Send Inquiry

Request To Call Back

Heat Recovery Unit Air

Get a Price/Quote

Heat Recovery Unit Air Specification

Material
Powder-coated galvanized steel

Refrigerating Capacity
5.0~25.0 kW

Application
HVAC, ventilation systems, commercial and industrial spaces

Motor
High efficiency, low noise motor

Air Flow
3000-9000 m/h

Condition
New

Type
Air to air heat recovery unit

Dimension (L*W*H)
1500 x 800 x 620 mm

Power Supply
3 Phase, 50 Hz

Voltage
380-450 V

Cooling Type
Air Cooled

Nozzle Material
Brass

Cooling Coil Material
Copper tubes with aluminum fins

Water Flowing Rate
1.1-3.2 m/h

Water Pump Motor
0.5 Hp external pump

Noise Control
Insulated housing, sound-absorbing pads

Compressor
Hermetic scroll type

About Heat Recovery Unit Air

Ours is an illustrious firm, involved in manufacturing and supplying our clients with Heat Recovery Unit Air to Air. These are widely used in cold storage systems and plants for decreasing the CO2 level which is needed for improve the shelf life of stored products. To assure excellent workability, we stringently check this Heat Recovery Unit Air to Air before delivery.

Features:

Longer functional life
High performance
Easy to install and maintain

Other information:

Heat Recovery Unit - Air to Air

For the Cold Storage of potato and allied vegetables/ fruits, fresh air is needed to minimize the level of CO2.
For hospitals, conference, pharmaceuticals, large auditoriums, rooms and other places where big quantity of fresh air is needed.
We offer Air to Air heat recovery units that recover the heat from exhaust & cold air and transfer it to fresh & hot air.

Dual Stage Filtration for Improved Air Quality

Equipped with both G4 and F7 filters, this unit effectively eliminates coarse and fine particles, ensuring a healthier environment. The filtration system is ideal for demanding HVAC and ventilation applications where superior indoor air quality is a priority, supporting both commercial and industrial needs.

Flexible Installation & Robust Construction

Designed for versatility, this heat recovery unit can be floor-mounted or ceiling-suspended. Constructed using powder-coated galvanized steel, it resists corrosion and wear even in challenging environments. Removable side panels make routine maintenance straightforward and efficient.

Intelligent Digital Control & High Performance

A microprocessor-based controller simplifies operation, offering precise management of airflow and temperature settings. The unit achieves up to 70% heat recovery, reducing energy consumption and operational costs, while its centrifugal fan and sound-absorbing design ensure efficient, quiet performance.

FAQs of Heat Recovery Unit Air:

Q: How does the G4 + F7 two-stage filtration system benefit air quality?

A: The G4 pre-filter captures larger particles such as dust and debris, while the F7 secondary filter targets finer particulates, significantly improving indoor air quality. This dual-stage system ensures cleaner air circulation in commercial and industrial spaces.

Q: What is the recommended process for routine maintenance?

A: Routine maintenance involves accessing the removable side panels to clean or replace filters, inspect internal components, and ensure proper operation. Regular checks, ideally every three months, help maintain peak efficiency and prolong the units lifespan.

Q: When is the optimal time to operate the heat recovery unit?

A: The unit is suitable for continuous or scheduled operation during working hours when ventilation demand is high. It performs reliably within an ambient temperature range of 5C to 45C, making it effective year-round in various climates.

Q: Where can this heat recovery unit be installed?

A: This system is designed for installation in commercial and industrial environments and can be mounted either on the floor or suspended from the ceiling. Its compact dimensions and sturdy build allow for flexible placement, even in constrained spaces.

Q: What are the main advantages of using this heat recovery unit?

A: Key benefits include up to 70% heat recovery efficiency, reduced energy costs, enhanced indoor air quality, quiet operation due to noise-insulated housing, and ease of maintenance. The unit is engineered for demanding HVAC and ventilation applications.

Q: How does the microprocessor-based digital controller enhance usability?

A: The integrated digital controller allows precise adjustment of system parameters, automatic regulation of airflow, and real-time monitoring. This user-friendly interface simplifies operation and supports optimal system performance.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number