CS-IC22 SS WP Safety Input/Output Module
- Original manufacturer
- Consilium / Salwico
- Name
- CS-IC22 SS WP Safety Input/Output Module
- Model
- CS-IC22 SS WP
- Part number
- 5210067-00A
Supply availability and delivery time require confirmation. A catalog reference does not imply stock.
Specifications
| Manufacturer approvals / certifications | Not provided by manufacturer |
|---|---|
| Ingress Protection | IP66 |
| Cable Gland | M20 for cable ø 6–13mm |
| Enclosure Material | Stainless steel AISI 304 |
| Gasket Material | Polyurethane and silicone |
| Weight | 1.685 kg ± 5% |
| Operating Voltage | 22–38 VDC |
| Sub-loop Current Limit | 5 mA |
| Relay Output Rating (30 Vdc) | 30 VDC, max 1 A |
| Relay Output Rating (110 Vdc) | 110 VDC, max 0.3 A, resistive load |
| Ce Conformity | EN 54-17, EN 54-18 |
| Approvals | EN 50155, EN 45545-2 |
| Current Certificate Validity | Not provided by manufacturer |
| Safety Architecture Type | Type B |
| Hft | 0 |
| Sff | 92 % |
| Pfdavg | 3.24 × 10-4 |
| Pfdavg Calculation Basis | MTTR 8 h and proof test interval 1 year |
| Safe I/o And Safe Relay | Two configurable Safe I/O and two Safe Relay contact outputs |
| Sub-loop Shield Condition | Terminate a shielded sub-loop cable at one end only; a shield terminated in the I/O unit requires a shielded loop line. |
| External Earth Condition | Connect the enclosure external earth connection to earth; see the Installation & Commissioning manual. |
| Source Datasheet | Data sheet no. 5210067-00A_CS-IC22 SS WP_Marine_EN_1.0 |
| Specification Change Notice | The specifications described herein are subject to change without notice. |
| Operating Current (normal Condition) | 0.1 mA ± 5% |
| Operating Current (alarm Condition, Led Activated) | 3 mA ± 5% |
| Switch-on Extended Operating Temperature (st1) | +15 °C during 10 min |
| Body Width | 150 mm |
| Body Height | 150 mm |
| Body Depth | 80 mm |
| Overall Width | 200 mm |
| Overall Height | 196 mm |
| Mount Width | 175 mm |
| Mount Height | 106 mm |
| External Earth Connection Thread | M6 |
| Product Illustration — G010977 | G010977 product illustration; source page 1; source SHA 8596d424e9eac44c90d9bcb68247e4755c256de9fe3de3501f328023dc541843; source bbox [112.429, 73.24, 309.067, 258.36]. The complete native illustration is retained in the source appendix; this is not a fragment-level numeric interpretation. |
| Location Of Dip Switches And Terminals — Figure 1 (g011267) | Figure 1. Location of DIP switches and terminals on the PCB; source page 3; source SHA 8596d424e9eac44c90d9bcb68247e4755c256de9fe3de3501f328023dc541843; source bbox [303.638, 105.908, 510.236, 386.885]. The whole location context is preserved: ADDRESS and FUNCTION labels, S101, S102, J101, J102, J103, SHIELD, and the G011267 source figure. Address switch S101 is an 8-pole loop-address switch. Function switch S102 is a 4-pole factory-set switch, not used for current operation modes; do not change it. |
| Connection Example — Figure 2 (j101/j102/j103) | Figure 2. Terminals J101, J102 and J103; source page 5; source SHA 8596d424e9eac44c90d9bcb68247e4755c256de9fe3de3501f328023dc541843; source bbox [95.039, 105.973, 499.598, 361.699]. Loop IN 1+ / 2- Loop/SCI; Loop OUT 3+ / 4- Loop/SCI; Sub-loop 1 5+ / 6- with 1.5 kΩ and 3.3 kΩ examples; Sub-loop 2 7+ / 8- with 1.5 kΩ and 3.3 kΩ examples; Relay 1 11 C / 12 NC / 14 NO; Relay 2 21 C / 22 NC / 24 NO. External connection shown in normal not active state. Shielded sub-loop cable is terminated at one end only; if the shield is terminated in the I/O unit, the loop line must be shielded. |
| Connection Example — Figure 3 (lhd) | Figure 3. Linear Heat Detection (LHD) cable; source page 5; source SHA 8596d424e9eac44c90d9bcb68247e4755c256de9fe3de3501f328023dc541843; source bbox [95.039, 373.707, 499.598, 627.960]. Loop IN 1+ / 2- Loop/SCI; Loop OUT 3+ / 4- Loop/SCI; Sub-loop 1 5+ / 6- with 1.5 kΩ and 3.3 kΩ examples; Sub-loop 2 7+ / 8- with LHD and 1.5 kΩ + 1.5 kΩ examples; Relay 1 11 C / 12 NC / 14 NO; Relay 2 21 C / 22 NC / 24 NO. External connection shown in normal not active state. Shielded sub-loop cable is terminated at one end only; if the shield is terminated in the I/O unit, the loop line must be shielded. |
| Installation Caution | Do not use electrical screwdriver. Maximum torque 2 Nm. |
