CISA Fast Push Crossbar Steel Surface-Mount 900mm 1.2mm Thick Emergency Exit Bar

Product Overview

The CISA Fast Push Crossbar is a steel push bar designed for surface-mounted lever mechanisms, intended for use with CISA Fast Push systems. It is most commonly deployed in commercial and institutional settings such as offices, schools, and public buildings, where robust emergency exit door hardware is required. The crossbar measures 900 mm in length and features a wall thickness of 1.2 mm for added durability.

Its 1.2 mm thick wall construction distinguishes this SKU, offering enhanced resistance to bending and mechanical wear compared to lighter alternatives. This durability reduces maintenance and replacement costs, an important factor for facility managers overseeing high-traffic environments. The bar is ideally suited for procurement in projects that require reinforced exit door mechanisms, particularly in public and commercial installations.

Key Features

• Steel construction ? provides robust strength and mechanical durability


• Length 900 mm ? compatible with standard commercial door widths


• Wall thickness 1.2 mm ? improved resistance to bending and impact


• Surface-mount design ? intended for use with CISA Fast Push lever systems


• Easy retrofit ? enables replacement or upgrade of worn bars without full lever changeover

Technical Specifications

• Material: Steel


• Length: 900 mm


• Wall Thickness: 1.2 mm


• Compatible System: CISA Fast Push lever mechanism

Applications

Used in commercial, institutional, and public buildings for installation on emergency exit doors equipped with CISA Fast Push surface-mounted lever mechanisms. Suitable for projects demanding reinforced hardware for high-traffic doors, such as offices, schools, hospitals, and public venues. Enables easy maintenance and retrofit in environments requiring compliance with safety hardware specifications.

Packaging & Shipping

Standard export packaging. Unit includes steel crossbar; mounting hardware and lever mechanism supplied separately.