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Hardware and Connection Setup
M370078-01 5-15
5
Ethernet (ENET) or GPIB Connector (Optional)
The power supply can be programmed from a remote terminal using a
General Purpose Interface Bus (GPIB interface) or Ethernet (ENET). If
you have a GPIB or ENET card, see the XG 850 Watt GPIB and Ethernet
Interface Option Operating Manual (Part number M370078-06).
The GPIB interface is an 8-bit parallel data bus having a host of bus
commands for synchronization and up to one megabyte data transfer rate.
Use standard IEEE-486, 26 AWG GPIB cable up to 3 metres length.
For connecting the power supply to ENET, use a LAN RJ-45 and RJ-45
STP, Cat 5 cross-cable 9.84 feet (3 m) in length or longer. Use a standard
RJ-45 and RJ-45 cross-cable.
Multiple Power Supply Connections to RS-485 Bus
Up to 30 units may be connected to the RS-485 bus. The first unit (master
unit) connects to the controller via any appropriate port, and the other
units (slave units) are connected with the RS-485 bus via the J6
connector. All units connected together should also have unique
multichannel addresses.
A standard straight-through RJ-45 ethernet network cable can be used to
provide the connection between the power supplies. See
Figure 5-13.
Figure 5-13
Multi Power Supply Connection to RS-485 Bus
- XG 850 Watt Series 1
- Programmable DC 1
- Power Supply 1
- Programmable DC Power 3
- About This Manual 7
- Related Information 8
- Acronyms 8
- Font Conventions 8
- Important Safety Instructions 9
- Standard Warnings 10
- Contents 11
- Local Operation 12
- - - - - - - - - - -6–4 15
- SCPI Command Reference 16
- Error Messages 16
- Specifications 17
- M370046-01 xvii 19
- M370046-01 xviii 20
- M370046-01 xix 21
- Features and Options 24
- XG 850 Watt Models 25
- Front Panel 26
- Figure 1-2 27
- Rear Panel Connectors 28
- Installation 31
- Basic Setup Procedure 32
- Initial Inspection 33
- Periodic Cleaning 33
- Step 2: Location and Mounting 34
- AC Input Connector 35
- Step 4: Selecting Load Wires 36
- Noise and Impedance Effects 37
- 2-8 M370078-01 38
- M370078-01 2-9 39
- Step 6: Connecting Loads 40
- Inductive Loads and Batteries 41
- Connecting Single Loads 42
- Connecting Multiple Loads 42
- CAUTION: Reverse polarity 44
- Table 3-1 48
- Navigating the Menu System 49
- 3-6 M370078-01 50
- Figure 3-3 52
- Front Panel Menu System 52
- Table 3-2 53
- Front Panel Display Text 53
- Standard Operation 55
- Automatic Mode Crossover 56
- Enabling the Output 59
- Enabling the Auxiliary Output 60
- Auxiliary Auto Start Mode 61
- Alarms and Errors 62
- Clearing Alarms 63
- Front Panel ALARM LED 64
- Alarm Masking 65
- Alarm Output Latching 66
- Setting Foldback Mode 67
- M370078-01 3-25 69
- Defining the OVP Set Point 70
- Defining the UVP Set Point 72
- Defining the OTP Mode 73
- Resetting in Latch Mode 73
- 3-30 M370078-01 74
- Interlock Function 76
- Hardware Malfunction Alarms 77
- User Setting Memory Locations 79
- 3-36 M370078-01 80
- Local Lockout 81
- 3-38 M370078-01 82
- Resetting the Power Supply 83
- Using Multiple Power Supplies 85
- Figure 3-5 86
- Split Supply Operation 86
- Setting up the Master Unit 89
- Setting up the Slave Units 89
- Setting Foldback Protection 90
- M370078-01 3-47 91
- Figure 3-9 92
- Programming (APG) 93
- Programming (ISOL) 93
- Remote Programming Options 95
- Auxiliary Outputs 96
- Table 4-3 98
- APG Pins and Functions J1 98
- WARNING: Shock hazard 100
- Analog Programming Mode 101
- Activating APG Voltage Mode 102
- Deactivating APG Voltage Mode 102
- Remote operation 103
- Quick Tip 103
- Activating APG Current Mode 104
- Deactivating APG Current Mode 104
- Figure 4-6 106
- Figure 4-7 106
- Voltage and Current Readback 111
- 4-20 M370078-01 112
- Table 4-4 113
- CAUTION: Equipment damage 114
- 4-24 M370078-01 116
- 4-26 M370078-01 118
