0 |
Millennium 2 BASIC |
1 |
Net Safety |
2 |
.1f |
3 |
4.1f |
4 |
.2f |
5 |
3.2f |
6 |
gas value |
7 |
digital value gas help |
8 |
gas value unit |
9 |
%LEL,ppb,ppm or %Vol |
10 |
ppb |
11 |
parts per billion |
12 |
%Vol |
13 |
Percent Volume |
14 |
Gas Dev fmly |
15 |
Gas Class |
16 |
Gas PDQ |
17 |
Gas LS |
18 |
Gas Fmly stat |
19 |
gas upper sensor limit |
20 |
upper sensor limit gas help |
21 |
gas lower sensor limit |
22 |
Always 0 %LEL or ppm |
23 |
gas minimum span |
24 |
ALways 1 %LEL or ppm |
25 |
gas_damping_value |
26 |
We don't have damping value |
27 |
gas sensor serial number |
28 |
This is controller serial number |
29 |
7d |
30 |
Pres Lower trim |
31 |
Pres Upper trim |
32 |
Pres Trim support |
33 |
Pres Min lower trim |
34 |
Pres Max lower trim |
35 |
Pres Min upper trim |
36 |
Pres Max upper trim |
37 |
Pres Min trim diff |
38 |
Ml2 Controller |
39 |
Ml2 Controller only with MiniIR or Solid State |
40 |
Snsr temp unit |
41 |
Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature. |
42 |
Temp Class |
43 |
Temp PDQ |
44 |
|
45 |
Temp LS |
46 |
Temp Dev Stat |
47 |
Temp USL |
48 |
Temp LSL |
49 |
Temp min span |
50 |
Temp snsr s/n |
51 |
Secondary Variable - Temperature Compensation |
52 |
Zero & Span |
53 |
Device Status |
54 |
History |
55 |
Max Temperatures |
56 |
Min Temperatures |
57 |
Calibration Log |
58 |
Sensor trim points |
59 |
IR Combustible |
60 |
Solid State Toxic |
61 |
Catalytic Bead Sensor |
62 |
Smart Sensor Electrochemical |
63 |
Gas Type and Range |
64 |
Support USL (Range) |
65 |
Support Gas Type |
66 |
Temperature sensor |
67 |
Zero only |
68 |
Analog Output |
69 |
This will show the sensor and controller status |
70 |
Z&Span Calibration |
71 |
This will start a zero and span calibration |
72 |
Zero Calibration |
73 |
Next Log |
74 |
Previous Log |
75 |
Most Recent |
76 |
This will let user see the most recent calibration event log |
77 |
Reset Max Min Temperature |
78 |
This operation will reset both maximum and minimum temperature to the current temperature |
79 |
GasValue |
80 |
Gas Tracking |
81 |
CurrentLoopValue |
82 |
Current Loop Tracking |
83 |
Current Loop Value |
84 |
Gas Chart |
85 |
Current Gas Type |
86 |
This is the current gas the sensor has been calibrated for |
87 |
Sensor Gas 1 |
88 |
This is the gas the sensor support, the sensor support 8 type of gas |
89 |
Sensor Gas 2 |
90 |
Sensor Gas 3 |
91 |
Sensor Gas 4 |
92 |
Sensor Gas 5 |
93 |
Sensor Gas 6 |
94 |
Sensor Gas 7 |
95 |
Sensor Gas 8 |
96 |
Sensor Gas 9 |
97 |
Sensor Gas 10 |
98 |
Sensor Gas 11 |
99 |
Sensor Gas 12 |
100 |
Sensor Gas 13 |
101 |
Sensor Gas 14 |
102 |
Sensor Gas 15 |
103 |
Sensor Gas 16 |
104 |
Select New Gas |
105 |
Sensor supporrt up to 8 gas type |
106 |
Calibraton Gas Value |
107 |
This is the gas value used for calibration |
108 |
Sensor Temperature |
109 |
Temperature of sensor element housing in Kelvin |
110 |
DegC |
111 |
Max Temperature |
112 |
Sensor Max Temperature |
113 |
Min Temperature |
114 |
Sensor Min Temperature |
115 |
Max Temperature Since Reset |
116 |
Sensor Max Temperature Since Reset |
117 |
Min Temperature Since Reset |
118 |
Sensor Min Temperature Since Reset |
119 |
Sensor Installed Time |
120 |
Estimated elapsed time since installation in days |
121 |
Days |
122 |
Sensor Remain Time |
123 |
Estimated remaining life of sensor in days |
124 |
Sensor Class |
125 |
Sensor Class: 10 for Mini-IR, 8 for SS-H2S |
126 |
ST Series |
127 |
Electrochemical ppb |
128 |
Electrochemical Oxygen |
129 |
Electrochemical |
130 |
MyDeviceID |
131 |
This is the Device ID for ML2 Basic, after change this number, host need re-connect to device |
132 |
Custom K Factor |
133 |
This is the Custom K Factor For Catalytic Bead Sensor only |
134 |
Callbration Date |
135 |
This is the date a calibration be start |
136 |
Calibration Time |
137 |
This is the time a calibration be start |
138 |
Cal Event Type |
139 |
This is the calibration type and result |
140 |
No Cal Event |
141 |
Zeroing Succeed |
142 |
Z&Zpan Cal Succeed |
143 |
Zeroing Fail |
144 |
Span Cal Fail |
145 |
Calibration Event Type |
146 |
No Calibration Event |
147 |
Z & Zpan Succeed |
148 |
Z & Span Fail |
149 |
Reset Date |
150 |
This is the date Max and Min Temperature be reset |
151 |
Reset Time |
152 |
This is the time Max and Min Temperature be reset |
153 |
%LEL, ppm, ppb or %Vol |
154 |
Support USL(Range) 1 |
155 |
This is the range sensor support |
156 |
Support USL(Range)2 |
157 |
Support USL(Range)3 |
158 |
Support USL(Range)4 |
159 |
Support USL(Range)5 |
160 |
K Factor for Catalytic Bead Sensor Only |
161 |
8u |
162 |
8.3f |
163 |
.3f |
164 |
Output Status |
165 |
Output Status Byte |
166 |
Uninitialized |
167 |
Normal - one sensor |
168 |
Normal - two sensors |
169 |
Normal - three sensors |
170 |
Shorted |
171 |
Shorted- shorted field wiring. |
172 |
Limited high |
173 |
Limited high- block can not respond to upward movement of value. |
174 |
Open |
175 |
Open- open field wiring. |
176 |
Limited low |
177 |
Limited low- block can not respond to upward movement of target. |
178 |
Initialization done |
179 |
Initialization done- block initialization is complete. |
180 |
Not selected |
181 |
Not selected- target value provided by block was not selected. |
182 |
No path |
183 |
No path- there is no path to the process. |
184 |
Fail |
185 |
Fail- hardware failure. |
186 |
Bad |
187 |
Bad- block is out of service or has bad input. |
188 |
Not from process |
189 |
Not from process- value is not directly affected by any process information. |
190 |
Local override |
191 |
Local override- block has LO mode. |
192 |
Not Cascade Mode |
193 |
Not RCas Mode |
194 |
Not ROut Mode |
195 |
No communication |
196 |
No communication- (NO_COM). |
197 |
uint16_var_blk_char |
198 |
uint32_var_blk_char |
199 |
uint8_var_blk_char |
200 |
int8_var_blk_char |
201 |
new itest redef1 label |