| Address Switch Configuration (s101) | 8-pole S101 loop-address DIP switch; 1–150 valid addresses; binary values 1/2/4/8/16/32/64/128; use a pointed tool of suitable size. |
| Sub-loop Remote Current Limit | 5 mA |
| Loop Communication | IDAxt protocol |
| Temperature Classes | EN 50155:2017 |
| Loop Cable Requirement | See the Installation & Commissioning manual |
| Production Mark | 2531/yyyy; yyyy = year of production |
| Technical Data (technical-data) — Row 1 — Source Column 1 | Operating voltage 22–38 VDC |
| Technical Data (technical-data) — Row 2 — Source Column 1 | Operating current: |
| Technical Data (technical-data) — Row 3 — Source Column 1 | - Normal condition 0.1 mA ± 5% |
| Technical Data (technical-data) — Row 4 — Source Column 1 | - Alarm condition with 3 mA ± 5% LED activated |
| Technical Data (technical-data) — Row 5 — Source Column 1 | Sub-Loop (Remote Current limited: 5 mA indication, supervised dry-contact reading) |
| Technical Data (technical-data) — Row 6 — Source Column 1 | Loop communication IDAxt protocol |
| Technical Data (technical-data) — Row 7 — Source Column 1 | Relay output 30 VDC, max 1 A 110 VDC, max 0.3 A resestive load |
| Technical Data (technical-data) — Row 8 — Source Column 1 | Operating -40 °C to +70 °C temperature |
| Technical Data (technical-data) — Row 9 — Source Column 1 | Switch-on extended +15 °C during 10 min operating temperature (ST1) |
| Technical Data (technical-data) — Row 10 — Source Column 1 | Temperature classes EN 50155:2017 according to |
| Technical Data (technical-data) — Row 11 — Source Column 1 | Storage temperature -50 °C to +70 °C |
| Technical Data (technical-data) — Row 12 — Source Column 1 | Relative humidity ≤ 95 % RH non-condensing |
| Technical Data (technical-data) — Row 13 — Source Column 1 | Addressing method DIP switch |
| Technical Data (technical-data) — Row 14 — Source Column 1 | Ingress protection IP66 |
| Technical Data (technical-data) — Row 15 — Source Column 1 | Cable gland M20 for cable ø 6–13mm Material: Nickel plated brass |
| Technical Data (technical-data) — Row 16 — Source Column 1 | Cable terminals 2.5 mm2 |
| Technical Data (technical-data) — Row 17 — Source Column 1 | Material Enclosure: Stainless steel AISI 304 Gasket: Polyurethane and Silicone |
| Technical Data (technical-data) — Row 18 — Source Column 1 | Weight 1.685 kg ± 5% |
| Technical Data (technical-data) — Row 19 — Source Column 1 | Colour Polished surface |
| Technical Data (technical-data) — Row 20 — Source Column 1 | Loop cable See the Installation & requirement Commissioning manual |
| Technical Data (technical-data) — Row 21 — Source Column 1 | CE Conformity EN 54-17, EN 54-18 Approvals EN 50155, EN 45545-2 |
| Technical Data (technical-data) — Row 22 — Source Column 1 | Certified according to 2531/yyyy yyyy = year of production |
| Functional Safety Data (functional-safety-data) — Row 1 — Source Column 1 | Type B |
| Functional Safety Data (functional-safety-data) — Row 2 — Source Column 1 | HFT 0 |
| Functional Safety Data (functional-safety-data) — Row 3 — Source Column 1 | SFF 92 % |
| Functional Safety Data (functional-safety-data) — Row 4 — Source Column 1 | PFDavg 3.24 × 10-4 |
| Functional Safety Data (functional-safety-data) — Row 5 — Source Column 1 | PFDavg is calculated for MTTR 8 h and proof test interval 1 year. Suitable for use in SIL 1 and SIL 2 environments. |
| Built-in Short-circuit Data (short-circuit-data) — Row 1 — Source Column 1 | Ic max (Maximum Continuous 500 mA current) |
| Built-in Short-circuit Data (short-circuit-data) — Row 2 — Source Column 1 | current) Is max (Maximum Switching 800 mA current) |
| Built-in Short-circuit Data (short-circuit-data) — Row 3 — Source Column 1 | Current when short circuited < 1 mA (IL max) |
| Built-in Short-circuit Data (short-circuit-data) — Row 4 — Source Column 1 | Open to Close voltage 22 ± 2 VDC |
| Built-in Short-circuit Data (short-circuit-data) — Row 5 — Source Column 1 | Open to Close, maximum load ≈1.2 kΩ expressed in ohms on the non- energized side |
| Built-in Short-circuit Data (short-circuit-data) — Row 6 — Source Column 1 | Close to Open voltage 14 ± 2 VDC |
| Terminal Connections (terminal-connections) — Row 1 — Source Column 1 | 1 + Loop |
