Cam-Lock Cold Room Panel
A cam-lock cold room panel combines an insulated core and protective facings with built-in mechanical locks. The locking system draws adjoining panels together to assemble a modular refrigerated enclosure.
Cam-lock panels are used in chilled and frozen storage systems, with panel construction and joint details selected for the required operating conditions. Their modular arrangement allows the enclosure to be planned around room dimensions, access points and equipment connections.
How the Cam-Lock System Works
A cam-operated hook engages a mating pin in the adjoining panel. Turning the lock with the specified key draws the aligned panel edges together, creating a mechanical connection.
The locking mechanism works alongside the panel’s joint profile and sealing detail. Gaskets, sealants and the treatment of corners or service penetrations depend on the selected system.
Correct alignment is important during assembly. Panel edges should meet as intended before the locks are engaged, following the installation sequence specified for the enclosure.
Insulated Construction
The insulation core helps limit heat transfer through the panel. The performance of the completed cold room also depends on panel joints, doors, floor construction and service penetrations.
Core material and panel thickness should match the thermal requirements of the project. Surface finishes should be selected according to cleaning procedures, moisture exposure and the working environment.
For chilled or frozen storage, the panel specification should consider both the required room temperature and surrounding ambient conditions.
Wall, Ceiling and Floor Applications
Cam-lock panel systems can include wall, ceiling and dedicated floor elements, each specified for its intended duty.
Wall panels form the insulated room boundaries. Ceiling panels require an appropriate span and support arrangement. Floor panels need a suitable wearing surface and a loading specification that accounts for stored goods, personnel and handling equipment.
These elements should be selected as parts of the complete enclosure rather than treated as interchangeable panels.
Modular Cold Room Assembly
Plan the panel layout around room dimensions, corners, cold room doors and refrigeration connections. Coordinating these details before installation helps position joints and openings within the enclosure.
A properly prepared base and accurate panel alignment support correct lock engagement. Door-frame junctions and service penetrations require their own sealing details to complete the insulated boundary.
Contact Frigovetta Refrigeration System with your room dimensions, operating temperature, intended panel applications and surface requirements to discuss a suitable cam-lock cold room panel specification.
Panel System Overview
| Feature | Specification |
|---|---|
| Product type | Cam-lock cold room panel |
| Manufacturer | Frigovetta Refrigeration System |
| Basic construction | Insulated core between protective facings |
| Connection mechanism | Built-in cam-operated hook engaging a mating pin |
| Assembly method | Aligned panel edges drawn together using the specified locking key |
| Joint sealing | Gasket and sealant details according to the selected panel system |
| Thermal application | Chilled or frozen storage, subject to the selected specification |
| Potential applications | Walls, ceilings or floors, subject to the panel’s structural and surface specification |
| Insulation core and thickness | Defined by the selected panel specification |
| Facing material and finish | Defined according to project requirements |
| Ceiling support | Assessed against panel span, loads and supporting structure |
| Floor loading | Established separately for the proposed floor system |
Panel dimensions, thermal values, material grades and any certified performance must be confirmed for the selected product.
- Built-in connection: Integrated cam-locks provide a mechanical fastening method between adjoining panels.
- Modular assembly: Individual sections allow the enclosure layout to be organised around the project’s dimensions and openings.
- Insulated separation: The panel core helps limit heat transfer through the enclosure.
- Coordinated joints: Mechanical locks draw panel edges together, while the specified joint system provides sealing.
- Enclosure integration: Panel layouts can be coordinated with doorways, corners and refrigeration connections.
Galeri
