Modula is an unobtrusive modular heating cassette. The cassettes are manufactured from 1.0mm thick smooth-faced steel panels and are designed to be integrated within a standard 24mm exposed grid ceiling system. Copper pipes are expanded under pressure into extruded aluminium pipe seats to give high metal-to-metal contact and the pipe seats are then securely fixed to the rear of the steel panels. Consequently, the arrangement delivers excellent heat transfer characteristics. Panels are insulated with 25mm thick class 'O' foil 'wrapped' mineral wool insulation 45kg/m3 density. The technology employed in the construction of the cassette results in very high heating capacity at low water mass flow rates.
Modula has been specifically developed for use in schools and healthcare environments, where a smooth faced simple-to install panel with high heating capacity is the preferred solution.
Standard Features
- Modular system to fit into 600mm exposed grid ceiling.
- Modular lengths; 0.6m, 1.2m, 1.8m, 2.4m, 3.0m.
- Panel depth 45mm smooth faced, unobtrusive design.
- Up to 588W/m2 @ 55 dtK room (mwt - room temp).
- Standard polyester finish RAL 9010 (25% gloss).
- Water connections: 15mm OD Copper, to EN12449 / EN12735-2
- Weight: less then 21kg/m2
Connection Possibilities
water: vertical, same end for flow and return
Alternative options available upon request.
Maintenance
The unit has no moving parts, and therefore maintenance requirement is limited to periodic cleaning of the surface of the panel with a soapy sponge and drying with a cotton towel.
Installation
Standard fixing arrangement from the structural soffit using rigid or flexible wire hangers (supplied by others), suspended via pre punched keyhole slots.
For simplicity and flexibility we recommend that flexible stainless steel braided EPDM hoses are used to connect the Modula panel.
Modula Projects
If you require any further information, or have a project to discuss, please contact us on 61 2 9006 1147 or sales@frenger.com.au as our technical team are here to assist.
