An Air Handling Unit (AHU) is used to condition and circulate air as part of a heating, ventilating, and air-conditioning system. The basic function of the AHU is take in outside air, condition it and supply fresh air to a building. All exhaust air is discharged, which secures an acceptable indoor air quality. Depending on the required temperature of the conditioned air, the fresh air is either heated by a recovery unit or heating coil, or cooled by a cooling coil. In buildings, where the hygienic requirements for air quality are lower, some of the air from the rooms can be re-circulated by a mixing chamber, and result in significant energy savings. A mixing chamber has dampers for controlling the ratio between the return, outside, and exhaust air. The AHU is a large metal box containing separate ventilators for supply and exhaust, heating coil, cooling coil, heating/cooling recovery system, air filter racks or chambers, sound attenuators, mixing chamber, and dampers.

AHUs connect to ductwork that distributes the conditioned air through the building, and returns it to the AHU. A heat/cooling recovery exchanger is normally fitted to the AHU for energy savings and increasing capacity. An AHU designed for outdoor use, typically on roofs, is also known as a rooftop unit (RTU).The future of hatcherytechnologies at Pas Reform is an international company, which has specialized in the development of innovative hatchery technologies for the poultry sector since 1919.Read more... New from Pas Reform Academy: Air Handling Units from Pas Reform: a reliable, high-quality heating and cooling ventilation system, to maintain optimum air temperature 24/7 in your hatchery. Supplied complete, includes Frequency controlled centrifugal fan; electrical switch box with climate controller;  servo motor-operated internal air valve; temperature controlled servo motor-operated water valves; high quality, quick-release filters; high efficiency heating and cooling elements;

integrated frost protection and condensation extractor. The completely galvanized housing incorporates 50mm mineral wool isolation. Standard suitable for environments from -10°C (optional -17 / -40°C) up to +30°C (optional +35 / +40°C).The temperature, humidity and pressure in the hatchery is controlled by a Siemens Synco 700 regulator. This regulator adjusts the speed of the high pressure centrifugal fan by frequency control, controlling the heater and cooler sections by servo motor operated water valves as well as external humidifiers. Ensures that specified quantities of filtered air enter the hatchery at the correct temperature and humidity. We will be delighted to answer any further questions you may have regarding our incubators, hatchery automation and climate control systems. If you require any additional information, please feel free to contact us by email at This email address is being protected from spambots. You need JavaScript enabled to view it. var prefix = 'ma' + 'il' + 'to';

var path = 'hr' + 'ef' + '='; var addy70332 = 'info' + '@'; addy70332 = addy70332 + 'pasreform' + '.' + 'com'; var addy_text70332 = 'info' + '@' + 'pasreform' + '.' + 'com'; document.getElementById('cloak70332').innerHTML += ''+addy_text70332+'<\/a>';small ductless air conditioning units and we will be happy to assist you.maytag air conditioner window kitThe Conditioned Air Module (CAM) unit is a modular zonal air handling unit which takes in air from the floor void and returns it to the space fully treated and conditioned.  ac heater window unit 110vIt’s compact design allows it to be located free standing within the working environment, or placed within cupboard space, corridors or in a small plant room

With the Flexible Space System, the building is divided up into several zones per floor, divided into supply and return channels using air segregation baffle. Each CAM unit serves one zone, of between 100 – 300 m², and the conditioned air is distributed to the workspace via the low pressure plenum and into the space using fan terminal units CAM-C sizes: CAM C-15 / CAM C-25 / CAM C-35 The CAM-C unit with underfloor supply and underfloor return is the most flexible option allowing total elimination of ceiling based duct work, enabling reduced slab to slab height, enhanced ventilation and comfort CAM-V sizes:  CAM-V11 / CAM-V22 / CAM-V33 / CAM-V44 The CAM-V unit with underfloor supply and ceiling or high level return allows the return air to be drawn out through the false ceiling with no requirement for underfloor baffle, allowing use of the larger surface of floor slab to distribute the supply air, increasing the effect of thermal mass storage CAM-C baseframe options are available to divide supply and return air channels and to accommodate different airflow patterns for any architectural or building design layout need

The CAM-V baseframe is located within the raised floor, and has no provision for direct connection to ducting or piping. Piping is assumed to be routed through the front opening of the baseframe Each CAM is supplied with a complete internal wiring loom connecting all fitted electrical elements. A gland is provided for the incoming power and control wiring.  A factory-wired terminal board is isolated from the airflow, and includes an internal isolator for the complete isolation of the unit during maintenance Supply and return sensors are supplied with the units along with a length of two core control cable. Automatic control of the unit is enabled via the Flexface board. Visualisation of the controls is through a Flexmatic display unit providing easy access to set point adjustment and other functions Hard-wired connections for remote starting/stopping plus common alarm signals are standard features of all CAM’s, but comprehensive communication with most Building Management Systems (BMS) can be achieved using a Flexgateway module