Eliminate extra terminal blocks
100s of Options, 100s of Solutions
Phoenix Contact has designed hundreds of products to make your job easier. For example, our PLC Relay Actuator Series is specifically for use with common 2-wire devices. By eliminating the N/C contact — typically unused in most installations — this relay series provides three separate terminals on the output side for connection. As a result, all wires from devices like contactors, valves and small motors connect directly to the relay, without the need of an additional terminal block for power return.
Using our PLC Relay Actuator series will:
- Open up space on the DIN rail
- Reduce labor and components costs
- Eliminate an extra point of failure
Like all PLC relays, the Actuator series is available with screw, spring or push-in field terminals. Using it will yield space savings of approximately 80 percent on your DIN rail and approximately 60 percent less time spent on installation. The PLC Relay Actuator series from Phoenix Contact will help your bottom line and allow you to accomplish more work in less time.
PLC Relay for Hazardous Locations
Phoenix Contact offers a variety of electromechanical and solid-state relays designed for use in Class I, Division 2 and ATEX hazardous location applications.
PLC Relay with Leakage Current Filter
This PLC Relay features on integrated current filter that stops the all too common occurance of leakage current from AC output cards, and keeps the relay from getting stuck in the "on" state.
PLC Relay with push-in technology
Our push-in technology creates a high degree of usability and includes a wide range of connections; from 26 AWG to 14 AWG wire sizes. PLC PT relays provide you with a fast, easy, safe connection and eliminates the need for insertion tools.
PLC Relay - Sensor Series
Designed specifically for use with 3-wire devices like sensors, limit switches, proximity switches and auxiliary contacts, these innovative relays eliminate the need for extra terminal blocks that are typically used to connect these devices.