Seco-Larm E-931ACC-CQ Digital Traffic Counter for Entry Alert Systems

Seco-Larm E-931ACC-CQ Digital Traffic Counter for Entry Alert Systems Monitor visitor activity with greater accuracy using the SECO-LARM E-931ACC-CQ Digital Traffic Counter. Designed to work with compatible SECO-LARM entry alert systems, this convenient accessory records every activation of the sensor, helping businesses track customer traffic, employee movement, or vehicle entries. The counter connects directly to the alert system's speaker for a quick plug-and-play installation, eliminating the need for additional wiring or complicated setup. Easy-to-use control buttons allow users to increase, decrease, or clear the displayed count whenever adjustments are needed. Ideal for retail stores, offices, schools, warehouses, storage facilities, and other access monitoring applications, the E-931ACC-CQ provides a simple and effective way to gather entry data and improve operational awareness. *Note: For E-931CS22RRCQ  and  E-931CS22RFCQ Only Key Features Automatically counts entry alert activations Compatible with select ENFORCER entry alert systems Plug-and-play installation with no additional wiring required Manual add, subtract, and reset functions Compact digital display for easy viewing Ideal for traffic monitoring and occupancy tracking Suitable for retail stores, offices, schools, warehouses, and vehicle detection applications Includes mounting hardware for convenient installation Technical Specifications Device Type: Digital Event Counter Display Type: Digital Counter Display Installation Method: Direct connection to compatible speaker unit Counter Functions: Automatic trigger counting Manual count increase Manual count decrease Reset to zero Included in the Package Digital counter module Connection cable with plugs Mounting hardware Typical Applications Retail customer traffic monitoring Visitor counting at entrances Office occupancy tracking School and campus entry monitoring Warehouse access monitoring Vehicle entry counting Facility usage analysis