| Terminal Connections (terminal-connections) — Row 1 — Source Column 2 | 1 + Loop |
| Terminal Connections (terminal-connections) — Row 2 — Source Column 1 | 2 - Loop/SCI |
| Terminal Connections (terminal-connections) — Row 2 — Source Column 2 | 2 - Loop/SCI |
| Terminal Connections (terminal-connections) — Row 3 — Source Column 1 | 3 + Loop |
| Terminal Connections (terminal-connections) — Row 3 — Source Column 2 | 3 + Loop |
| Terminal Connections (terminal-connections) — Row 4 — Source Column 1 | 4 - Loop/SCI |
| Terminal Connections (terminal-connections) — Row 4 — Source Column 2 | 4 - Loop/SCI |
| Terminal Connections (terminal-connections) — Row 5 — Source Column 1 | 5 + Sub-loop 1, High |
| Terminal Connections (terminal-connections) — Row 5 — Source Column 2 | 5 + Sub-loop 1, High |
| Terminal Connections (terminal-connections) — Row 6 — Source Column 1 | 6 - Sub-loop 1, Low |
| Terminal Connections (terminal-connections) — Row 6 — Source Column 2 | 6 - Sub-loop 1, Low |
| Terminal Connections (terminal-connections) — Row 7 — Source Column 1 | 7 + Sub-loop 2, High |
| Terminal Connections (terminal-connections) — Row 7 — Source Column 2 | 7 + Sub-loop 2, High |
| Terminal Connections (terminal-connections) — Row 8 — Source Column 1 | 8 - Sub-loop 2, Low |
| Terminal Connections (terminal-connections) — Row 8 — Source Column 2 | 8 - Sub-loop 2, Low |
| Terminal Connections (terminal-connections) — Row 9 — Source Column 1 | 11 C |
| Terminal Connections (terminal-connections) — Row 10 — Source Column 1 | 12 NC |
| Terminal Connections (terminal-connections) — Row 10 — Source Column 2 | Relay output 1 |
| Terminal Connections (terminal-connections) — Row 11 — Source Column 1 | 14 NO |
| Terminal Connections (terminal-connections) — Row 11 — Source Column 2 | Relay output 1 |
| Terminal Connections (terminal-connections) — Row 12 — Source Column 1 | 21 C |
| Terminal Connections (terminal-connections) — Row 13 — Source Column 1 | 22 NC |
| Terminal Connections (terminal-connections) — Row 13 — Source Column 2 | Relay output 2 |
| Terminal Connections (terminal-connections) — Row 14 — Source Column 1 | 24 NO |
| Terminal Connections (terminal-connections) — Row 14 — Source Column 2 | Relay output 2 |
| Safe I/o Configurations (safe-io-configurations) — Row 1 — I/o Type | Input |
| Safe I/o Configurations (safe-io-configurations) — Row 1 — Condition | General |
| Safe I/o Configurations (safe-io-configurations) — Row 1 — Active Level | H/L |
| Safe I/o Configurations (safe-io-configurations) — Row 1 — Monitored | X |
| Safe I/o Configurations (safe-io-configurations) — Row 1 — Additional Condition | X |
| Safe I/o Configurations (safe-io-configurations) — Row 2 — Condition | Alive signal NA X |
| Safe I/o Configurations (safe-io-configurations) — Row 2 — Active Level | Alive signal NA X |
| Safe I/o Configurations (safe-io-configurations) — Row 2 — Monitored | Alive signal NA X |
| Safe I/o Configurations (safe-io-configurations) — Row 2 — Additional Condition | Alive signal NA X |
| Safe I/o Configurations (safe-io-configurations) — Row 3 — I/o Type | Output |
| Safe I/o Configurations (safe-io-configurations) — Row 3 — Condition | Remote Indication (RIL) |
| Safe I/o Configurations (safe-io-configurations) — Row 3 — Active Level | NA |
| Safe Relay Configurations (safe-relay-configurations) — Row 1 — Output | Output |
| Safe Relay Configurations (safe-relay-configurations) — Row 1 — Condition | Disable-ment |
| Safe Relay Configurations (safe-relay-configurations) — Row 1 — Active Level | H |
| Safe Relay Configurations (safe-relay-configurations) — Row 2 — Output | Output |
| Safe Relay Configurations (safe-relay-configurations) — Row 2 — Condition | General |
| Safe Relay Configurations (safe-relay-configurations) — Row 2 — Active Level | H/L |
| Safe Relay Configurations (safe-relay-configurations) — Row 2 — Additional Condition | X |
| System Association | CFD5000 |
Compatibility
Manufacturer-listed system references
- System association
- CFD5000
Check the original document for configuration, installation conditions and restrictions.
Accessories
- Not provided by manufacturer
Original documents & sources
Source pages
Original manufacturer data retained. Product enquiry and technical sourcing by MAXONE Marine. Last reviewed: 2026-10-25T17:58:43.047396+00:00.