DeLOCK 80542 anturi-/toimilaitekaapeli 1 m RST M12 harmaa

The DeLOCK 80542 is a 1 m sensor/actuator cable with RST wiring and M12 connectors, intended for direct current applications in industrial environments. The L-coded connector provides five power contacts rated at 16 A and 63 V, allowing reliable transmission of higher currents at low voltage. The cable is suitable for supplying power to fieldbus components, power supply units, industrial machines and motors where robust power and communication connections are required.

Advantages

The M12 L-coded design ensures secure mating and correct orientation for power connections. Five power contacts support higher current delivery while maintaining compact connector size. The 1 m length offers flexibility for typical machine and cabinet installations, and the standardized M12 interface simplifies integration with existing industrial devices and fieldbus systems.

Suitable for

• Supplying power to fieldbus components
• Connecting power supply units to actuators and sensors
• Powering industrial machines and motors requiring low-voltage high-current feed
• Cable connections in control cabinets and machinery

Key specifications

• Product name: DeLOCK 80542 sensor/actuator cable
• Length: 1 m
• Connector type: M12 → M12
• Wiring: RST (L-coded)
• Power contacts: 5
• Rated current: 16 A
• Rated voltage: 63 V
• Color: Grey
• Brand: DELOCK
• MPN: 80542
• EAN: 4043619805426

How to use

Connect one M12 L-coded end to the power source or device output and the other M12 end to the receiving device, ensuring correct alignment of the L-coded key to prevent mismating. Tighten the threaded coupling to secure the connection and maintain IP-tightness if applicable. Verify that the system voltage does not exceed 63 V and that the current draw does not surpass 16 A per contact when planning the installation.

Recommendations

For safe and reliable operation, use the cable only within its rated voltage and current limits, avoid routing near high-temperature surfaces or sharp edges, and inspect connectors for damage before installation. Follow site-specific grounding and routing practices when integrating into industrial control systems.