Mount terminal blocks, power supplies, relays, and other control and distribution devices on walls and other flat surfaces and in enclosures.

Use these brackets for extra mounting space behind DIN rail to accommodate wiring and bulky items.

Position terminal blocks, relays, and other components mounted to DIN rails with these stops and spacers.

Slide these clips on DIN rails—often used in equipment cabinet racks—to route and organize cables. Since these clips don’t require adhesive or screws, you can move them anywhere along the rail.

The spring-clamp terminals on these blocks make wire installation faster than other types of terminals. Push wire into the spring clamp for a secure connection that withstands vibration.

Recessed terminals prevent accidental contact with a live circuit.

With the help of distribution blocks, you can take a high-current wire from your power source and connect it to one or more electrical devices.

Keep personnel safe from electric shock by adding ground fault protection to all outlets on the same circuit. These receptacles mount to DIN rail.

Also known as hospital-grade receptacles, these have an extra-tight fit when mated to withstand high vibration. They prevent damage to electronic equipment caused by spikes in current. Mount to DIN rail.

With no moving parts, these solid state relays have an extended service life. Mount them directly to DIN rail.

With no moving parts, these solid state spade-terminal relays have an extended service life.

Thinner than other spade-terminal relays, these fit in tight spaces.

Attach quick-disconnect terminals or plug relays into relay sockets.

Use the screw terminals to hardwire these relays.

Built to handle tough, repetitive-use applications, these are more durable than standard relays.

The interlocked opposing contacts won't close at the same time, so these relays are suitable for safety applications such as machine guarding.

Mount these relays directly to DIN rail.

A single, momentary input voltage switches these relays and locks them in position, so they don't require a constant input voltage to stay on or off.

Also known as input modules, these relays condition electrical signals into signals for PLCs and microprocessors and prevent power surges from reaching these devices.

Use these relays with circuits that control electric signals for PLCs and microprocessors.

Mount these switches inside your enclosure to prevent it from opening when power is on—actuating the switch disconnects power and releases the door.

Built into a terminal block, these switches mount to DIN rail.

Control multiple timing functions from your electrical cabinet—these timer relays mount to 35 mm DIN rail (also known as DIN 3 rail), which is the most commonly used size.

Control two steps of an electrical process from a single relay—with two fully independent channels and 30 different functions, these relays give you a wide range of possibilities.

Install relays in a panel cutout or plug into a relay socket.

Mount these relays directly to DIN rail.

Install these relays in a panel cutout or plug into a relay socket.

Also known as power relays, these relays are rated for 1 horsepower or 30 amps and are suitable for compressors, blowers, and heaters.

Design and operate up to six simultaneous programs without symbols or technical language—the on-screen instructions use simple English.

Convert AC voltage to power DC motors, solenoid valves, charging capacitors, and other devices that require large start-up current.

Send both electrical and data signals to equipment on AS-interface networks.

Less than 3" deep, mount these power supplies to a DIN rail in shallow enclosures and control panels, such as those used in building automation systems.

With a single cord, send data and electricity to Power over Ethernet (PoE) compatible devices. These injectors are commonly used to run devices such as routers and wireless access points in areas where no power outlet is nearby.

Install these surge suppressors in a series on DIN-rail.

Protect electronic devices from harmful electromagnetic interference (EMI) that’s often caused by power supplies, computers, motors, and lighting. Also known as noise filters.

Able to handle high inrush current caused by equipment startup, use these circuit breakers upstream from motors and larger transformer applications.

Able to handle high inrush current caused by equipment startup, these circuit breakers are suitable for motor and larger transformer applications.

Sized to fit non-UL Class Midget Fuses, these fuse blocks are suitable for switchboard panels, small motors, and transformers.

Fuse blocks have a universal hole pattern, so they can be mounted on either DIN-rail or directly onto surfaces.

Designed for use with non-UL Class midget fuses, these are more compact than fuse blocks for standard sized fuses.

Snap these heaters on a DIN rail inside your enclosure to keep electronics safe from cold and moisture.

A sensor attached to the heater might signal that it’s warm enough near the heater, while other parts of the enclosure are still cold. Moving the sensor away from the heater helps you keep electronics warm and dry, anywhere in the enclosure.