DeLOCK sensor/actuator cable 80524 2 m RST M12 Black

The DeLOCK sensor/actuator cable 80524 is a 2 m M12 cable with RST coding designed for direct current applications. The L-coded connector provides four power contacts that support a rated current of 12 A at 63 V, enabling reliable transmission of higher currents at low voltage. The cable is suitable for powering fieldbus components, power supplies, industrial machines and motors where robust power connections are required.

Advantages

The M12 L-coded connector ensures secure and standardized connections in industrial environments. With four power contacts and a rated current of 12 A at 63 V, this cable supports dependable power delivery for devices requiring higher currents. The 2 m length gives flexibility in equipment layout and installation while the RST type maintains compatibility with existing sensor and actuator ports.

Suitable for

• Powering fieldbus modules
• Supplying industrial power units and power supplies
• Connecting industrial machines and motors
• Sensor and actuator connections in DC systems

Key specifications

• Manufacturer: DELOCK
• Model / MPN: 80524
• EAN: 4043619805242
• Connector: M12, L-coded, RST type
• Cable length: 2 m
• Power contacts: 4
• Rated current: 12 A
• Rated voltage: 63 V

How to use

Connect the M12 L-coded plug to the corresponding L-coded socket on the device or distribution block, ensuring correct alignment of the RST coding. Use the cable to route DC power from a power supply or power distribution terminal to the target fieldbus component, motor or sensor. Verify that the connected device's current and voltage requirements do not exceed the cable's rated 12 A and 63 V limits before operation.

Recommendations

Do not exceed the rated current of 12 A and the rated voltage of 63 V. Route the cable to avoid sharp bends and mechanical strain; secure connections and check for proper contact alignment before applying power. For installation in harsh environments consult applicable industrial guidelines and shielding or protection requirements.