A 6.2 mm PLC interface relay module designed to be mountable on DIN rail NS 35/7.5. Featuring a basic terminal block with screw connection and a plug-in miniature power relay.

This range of compact PLC relays from Phoenix Contact gives you a great choice of easy connection technology. The electromechanical relays act as the interface between your automation equipment and system peripherals.

• Saves space on the DIN rail
• Cost-effective
• Use the same electromechanical relay module design for both AC and DC switching voltage
• DIN rail mounting
• SPNO and SPDT models available
• Yellow LED operating voltage display
• Free-wheeling diode Damping diode
• Dimensions 94 x 80 x 6.2 mm

The PLC relays are used in many different applications not limited to power amplification, electrical isolation or for using for voltage adjustment of frequency varying voltage levels.

Looking for a compact PLC (programmable logic controller) relay that will save space on your DIN rail? This interface relay module from Phoenix Contact takes up very little room and uses the same electromechanical relay module for switching both AC and DC voltage. It features a basic terminal block with a screw connection, together with a miniature power relay.
The SPDT (single pole, double throw) configuration means you can use it as an on-off switch as well as a way to transfer between two circuits. Its plug-in design lets you make secure connections quickly and simply. The component is fitted with a freewheeling dampening diode to protect the circuit from sudden power outages, while a yellow LED (light-emitting diode) operating voltage display makes it easy to monitor performance. PLC relays such as this are commonly used to control automated processes across industry.

• Coil voltage of 24 V DC
• Silver alloy contact material
• Dimensions of 14 (length) x 80 (height) x 94 mm (depth)
• Input current of 18 mA
• Maximum input voltage of 24 V DC
• Operating temperature range of -40˚C to +60°C
• Switching current of 10 A
• Turn-off time of 10 ms
• Turn-on time of 8 ms