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12-22
IM MV1000-01E
Temperature Measurement When Using an RTD (Example for the MV1012)
Decade resistance box
The resistances of the three lead wires should be equal.
b
B
A
Input terminal
Screw terminal
Clamp terminal
CH1
CH2
CH3
CH4
CH5
CH6
CH7
CH8
CH9CH11
CH10CH12
+/A
/b
–/B
CH5 CH3 CH1
CH6 CH4 CH2
CH9 CH7
CH10
CH11
CH12
CH8
/b
+/A
–/B
–
Temperature Measurement When Using a Thermocouple (Example for the
MV1012)
Thermocouple wires or
TC extension wires
Thermocouple
wires
Copper
wires
Copper wires
DC voltage standard
–
+
+
–
(0°C standard temperature device
ZC-114/ZA-10 by Coper Electronics)
Input terminal
Screw terminal
Clamp terminal
CH1
CH2
CH3
CH4
CH5
CH6
CH7
CH8
CH9CH11
CH10CH12
+/A
/b
–/B
CH5 CH3 CH1
CH6 CH4 CH2
CH9 CH7
CH10
CH11
CH12
CH8
/b
+/A
–/B
RJC of TC Input
As the measurement terminal of the MV is generally at room temperature, the actual
output of the thermocouple is different from the values given on the thermoelectromotive
force table based on 0°C. The MV performs compensation by measuring the temperature
at the input terminal and adding the corresponding thermoelectromotive force to the
actual output of the thermocouple. Therefore, when the measurement terminal is shorted
(equivalent to the case when the detector tip is 0°C), the measured value indicates the
temperature of the input terminal.
When calibrating the MV, this compensation voltage (thermoelectromotive force of 0°C
reference corresponding to the input terminal temperature) must be subtracted from the
output of the standard generator before application. As shown in the figure, by using the
0°C standard temperature device to compensate the reference junction at 0°C, you can
input the thermoelectromotive force of 0°C reference from the DC voltage standard and
perform the calibration.
12.4 Calibrating the MV
- MV1000/MV2000 1
- • Paper Manuals 2
- • DAQSTANDARD Manuals 2
- Trademarks 3
- Revisions 3
- MV’s Version and Functions 4
- How to Use This Manual 5
- Procedural Explanations 6
- Contents 7
- 1.1 System Overview 10
- Mode Transition Diagram 11
- 1.2 Input 12
- ( ) 14
- 1.3 Alarms 15
- Alarm display 16
- Alarm Output Relay Operation 16
- Internal Switch 17
- 1.4 Display 18
- Status Display Section 19
- Trend Display (T-Y) 20
- • Zone Display 22
- Auto Zone ( 22
- • Partial Expansion 22
- • Alarm Display 22
- Digital Display 23
- Bar Graph Display 24
- Historical Trend 25
- • Auto Span 26
- • Top Channel 26
- Overview 27
- Alarm Summary 28
- Message Summary 29
- Memory Summary 30
- • Displayed Data Type 31
- • Display Modes 31
- Status Display 32
- Log Display 32
- Other Useful Functions 34
- 1.5 Data Storage Functions 35
- Internal Memory 36
- • Types of Recorded Data 37
- • Internal Memory 37
- Event Data Pre-trigger 38
- Report Data 39
- File File File 40
- • Operation 41
- Save Destination 41
- • File Names 42
- Other Types of Saveable Data 43
- 1.6 Batch Function 44
- 1.7 Event Action Function 45
- • Match Time Timer 46
- • List of Actions 46
- 1.8 Security Functions 49
- Login Function 50
- /PM1 options) 51
- Feature Overview 52
- ResetReset Reset 54
- Report Function 55
- For TLOG, CLOG, and reports 56
- FAIL Output 57
- Device Status Output 58
- 1.11 Other Functions 59
- 2.1 Where and How to Install 61
- Installation 62
- • Installing on a panel 63
- WAR WARNING 64
- Wiring Precautions 64
- Wiring Procedure 65
- Input Terminal Arrangement 65
- Screw Terminal Wiring 67
- Clamp Terminal Wiring 67
- 2.3 Optional Terminal Wiring 68
- Optional Terminal Arrangement 69
- /F1 /R1 /A1 /PM1 /A2 /PM1 71
- /A1 /F1 /PM1 /PM1 /F1 /PM1 71
- WARNING 75
- ALARM CHARGE 78
- Integration Time 81
- Compensation 82
- 3.3 Setting the Input Range 83
- • Range > Type 84
- • Range > Range 84
- • Range > Unit 85
- • Range > Ref. CH 85
- • Range > Low-cut 85
- • Range > Low-cut value 85
