C-GI ADDR Ex H Intrinsically Safe Loop Isolator
- Original manufacturer
- Consilium / Salwico
- Name
- C-GI ADDR Ex H Intrinsically Safe Loop Isolator
- Model
- C-GI ADDR Ex H
- Part number
- 5600963-00
Supply availability and delivery time require confirmation. A catalog reference does not imply stock.
Specifications
| Manufacturer approvals / certifications | Not provided by manufacturer |
|---|---|
| Load-limit Applicability | Full limits apply if the external circuit has no combined lumped Li and Ci above 1% of the listed limits; OR L/C is distributed as cable; OR only lumped L or only lumped C is combined with cable. |
| Printed Ex Marking / Ambient | II (1) G;[Ex ia Ga] IIC;-40 °C ≤ Ta ≤ +60 °C. This marking range is separate from the Data operating range -25 °C to +60 °C; no Zone rating inferred. |
| Loop Supply / Working Voltage | Loop-powered from fire alarm panel, no separate supply. 27–38 V DC; nominal 36 V DC. Voltages are DC unless specified otherwise. |
| Other Combined-lumped Circuits | In other situations with combined lumped inductance/capacitance, up to 50% of each listed L and C value is allowed. |
| Loop / Is Output Terminals | Loop IN:11(+),12(-); Loop OUT:13(+),14(-); IS line output:41(+),42(-). Preserve the original safe-area/IS-side drawing. |
| Printed Certificate References | IMQ 19 ATEX 051; IECEx IMQ 19.0011; IEC 60079-0 and IEC 60079-11. Source references, not a claim of current validity. |
| Is Communication Capacitance | To avoid communication-signal loss, capacitance on the intrinsically safe side must not exceed 300 nF. |
| Max Is Output Voltage Uo | 28 V |
| Max Is Output Power Po | 649.8 mW |
| Data Ambient Temperature | -25 °C to +60 °C |
| Internal Ci / Li | Maximum Ci 5.14 nF; Li negligible. |
| Ambient Humidity | ≤95% RH, non-condensing |
| Weight | 100 g ±5% |
| M-edition Compatible Systems | CS3000; CS4000; NSAC-1; Salwico Cargo; Salwico Cruise; Salwico LNG; Salwico Offshore; Salwico Ro/Pax; Salwico Workboat; Salwico Yacht; Salwico Navy; OEM Extinguish |
| Installation Location | Non-hazardous (safe) area; interface to Salwico IS addressable detectors/manual call points and IS line units. |
| Group Iib Connected-load Limits | Capacitance 640 nF; inductance 17 mH OR L/R ratio 199 µH/Ω. The separate 300 nF communication condition still applies. |
| Is / Non-is Conductor Separation | Minimum 50 mm separation; conductors between cable entrance and terminals must be as short as possible and must not cross sides. |
| Original Module Dimensions | 99 mm overall height;111 mm side length;22.6 mm front width. Original subdimensions:93.1 mm vertical and107 mm horizontal. |
| Loop Capacity | Maximum 5 isolators per addressable detector loop; up to 20 IS line units per isolator. |
| Manufacturer Article Number | 5600963-00 |
| Max Is Output Current Io | 92.8 mA |
| Group Iic Connected-load Limits | Capacitance 77 nF; inductance 4.3 mH OR L/R ratio 55 µH/Ω. |
| Material / Colour | Polyamide (PA); Black RAL 9005 / Grey RAL 7042. |
| Cable Terminals | Maximum 2.5 mm² conductor |
| Ingress Protection | IP20 |
Compatibility
- M-edition scope: CS3000, CS4000, NSAC-1, Salwico Cargo, Salwico Cruise, Salwico LNG, Salwico Offshore, Salwico Ro/Pax, Salwico Workboat, Salwico Yacht, Salwico Navy, OEM Extinguish. I0 systems remain separate.
Accessories
- Use compatible Salwico IS addressable detectors/manual call points; comply with IS/non-IS conductor separation and source-specific load conditions.
Original documents & sources
- Original M-edition manufacturer datasheet (PDF)
- Separate I0-edition manufacturer reference; application scope not merged
Source pages
- https://www.consiliumsafety.com/content/uploads/products/en/5600963-00/5600963-00_C-GI%20ADDR%20Ex%20H_M_EN_2024_C.pdf
- https://www.consiliumsafety.com/content/uploads/products/en/5600963-00/5600963-00_C-GI%20ADDR%20Ex%20H_M_EN_2024_C.pdf
- https://www.consiliumsafety.com/content/uploads/products/en/5600963-00/5600963-00_C-GI%20ADDR%20Ex%20H_M_EN_2024_C.pdf
Original manufacturer data retained. Product enquiry and technical sourcing by MAXONE Marine. Last reviewed: 2026-10-23T08:18:57.623989+00:00.

