The HIMA F7133 operates as a safety-related I/O module, serving as a critical interface between field devices and HIMA’s safety controllers, such as the HIMax and HIMatrix platforms. Its role in the automation stack is to process and transmit digital input signals with deterministic timing, ensuring that safety functions—like emergency shutdowns or process interlocks—receive accurate data without latency. The module connects seamlessly to HIMA’s proprietary backplane system, enabling modular integration that simplifies both initial setup and future expansions.
Model Number F7133
Brand HIMA
Type Safety-Related Digital Input Module
Input Voltage 24 V DC
Operating Temp Range -25°C to +70°C
Mounting Style Backplane Mount
Dimensions 120 mm x 80 mm x 30 mm
Weight 150 g
Interface/Bus HIMA Safety Bus
Compliance IEC 61508 (SIL 3), CE, RoHS
Supported Protocols HIMA Safety Protocol
Typical Power Draw 1.2 W
The HIMA F7133 operates as a safety-related I/O module, serving as a critical interface between field devices and HIMA’s safety controllers, such as the HIMax and HIMatrix platforms. Its role in the automation stack is to process and transmit digital input signals with deterministic timing, ensuring that safety functions—like emergency shutdowns or process interlocks—receive accurate data without latency. The module connects seamlessly to HIMA’s proprietary backplane system, enabling modular integration that simplifies both initial setup and future expansions.
F7133
What sets the HIMA F7133 apart is its built-in diagnostic capabilities: it continuously monitors signal integrity and module health, providing real-time alerts through the controller interface to prevent silent failures. It supports redundancy configurations, a must in safety-critical environments, and communicates via HIMA’s safety bus protocol, ensuring that data transmission meets IEC 61508 SIL 3 requirements. By acting as a trusted translator between field sensors and safety logic solvers, the HIMA F7133 becomes the backbone of reliable signal management in industrial automation.
F7133
Technical specifications:
Model Number F7133
Brand HIMA
Type Safety-Related Digital Input Module
Input Voltage 24 V DC
Operating Temp Range -25°C to +70°C
Mounting Style Backplane Mount
Dimensions 120 mm x 80 mm x 30 mm
Weight 150 g
Interface/Bus HIMA Safety Bus
Compliance IEC 61508 (SIL 3), CE, RoHS
Supported Protocols HIMA Safety Protocol
Typical Power Draw 1.2 W
Choosing the HIMA F7133 means investing in a module that doesn’t just meet safety standards but elevates them. Its design prioritizes long-term performance in harsh industrial environments, where temperature fluctuations, vibration, and electrical noise are common. The module’s robust construction ensures that signal integrity remains consistent over years of operation, reducing the need for unplanned maintenance and minimizing the risk of safety system drift. For engineers, this translates to lower engineering overhead: the HIMA F7133 integrates seamlessly with existing HIMA safety controllers, eliminating the need for complex workarounds or custom programming.
Perhaps most importantly, the HIMA F7133 enhances system uptime by providing detailed diagnostic data that allows maintenance teams to address potential issues before they escalate. Its ability to operate in SIL 3 environments means it can be trusted in applications where safety is mission-critical, giving operators and plant managers peace of mind that safety functions will activate precisely when needed.
F7133
Application areas:
The HIMA F7133 finds its place in industries where safety and reliability are non-negotiable. In chemical processing plants, it’s used to monitor critical valves and pressure sensors, ensuring that shutdown signals are transmitted instantly and accurately to prevent hazardous releases. In power generation facilities, particularly in turbine control systems, the module processes input signals from temperature and vibration sensors, supporting continuous uptime by enabling rapid response to abnormal conditions.
Another key application is in oil and gas refineries, where it integrates with emergency shutdown systems (ESDs) to monitor pipeline pressure and flow rates. In these environments, the HIMA F7133’s ability to operate in extreme temperatures and resist electrical interference makes it indispensable, ensuring that safety functions remain reliable even in the harshest conditions. Its role in these settings directly contributes to critical system uptime and compliance with industry safety regulations.
F7133
Related products:
HIMA F7132 – Digital output module for safety-related actuation, pairs with F7133 for complete signal loop.
HIMA F7143 – Higher channel count version (16 inputs) for larger safety systems.
HIMA F7233 – Analog input module, ideal for integrating pressure or temperature transducers with F7133.
HIMA F7131 – Legacy digital input module, upgrade path to F7133 for improved diagnostics.
HIMA F7153 – Safety relay module, works with F7133 to extend control to high-power devices.
HIMA F7134 – Explosion-proof certified version for hazardous area installations.
HIMA F7333 – Redundancy module, ensures failover capability when paired with HIMA F7133.
Installation and maintenance:
Before installing the HIMA F7133, verify that the target backplane is compatible with HIMA safety controllers (HIMax or HIMatrix) and that firmware on the controller is up to date—this ensures seamless communication from the start. Check that there’s adequate cooling space around the module, as operating temperatures above 70 ° C can affect performance. Inspect the backplane connectors for debris or corrosion, as poor connections can lead to signal errors.
For ongoing maintenance, review the module’s LED status indicators weekly: a steady green light confirms normal operation, while a red light indicates a fault that requires attention. Conduct a comprehensive inspection once a year, including testing the response time of input signals and verifying whether diagnostic functions are functioning properly. avoid using harsh cleaning agents on the module’s housing, as this can damage compliance labels or internal components. With proper care, the HIMA F7133 will maintain its performance specifications for the life of the system.