Air Chiller Electrical Panels

Name: Air Chiller Electrical Panels
Brand: AMI COOLING SYSTEM
Price: 100000.00 INR
Availability: InStock

Price 100000.00 INR/ Piece

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MOQ : 1 , , Piece

Air Chiller Electrical Panels Specification

Material
Copper

Refrigerating Capacity
As Applicable

Condition
New

Type
Air Cooled

Power Supply
3 phase

Voltage
320 to 440 Ampere (amp)

Cooling Type
Air cooled

Nozzle Material
MS/Copper

Water Pump Motor
As Apllicable

Noise Control
NA db

Compressor
Any

Warranty
1 Year

Air Chiller Electrical Panels Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
1 , , Piece Per Week

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
Gujarat

About Air Chiller Electrical Panels

Air Chiller Electrical Panels

Holding profound experience in this domain, we bring forth for our customers a comprehensive range of Air Chiller Electrical Panels. The offered range of these panels is tested on various parameters by our team of quality controllers. Owing to their sturdy construction, high corrosion resistance and longer service these panels are highly applauded in the market. Air Chiller Electrical Panels are widely used for regulating the flow of electricity and maintaining the power factor of system switches.

We Are Leading Manufacturer & Supplier Of Air Chiller Electrical Panels From Ahemdabad

Reliable Air-Cooled Performance

Engineered for consistency, our Air Chiller Electrical Panels utilize air as the primary cooling medium, ensuring minimal maintenance requirements and dependable operation. Copper material construction enhances heat transfer for efficient performance across a broad range of industrial settings.

Adaptable Design for Varied Needs

These panels accommodate various compressors and feature water pump motors as applicable. Their modular design makes them suitable for different refrigerating capacities, tailored to your specific cooling requirements.

Manufactured with Quality in India

Produced by experienced exporters and suppliers in India, our panels are built to meet international standards for durability, power efficiency, and performance.

FAQ's of Air Chiller Electrical Panels:

Q: How does the air-cooling process work in these electrical panels?

A: The panels use ambient air to dissipate heat generated by system components, eliminating the need for water sources and reducing maintenance. Air is circulated over copper elements for optimal heat transfer and consistent cooling.

Q: What materials are used in the construction of the panels, and how do they enhance durability?

A: The panels are mainly constructed from copper and have MS/Copper nozzles. Copper ensures superior heat conduction and corrosion resistance, contributing to long-lasting facility operation.

Q: When should I consider installing an air chiller electrical panel?

A: Install these panels if your facility requires efficient cooling but lacks access to constant water supply or wishes to minimize water consumption. They're suitable for new industrial installations or upgrades.

Q: Where can these air chiller electrical panels be used?

A: These panels are ideal for industrial environments, manufacturing plants, and facilities where air-cooled solutions are preferable due to water constraints or ease of installation.

Q: What is the process for connecting different compressors or water pump motors?

A: The panels are designed for compatibility with various compressors and water pump motors. Installation guidelines recommend professional setup to ensure correct integration and optimal performance.

Q: What is the benefit of having a 3-phase, 320-440 Amp power supply for this panel?

A: Using a 3-phase power supply with high amp capacity ensures steady performance, accommodates heavy-duty operations, and supports larger refrigerating capacities without voltage drops.

Q: How does the 1-year warranty support my purchase?

A: The included 1-year warranty protects your investment against manufacturing defects, offering peace of mind and minimizing unexpected downtime or repair costs.

Technical Details