Brava OL Showcase Ratchet Lock Less Cylinder (8221) – Satin Chrome
The Brava BR829LCSC is an OL series showcase ratchet lock supplied less cylinder (8221). Designed for glass showcase and display applications, it uses a stainless steel strap to suit glass thickness from 4.76 mm to 6.35 mm and supports rekeying by removing the bottom plate and set screw to release the cylinder.
Key Features
- Supplied less cylinder (8221).
- Rekeyable access: remove bottom plate, then remove set screw to remove cylinder.
- Compatible with most restricted keying systems (as stated).
- 152 mm stainless steel strap suits glass thickness 4.76 mm to 6.35 mm.
- Special height threaded cap must be used (included).
Specifications
What's In The Box
- 1 × Brava OL series showcase ratchet lock body
- 152 mm stainless steel strap
- Special height threaded cap
- Fixings as supplied
- Note: Cylinder (8221) is not included
Suitable Uses
- Glass display cabinets and showcase doors in retail and commercial fit-outs.
- Sites using restricted keying systems where the cylinder is matched to an existing system (as stated).
- Applications requiring a glass strap-style lock suited to 4.76 mm to 6.35 mm glass.
Dimensions
Frequently Asked Questions
- Does this lock include the cylinder?
No. This model is supplied less cylinder (8221), so the cylinder must be sourced separately. - What glass thickness does it suit?
It suits glass thickness from 4.76 mm to 6.35 mm using the 152 mm stainless steel strap. - What is a common installation mistake to avoid?
Do not substitute the included special height threaded cap, as the lock is specified to use that cap during installation.
Additional Information
- Showcase locks are commonly keyed alike across multiple cabinets to reduce key management, which is why “less cylinder” models are used when matching a site keying system.
- When rekeying, access is via the bottom plate and set screw. Take care not to over-tighten the set screw to avoid damage to the cylinder body.
- Confirm the glass thickness and strap seating before final tightening to avoid point loading on glass edges.
