Motorola ACE3600 RTU - DC Floating Plug-In Power Supply Module Detailed Specifications

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I/O Modules

5-12

24V DC Floating Plug-In Power Supply Module Detailed

Specifications

Input Voltage 10.8-16 V (from I/O module)

Outputs 24V floating, max. 150 mA

Power Consumption Refer to Appendix D: ACE3600 Maximum Power Ratings.

Efficiency 75% typical

Protection Automatic output shut down on overvoltage and overcurrent

Insulation Input to output: 1500 V AC

Dimensions 78 mm W x 15 mm H x 68 mm D (3.1" W x 0.6" H x 2.7" D)

Weight

Approx. 0.04Kg (0.09 Lb)

Specifications subject to change without notice.

Main Page

Default Chapter3
- Table of Contents3
Glossary8
Description11
- Product Overview11
- General Description11
- Type12
- Ace3600 Rtu Construction13
- Rtu Components17
- Model Options and Accessories19
- Product Safety and Rf Exposure20
Installation21
- General21
- Mounting the Ace3600 Frame on a Wall22
- Installing the Ace3600 in a 19" Rack24
- Installing the ACE3600 in a 19" Rack (for Rtus Ordered before October 2010)26
- R Ack ( for Rtu S O Rdered before O Ctober 2010)26
- Mounting the Ace3600 8 I/O Frame on a Wall29
- Mounting the ACE3600 8 I/O Frame on a Wall (for Rtus Ordered before October 2010)31
- Mounting the Ace3600 Nema 4 Housing on a Wall32
- Connecting Power and Ground34
- Connecting I/O Modules to Ground40
- Connecting an Rtu to Ground41
- Connecting the Radio42
- Opening/Closing the Housing Door42
- Installing Accessory Box Interfaces43
- 19" Frame Metal Back Installation Combinations44
Power Supply Module and Backup Battery47
- General Description/Module Overview47
- Redundant Power Supply55
- Battery Charger55
- D Iagnostics55
- Connecting the Power Supply to a Power Source57
- Harts58
- Backup Battery61
Cpu Module65
- General Description65
- Front Panel66
- Cpu with Security69
- Redundant Cpu69
- Cpu Firmware and Operation Modes69
- Cpu Status and Diagnostics71
- Connecting Plug-In Ports to the CPU Module71
- Connecting Sram Expansion Memory to the Cpu Module73
- Pushbutton Functionality74
- D Iagnostics75
- CPU Leds Behavior76
- Cpu 3610*/Cpu 3640 Module Specifications79
- Cpu 3680 Module Specifications80
- S Pecifications81
I/O Modules82
- General Description82
- Inserting /Removing an I/O Module from the Rack90
- 24V DC Floating Plug-In Power Supply91
- D Iagnostics92
- DC Floating Plug-In Power Supply Module Detailed Specifications93
Digital Input Module94
- General Description94
- DI Module Configuration96
- Module Status and Diagnostics98
- I/O Circuit Diagram99
- Module Block Diagram100
- Connection Charts102
- I/O Connection Diagram103
- DI Module Specifications104
Digital Input 120/230V Module107
- General Description107
- DI Module Configuration108
- Module Status and Diagnostics109
- I/O Circuit Diagram110
- Module Block Diagram111
- Connection Charts112
- I/O Connection Diagram113
Digital Output/Digital Input Fet Module115
- General Description115
- Module Configuration116
- Module Status and Diagnostics118
- I/O Circuit Diagram119
- Module Block Diagram120
- Connection Charts122
- I/O Connection Diagram123
- Do/DI Fet Module Specifications124
Digital Output Relay Module126
- General Description126
- Module Configuration128
- Module Status and Diagnostics130
- I/O Circuit Diagram131
- Module Block Diagram133
- Connection Charts135
- Do Relay Module Specifications136
Digital Output Relay 120/230V Module137
- General Description137
- Module Configuration140
- Module Status and Diagnostics142
- D Iagram143
- Module Block Diagram144
- Connection Charts145
- Do Relay 120/230V Module Specifications146
Digital Output Sbo Relay Module147
- General Description147
- Module Configuration150
- Module Status and Diagnostics152
- I/O Circuit Diagram153
- Module Block Diagram155
- Connection Charts157
