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Name ID Label Description Type Access Class
flange_type 139A Flange Type Flange Type- Hardware, adjacent to the sensor, that physically connects the process to the sensor. Pressure- Pressure of the process measured with respect to a reference pressure. R/W Enum 2048
flange_material 177C Flnge Matl Flange Material- Construction material of flange type. R/W Enum 2048
o_ring_material 139B O Ring Matl O Ring Material- Construction material of a seal that exists between the module and flange. R/W Enum 2048
meter_installation 139C Meter Type Meter Installation- Defines whether there is a meter installed or not and possibly what information the meter will display. R/W Enum 256
drain_vent_material 1780 Drain Vent Matl Drain Vent Material- Construction material of a removable plug that exists on the flange type that can be opened temporarily to remove unwanted process from the sensor area R/W Enum 2048
remote_seal_type 139D RS Type Remote Seal Type- Type of device that is capable of detecting and passing on the process pressure on to the module. This is only unambiguous if 1 remote seal is installed. R/W Enum 2048
remote_seal_fill_fluid 4004 RS Fill Fluid Remote Seal Fill Fluid- Fluid material in the device remote seal. R/W Enum 2048
remote_seal_isolator_material 177E RS Isoltr Matl Remote Seal Isolator Material- Construction material of a part of the remote seal type that comes in contact with the process material. This is only unambiguous if 1 remote seal is installed. R/W Enum 2048
number_of_remote_seals 139F Num Remote Seal Number of Remote Seals- Physical quantity of the seals for the remote seal that is installed. R/W Enum 2048
module_fill_fluid 139E Fill Fluid Sensor Fill Fluid- Fluid material in the module. R/W Enum 2048
module_isolator_material 177F Isoltr Matl Sensor Isolator Material- Construction material of a part of the module type that comes in contact with the process material. R/W Enum 2048
module_type_code 177B Meas Typ Measurement Type- Type of measurement application this Field Device is intended to be used with. R Enum 2048
module_range_code 4005 Module Rnge Module range- pressure range located on the side of the sensor R Enum 2048
local_keys_control 4006 EXT. SW Local Keys Control Mode- Controls the mode of the User Interface keys on the Field Device R/W Enum 256
cut_point 4007 Cut Pt % Cut_Pt: Low Cut Point- Dimension in % Flow at Calibrated Range, affects Analog Output and Transmitter LCD in SQR mode only. Available range is from 0% to 20% Flow. R/W Float 16
cut_mode 4008 Cut Mode Cut_Mode: Low Cut Mode- Output mode below Low Cut Point, affects Analog Output and Transmitter LCD in SQR mode only. Available mode is LINEAR or ZERO. R/W Enum 16
Upper_Display_Value 4009 UDV (LCD 20mA) XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. UDV: Upper Display Value- Available range is as below; -99999 to 99999 -9999.9 to 9999.9 -999.99 to 999.99 -99.999 to 99.999 -9.9999 to 9.9999 R/W Float 2048
Lower_Display_Value 400A LDV (LCD 4mA) XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. LDV: Lower Display Value- Available range is as below; -99999 to 99999 -9999.9 to 9999.9 -999.99 to 999.99 -99.999 to 99.999 -9.9999 to 9.9999 R/W Float 2048
Digit_Data_Point 400B Digit DP XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. Digit DP: Digit under Decimal Point- Available range is from 0 to 4 as below; 0 (XXXXX) 1 (XXXX.X) 2 (XXX.XX) 3 (XX.XXX) 4 (X.XXXX) R/W Unsigned 2048
lcd_unit_code 400C LCD Unit XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. There are 4 groups as below. All units appear in series. 1)Pressure(DISP=LIN) 2)Level(DISP=LIN) 3)Flow(DISP=SQR) 4)Special(%and None) R/W Enum 256
LCD_Opt 400D LCD Option XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. LCD Option: Alternative display of specified indication and % order every 3sec. Available value (% order) is as below; 0: no effect 1: 1% 2: 0.1% 3: 0.01% R/W Enum 2048
Linearizer_Point1 400E LP1 LP1 R/W Float 16
Linearizer_Point2 400F LP2 LP2 R/W Float 16
Linearizer_Point3 4010 LP3 LP3 R/W Float 16
Linearizer_Point4 4011 LP4 LP4 R/W Float 16
Linearizer_Point5 4012 LP5 LP5 R/W Float 16
Linearizer_Point6 4013 LP6 LP6 R/W Float 16
Linearizer_Point7 4014 LP7 LP7 R/W Float 16
Linearizer_Point8 4015 LP8 LP8 R/W Float 16
Linearizer_Point9 4016 LP9 LP9 R/W Float 16
Linearizer_Point10 4017 LP10 LP10 R/W Float 16
Linearizer_Point11 4018 LP11 LP11 R/W Float 16
Linearizer_Point12 4019 LP12 LP12 R/W Float 16
Linearizer_Point13 401A LP13 LP13 R/W Float 16
Linearizer_Point14 401B LP14 LP14 R/W Float 16
Compensation_Point1 401C CV1 CV1 R/W Float 16
Compensation_Point2 401D CV2 CV2 R/W Float 16
Compensation_Point3 401E CV3 CV3 R/W Float 16
Compensation_Point4 401F CV4 CV4 R/W Float 16
Compensation_Point5 4020 CV5 CV5 R/W Float 16
Compensation_Point6 4021 CV6 CV6 R/W Float 16
Compensation_Point7 4022 CV7 CV7 R/W Float 16
Compensation_Point8 4023 CV8 CV8 R/W Float 16
Compensation_Point9 4024 CV9 CV9 R/W Float 16
Compensation_Point10 4025 CV10 CV10 R/W Float 16
Compensation_Point11 4026 CV11 CV11 R/W Float 16
Compensation_Point12 4027 CV12 CV12 R/W Float 16
Compensation_Point13 4028 CV13 CV13 R/W Float 16
Compensation_Point14 4029 CV14 CV14 R/W Float 16
PV_Min 402A PV Min PV Min R Float 2
Name ID Label Description Type Access Class