Contact Platform Support
Help CenterHIMA K9202B (996920261) Energy-Saving Cabinet Fan Module – Reliable Cooling for Safety Control Cabinets
Related Products
-
HIMA F2102 – Smart Safety Module for High-Integrity Shutdown and InterlocksUS$ 2216.00MOQ: 1 Blade -
HIMA F3113 Output Module – Safety Digital Outputs for Reliable Machine and Process ControlUS$ 2216.00MOQ: 1 Blade
-
HIMA F3221 Refurbished Input Module – Cost‑Effective Safety I/O for HIMA SystemsUS$ 2216.00MOQ: 1 Blade
-
HIMA F3222 Digital Input Module – Reliable 24 VDC Safety-Critical Signal AcquisitionUS$ 2216.00MOQ: 1 Blade
-
HIMA F3 AIO 8 01 (F3AIO8401) – Safety‑related Analog I/O Module for HIQuad/F3 SystemsUS$ 2216.00MOQ: 1 Blade
Warranty: 365 days
Delivery time: 1 week if in stock; no more than 1 month at the latest
Payment: 50% advance payment; full payment before delivery
Express options: FedEx, UPS, DHL
Energy-efficient airflow – Optimized fan curves deliver the required cooling with reduced power draw, which typically cuts cabinet energy losses.
24 VDC control-cabinet friendly – Runs on the standard 24 VDC cabinet supply, simplifying integration with existing safety systems.
Alarm relay for monitoring – A dry contact (fan OK/fault) lets you track fan status in the PLC or DCS, reducing unplanned downtime.
Low-noise operation – Designed for continuous duty next to sensitive I/O, keeping acoustic noise and vibration in check.
Service-friendly layout – Filter mat and fan access are typically straightforward, so maintenance crews can swap parts fast.
Stable cooling for safety electronics – Helps keep HIMA CPUs, communication modules, and power supplies within their ideal temperature band.
| Brand / Model | HIMA K9202B (Order No. 996920261) |
| HS Code | 8414.59 (Industrial fans, other) |
| Power Requirements | 24 VDC nominal (control-cabinet supply) |
| Operating Temperature | Typically -20 °C to +55 °C (application dependent) |
| Signal Input/Output Types | Dry contact alarm (fan OK/fault); optional thermostat/temperature sensor input depending on cabinet setup |
| Communication Interfaces | None; alarm via relay contact |
| Dimensions & Weight | Compact panel module; weight approx. 1–1.5 kg (varies with kit) |
| Installation Method | Panel-mount on cabinet door/sidewall with screw fixings; 24 VDC terminal wiring; connect alarm relay to PLC/DCS as needed |
You’ll typically see the K9202B applied in safety-related and general automation cabinets where heat buildup shortens electronics life. It pairs well with HIMA safety PLCs but also supports mixed-vendor panels.
Oil & gas process skids, burner management, and ESD cabinets
Chemical and pharmaceutical batching lines with high I/O density
Power generation turbine and balance-of-plant control rooms
Rail, water/wastewater, and utility substations where ambient heat fluctuates
Any enclosure running 24/7 where stable airflow protects CPUs, I/O, and power supplies
Reliability – Continuous-duty fans and an alarm relay help you detect degradation before failure. In many cases, this prevents nuisance trips.
Compatibility – 24 VDC supply and simple wiring make it cabinet-agnostic; it slots into safety, process, or MCC auxiliary panels with minimal change.
Lower lifecycle cost – Better thermal control typically extends the service life of PLCs, relays, and PSUs, cutting replacement frequency.
Supportable spares strategy – Standardized consumables like filter mats and fans keep maintenance predictable.
Environment – Mount in a sealed control cabinet with adequate intake/exhaust path. Avoid corrosive gases and conductive dust. Maintain top/bottom clearance for airflow.
Wiring – Feed from a protected 24 VDC source (proper fusing). Land the alarm relay on a spare DI for status. Ensure cabinet grounding is intact to minimize EMI.
Safety – Isolate 24 VDC, wait for fan stop, and follow lockout/tagout before servicing. Verify rotation and airflow direction upon commissioning.
Routine maintenance – Inspect filter mats monthly in dusty areas; replace when visibly restricted. Clean grills and check fan bearings quarterly. If a thermostat is used, validate setpoints during scheduled PMs.
A maintenance lead at a gas processing site told us the alarm contact “paid for itself” by flagging a slowing fan before a summer heat wave—no shutdown, no scramble.
Quality & CertificationsCE compliance (LVD/EMC) for industrial environments
RoHS-conform construction
UL/cUL component recognition typically available for fan assemblies used in control cabinets
Manufacturer’s standard quality system aligned with ISO practices
If you need a check against your cabinet’s heat load or want to confirm alarm wiring details for HIMA PLC inputs, share your panel layout and we’ll map the connections and airflow direction so commissioning goes smoothly.
Send Inquiry to This Supplier
You May Also Like
-
HIMA F3224 Input Module – Precise 24 VDC Signal Acquisition for HIQuad Safety SystemsUS$ 2216.00MOQ: 1 Blade
-
HIMA F3 DIO 8/8 01 (F3DIO8801) – Compact 8DI/8DO 24 VDC Module for HIQuad/HIQuad X Safety SystemsUS$ 2216.00MOQ: 1 Blade
-
HIMA F6215 – High‑Precision 8‑Channel Analog Input Module for Safety‑Critical MonitoringUS$ 2216.00MOQ: 1 Blade
-
HIMA F6216 – Precision Analog Input Module for Safety Control SystemsUS$ 2216.00MOQ: 1 Blade
-
HIMA F7130A F7130 Power Supply Module – Stable Backplane Power for Safety Controller RacksUS$ 2216.00MOQ: 1 Blade
-
HIMA F8620/11 High‑Efficiency Central Processing Unit for Safety ControllersUS$ 2216.00MOQ: 1 Blade
-
HIMA F8650A Advanced Safety Control Module – Robust Logic for High‑integrity Protection LayersUS$ 2216.00MOQ: 1 Blade
-
HIMA F8628X 984862865: Your Reliable Safety System Communication BackboneUS$ 3300.00MOQ: 1 Blade
-
HIMA Z7116/3236/C5 Premium LED Cable Plug: Instant Visual Diagnostics for Critical Control SystemsUS$ 1300.00MOQ: 1 Blade
-
HIMA F3105 Smart Safety Controller: Your Last Line of Defense in Critical ProcessesUS$ 1300.00MOQ: 1 Blade
