Omega Vehicle Security OMB-NETSCAN 1500 User Manual Page 130
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7-12 NetScan User’s Manual
CSN14/TC/P
Thermocouple and Low Volts Card with Subminiature Plugs
The CSN14/TC/P card contains 16 differential input channels, each of which may be configured as any
thermocouple type or as a milli-volt input. Temperature values may be returned in units of °C, °F, °K, °R, or mV.
This signal conditioning card contains “subminiature plug type” connectors. There are no user configuration switches
or jumpers on the CSN14/TC/P card.
Number of Channels:
•
16 differential; programmable by channel for specific thermocouple type or voltage.
Input Types:
•
J, K, T, E, R, S, B, N; and ±10V, ±5V, ±1V, ±100mV
Input Connector:
•
Subminiature-plug
Temperature Range, Accuracy, and Resolution
1
•
Type J:
-100
°
to +760
°
C
-200
°
to -100
°
C
±
0.5
°
C
± 0.8°C
0.10
°
C
0.20°C
•
Type K:
-100
°
to +1372
°
C
-200°C to -100°C
±
0.6
°
C
± 0.8°C
0.10
°
C
0.20°C
•
Type T:
-100
°
to +400
°
C
-200
°
to -100
°
C
±
0.5
°
C
± 0.8°C
0.15
°
C
0.25°C
•
Type E:
-100
°
to +1000
°
C
-200°C to -100°C
±
0.7
°
C
±
0.9
°
C
0.10
°
C
0.20°C
•
Type R:
0.0
°
to +1780
°
C
±
2.0
°
C
0.40
°
C
•
Type S:
0.0
°
to +1780
°
C
±
2.0
°
C0.40
°
C
•
Type B:
+350
°
to +1820
°
C
±
2.0
°
C
0.50
°
C
•
Type N:
-100
°
to +1300
°
C
-200° to -100°C
±
0.6
°
C
± 0.9°C
0.15
°
C
0.20°C
Temperature Units:
•
°
C,
°
F,
°
K,
°
R, mV and volts.
Fault Detection:
•
Open T/C may be detected by a software query.
Cold Junction Sensors:
•
One for every 4 input channels.
Input Impedance and Input Bias Current:
•
1M Ohm typical; and 20 nA maximum
Maximum Common Mode Voltage
4
:
•
200 VAC, or 200 VDC peak
Maximum Normal Mode Voltage:
•
10 VDC or 10VAC peak
Common Mode Rejection:
•
100 dB typical
Maximum Allowable Input:
•
±
25V rms
Channel-to-Power Ground
Isolation:
•
± 200V peak
Channel-to-Channel Isolation:
•
±
200V peak.
Temperature Coefficient:
•
< (0.1 x rated accuracy)%/°C
- OMB-NETSCAN 1
- OMEGAnet 2
- On-Line Service 2
- Internet e-mail 2
- How To Use This Manual 3
- Table of Contents 4
- 6 Calibration 5
- 7 Hardware Setup 5
- Inspect Your System 7
- Check and Install Hardware 8
- Setup for Ethernet Operation 10
- NetScan and TCP/IP Addressing 14
- Protocol 14
- IP Address 14
- Sub-net Mask 14
- Gateway Address 14
- Configuration 15
- Connect Channel Signal Inputs 16
- DB50 Pin Descriptions 17
- Overview 19
- ChartViewNET, Basic Concepts 19
- Chartvw.cvw 20
- ChartViewNET Quick Start 21
- 1. Select Interface Device 24
- 2. Configure Chart Setup 25
- ChartView Toolbar Reference 27
- 4. Configure Acquisition 28
- 5. Review Configuration 29
- 8. Start Charts 30
- A Note In Closing 30
- General Description 31
- Operational Aspects 32
- Software and Hardware 33
- NetScan Specifications 33
- Channels 34
- Triggers 35
- Data Storage & Format 35
- Calibration 37
- Three Ways of Using ChartView 40
- 1) Waiting for Trigger 41
- Main Window 42
- Channel Information Region 44
- Status Indicator Region 45
- Main Window Toolbar 46
- Adding Channel 2 to Chart 1 48
- Adding a Chart to Group 1 51
- PostView post-acq data viewer 53
- Arm Acquisition 53
- Disarm 53
- Main Window Pull-Down Menus 54
- File Menu Note 55
- Link to Excel… 59
- Upload Data 59
- Acquisition 59
- Stop Upload 59
- Setup IEEE 488 61
- RS-232/422 61
- … Status 62
- Instrument Error 64
- Instrument 64
- Realtime Clock 64
- Bar Graph Meters 66
- Analog Meters 67
- Digital Meters 68
- Meter Toolbars 69
- Meter Pull-Down Menus 69
- Meters Configuration Menu 70
- Configuring a Meter 70
- Setup Window 71
- Acquisition Setup Dialog Box 74
- Acquisition Setup 76
- Data Destination Dialog Box 77
- Chart Setup Wizard 79
- PostView 83
- Introduction 84
- Starting PostView 85
- PostView Toolbar Items 86
- Menu Items 88
- Automatic Display Creation 90
