
Keypads Honeywell offers a wide variety of flexible, easy-to-use keypads that put security and convenience at your fingertips.
Motion Detectors

Door and Window Sensors

Keyfobs

Glass Break Detectors

Potter Electric HSC-1 High Security Contact Switch.

The model HSC, a High Security Contact switch is listed by Underwriters Laboratories, Inc. and Underwriters Laboratories of Canada for monitoring the open or closed position of safe and vault doors. The switch includes design features, which makes it highly defeat resistant in critical environment.
Features: Triple-biased, SPDT (Form C) reed alarm switches in the switch unit with a magnet array in the magnet unit, makes the defeat of the switch with an external magnet virtually impossible. DPDT Model HSC-2 has two separate triple-biased SPDT (Form C) reed alarm circuits in the switch unit, which may be used in place of two separate switch units. Magnetic field tamper output added to further resist defeat with an external magnet or magnet array assembly. Hidden pry tamper, SPST (Form A) alarm switch output. Remote test option available. (Models HSC-1-TS and HSC-1-TP) For indoor / outdoor use. Lead type-8 foot flexible stainless steel armored cable. Narrow housing allows for mounting on narrow door frames Grey powdercoat aluminum housings with protective end caps.
Wall Vibration Sensors
Vibration sensors are transducers that detect low frequency energy, such as that generated by a physical intrusion attempt. The sensors are designed to detect mechanical vibration caused by such actions as sawing, drilling, chopping or ramming.
Principal Drawback
Walls or fencing to which the sensors are attached must have the proper composition and structural integrity to enable vibration to be transferred to the sensors. Certain types of wood, metal and masonry walls and fencing do not transmit vibration effectively enough for reliable intrusion detection.

Principal Drawback
Walls or fencing to which the sensors are attached must have the proper composition and structural integrity to enable vibration to be transferred to the sensors. Certain types of wood, metal and masonry walls and fencing do not transmit vibration effectively enough for reliable intrusion detection.