Bsc Preferred GOJO2740 Touch-free Foaming Soap Dispenser

Product Description

The BSC PREFERRED GOJO2740 is a touch-free wall-mounted foaming soap dispenser designed for use with GOJO Foaming Soap refills. The unit operates without contact, reducing cross-contamination in high-traffic restrooms and breakrooms. The housing is constructed from durable ABS plastic with a polycarbonate view window that allows users to monitor refill levels without opening the dispenser. Power is supplied by three C alkaline batteries, which are not included. This dispenser is suited for commercial and institutional restroom environments where hygiene and ease of maintenance are priorities for facility and janitorial staff.

This dispenser is intended for restroom and breakroom installations in commercial, institutional, and light industrial settings. It mounts directly to wall surfaces using the included adhesive tape, eliminating the need for drilling or wall anchors in many applications. It is designed to accept GOJO Foaming Soap refills and is appropriate for facilities where a no-touch dispensing solution is required to meet hygiene protocols.

Key Features

• Touch-free dispensing mechanism reduces contact and cross-contamination risk
• Durable ABS plastic housing with rugged polycarbonate view window for refill monitoring
• Wall mounts with included adhesive tape - no drilling required for standard installations
• Compatible with GOJO Foaming Soap refill system
• Battery-powered operation using three C alkaline batteries for cord-free placement

Compatibility

Designed for use with GOJO Foaming Soap refills. This product is equivalent to part number H-1585.

Installation Notes

Installation is performed by janitorial, facilities maintenance, or general trades personnel. Before mounting, ensure the wall surface is clean, dry, and free of dust or grease to allow proper adhesive tape adhesion. Do not insert batteries until mounting is complete and the unit is ready for service. Follow the facility hygiene and restroom maintenance protocols when positioning the dispenser for optimal user access.