Contact Us
Customer service available: 9am - 4pm Monday to Friday Call Us now
More Contact Info
Free delivery on orders over £100

Honeywell VIPER GL & GLX controlled Shock Sensors

The Honeywell Viper range is Designed for installation on widow frames, door frames and walls to detect intruder attacks.
Honeywell VIPER GL & GLX controlled Shock Sensors
Viper GLX with Integral Door Contact Brown
SKU: VIPERDCB
Excl. Tax: £15.85 Incl. Tax: £19.02
Availability: 3
Honeywell VIPER GL & GLX controlled Shock Sensors
VIPER-GLX ASIC controlled Shock Sensor Brown
SKU: VIPERGLXB
Excl. Tax: £14.78 Incl. Tax: £17.74
Availability: 3
Honeywell VIPER GL & GLX controlled Shock Sensors
VIPER-GL controlled Shock Sensor Brown
SKU: VIPERGLB
Excl. Tax: £10.93 Incl. Tax: £13.12
Availability: 1
Honeywell VIPER GL & GLX controlled Shock Sensors
Viper GLX with Integral Door Contact White
SKU: VIPERDCW
Excl. Tax: £16.80 Incl. Tax: £20.16
Availability: 4
Honeywell VIPER GL & GLX controlled Shock Sensors
VIPER-GLX ASIC controlled Shock Sensor White
SKU: VIPERGLXW
Excl. Tax: £14.10 Incl. Tax: £16.92
Availability: 1
Description

Honeywell VIPER GL & GLX controlled Shock Sensors

Designed for installation on widow frames, door frames and walls to detect intruder attacks, unique double knock design with extreme shock override, fully adjustable, available with reed contact and magnet to monitor door/window opened.

Features

  • Dual sensitivity control, auto reset of relay contacts
  • First to alarm option (Viper GLX only)
  • Integral door contact (Viper GLX with contacts only)
  • Switch selectable patented Double Knock
  • Remote LED reset options
  • Dual sensitivity control, auto reset of relay contacts
  • Walk Test facility LED can be controlled remotely
  • 5mA quiescent
  • Coverage: nominally 2.5m radius
  • Sensitivity individually adjustable
  • PD6662-2010
  • Dimensions (h x w x d): 85 x 25 x 23mm

Specification

Please see the attached PDF for specification and more detailed information.

 

Reviews
This product has not been reviewed yet.