A Satin Nickel lever on a chamfered edge rectangular Bathroom backplate. A slender straight lever with smooth rounded edges forming an decreasing elliptical profile, a minimalist design.
A simple morticed latch device for use where no locking is required. Can be used with either lever handles or Knob handles, suitable for use on fire or smoke resisting doorsets
The ERA Push Button Digital Door Locks is a fully mechanical access control solution designed for low usage application such as store cupboards , staff only areas, IT rooms or office doors. Keyless operation means no keys required and are easy to operate and programme using the keypad. You can choose over 5,000 codes to provide greater security and are suitable for internal and external application. The passage function can be applied, so the door can be opened using just the handle when restricted access is not required.
Suitable for door thickness 35-50mm. The maximum code is 7 digits and the minimum is 1 digit. Available with and without the hold back function.
A Satin Nickel lever on a chamfered edge rectangular Bathroom backplate. A slender straight lever with smooth rounded edges forming an decreasing elliptical profile, a minimalist design.
A simple morticed latch device for use where no locking is required. Can be used with either lever handles or Knob handles, suitable for use on fire or smoke resisting doorsets
The ERA Push Button Digital Door Locks is a fully mechanical access control solution designed for low usage application such as store cupboards , staff only areas, IT rooms or office doors. Keyless operation means no keys required and are easy to operate and programme using the keypad. You can choose over 5,000 codes to provide greater security and are suitable for internal and external application. The passage function can be applied, so the door can be opened using just the handle when restricted access is not required.
Suitable for door thickness 35-50mm. The maximum code is 7 digits and the minimum is 1 digit. Available with and without the hold back function.