Hasp & Staple
The Panic Hasp & Staple is a range of high security exit device trim, providing padlock and handle entry for panic/emergency doors. When secured, the hasp shields the padlock and provides weather protection. With the padlock removed the hasp becomes the entry handle. The range protects against increasing levels of physical attack, meeting various international standards.
The Hasp and Staple modular design operate Surelock McGill Group panic/ emergency systems, as well as devices from other manufacturers subject to testing. Please contact our sales team for suitability.
The Hasp and Staple modular design operate Surelock McGill Group panic/ emergency systems, as well as devices from other manufacturers subject to testing. Please contact our sales team for suitability.
features
- Surface mounted
- Non handed
- 8mm (5/16”) square drive shaft
- 316 grade stainless steel construction for hostile environments and durability
- Tested to over 1,000,000 cycles
- Compatible with open shackle padlocks from leading manufacturers (order padlocks separately)
- Bolt-through mounting from inside the door
benefits
- Provides external padlock/key entry to a panic or emergency exit door
- Certified to a range of international standards (see Product Performance Chart)
- Engineered for longevity and trouble-free service
- Heavy duty design with no visible mounting screws
- Modular design enables use on other manufacturers devices, subject to testing approvals
- Maximum 14mm (9/16”) diameter shackle
Optional Entry Methods
Padlock via Hasp and Staple
Optional Exit Methods
Panic Bar
(meets EN1125)
Push Pad
(meets EN179)
Straight Lever Handle
(meets EN179)
(meets EN179)
Hasp & Staple International Combined Ratings and Accreditations
Below performance results are based on independent third party testing or assessment on selected doorsets.
Tested on specific doorsets up to:
LPS 1175
Tested on specific doorsets up to:
LPS 1175
Corrosion Tested
Up to EN 1670:GR5
Up to EN 1670:GR5
EN179
EN1125
EN1125
SRB
Independently
Tested
Tested
For full performance information please click below.
