top of page

SECO-LARM Wave-To-Open Sensor With Manual Override Button – English

The ENFORCER 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, schools, factories, or offices to reduce the risk of contamination. The SD-927PKC-NEVQ adds a manual override button. Also available with Spanish (SD-927PKC-NSQ, SD-927PKC-NSVQ).

Works with PDKTM

Advanced Touchless Sensor Features

This advanced touchless sensor combines cutting-edge technology with practical design for enhanced user convenience and safety. ETL certified and conforming to UL Std. 294, this sensor operates seamlessly at dual voltages (12~24V AC/DC) Adjustable range from 2-3/8″~8″ (6~20cm) providing precise and reliable activation suitable for a range of door widths and environments. Constructed with a durable stainless-steel single-gang plate, it offers both durability and a sleek aesthetic. Equipped with a 3A relay, the sensor supports adjustable timing from 0.5 to 30 seconds, with toggle or proximity-based activation options. The LED illuminated sensor area enhances visibility and user guidance, while a quick connect screw-less terminal block simplifies installation. Selectable LED colors indicate operational status changes, transitioning between red and green upon activation, complemented by a manual override button for added control flexibility. Ideal for both commercial and residential applications, the touchless sensor sets a new standard in accessibility and convenience.

SECO-LARM® Wave-To-Open Sensor With Manual Override Button – English - Stainless

SKU: SL-SD-927PKC-NEVQ
$80.10Price
Quantity
  • Specs
    Specifications
    SL-SD-927PKC-NEVQ
    4-1/2″ x 2-3/4″ x 1-5/16″ (115 x 70 x 33.5 mm)
    -4°~131° F (-20°~55° C)
    Standby: Red, Triggered: Green
    12~24V AC/DC
    3.9-oz (110g)
     
    Dimensions (W x H x D)
    Operating Humidity
    LED Indicators
    Voltage
    Weight
bottom of page