Connect switches, transmitters, actuators, and other equipment to your programmable logic controller (PLC) for complex automation jobs. To operate, attach these modules to a PLC power supply and a processor (not included). Once the processor has been programmed and your system has been configured, the input modules receive an electrical signal from your switches or sensors and transfer it to the processor. The processor then communicates with the output modules, which send a signal to your receiving devices, such as circulation pumps or motor starters. Connect up to 10 different modules per power supply and processor. Mount them to a 35-mm DIN rail.

Rated IP20, these modules prevent your fingers from touching internal components and accidentally shocking yourself. With various domestic and international certifications, they meet strict standards for quality and safety. Some meet additional military standards for electrical connections.

Digital Modules

These modules send and receive on-off or high-low electrical signals to and from your equipment. Configure digital input modules to receive these signals from devices such as push-buttons and proximity switches. Choose digital output modules to activate instruments that switch on and off, such as indicator lights, buzzers, and solenoid valves. Digital input/output modules combine both functions into one unit, saving space and wiring on your PLC setup.

Modules with PNP/NPN inputs can automatically read both signal types without needing to select the polarity.

Modules with transistor signal outputs are used for handling DC loads. They’re faster and have a longer lifespan than relay outputs. Triac signals are similar to transistors but handle AC loads. Relay signals are slower than triacs and transistors, but they can handle higher loads for either AC or DC. Because of their moving parts, they wear out quicker than transistors and triacs.

Analog Modules

Use these modules to send and receive electrical signals within a defined range of values. A dial on the modules lets you set your preferred range. Pair analog input modules with temperature sensors, pressure transmitters, and other devices that can generate these signals. Analog output modules convert these signals to make precise adjustments on your equipment. They’re commonly used with motor speed controls and flow-adjustment valves. Analog input/output modules are capable of both functions to save space for a simpler automated system. Choose analog temperature-control-loop modules to control temperatures without slowing down your processor with extra tasks. They’re equipped with both inputs and outputs.