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Industrial Heat Pump

Industrial Heat Pump Specification

Theory
Heat Pump Cycle (Compression Refrigeration)

Working Temperature
-10C to 55C

Mounting Type
Floor Mounted

Control System
Microprocessor Digital Control Panel, Remote Monitoring

Voltage
380V/400V 3-Phase

Max Suction
N/A (Closed System)

Discharge Pressure
1.5~2.5 MPa

Head Size
N/A (Dependent on system design)

Features
Energy Efficient, Eco-Friendly Refrigerant, High COP, Automatic Defrost, Overload Protection

Speed
2900 RPM (Compressor, typical)

Frequency
50Hz/60Hz

Noise Level
65 dB(A)

Fuel Tank Capacity
N/A (Electric Powered)

Inlet/Outlet
Customizable (Typically Flanged)

Caliber
DN50/DN80/DN100 (Customizable)

Flow Rate
Up to 50 m3/h

Material
Galvanized Steel, Stainless Steel Cabinet, Copper Pipe

Structure
Air-Source Monobloc & Split Units

Power
5kW - 120kW (or more depending on unit)

Standard
CE, ISO9001, IEC Compliant

Fuel Type
Electricity

Pressure
Max 2.5 MPa (Design Parameter)

Usage
Industrial Water Heating, Space Heating, Process Water

Application
Industrial, Commercial, HVAC, Process Heating

Suction Type
Direct Suction, Closed Loop

Seals Type
Mechanical Seal

Priming
Automatic

Pump Type
Heat Pump (Vapor Compression)

Capacity
50 kW - 500 kW (varies by model)

Protection Grade
IPX4 Enclosure

Water Outlet Temperature
Up to 80C

Ambient Temperature Range
-15C to 43C

Heat Exchanger
Brazed Plate or Shell & Tube

Condenser Coil Material
Copper with Aluminum Fins

Defrost Method
Automatic Hot Gas Defrost

Expansion Device
Electronic Expansion Valve

Electrical Connection
Terminal Block, 3-Phase

Compressor Type
Hermetic Scroll or Screw Compressor

Safety Function
Compressor Overload Protection, High/Low Pressure Protection, Phase Sequence Protection

Refrigerant Type
R410a, R407c, R134a (Environmentally Friendly)

Heating Output Range
50,000 - 500,000 kcal/h

Industrial Heat Pump Trade Information

Minimum Order Quantity
2 Units

Delivery Time
5-7 Days

Industrial Heat Pump About

Supply, Installation, testing and commissioning of 50 KW Heat Pump capacity water Heating machines.The Air-water heat pump with compressors with motors suitable for R410A refrigerant,suitable for 415 + 10 % volts, 3 phase 50 Hz AC supply with unit mounted starter, The Heat Exchanger (Refrigerant To Water) complete smoothly working water Heating machine, operating stalely through its complete range. Working Ambient Temp.(-) 5 to (+) 55 Degree C

Reliable Heating Performance for Industry

Engineered for high-demand industrial and commercial heating needs, this heat pump delivers output from 50,000 to 500,000 kcal/h. Its air-source, floor-mounted design, durable shell, and copper-aluminum coil construction ensure robust operation with a low noise profile of 65 dB(A), making it suitable for noise-sensitive environments.

Advanced Control & Safety Systems

Equipped with a microprocessor digital control panel and remote monitoring capabilities, the system offers precise setting adjustments and diagnostics. Built-in safety mechanisms such as compressor overload, high/low pressure, and phase sequence protection actively safeguard the system, ensuring continuous, trouble-free operation.

Efficiency & Sustainability

Using eco-friendly refrigerants and a high efficiency compressor, the system boasts a high COP and reduced energy consumption. Automatic hot gas defrost maintains stable performance, even in low ambient temperatures. The closed-loop, direct suction design further contributes to energy savings and reliable output.

FAQ's of Industrial Heat Pump:

Q: How does the industrial heat pump achieve efficient and reliable heating in various applications?

A: The heat pump uses a vapor compression cycle with hermetic scroll or screw compressors and high-performance heat exchangers to deliver consistent hot water or space heating. The use of environmentally friendly refrigerants and automatic hot gas defrost assures high efficiency, even in challenging ambient conditions from -15C to 43C.

Q: What are the main benefits of choosing this industrial heat pump for water or space heating?

A: Key benefits include energy savings from high COP operation, eco-friendly refrigerants, robust protection features (overload, pressure, and phase sequence), and flexible output settings. The system provides water up to 80C and is CE, ISO9001, and IEC compliant, ensuring safety and quality.

Q: When is automatic defrosting activated and how does it enhance performance?

A: Automatic hot gas defrost engages when frost is detected on the heat exchanger during low-temperature or high-humidity conditions. This process quickly removes frost, ensuring stable and consistent heating performance without manual intervention or system downtime.

Q: Where can this heat pump be installed and what applications is it suitable for?

A: The unit is ideal for industrial and commercial spaces, HVAC systems, and process water heating. Its IPX4-rated enclosure and durable construction allow for installation in both indoor and sheltered outdoor environments. Customizable inlet/outlet and mounting options provide installation flexibility.

Q: What process should be followed for electrical and hydraulic connection during installation?

A: The heat pump is designed with terminal block, 3-phase connections (380V/400V) for electrical setup. Hydraulic connections are typically flanged with customizable caliber (DN50/DN80/DN100), allowing adaptation to different system requirements. Professional installation is recommended to ensure safety and optimal performance.

Q: How does the control system support user operation and monitoring?

A: The digital microprocessor control panel allows users to set temperatures, monitor system status, and receive alerts for maintenance or safety issues. Remote monitoring is available for system oversight and troubleshooting, facilitating prompt response and effective management.

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