996920202 (Model K9202) is a single-channel safety relay module of the German HIMA (Black Horse) K9200 series. It is an independent safety I/O module and not a rack-mounted type. Basic Information

Material Number: 996920202

Model: K9202

Brand/Series: HIMA / K9200 series

Safety Level: SIL3 (IEC 61508), PL e (EN ISO 13849), Cat.4

Function Position: Safety Input/Output Relay Module, Independent Safety Control

Core Specifications

Operating Voltage: 24 VDC (18–30 V)

Output Contacts: Safety Normally Open Contacts (2 A / 250 VAC)

Input Channels: 1 Safety Input (Emergency Stop, Safety Door, Light Curtain, etc.)

Diagnostic Function: Cross-circuit Detection, Forced Directional Contacts, Self-Diagnosis, Short Circuit Protection

Reset Method: Manual Reset or Automatic Reset Available

Indicator Lights: Running / Fault LED Status Indicators

Installation Method: DIN Rail Installation, Screw Terminals

Protection Level: IP20

Operating Temperature: 0°C ~ +55°C

Size / Weight: 100×80×50 mm / Approximately 0.5 kg

Certifications: TÜV, CE

Key Features

Independent Safety Control: No reliance on PLC, can independently achieve emergency stop, safety door interlock, etc. safety functions.

High Safety Contacts: Forced directional contact design, ensures reliable disconnection in case of faults, complies with SIL3/Cat.4 requirements.

Comprehensive Diagnosis: Built-in self-diagnosis circuit, real-time monitoring of input/output and internal faults, quickly locates problems.

Flexible Wiring: Screw terminals facilitate on-site wiring, support standard DIN rail installation, saves cabinet space.

Redundancy Compatibility: Can be combined with other HIMA safety modules to build 1oo2 redundant safety system.

Typical Applications

Mechanical Equipment ** Emergency Stop (E-Stop) ** Safety Control

Safety Door / Safety Fence Interlock Protection

Two-handed Control, Safety Light Curtain Protection Circuit

Safety Protection for Automated Production Lines, Robot Workstations

Independent Safety Control for Small Equipment (No need for large SIS system)