SEER when matched with T-Class outdoor units. In applications for 6- to 20-ton units, tons for a variety of applications the TAA standard-drive air handler delivers up to 1.0" external static at 400 cfm/ton and the high-static option delivers up to 1.8" at 400 cfm
Product Data OMNIZONE 50BV020-064 Remote Air-Cooled and Water-Cooled Indoor Self-Contained Systems and Water Source Heat Pumps 18 to 60 Nominal Tons omnizoneBWLogo Omnizone 50BV units offer: • Available with R-22 or Puron® (R-410A
• Operation Range - System will operate at temperatures ranging from 5 F to 118 F in cooling mode and 5 F to 80 F in heating mode • High Performance Outdoor Coil - Special fin design pattern reduces air resistance and increases heat transfer • Rifled tubing
The indoor coil is the device responsible for transferring heat from indoors to the outdoors (or the reverse in the case of a heat pump in heating mode). Most modern systems are designed to achieve maximum efficiency when the indoor unit (coils and blower) is properly matched with the outdoor unit (air conditioner or heat pump).
for outdoor operation. - Alternative Refrigerant R-407C, So-lution Plus provides an option for refri-gerant R-407C. - R410A coolant for use with the TVR LX condensing unit. Precautions against product corrosion It is recommended that air conditioning equipment
When only coil 1 is operating, the pressure differential across coil 1 will only be 30 ft if the differential sensor is located at the end of the run as shown. If the sensors had been near the pumps, however, the differential controller would have to have been set for 60 ft to meet the design requirements.
Product Data OMNIZONE 50BV020-064 Water-Cooled Indoor Self-Contained Systems and Water Source Heat Pumps 18 to 60 Nominal Tons Omnizone 50BV units offer: • Puron® (R-410A) refrigerant • High-boy modular units break down to fit through a standard, 36-in. doorway • Either two or four high-efficiency scroll compressors for efficient part load control, quiet operation and system redundancy
FORM 102.20-QG1 (808) SOLUTION AIR HANDLING UNITS 2000 TO 100,000 CFM (Indoor & Outdoor Models) ld08301 FPC DP XA FSHF XA CC HCXA RF FEMB V F D V F D Split SA EA RA VC XA HC RF MB 2 JOHNSON CONTROLS FORM 102.20-QG1 (808)
Efficient operation High-efficiency design offers SEER (Seasonal Energy Efficiency Ratios) of 14.0 to 14.3, 12.0 EER, and AFUE (Annual Fuel Utilization Efficiency) ratings as high as 80.4%. Energy-saving, direct spark ignition saves gas by operating only when the room thermostat calls for heating.
Discharge gas from the compressor passes through a four-port valve into the outdoor coil and is partly condensed to a high-pressure mixture of liquid and gas. The liquid is separated in the distributor unit and passed through two stages of pressure reduction, evaporates in the indoor unit and is returned as a low-pressure gas, through a controlling solenoid valve to the compressor.
pump or heat recovery configurations power up to 30-Tons of capacity from a single piping network. The system also allows up to 62 indoor fan coil units, a 200% connection index, and integrated controls, with BMS options and piping limitations never before
2 42CE Fan Coil Units are the new energy saving products improved with advanced technology by Carrier. The units have advanced technology of low noise fan, air condition manufacture process and the last lanced sine wave fin. 42CE is developed to be an ultra
Features of 80 Ton Overhead Crane The overhead crane is mainly composed of bridge frame, bridge operating mechanism, hoist trolley, electrical equipment, etc. According to the frequency of use, it has A3-A7 work duty. The crane generally uses cabin operation.
VPA Mini-VRF Heat Pump Outdoor Units / Page 3 SPECIFICATIONS Model No. VPA036H4 VPA048H4 Nominal Size - Tons 3 4 1 AHRI Ratings Indoor System Type Ducted Non-Ducted Cooling - Btuh 36,000 36,000 47,500 47,500 High Temp. Heating - Btuh
30/6/2013 · Heating and DHW operation.For the comparative study of the two flow-rate adjustment cases, the same DHW volume was used, V dhw =1.22 m 3.The experimental parameters including indoor air temperature (t i), outdoor air temperature (t e), DHW temperature (t dhw) and heat source temperature (t s), recorded for a week period for each of the two analysed cases, from 12th of January 2012 to 18th …