Schneider Electric Power Relay, 24V dc Coil, 8A Switching Current, 4PDT

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PHP690.59

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PHP773.46

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RS Stock No.:
884-1290
Distrelec Article No.:
301-12-615
Mfr. Part No.:
RXM4AB1BD
Manufacturer:
Schneider Electric
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Brand

Schneider Electric

Product Type

Power Relay

Coil Voltage

24V dc

Contact Configuration

4PDT

Series

Harmony Relay RXM

Terminal Type

Plug-In

Switching Current

8A

Switching Power

1.5kVA

Minimum Operating Temperature

-40°C

Switching AC Voltage

250V ac

Switching DC Voltage

28V dc

Maximum Operating Temperature

55°C

Coil Resistance

650Ω

Standards/Approvals

CE, CSA

Width

47.7mm

Length

21mm

Coil Power

900mW

Height

27mm

Contact Material

Silver Alloy

COO (Country of Origin):
CN

Schneider Electric Non-Latching Relay, 4 Poles, 8A Switching Current - Zelio RXM Series - RXM4AB1BD


This non-latching relay from Schneider Electric plugs into a range of bases from the RXZE2 series, for quick and easy installation onto DIN rails. Each pole can switch currents of 8A at 28V DC or 6A at 250V AC, making it a versatile choice. An IP40 (ingress protection) rating means the unit is protected against objects larger than 1mm in size. The compact enclosure measures just 21 (length) x 27 (height) x 47.7mm (depth), so multiple relays can be mounted on a single rail for more efficient operation.

Features & Benefits


• Test button and mechanical-status indicator for quick identification of faults

• Lifespan of 100,000 cycles for long-lasting use

• Silver-alloy contacts for efficient conductivity and resistance to corrosion, ensuring a reliable connection

• Broad operating temperature range of -40°C to +55°C for use in demanding industrial environments

Applications


• Industrial machinery

• Medical devices

• Telecommunications equipment

• Heating, ventilation and air conditioning (HVAC) equipment

How does a relay work?


Electromechanical relays work using an internal electromagnet. When power is applied to the control circuit, the relay becomes magnetised and pulls the internal contacts together, changing their state.

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