verification Fail
0x33330508	mass_flow_digital_value_LABEL	Flow Rate
0x33330513	analog_output_1_LABEL	MAO1
0x33330514	analog_output_2_LABEL	MAO2
0x33330516	discrete_output_2_assignment_LABEL	Assignment
0x33330518	discrete_output_2_state_LABEL	Discrete Output State 2
0x33330525	a119_discrete_output_2_LABEL	A119: Discrete Output 2 Fixed
0x33330528	str_do_1_level_LABEL	Choose Discrete Output 1 Level
0x33330532	str_perform_cal_dencal_a_LABEL	You are about to perform a first point calibration.
0x33330533	str_perform_cal_dencal_b_LABEL	You are about to perform a second point calibration.
0x33330534	str_perform_cal_dencal_c_LABEL	You are about to perform a third point calibration.
0x33330535	str_perform_cal_dencal_d_LABEL	You are about to perform a fourth point calibration.
0x33330537	select_sensor_type_option_straight_LABEL	Current Sensor Type Selection is T-Series (Straight Tube)\nSelect Sensor Type:
0x33330538	select_sensor_type_option_curved_LABEL	Current Sensor Type Selection is Other (Curved Tube)\nSelect Sensor Type:
Reference ID	Label	String