Evaporative cooling takes the heat off JCB’s gearbox plant

A 10 K reduction in temperatures of 33°C and more has been achieved in JCB’s gearbox plant by installing Breezair evaporative cooling.
Temperatures in excess of 33°C in summer in the gearbox plant of JCB Transmissions have been reduced by over 10 K following the installation of six Breezair TBA evaporative coolers. The gearbox plant is a high-density area of 21 400 m2 and operates a continuous shift system. Part of the area has a low roof which trapped warm air. Looking for a solution, site-services manager Barry Stevens turned to CoSaf Environments, UK distributor for Breezair. Following a site survey, an evaporative-cooling system was designed. Six Breezair units were installed on the roof of the low section of the factory, with cool air distributed via ductwork to diffusers. Such has been the success of the installation that Barry Stevens is in discussion with CoSaf Environments to installed heating and cooling into the other part of the gearbox plant. These coolers are group controlled by a single Breezair Industrial Wall Control that maintains the indoor temperature within 0.5 K of the setpoint. It also has humidity-limit control and comprehensive fault diagnostics that enable the installation to be quickly serviced.
For more information on this story, click here: Jun, 08 130
Related links:
Related articles:



modbs tv logo

Baxi survey reveals care home leaders need support to achieve heat decarbonisation goals

Baxi recently surveyed over 400 senior and middle management care home managers in both the private and public sector this summer in an effort to understand the enablers required to help decarbonise the sector.

CIBSE launches Society of Vertical Transportation to elevate standards worldwide

CIBSE has officially launched the Society of Vertical Transportation (SoVT), an international professional community for individuals and organisations working across the design, engineering, installation and innovation of lifts, escalators and emerging vertical mobility systems.