0 |
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. |
1 |
No |
2 |
EPROM checksum error |
3 |
Temperature out of range |
4 |
Auto zero failure |
5 |
0 deg C cal failed |
6 |
200 deg C cal failed |
7 |
Primary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the PV variable. When changed, automatically updates SV, TV and QV variable assignments. |
8 |
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. Automatically updated when PV assignment is changed. |
9 |
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. In the 9712, this can ONLY be set to the Totalizer. |
10 |
QV is |
11 |
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. Automatically updated when PV assignment is changed. |
12 |
Flo unit |
13 |
Flo |
14 |
.1f |
15 |
.2f |
16 |
.3f |
17 |
.4f |
18 |
.5f |
19 |
The flow rate below which the frequency/pulse output indicates zero flow. |
20 |
Flo cutoff |
21 |
mA |
22 |
Flo anlog valu |
23 |
4.2f |
24 |
% |
25 |
Flo % rnge |
26 |
Determines whether the Event is activated when it goes above (High) or below (Low) the setpoint. |
27 |
Alarm select |
28 |
Flo URV |
29 |
Flo LRV |
30 |
Sec |
31 |
7d |
32 |
Flo URL |
33 |
8.2f |
34 |
Flo LRL |
35 |
Flo min span |
36 |
AO cutoff |
37 |
Totl unit |
38 |
Totl |
39 |
QV |
40 |
Configuration information identifying the flange material used with the sensor. Informational purposes only - does not affect flowmeter operation. |
41 |
Flange |
42 |
Configuration information identifying any liner material used with the sensor. Informational purposes only - does not affect flowmeter operation. |
43 |
Halar |
44 |
Configuration information identifying the sensor model installed. Informational purposes only - does not affect flowmeter operation. |
45 |
Configuration information identifying the material of which the sensor is constructed. Informational purposes only - does not affect flowmeter operation. |
46 |
A standard engineering unit that serves as the mass or volume component in a special unit. |
47 |
Base flow unit |
48 |
A standard unit of time (seconds, minutes, hours, or days) that serves as the time component in a special unit. |
49 |
Base time unit |
50 |
A programmable multiplier for the base unit in a special unit. |
51 |
Flo conv factr |
52 |
8.3f |
53 |
A 1 to 4 character description of a special unit of flow. |
54 |
Flo text |
55 |
A 1 to 4 character description of a special unit of mass/volume, which is based on the special unit of flow. |
56 |
Totl text |
57 |
A control that enables the user to determine whether the frequency/pulse output and totalizers will indicate forward, reverse, or bi-directional flow. |
58 |
The number of cycles, in Hertz, that equal a proportional flow rate represented by the frequency/pulse output. |
59 |
Hz |
60 |
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. |
61 |
6.2f |
62 |
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. |
63 |
g/Cucm |
64 |
Slug high limit |
65 |
5.4f |
66 |
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. |
67 |
Slug low limit |
68 |
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. |
69 |
FlowCal |
70 |
The mass or volume flow rate below which a milliamp output representing flow indicates zero flow. |
71 |
PV AO cutoff |
72 |
A value (in Hertz) that will be indicated on the frequency output for the purpose of a loop test. |
73 |
Allows the user to Reset, Stop, or Start all totalizers. NOTE - Inventory totals are NOT reset. |
74 |
14 characters describing the sensitivity of the sensor to density. |
75 |
Frame mode code |
76 |
Extended |
77 |
Short |
78 |
Analog range vals |
79 |
Freq scaling |
80 |
View fld dev vars |
81 |
View output vars |
82 |
Test/Status |
83 |
Charize sensor |
84 |
Config outputs |
85 |
View SV |
86 |
View TV-Frequency |
87 |
View QV |
88 |
Dens Pt 1 (Air) |
89 |
Dens Pt 2 (Water) |
90 |
Flow |
91 |
Density |
92 |
Analog output |
93 |
Frequency output |
94 |
Config spcl units |
95 |
Device info |
96 |
Fld dev vars |
97 |
Outputs |
98 |
Write variables |
99 |
Perform Cal |
100 |
Please refer to manual for complete calibration instructions. |
101 |
Outputs a user-programmed frequency to the frequency output. |
102 |
Fix Analog Output |
103 |
Trim Analog Output |
104 |
Instructs transmitter to perform internal self test. |
105 |
Start totalizer |
106 |
Enables the internal totalizers to begin counting. Also enables the frequency/pulse output to indicate flow. |
107 |
Stop totalizer |
108 |
Prevents the internal totalizers from counting. Disables the frequency/pulse output from indicating flow. |
109 |
Reset totalizer |
110 |
Resets internal totalizers. |
111 |
View status |
112 |
Reports any currently active device status information. |
113 |
Aborts Auto Zero operation and continues to use previous zero offset value. |
114 |
Exits fixed mode and returns the frequency output to its active state. |
115 |
Invalid base time unit |
116 |
Invalid base flow unit |
117 |
FMU860 |
118 |
DT |
119 |
DVC |
120 |
FCX |
121 |
AS800 |
122 |
340T |
123 |
340C |
124 |
344 |
125 |
Siemens Micro K |
126 |
SITRANS L |
127 |
SIPAN PH |
128 |
SITRANS P |
129 |
75SMT |
130 |
UNIDELTA |
131 |
8320 |
132 |
SX5100 |
133 |
TSV175 |
134 |
DMU |
135 |
3780 |
136 |
BM70 |
137 |
8u |
138 |
WARN-Loop should be removed from automatic control |
139 |
Flow must be zero
Perform calibration? |
140 |
A problem was detected |
141 |
Abort;Fix and Retry |
142 |
NOTE-Loop may be returned to automatic control |
143 |
Calibration in Progress... |
144 |
Auto Zero Failed |
145 |
Auto Zero Complete |
146 |
Perform calibration? |
147 |
Density Calibration Complete |
148 |
Choose frequency output level |
149 |
10 kHz;Other;End |
150 |
Output |
151 |
userEntry |
152 |
Frequency output is fixed at %0 Hz |
153 |
Choose analog output level |
154 |
4 mA;20 mA;Other;End |
155 |
Output value: |
156 |
Aborting due to field device error |
157 |
Analog Output is fixed at %0 |
158 |
Connect reference meter |
159 |
About to set analog output to 4.0 mA |
160 |
Enter meter value |
161 |
Is fld dev 4.00 mA output equal to reference meter? |
162 |
Yes;No |
163 |
About to set analog output to 20.0 mA |
164 |
Is fld dev 20.00 mA output equal to reference meter? |
165 |
Selftest complete |
166 |
No Device Problems seen during Selftest |
167 |
WARN-Stopping totalizer disables frequency output |
168 |
ERROR: Totalizer reset not allowed when flow is not zero. |
169 |
Transmitter status complete |
170 |
Transmitter status OK |
171 |
Are you connected to a device? |
172 |
NOTE-Send PV assignment before modifying range values. |
173 |
Returning fld dev to original output |
174 |
NOTE-Variables which use this as the units code will be in the previous units until this value is sent to the device |