- • Alarms for Each Channel 91
- • Alarm Delay 91
- • Alarms > Relay 93
- • Alarms > No 93
- • Alarms > Detect 93
- 3.8 Releasing Alarm Output 94
- • On All Other Channels 96
- • Example 1: Pulse Sum 98
- Calculation Expression 98
- Channel 98
- Channel 101: Reset Count 99
- Channel 102: Pulse Sum 99
- Scaled Measurement Channels 100
- • Data Type 101
- • Measurement Channels 101
- MV1000 101
- MV2000 101
- • Memory > Data Kind 102
- • Memory sample > On/Off 102
- IM MV1000-01E 103
- • Auto save 104
- Settings 105
- Setting Description 106
- 4.3 Using the Batch Function 107
- Procedure 109
- Measured Data 110
- Explanation 112
- 4.7 Managing Stored Files 116
- External Storage Media 118
- 4.10 Using USB Flash Memory 121
- Saving and Loading Data 122
- Operations Using Other Keys 124
- FUNC Key Operations 125
- Pausing the Display 126
- Menu Customization 126
- • AUTO SCROLL 130
- HISTORY) 131
- • TOP CHANNEL 136
- (OVERVIEW) 137
- • Relay Status Display 140
- • Modbus Status Display 140
- • Selecting a Bar 143
- 5.7 Using the Alarm Summary 144
- 5.9 Using the Memory Summary 146
- • Error Log 150
- • Communication Log 150
- • FTP Log 150
- • Web Log 150
- • E-mail Log 151
- • SNTP Log 151
- • DHCP Log 152
- • Modbus Status Log 152
- Select EXPAND 154
- 6.1 Setting a Display Group 155
- • Trip line 156
- • 1, 2, 3, and 4 156
- • Position 156
- • Color 156
- • Width 156
- 6.4 Writing a Message 161
- 6.6 Using Display Zones 166
- Scale display position 169
- Waveform Line Width, and Grid 176
- • Trend > Grid 177
- • Second interval 177
- • Display Direction 178
- • Bar graph > Division 181
- • Switching the Display 186
- Selection Menu 188
- Display Configuration 191
- 7.2 Setting Timers 194
- • Disabling Keys 200
- MV (login function) 203
- • User Privileges 204
- The function menu appears 208
- Setting the Date and Time 209
- Other Time Settings 210
- Point Type 212
- 9.3 Viewing MV Information 213
- 9.5 Initializing the MV 215
- (/F1 option) 216
- • Connecting a Keyboard 217
- • Removing the Keyboard 217
- Operating from a Keyboard 218
- • Expressions and Alarms 221
- Computation 222
- Type Alarm Values 224
- 10.2 Writing Expressions 226
- Basic Arithmetic 227
- Power and Other Operations 227
- Relational Computation 227
- Logical Computation 228
- TLOG Computation 229
- CLOG Computation 230
- Special Computation: 231
- Conditional Expression 231
- • Color 232
- • Partially Expanded Display 233
- 10.5 Generating Reports 237
- • Configuring the Input 240
- • Input Range and Alarm 240
- • Alarm delay > Time 242
- • Channel Display Color 243
- 12.1 List of Messages 246
- • Execution Errors 249
- Operation Errors 250
- Communication Errors 257
- • Other Communication Errors 258
- Status Messages 259
- Warning Messages 261
- System Errors 261
- 12.2 Troubleshooting 262
- 12.3 Periodic Inspection 265
- 12.4 Calibrating the MV 266
- RJC of TC Input 267
- 13.1 Signal Input and Alarm 269
- 13.2 Display Functions 271
- Other Displayed Information 272
- Specifications 273
- 13.3 Storage Function 274
- Event Action Function 276
- Security Functions 276
- Time Related Functions 276
- Communication Functions 277
- Batch Function 277
- USB Interface 277
- 13.5 Options 278
- Extended Input (/N3) 280
- Remote Control (/R1) 280
- 13.6 General Specifications 282
- Isolation 284
- Compliant Standards 284
- Standard Performance 285
- Miscellaneous 287
- 13.7 External Dimensions 288
- With vertical stand attached 289
- Appendix 1 Data File Size 293
- Size of a File 294
- CF Card Recording Length 295
- Function (/R1 Option) 296
- • Display and Settings 297
- To set the Event Action 297
- <Other Settings> 297
- Operation) 298
- Appendix 3 Text File Formats 299
- Event Data 301
- Manually Sampled Data 302
- File Output Example 303
- Report File 304
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