PHOENIX CONTACT

€38.00
Tax excluded

Solid state relay module PHOENIX CONTACT EMG12-0E-24DC/48DC/100 (part no. 2948908) from the EMG12 series.

It enables electronic switching of 24 V DC and 48 V DC circuits in industrial automation applications.

Its contactless design ensures higher reliability and longer service life than electromechanical relays.

Reference
EMG12-0E-24DC/48DC/100
In stock
29 items
Etat
In stock
 
All products are tested in the workshop before being offered for sale.
 
Technical traceability is ensured
 
24-hour delivery within France, or specific arrangements for other destinations
 
1-year warranty

Product details

The PHOENIX CONTACT EMG12-0E-24DC/48DC/100 solid state relay module (part number 2948908) is designed for switching DC loads in industrial automation systems. From the EMG12 range by PHOENIX CONTACT, this electronic relay uses semiconductor technology with no moving contact, eliminating mechanical wear and electric arcs during frequent switching operations.

Key points

  • Static technology: silent and fast electronic switching, with no moving parts or sparks, ensuring no contact wear.
  • Product reference: EMG12-0E-24DC/48DC/100 (ref. 2948908), making identification easy for maintenance and spare part orders.
  • Integration: EMG12 series module format, intended for mounting in electrical cabinets and automation racks.
  • 24DC/48DC/100 designation: this coding defines the module's electrical characteristics for DC input and output circuits.

This solid state relay module fits into industrial control panels where it handles switching of control signals or loads at 24 V DC and 48 V DC. It allows interfacing PLC outputs with actuators or signaling circuits, ensuring faithful transmission of control commands thanks to the absence of contact bounce and immediate response.

In automated processes, the PHOENIX CONTACT EMG12-0E-24DC/48DC/100 can drive various devices such as solenoid valves or indicator lamps. The lack of moving parts significantly reduces maintenance needs compared to electromechanical relays, helping to increase plant uptime where switching reliability is essential.

Top