The ability to control temperature, humidity, dust and fumes in a variety of agricultural, commercial and industrial processes has a major effect on human comfort and performance. As such, the core principles of air conditioning are a crucial part of many engineering and science based courses. There is also a driving need to reduce power consumption as well as ozone and greenhouse gas emissions from air conditioning plant. This combination makes the development of air conditioning science a key requirement for study. Our research and development team spearheaded the first air conditioning unit specifically designed and manufactured for teaching purposes. Our current product continues that tradition and secures our position as market leader.
A660-220-AC-AIR CONDITIONING LABORATORY UNIT (220V), COMPUTER LINKED
A660-220-C-AC-AIR CONDITIONING LABORATORY UNIT (220V), COMPUTER LINKED, with PID CONTROLLER
A660-220-C-AIR CONDITIONING LABORATORY UNIT (220V), with PID CONTROLLER
A660-415-AC-AIR CONDITIONING LABORATORY UNIT (415V), COMPUTER LINKED
A660-415-C-AC-AIR CONDITIONING LABORATORY UNIT (415V), COMPUTER LINKED, with PID CONTROLLER
A660-415-C-AIR CONDITIONING LABORATORY UNIT (415V) with PID CONTROLLER
A660-AIR CONDITIONING LABORATORY UNIT
A660A-OPTIONAL DIGITAL TEMPERATURE UPGRADE
A660B-OPTIONAL RECIRCULATION DUCT UPGRADE
A660D-OPTIONAL ENVIRONMENTAL CHAMBER
AC660A-OPTIONAL DATA ACQUISITION UPGRADE
B500B-OPTIONAL DUCTING UPGRADE ‘B’
B500C-OPTIONAL DUCTING UPGRADE ‘C’
B500-VENTILATION TRAINER
R100-PRESSURE ENTHALPY (PH) SOFTWARE UPGRADE