- 4-28 M370078-01 120
- M370078-01 4-29 121
- M370078-01 4-31 123
- 4-34 M370078-01 126
- Remote Operation 127
- Introduction 128
- Hardware and Connection Setup 129
- DB-9 Pinout 131
- RJ-45 plug 132
- DB-25 connector on PC 132
- DB-9 connector on PC 133
- Completing the Setup 134
- M370078-01 5-9 135
- 5-10 M370078-01 136
- Verifying Installation 137
- 5-12 M370078-01 138
- M370078-01 5-13 139
- Complete the Setup 140
- M370078-01 5-15 141
- Multiple Power Supply Setup 142
- Terminal Configuration 143
- 5-18 M370078-01 144
- M370078-01 5-19 145
- Data Rate Setting (Kbps) 146
- Multichannel Address Setting 147
- Remote Interface Addressing 148
- For example: 150
- Status Reporting in SCPI 151
- Figure 5-16 152
- SCPI Status Reporting Model 152
- M370078-01 5-27 153
- Status Byte 154
- Message Available (MAV) 155
- Master Summary Status (MSS) 155
- Request Service (RQS) 155
- Query the Status Byte 156
- M370078-01 5-31 157
- Figure 5-18 158
- Table 5-10 158
- Operation Complete 159
- Wait-to-Continue Command 159
- 5-34 M370078-01 160
- OPERation Status Register 161
- Table 5-12 163
- Table 5-13 163
- Current SHare Sub-Register 164
- M370078-01 5-39 165
- Query Current Share Event 166
- Query Current Share Condition 166
- Query Shutdown Event 167
- Query Shutdown Condition 167
- Enable Shutdown Sub-Register 167
- Query Protection Event 168
- Query Protection Condition 168
- QUEStionable Status Register 169
- Figure 5-21 170
- Table 5-15 171
- VOLTage Sub-Register 172
- TEMPerature Sub-Register 172
- M370078-01 5-47 173
- 5-48 M370078-01 174
- M370078-01 5-49 175
- SCPI Error/Event Queue 176
- M370078-01 5-51 177
- Reset Command 178
- Clear All Status Registers 179
- SCPI Preset Status 180
- Command Line Help System 181
- 5-56 M370078-01 182
- M370078-01 5-57 183
- 5-58 M370078-01 184
- Example 3: 185
- Gets the response: 185
- Auto Sequence Programming 186
- Setting Dwell Time 187
- 5-62 M370078-01 188
- Important: 189
- 5-64 M370078-01 190
- 5-66 M370078-01 192
- Foldback Protection 193
- Over Temperature Protection 194
- Interlock Enable/Disable 194
- Save and Recall 195
- Set Analog Programming Level 195
- 5-70 M370078-01 196
- Calibration and 199
- Troubleshooting 199
- Programmed Value 201
- Gain Error 201
- Step 1: Gain Calibration 202
- Step 2: Offset Calibration 202
- Step 3: Recalibrate Gain 203
- Gain Calibration 204
- Offset Calibration 206
- Important:: 218
- M370078-01 6-21 219
- Restore Factory Calibration 224
- User Diagnostics 225
- Troubleshooting for Operators 226
- SCPI Command 227
- Reference 227
- SCPI Conformance Information 228
- SCPI Command Hierarchy 229
- Using SCPI Commands 230
- Using Minimum and Maximum 231
- Using Queries 231
- Terminating Characters 232
- Common Commands 232
- Parameter Types 233
- SPCI Command Tree 234
- M370078-01 A-9 235
- A-10 M370078-01 236
- M370078-01 A-11 237
- A-12 M370078-01 238
- M370078-01 A-13 239
- SCPI Command Summary 240
- Table A-1 241
- Table A-2 242
- Readback Commands 242
- Table A-3 243
- Table A-4 244
- [:]CALibration:INPut 245
- :ANALog[:VOLTage] 245
- :ANALog:CURRent 245
- Table A-7 248
- SCPI Commands for Power 248
- Table A-8 248
- SCPI Commands for Triggering 248
- Table A-9 249
- System Commands 249
- System Commands (Continued) 250
- Table A-10 252
- Status Commands 252
- Status Commands (Continued) 253
- Table A-11 260
- Protection Commands 260
- Table A-12 260
- Auto Sequence Commands 260
- Command Error List 265
- Execution Error List 266
- Device-Specific Error List 267
- Query Error List 268
- Table C-1 270
- M370078-01 C-5 273
- C-6 M370078-01 274
- Figure C-1 275
- Figure C-2 276
- Warranty 277
- Disclaimer 278
- Exclusions 279
- Return Procedure 280
- Out of Warranty Service 280
- Information About Your System 280
- , described 282
- Printed in USA 286
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