Artesyn iHP - Gnd; Housekeeping Bias; DSUB9 Port; Figure 4-11 Dsub9 Port Pinout

To Next Page

To Previous Page

iHP Manual 60 | P a g e

iHP Owners Manual

4.2.2.3.3 GND

The GND is used as the common ground for RS485 or CAN communication. The GND signal is internally

connected to DSUB9 pin 2 5V Housekeeping Bias Return.

4.2.2.3.4 5V Housekeeping Bias

Supply Bias for CAN and RS485 communication and is internally connected to DSUB9 pin 1 5V Housekeeping

Bias.

4.2.2.4 LAN RESET BUTTON

Button to reset the Ethernet setting to STATIC with IP address 192.168.2.100

4.2.2.5 LAN STATUS LED

For future expansion

4.2.2.6 DSUB9 Port

Figure 4-11 shows the DSUB9 signals and pin locations and Figure 4-13 lists the signals and their functions.

Figure 4-11 Dsub9 Port pinout

Main Page

Table of Contents3
General Description11
Operational Overview11
Overview11
Specification Summary12
- Table 1-114
- Table 1-214
- Table 1-314
- Table 1-414
- Table 3-214
- Table 4-114
- Table 4-214
- Table 4-314
- Table 4-414
- Electrical Specifications15
- Environmental15
- Table 1-516
- Table 1-617
- Figure 1-1 External Dimensions of Ihp System18
- Front and Rear Panel18
- Mechanical Outline18
- Figure 1-2 Front Panel of Ihp System19
- Figure 1-3 Rear Panel of Ihp System19
- Installation20
Figure 2-1 Package Contents of Typical Ihp System20
Inspection of Packaging and IHP System20
Package Contents20
Installation Requirements21
- Location Requirements21
- Lifting Provision22
- Mounting22
Figure 2-2 Lifting Hole Location for the Power System22
Inserting Modules22
- Figure 2-3 Module Insertion into System23
- Figure 2-4 Blank Panel Covering for Rear of System24
- AC Input Wiring25
- Figure 2-5 Rear Panel Showing AC Wiring and Ground Terminal26
- DC Output Wiring27
- Figure 2-6 AC Terminals and Ferrule Diagram27
- Figure 2-7 DC Output Wiring Diagram27
- Parallel Module Connection28
- Remote Sense Wiring28
- Current Share Signal Wiring29
- Figure 2-8 Output Modules in Parallel with Busbars29
- Series Modules Connection29
- Figure 2-9 Output Modules in Series and Parallel30
- Output Blocking Diode and Antiparallel Diode Recommendation30
- Figure 2-10 Blocking Diode for Use When Connecting Modules in Parallel31
- Figure 2-11 Antiparallel Diode for Use When Connecting Modules in Series32
- Table 2-132
- Table 2-232
- Table 2-332
- Table 2-432
- Table 2-532
- Table 4-1032
- Table 4-1632
- Table 4-532
- Table 4-632
- Digital Communication33
- Figure 3-1 12Kw and 24Kw ISOCOMM Section33
Input and Output Wiring24
- Figure 3-2 24Kw Ihp Rack Internal Communication Architecture34
- Figure 3-3 12Kw Ihp Rack Internal Communication Architecture35
- Ihp Address35
- Internal Device Address Inside Ihp36
Ihp Digital Communication Identifier34
Ihp Commands36
Table 3-136
Ethernet Communication37
Interval between User Commands37
Figure 3-4 Ihp System Connected Directly to the PC (Static IP)38
Figure 3-5 IHP System Connected Using a Router or Switch39
Figure 3-6 Multiple Ihp Systems Connected to PC Via a Router or Switch40
Figure 3-7 Terminating Resistors Required for RS485 Interface41
RS485 Communication41
CAN Communication42
- Figure 3-8 Terminating Resistors Are Required for CAN Interface42
- Operation44
Ihp System Power-Up44
- Initial Power-Up44
- Figure 4-1 AC Input Connections and AC Input Rating Label Location44
- Ihp Module Default Settings45
- Figure 4-2 Front Panel Power LED45
- ISOCOMM Default Settings47
Module and Rack Hardware Signals47
- Module Interface Signals48
  - Module's J1 Signal48
  - Module's J2 Signal54
- Ihp Rack Communications and Interfaces59
Figure 4-13 Possible Circuits Configuration for DCOK Functionality65
Module Operating Mode65
Digital Control66
- Digital Voltage Source (DVS)66
  - Table 4-1767
  - DVS Protection Modes68
- Digital Current Source (DCS)70
  - DCS Protection Modes71
- Module Grouping for Series or Parallel Connection Digital Operation72
Analog Control76
- Analog Voltage Source (AVS)76
  - AVS Protection Modes78
- Analog Current Source (ACS)79
  - Table 4-2080
  - ACS Protection Modes81
- Module Grouping for Series or Parallel Connection Analog Operation81
- Configuration85
ISOCOMM User Configurable Parameters85
- Home Section88
- Network Section90
- Rack Section92
- Module Section95
  - Module Synchronized off96
  - Module Group97
- Firmware Section97
- Maintenance Section102
Ihp Module User Configurable Parameters103
- Module Command 01H: MODULE_OPERATION104
- Module Command 48H: OV_FAULT_LIMIT_MULTIPLIER104
- Module Command 4Bh: UV_FAULT_LIMIT_MULTIPLIER104
- Table 4-13104
- Module Command 4Dh: OC_FAULT_LIMIT_MULTIPLIER105
- Module Command 52H: OC_RESPONSE_TYPE105
- Module Command B7H: SET_IO_ACTIVE_LEVEL_LOGIC106
- Module Command B1H: VREF106
- Module Group108
Group Device Address108
Group Initialization at Start up109
Group Write Command109
Module Within a Group Read/Write Command109
Accepted Group Commands Using Group Device Address110
Accepted Group Commands Using ISOCOMM Device Address110
Group Status and Reporting110
- Multi-Rack Operation113
During Turn-On114
Broadcast Command on Multi Rack Operation115
- Faults and Output Recovery117
During Turn-Off115
From Fault to Fault Clear115
From Module Standby Activated to Module Standby De-Activated115
Module Fault117
- Module Clear Fault and Output Recovery118
- PFC Fault119
- PFC Clear Fault and Output Recovery121
- ISOCOMM Fault122
- ISOCOMM Clear Fault and Output Recovery123
  - Accepted Ihp Configuration125
- Module Stand-Alone Configuration125
- Parallel Configuration126
- Series Configuration127
  - Troubleshooting130
Appendix A - LED132
Appendix B -COMMAND133
- PFC Command133
- MODULE Command137
- ISOCOMM Command163
- Data Format: Linear173
- Table 4-7173
- Data Format: Direct175
Appendix C - MODULE REGISTER MFR_REG (FAE and VAR Only)177
Appendix D - FAE and VAR Only190

Artesyn iHP - Gnd; Housekeeping Bias; DSUB9 Port; Figure 4-11 Dsub9 Port Pinout

Table of Contents