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SKU : ZDBT-802
Infrared Sensor No Touch Door Release Button: The ZudSec Wave-To-Open Sensors use IR technology to request egress from a protected area or activate a device with the simple wave of a hand. Since no touch is required, this sensor is ideal for use in hospitals, clinics, labs, cleanrooms (to reduce the risk of contamination), schools, factories, or offices.
Infrared Sensor, No Touch exit Button, Stainless steel Panel with Elegant Style. Tested to 500000 Cycles. NO\NC\COM output contact, User can choose N.O, N.C, COM terminals to get access to system application accordint to using station, Suitable for all kinds of Locks.The Best Choice for Access Control.
SKU : PE-B201
Narrow Profile Stainless Steel Exit Switch
A premium push-button switch designed for access control systems. Manufactured from high-quality
stainless steel with a sleek wire-drawing finish, it ensures exceptional durability. Tested for over 500,000
mechanical operations, it is perfectly suited for hollow door installations and comprehensive security setups.
SKU : ER-D301
A premium emergency push-button switch designed for access control systems and fire
safety. Manufactured from high-quality flameretardant PC plastic, it ensures exceptional
durability and security. Perfectly suited for hollow door frame installations, embedded
electric boxes, and comprehensive security setups demanding immediate release in an
emergency.
SKU : ZDD-116PIR
ZDD-116PIR is a kind ofPIR detector used to detect the suddenness and hostile intrusion and can meet the normal defending needs. And it has small and white streamline design. Can be installed on the wall or at the front direction with the 45 degrees. The ideal installing height is 2.3m higher than the floor. The detecting area can avoid the protecting dead zone, the optical sensitivity setting can suit for different
installing environment. The product is built-in tamper switch to prevent the non-auth critical taking-away.
SKU : SD-602 SERIES
This product named Photoelectric smoke detector (hereinafter called detector) detects the smoke by a couple of infrared diodes. The principle of detecting is granule in the smoke can reflect infrared light. Infrared diodes are placed in the special chamber. The chamber can shield external light, but doesn't affect the smoke into it.
While there is no smoke, the diode can receive very weak infrared light. When the smoke enters the chamber, diode can receive more and more light, and the detector can give out an alarm signal when the smoke attains the certain density. In order to reduce interference and lower power consumption, the emitting circuit adopts the pulse signal.
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