SD-9163-KS2Q

Outdoor Wave-to-Open Sensor – Slimline – French

The ENFORCER Outdoor Wave-to-Open Sensor is a full-featured exit plate which uses IR technology to allow egress from a protected area or activate a device with the simple wave of a hand. Since no touch is required, this sensor is suitable for use in hospitals, clinics, labs, cleanrooms (to reduce the risk of contamination), schools, factories, or offices.

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  • ETL, Conforms to UL Std. 294
  • Adjustable sensor range up to 7″ (18cm)
  • 1.2A relay, adjustable trigger duration 0.5~30 seconds or toggle
  • LED illuminated sensors are for easy identification
  • Selectable LED colors turn from red to green (or green to red) when the sensor is activated
  • Stainless steel plate
  • IP65 Weather-resistant for outdoor use
  • Power must be provided by low-voltage power-limited/Class 2 power supply
  • Use only low-voltage field wiring and do not exceed 98.5 ft (30m) activated

 

Operating temperature12~24 VDC
Current draw (max. ±10%)Standby red (12/24 VDC): 13mA / 15mA
Triggered green (12/24 VDC): 21mA / 25mA
Standby green (12/24 VDC): 12mA / 14mA
Triggered red (12/24 VDC):  23mA / 28mA
Relay typeSPDT dry contact, 1.2A@24VDC
Response time10ms
LEDStandby: Red*
Triggered: Green*
Output duration0.5~30 s, toggle
Range2″~7″ (5~18 cm)
Destructive attack levelLevel I
Line securityLevel I
Endurance levelLevel IV
Standby powerLevel I
IP RatingWeatherproof, IP65
Operating Temperature-4°~131° F (-20°~55° C)
Dimensions1-1/2″ x4-1/2″(39 x115 mm)
Weight2.2-oz (61g)

*Color function reversible †When properly installed

Product information Sheet (PI) (pdf, 378KB)
Manual (pdf, 213KB)
Advertisement (pdf, 1182KB)
Sensor is triggering unintentionally.
  • ENFORCER Outdoor Wave-to-Open Sensors can be used either indoors or outdoors. However, due to infrared technology limitations, it is recommended that a hood or shield be used when installing outdoors to shield the sensor from direct light (sunlight, reflections from shiny objects, etc.). Direct light may cause the sensor to trigger unintentionally.
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