- Do Sbo Relay Module Specifications158
Analog Input Module159
- General Description159
- Ai Module Configuration161
- Module Status and Diagnostics162
- I/O Circuit Diagram165
- Module Block Diagram166
- Connection Charts168
- I/O Connection Diagram169
- Ai Module Specifications170
Analog Output Module171
- General Description171
- Ao Module Configuration173
- Module Status and Diagnostics176
- I/O Circuit Diagram177
- Module Block Diagram178
- Connection Charts179
- Ao Module Specifications181
Mixed I/O Module182
- General Description182
- Mixed I/O Module Configuration184
- Module Status and Diagnostics185
- Module Block Diagram186
- Connection Charts187
- Mixed I/O Module Specifications188
Mixed Analog Module190
- General Description190
- Mixed Analog Module Configuration191
- Module Status and Diagnostics192
- Module Block Diagram193
- Connection Charts194
- Mixed Analog Module Specifications195
I/O Expansion197
- General Description197
- I/O Expansion Frame200
- I/O Expansion Power200
- Status and Diagnostics201
Expansion Module202
- General Description202
- Front Panel203
- Module Firmware and Operation Modes204
- Module Status and Diagnostics207
- Connecting the Expansion Module208
- Setting the Frame Number209
- Pushbutton Functionality211
- Leds Behavior212
- Expansion Module Specifications217
Expansion Lan Switch218
- General Description218
- Front Panel219
- Inserting/Removing an Expansion LAN Switch from the Frame220
- Switch Status and Diagnostics220
- Connecting the Expansion Lan Switch to the Main Cpu220
- Connecting the Expansion Lan Switch to I/O Expansion Frames220
- Expansion LAN Switch Leds Behavior222
- Expansion Lan Switch Specifications223
Expansion Power Supply Module224
- General Description/Module Overview224
- Module Status and Diagnostics227
- Connecting the Expansion Power Supply to the Main Frame Power Supply227
- Connecting the Expansion Power Supply to Ground227
- Expansion Power Supply Fuses228
- Expansion Power Supply Module Detailed Specifications229
Ace Ip Gateway Module230
- General Description230
- Front Panel232
- Ace Ip Gateway Firmware and Operation Modes234
- Ace Ip Gateway Status and Diagnostics236
- Pushbutton Functionality237
- ACE IP Gateway Leds Behavior239
- Ace Ip Gateway Module Specifications241
Radio Types and Installation Kits242
- Ace3600 Radio Types242
Rs485 Connection Box259
- Nstallation259
- Rtu Port Configuration262
Configuration 3305
Audio Control and Tone (Act) Module329
- F Eatures330
- C Apabilities332
- Wiring334
- General341
Optimization342
- General343
Operation343
- Viewing the Legal Notices343
Maintenance344
- General344
Troubleshooting345
Break-Fix Procedures348
- General348
- Replacing Acpu/Gateway Module348
- Replacing a Power Supply Module349
- Replacing an I/O Module or Expansion Lan Switch350
- Inserting a New I/O Module into an Empty Slot351
- Replacing a Plug-In Port on the CPU Module351
- Replacing a Plug-In SRAM Memory Card in the CPU Module351
- Replacing the Motherboard352
- Replacing the Fuses on the Power Supply Module for Aux1/Aux2 or I/O Expansion353
- Replacing the Backup Battery on the Rtu353
- Interconnection Diagrams353
- P Ower S Upply M Odule for Aux1/Aux2 or I/O E Xpansion353
Appendix A: General Specifications356
- Specifications356
Appendix B: Environmental Protection360
- Disposal of Components360
Appendix C: Accessories, Adaptors and Cables361
- General361
Appendix D: Ace3600 Maximum Power Ratings371
- Power Rating Tables371
Appendix E: Cpu and Power Supply Redundancy376
- General376
- Redundant Cpu and Power Supply Frame376
- Redundancy Definitions376
- Redundant Cpu377
- Redundant Power Supply378
- Redundant Cpu and Power Supply Rtu Configuration378

Motorola ACE3600 RTU - DC Floating Plug-In Power Supply Module Detailed Specifications

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