- Display Configuration 91
- Editing a Display 92
- PostView 5-11 93
- Manually Creating a Display 94
- PostView Timebase 97
- Calibration 6 99
- &$87,21 100
- Hardware Protected RAM 100
- ScanCal Software Application 101
- Using ScanCal 102
- Interface Parameters 102
- Calibration Without ScanCal 103
- Calibration of Main Unit 104
- Gain Calibration of Main Unit 106
- Offset Calibration of Cards 108
- Cold Junction Calibration 115
- Hardware 7 119
- Rear Panel 120
- Power Aspects 121
- Memory Configuration 122
- Serial Port Pin Connectors 126
- (RS-232) 127
- (RS-422) 127
- Digital I/O Lines 128
- External TTL BNC Connectors 129
- Signal Conditioning Cards 129
- CSN14/TC/P 130
- CSN14/LV/ (T, B, & S) 132
- CSN14/HV/S 133
- CSN/Relay Card 134
- CSN/Relay Card Specifications 135
- 7-18 NetScan User’s Manual 136
- Automatic Channel Assignment 137
- Appendices 139
- A-ii NetScan User’s Manual 140
- API Commands 141
- Command Syntax 142
- Command Interpretation 143
- Command Summary 146
- Command Reference 150
- - Trigger On Command 151
- - Power-On Reset 154
- - Power-Up Settings 154
- - Time Stamping 155
- - Assign Alarm Output 156
- - Alarm Stamping 157
- - Configure Channels 158
- - Select Card 160
- - Set Relay Make Time 161
- - End Calibration Mode 161
- - Error Status Query 162
- - Set Data Format 163
- - Calibrate Channel Gain 166
- - Set Scan Interval 168
- - Digital Input Stamping 169
- - Enter Calibration Mode 171
- - Set Trigger Level 172
- - Set Measuring Mode 173
- - Set Event Mask 174
- - Set Digital Outputs 175
- - Program Trigger Times 176
- - Query 177
- - Set Query Terminator 178
- - Query Card Data 180
- - Read Buffered Data 181
- - Read Last Readings 182
- - Set Real Time Clock 182
- - User Status 185
- - Set User Terminator 189
- - Set Average Weight 189
- - Execute 190
- API Command Reference 192
- Appendix A 192
- A-52 NetScan User’s Manual 192
- Ethernet API Reference 193
- Appendix C 197
- Contents 197
- Memory Allocation 198
- Measuring Modes 199
- Normal Mode 200
- Configuration Requirements 202
- Channel Configuration 203
- Scan Configuration 205
- Acquisition Configuration 206
- Pre-Trigger State 207
- C-12 NetScan User’s Manual 208
- Trigger and Stop Events 209
- C-14 NetScan User’s Manual 210
- Time Stamping ( 211
- Alarm Stamping ( 211
- Digital Input Stamping ( 212
- With Digital Input Stamping: 213
- Also see Digital Input ( 213
- ) command in Appendix A 213
- Trigger Block Organization 214
- NetScan User’s Manual C-19 215
- Multiple Trigger Blocks 216
- NetScan User’s Manual C-21 217
- C-22 NetScan User’s Manual 218
- NetScan User’s Manual C-23 219
- C-24 NetScan User’s Manual 220
- Configuring Alarms 222
- Set Point Hysteresis 223
- Digital I/O Operation 224
- Appendix D 225
- HLL Register Contents 226
- Accessing HLL Registers 226
- Example 1: 227
- Example 2: 227
- Example 3: 228
- Example 4: 228
- Example 5: 228
- Data Format 229
- Data Output Formats 230
- Engineering Units Data Format 230
- Binary Data Format 232
- Counts Data Format 232
- Configuring Power-Up State 233
- Query (?) Commands 234
- U Status Commands 234
- Theory of Operation 236
- NetScan User’s Manual D-13 237
- Event Status Register 238
- Event Status Enable Register 238
- Status Byte Register 239
- Trigger Latency 241
- Trigger Overrun 241
- Buffer Overrun 241
- Real Time Clock 242
- NetScan Program Examples 243
- Appendix E 244
- E-2 NetScan User’s Manual 244
- ASCII Code Summary 245
- ASCII Code Details 247
- Appendix F 248
- F-4 NetScan User’s Manual 248
- NetScan Error Messages 249
- Appendix G 250
- G-2 NetScan User’s Manual 250
- Abbreviations 251
- Appendix H 252
- H-2 NetScan User’s Manual 252
- NetScan User’s Manual 254
- WARRANTY/DISCLAIMER 255
- RETURN REQUESTS/INQUIRIES 255
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