Cal Royal 7700 Rim Exit Device
Description
Cal Royal 7700 Rim Exit Device
For use in institutions, schools, universities, commercial buildings where heavy duty reliable operation is a requirement. ANSI A156.3, Grade 1 heavy duty exit device in surface vertical rod and rim designs. Rail assemblies are heavy duty extruded aluminum body with stainless steel push pad and end caps are made of brass, bronze or stainless steel. Rail travels in direction of the door swing. Trims are thru bolted for additional security. Conforms & Meets ADA Regulations. UL Listed for Panic and ULC10C, UBC 7-2-1777 codes. UL Listed for Fire Exit Hardware. Uncompromising security and safety in single and double fire exit doors. Chassis mounted unit construction. Rim and vertical rod devices are non-handed and easily reversible. Available in many different functions. Lever and escutcheon trims are grade 1 construction with clutch free-wheeling mechanism. Rose and escutcheon covers 161 cut out.
Templating matches the Von Dupin 99 and 98
Cal Royal 7700 Rim Exit Device
For use in institutions, schools, universities, commercial buildings where heavy duty reliable operation is a requirement. ANSI A156.3, Grade 1 heavy duty exit device in surface vertical rod and rim designs. Rail assemblies are heavy duty extruded aluminum body with stainless steel push pad and end caps are made of brass, bronze or stainless steel. Rail travels in direction of the door swing. Trims are thru bolted for additional security. Conforms & Meets ADA Regulations. UL Listed for Panic and ULC10C, UBC 7-2-1777 codes. UL Listed for Fire Exit Hardware. Uncompromising security and safety in single and double fire exit doors. Chassis mounted unit construction. Rim and vertical rod devices are non-handed and easily reversible. Available in many different functions. Lever and escutcheon trims are grade 1 construction with clutch free-wheeling mechanism. Rose and escutcheon covers 161 cut out.
Templating matches the Von Dupin 99 and 98
| Part # | CR7700EO- |
|---|---|
| Detailed Description | Cal Royal 7700 Rim Exit Device For use in institutions, schools, universities, commercial buildings where heavy duty reliable operation is a requirement. ANSI A156.3, Grade 1 heavy duty exit device in surface vertical rod and rim designs. Rail assemblies are heavy duty extruded aluminum body with stainless steel push pad and end caps are made of brass, bronze or stainless steel. Rail travels in direction of the door swing. Trims are thru bolted for additional security. Conforms & Meets ADA Regulations. UL Listed for Panic and ULC10C, UBC 7-2-1777 codes. UL Listed for Fire Exit Hardware. Uncompromising security and safety in single and double fire exit doors. Chassis mounted unit construction. Rim and vertical rod devices are non-handed and easily reversible. Available in many different functions. Lever and escutcheon trims are grade 1 construction with clutch free-wheeling mechanism. Rose and escutcheon covers 161 cut out. Templating matches the Von Dupin 99 and 98 |
| Description | Cal Royal 7700 Rim Exit Device For use in institutions, schools, universities, commercial buildings where heavy duty reliable operation is a requirement. ANSI A156.3, Grade 1 heavy duty exit device in surface vertical rod and rim designs. Rail assemblies are heavy duty extruded aluminum body with stainless steel push pad and end caps are made of brass, bronze or stainless steel. Rail travels in direction of the door swing. Trims are thru bolted for additional security. Conforms & Meets ADA Regulations. UL Listed for Panic and ULC10C, UBC 7-2-1777 codes. UL Listed for Fire Exit Hardware. Uncompromising security and safety in single and double fire exit doors. Chassis mounted unit construction. Rim and vertical rod devices are non-handed and easily reversible. Available in many different functions. Lever and escutcheon trims are grade 1 construction with clutch free-wheeling mechanism. Rose and escutcheon covers 161 cut out. Templating matches the Von Dupin 99 and 98 |
| Availability | 1 to 2 Days |
| Manufacturer | Cal-Royal |
