Q Motors are 4 pole Shaded Pole Motors. They have a very compact design and are available from 5 Watts to 34 Watts output. These Shaded Pole Motors are designed in a way such that an entire range of impellers i.e. 154mm to 300 mm with different angles can be fitted to these Q motors of any wattage. Thus, making the design of this Shaded Pole Motor very universal.
HOT DIP GALVANISED AND POWDER COATED (OPTIONAL) SUPPORTS FOR VRF ODU/IDU, TWIN AND QUAD FOOT SUPPORT FOR CHILLERS
SUPPORTS FOR TFA , AHU'S AND CHILLED WATER PIPES.
R brazed plate heat exchangers are intended for cooling or heating systems to work as evaporators or cooling medium condensers.
Specially adjusted heating plates corrugation pattern ensures effective cooling medium evaporation or condensation. It is a proven solution for heat pumps or refrigerating units. RH version allows for working with cooling medium with pressure up to 45 bar.
Refrigerant Distribution System (RDS) enables efficient distribution of medium droplets and their even evaporation, regardless of heating channel position against inlet connection. This solution allows for effective utilization od the entire heat exchange area in the exchanger.
WORKING PARAMETERS
- max. temperature: 150°C
- min. temperature: -195°C
- max. pressure: 45 bar
With a proven design and performance, RAD shell and coil heat
exchangers are perfect for refrigerant applications, especially in ground
source heat pumps. Direct refrigerant inlet into each of the heat
exchanger tubes ensures uniform medium distribution. RAD has a high
heat transfer coefficient and is designed for modern A2L refrigerants
such as R32, R452B, R454B.
WORKING PARAMETERS PED:
-max. temperature: 200° C
-min. temperature: -20° C
TUBES SIDE
-max. pressure: 45 BAR
SHELL SIDE
-max. pressure: 16 BAR
We at Oorja are happy to present our highly efficient baffles for radiator cooling. Our baffles are made to occupy less horizontal space while providing a greater surface area. Our baffles use radiant cooling technology to help control the temperature of the room for both heating and cooling, offering creative and sustainable methods to decrease the energy use and carbon footprint of your business.
Our baffle system evenly distributes cool or hot water throughout the baffles and cools or heats the surrounding air. We have successfully implemented our baffle cooling system in a variety of buildings, including offices, schools, and hospitals. In each case, we have achieved significant energy savings and improved occupant comfort.
If you are looking for a way to reduce your building's energy consumption, improve occupant comfort, and reduce your environmental impact, then baffle cooling is the solution for you.
We look forward to helping you create a more energy-efficient and sustainable future."
RTPU ranging from 5 Tr to 30 Tr as standard option (Higher capacities can be customised on demand)
Units with R 410 A refrigerant designed for T3 climatic conditions.
Fresh air package units are provided as a customised option.
Tubular Rubber Joints are SPOOL
TYPE Expansion Joints constructed
with high strength nylon cord fabric
and elastomer reinforced with metal
rings / wires. The full faced flanges
are integral with the body and utilize
split steel retaining rings drilled to
required standards. The sealing
surface of the rubber flanges
provide a fluid and gas tight sealing
making gaskets redundant
Double Sphere Joints are used exactly as
their single sphere counterparts.
However, its unique shape and longer
length allows greater compression,
elongation, lateral and angular
movement. This minimizes water
hammer, increases noise suppression
and dampens hydraulic surge and shock
in any system.
The construction combines elastic
properties of rubber with nylon cord fabric
reinforcement and is integrated with steel
Floating Flanges to provide a flexible pipe
joint. The Sealing surfaces provide a fluid
and gas tight seal.
