These non-illuminated push buttons with transmitters mount inside cutouts in panels and enclosures to make connections through the surface. They provide user control of connected circuits and send signals out to receivers to open or close circuits. Non-illuminated push buttons don't have any lighting elements that could burn out and require replacement. They are ideal for situations where light indication is unnecessary or could be distracting.

These non-illuminated handy box-enclosed push buttons with transmitters mount to surfaces and don't require batteries to operate. They provide user control of connected circuits and send signals out to receivers to open or close circuits. Non-illuminated push buttons don't have any lighting elements that could burn out and require replacement. They are ideal for situations where light indication is unnecessary or could be distracting.

These kits include non-illuminated push-button transmitters and receivers to remotely control the power and functions of connected circuits. Push-button transmitters are the user interface and create the wireless signal sent to receivers. The receiver connects with the machine, equipment, or system and receives signals from the transmitter to open or close its connected circuit. Non-illuminated push-button devices don't have any lighting elements that could burn out and require replacement. They are ideal for situations where light indication is unnecessary or could be distracting.

Wireless operator transmitters connect with push-button operators and create wireless signals that are sent out to receivers to control connected circuits remotely.

Wireless operator antennas receive wireless signals from transmitters and convert them into electrical signals to activate their connected circuit. External antennas connect with transmitters to help boost wireless signals. Relay antennas amplify and retransmit wireless signals between transmitters and receivers to increase the range of signals or circumvent obstacles.