Multi-Channel Solid-State Relay Modules

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Relay modules contain components that make switching and connecting easier, and act as indictors to show if the module is powered and if the relay is active. On the input side of a standard single-channel relay module, is the screw terminal block. This is the part of the module that comes in contact with the mains, and screw terminals make it easier to connect thick mains cables. The three connections on the terminal block are connected to the normally open, normally closed and common terminals of the relay. An input jumper is used to supply power to the relay coil and the ‘relay status LED.’ The output connectors are wires that are suitable for hardware connection.

Solid state relays are electronic switching devices that switch on and off with a small input voltage to control a larger output voltage or current. Because solid state relays use semiconductors or electronics to transfer signals, there are no moving subcomponents, resulting in faster performance, less noise emitted and a longer lifespan.

Phoenix Contact Multi-Channel Solid State Relay Modules are part of the VARIOFACE Professional (VIP) line. The VIP line can be used universally with push-in or screw connection. The high-position plug-in connectors enable single wires of the sensor/activator level to be connected to the automation interface quickly and in accordance with industry requirements. The tool-free connection of the push-in terminal blocks saves time in single core wiring and the large variety of system cables allows for safe and error-free connections in harsh industrial environments.

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Phoenix 5521322 Multi-channel solid-state relay Modules Screw connection Relays

$156.03 $200.66

VARIOFACE 4-channel module for solid state relays

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In most of today's modern electrical control scenarios, it is common to see some kind of controller or PLC that is monitoring the state of certain electrical components and providing control over several electrical circuits. This controller has the ability to process the information coming in and send output commands in response. This is all done using some kind of programming language, like ladder logic. However, before controllers were widely used, or in situations where the functions of the electrical circuits were quite simple, relay logic was used.

So what is relay logic? Relay logic consists of relays wired up in a particular fashion to perform various switching operations to one or many different electrical circuits. The method in which the relays are wired will impact the overall function of the control that is provided. Relay logic circuits use a combination of relays and other components such as switches, motors, timers, actuators, contactors, lights and many other types of electrical hardware. Relay logic control uses basic ON/OFF functionality, which is quite simple, but can perform very complex control tasks depending on how many relays are used and the configuration of the wiring.

This type of control uses different parts of the relays for different functions. For example, the coil portion of the relay can be used as a discrete input point. When the coil receives voltage, it will perform a switching operation. Depending on the relay, this might mean the relay switches just one circuit or it could switch many circuits. This switching can then control other relay coil inputs or it might turn on a light or motor. It all depends on the need of the control circuit.

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