I-Gard IPC DSP OHMNI - Outline Dimensions of DSP Modules

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DSP-OHMNI Instruction Manual I-GARD

Physical Weight 1.5kg

Dimension See Fig. 17(next)

I-Gard reserves the right to change speciﬁcations of its products without notice.

15 OUTLINE DIMENSIONS

Figure 15.1 shows typical Dimensional details of the Polymeric enclosures used for the modules.

All have the same cross-section dimensions but with different widths W as shown.

58.00mm

Figure 15.1 DIN Rail Mounted Modules

Module W

DSP-DFM 35mm (1.377 in.)

DSP-DSM 70mm (2.755 in.)

DSP-DPS 155mm (6.102 in.)

DSP-CAS 70mm (2.755in.)

DSP-CA 70mm (2.755in.)

Main Page

Default Chapter3
- Table of Contents3
Table of Contents5
Introduction5
Application6
Tables7
Installation7
- Table 3.1 System Module Requirements7
- Table 3.2 Standard Ribbon Cables7
Wiring8
- Figure 4.1A Typical One-Line Installation - Unit Substation9
- Figure 4.1C Power Supply DSP-DPS Wiring9
- Table of Figures9
- Figure 4.2 Preferred Feeder Module DSP-DFM Wiring10
- Figure 4.3 Alternative Sensor Wiring10
- Figure 4.4 Typical 4-Wire Communications Connection11
Display12
- Figure 4.5 Alternative Two-Wire Connection for RS-48512
- Figure 5.1 Home Screen12
- Figure 5.2 Alarm Screen12
Setup13
- Figure 6.1 Communications Set-Up13
- Figure 6.2 Communications Set-Up13
- Figure 6.3 Grounding Resistor Set-Up14
- Figure 6.4 Feeder Module Set-Up14
- Figure 6.5 I/D Check Indication15
- Figure 6.6 Feeder Module Set-Up16
- Figure 6.7 A) Feeder Module Successful B) Set-Up Not Successful16
- Figure 6.8 A) DSP-DM Allows Further Feeder Module Set-Up B) if Previous Set-Up Had Not Been Successful16
- Figure 6.9 Pulse Set-Up Request17
- Figure 6.10 Pulse Mode Set-Up17
- Figure 6.11 Typical Examples of Pulse Circuit Connection18
- Table 6.1 Pulsing Frequency Selection19
- Figure 6.12 Alarm Relay Setup19
- Figure 6.13 Alarm Relay Options19
Operation20
- Figure 6.14 Save Screen20
- Figure 6.15 Self-Test Prompt20
- Figure 7.1 Normal Home Screen20
- Figure 7.2 System Leakage Current L21
- Figure 7.3 Feeder Current I21
- Figure 7.4 Trip Defeated21
Alarm Indications22
- Figure 7.5 Pulse Control22
- Figure 7.6 New Home Screen Indicates Pulsing on22
- Figure 8.1 Alarm Screen23
Self-Test24
- Figure 8.2 Bus Fault24
- Figure 9.1 System-Test Prompt24
- Figure 9.2 Prompt for Feeder Test24
Events25
- Figure 9.3 Feeder Module Test25
- Figure 9.4 Test Result25
- Figure 10.1 Event Notification25
- Figure 10.2 Momentary Feeder Fault Example25
Maintenance and Testing26
Service27
Communications27
- Table 13.1 MODBUS RTU Standard 8 Byte Holding Register Read Function (03)28
- Table 13.2 Returned Information Structure for Holding Register Request28
- Table 13.3 Request to Write to Set a Bit on a Register (Modbus Force Coil)28
- Table 13.4 Returned Information from Dsp Following a Force Bit Request29
- Table 13.5 Feeder Module Ground Current Addresses30
- Table 13.6 Feeder Module Status Addresses31
- Table 13.7 Feeder Module Priority Addresses32
Specifi Cations33
- Table 13.8 System Function Registers33
Outline Dimensions35
- Figure 15.1 DIN Rail Mounted Modules35
- Figure 15.2 DSP-DM Display Module with Cut-Out Detail36
- Figure 15.3 DSP-DPS Power Supply Connections37
- Figure 15.4 DSP-DSM System Module Connection37
- Figure 15.5 DSP-DFM Feeder Module Connection37
Additional Information38
- Figure 15.6 DSP-DM Display Module Connections38
Instruction Manuals Ibc39

I-Gard IPC DSP OHMNI - Outline Dimensions of DSP Modules

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