DeLOCK Cavo sensore/attuatore 80548 2 m RST M12 grigio

The DeLOCK 80548 sensor/actuator cable is a 2 m M12 RST cable designed for direct current applications in industrial environments. The L-coded M12 connector has five power contacts that support a rated current of 16 A at 63 V, allowing reliable transmission of relatively high currents at low voltages. The grey cable is intended to supply power and connect field devices such as fieldbus components, power supply units, industrial machines and motors where robust power delivery is required.

Advantages

The L-coded M12 connector with five power contacts provides secure power transmission up to 16 A at 63 V. The 2 m cable length offers flexible installation options in machinery and control cabinets. The RST contact arrangement and industrial-grade construction ensure compatibility with common sensor and actuator systems and reliable operation in typical DC applications.

Suitable for

• Powering fieldbus components
• Connecting power supply units to machines
• Supplying industrial machines and motors
• Sensor and actuator interfaces in automation systems

Key specifications

• Manufacturer: DELOCK
• Model / MPN: 80548
• EAN: 4043619805488
• Connector: M12, L-coded, RST type
• Contacts: 5 power contacts
• Rated current: 16 A
• Rated voltage: 63 V
• Cable length: 2 m
• Color: Grey

How to use

Connect the M12 L-coded plug to the corresponding L-coded M12 socket on the device or distribution block, ensuring correct alignment of the RST contact positions. Verify that the connected equipment operates within the cable’s rated voltage (63 V) and current (16 A) limits. Route and secure the cable to avoid mechanical strain and exposure to sharp edges or excessive heat. Perform any required electrical tests and commissioning according to the equipment manufacturer’s instructions.

Recommendations

Use this cable only in DC applications and ensure connectors are compatible with L-coded M12 ports. Avoid exceeding the 16 A / 63 V rating and follow standard industrial installation practices to maintain reliable operation.