Double swing gate kit nice WINGO 2024 24V with photocells, model WINGO2024KCER10

The double swing gate kit nice WINGO 2024 24V with photocells (model WINGO2024KCER10) is a complete electromechanical solution for automating two-leaf swing gates. It is designed for residential and light-commercial entrances that require 24V actuation and integrated safety sensing. The kit combines 24V reversible motors with dedicated safety photocells to provide reliable automated opening and closing while detecting obstacles in the gate path.

Advantages

The 24V motors enable smooth and controlled movement, reduced noise and improved responsiveness compared with basic single-voltage solutions. Integrated photocell safety sensors monitor the gate sweep area to reduce the risk of collisions with people, vehicles or objects. The kit is compatible with common remote control transmitters and auxiliary accessories, allowing straightforward integration with existing access systems. Designed by nice, the kit balances ease of installation with serviceable components for maintenance and adjustments.

Suitable for

• Residential two-leaf swing gates up to the manufacturer’s recommended dimensions and weight
• Light-commercial entrances where moderate usage and enhanced safety are required
• Driveways and pedestrian access points requiring automated opening and obstacle detection

Key specifications

• Supply voltage: 24 V DC motor operation for reversible actuation
• Operation type: electromechanical swing gate drive suitable for two-leaf installations
• Safety: integrated photocell beams for obstacle detection and stopping/reverse function
• Compatibility: works with standard radio remote transmitters and common access control accessories
• Intended use: residential and light-commercial gate automation with moderate duty cycles

How to use

Install the kit following the manufacturer instructions for mechanical mounting, electrical connections and photocell alignment. Connect the 24V power supply and program the control board to recognize remote transmitters and set travel limits and slowdown points. Position the photocells so that their beams cover the area swept by the gate leaves; verify correct response by testing obstacle detection during opening and closing cycles. After installation, perform several complete cycles and fine-tune limit switches, force settings and safety parameters to match gate weight and usage conditions.

Usage recommendations

For reliable operation, use the kit on gates within the weight and size ranges specified by the manufacturer, maintain clear alignment of photocells, and schedule periodic inspections of mechanical linkages, electrical connections and safety devices. In higher-traffic or exposed environments consider additional accessories such as flashing lights, warning signs or heated photocell housings where applicable.