Features:
- 24 digital inputs and eight analog inputs
- Eight safety-related digital outputs
- Four Ethernet ports and two 100 kHz counters
F35 030 11 places mixed signal acquisition and safety output control in a single compact station.
Local line supervision and event recording help maintenance teams trace field-circuit changes before disturbing the controller hardware.
Selection depends on the required channel mix, safeethernet layout, reaction time, and the SILworX project already approved for the installation.
The HIMA F35 030 11 HIMatrix F35 Safety Controller is available for quotation, official documentation, and configuration support from Apter Power.
HIMA F35 030 11 HIMatrix F35 Safety Controller Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Mixed channels in the compact controller
- Digital inputs: F35 030 11 provides 24 digital input points for safety contacts, switches, and monitored field states.
- Analog inputs: Eight analog channels allow the compact controller to acquire continuous process measurements without a separate analog rack.
- Safety outputs: Eight digital outputs deliver the commanded safe-state actions defined in the SILworX application.
- Fast counting: Two 100 kHz counter inputs support pulse and frequency-related functions that cannot be handled as ordinary digital signals.
- Line supervision: Documented line-monitoring functions help distinguish wiring faults from a normal field-state change.
Four-port safety network
- Ethernet switch: Four integrated 100Base-TX ports let F35 030 11 connect multiple HIMatrix network segments without an external switch at the controller.
- SafeEthernet: Safety-related data is exchanged with approved HIMA stations through the SafeEthernet protocol.
- Modbus TCP: Standard Modbus TCP communication can expose selected non-safety data to compatible supervisory equipment.
- OPC integration: Supported OPC services provide an additional route for process values, alarms, and engineering information.
- Topology control: Addressing, cycle time, permitted traffic, and physical path separation are validated as part of the safety project.
Channel and communication diagnostics
- Input supervision: The controller reports configured input and line conditions so a wiring problem can be separated from a process demand.
- Output feedback: Output diagnostics reveal channel faults that could prevent the commanded de-energized or energized response.
- Network state: Ethernet and SafeEthernet status information helps identify link, addressing, and peer-communication problems.
- Event review: Time-related diagnostic records support reconstruction of an operating sequence before the module is reset or replaced.
- Proof-test boundary: Built-in indications guide troubleshooting but do not replace the proof tests defined for the safety instrumented function.
Projects using F35 030 11
- Emergency shutdown: Compact ESD stations use the mixed local I/O for shutdown initiators, permissives, and final-element commands.
- Burner protection: Burner and boiler packages can combine flame-related inputs, sequencing signals, and trip outputs in one controller.
- Machine safeguarding: Machine projects use the fast counters and safety channels for interlocks, speed-related checks, and emergency stops.
- Process packages: Skids and distributed process units use F35 030 11 where analog measurement and safety logic must remain close to the equipment.