2706AS High Security Surface Mount Magnetic Sensors - GE Sensors

The 2700 Series High Security magnetic contacts with triple-biased reeds are highly resistant to defeat by external magnets. For added security, magnetic field tamper and pry tamper are standard features. Each 2700 contact and actuation magnet set is factory compensated for the effects of steel. All 2700 Series contacts are accepted by the Defense Intelligence Agency. They are listed in DIAM 50-3 for use in secure compartmented information facilities (SCIFs). 2700 Series High Security magnetic contacts are UL listed. Two models are listed for use on safes and vaults.

GE Security 2707A Surface Mount High Security Contact: Armored Cable

Surface mount high-security contact with armored cable, triple biased, SPDT, 3/16 to 5/8 in. gap size. The 2700 series high security magnetic contacts with triple-biased reeds are highly resistant to defeat by external magnets. For added security, magnetic field tamper and pry tamper are standard features. Each 2700 contact and actuation magnet set is configured at the factory for the effects of steel.

Stock item: usually ships same day.

GE Security 2707A Surface Mount High Security Contact: Armored Cable

Surface mount high-security contact with armored cable, triple biased, SPDT, 3/16 to 5/8 in. gap size. The 2700 series high security magnetic contacts with triple-biased reeds are highly resistant to defeat by external magnets. For added security, magnetic field tamper and pry tamper are standard features. Each 2700 contact and actuation magnet set is configured at the factory for the effects of steel.

Stock item: usually ships same day.

2814T Commercial / High Security Magnetic Contacts: Triple Biased - GE Sensors

Sentrol's High Security Explosion-Proof magnetic contacts are designed for High Security Hazardous environments. The rugged die-cast aluminum housing with conduit fittings meets UL requirements for hazardous locations. The contacts are balanced, triple-biased SPDT switches that make defeat with external magnets virtually impossible. The contacts feature tamper circuits that are actuated by removal of the face plate or by introduction of an external magnet. The terminals are located inside the housing providing additional protection from tampering or accidental shorting.