CV Series V-Type Condenser

The CV Series V-Type Condenser is designed for commercial and industrial refrigeration systems that require efficient heat rejection, reliable operation, and flexible installation. Its V-shaped condenser structure provides a compact footprint while maintaining effective airflow across the heat exchange surface.

Series: CP Series Horizontal Flat Plate Condenser

Structure: Compact Horizontal Table-Top Dual-Fan Configuration

Application: Commercial Refrigeration, Process Chilling & Heat Pump Systems

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COMPONENT 01

Heat Transfer Plates

MAIN FUNCTION / ROLE

Precision-corrugated plate pack facilitating high-efficiency counter-current thermal transfer.

CP SERIES TECHNICAL SPEC

AISI 316L / 304 stainless steel or titanium chevron-corrugated plates, vacuum brazed or gasketed to induce high shear turbulence, self-cleaning anti-fouling flow, and exceptional heat transfer coefficients with minimal refrigerant charge.

The CV Series is suitable for cold storage, food processing, refrigerated warehouses, cold chain logistics, and other refrigeration applications. With an optimized air-cooled design, the condenser helps remove heat from the refrigeration system efficiently and supports stable condensing performance under different operating conditions.

High-Efficiency V-Type Condenser Design

The V-shaped coil arrangement increases the available heat transfer area within a compact installation footprint. This design allows the condenser to achieve efficient heat dissipation while helping reduce the space required for refrigeration equipment installation.

Key Features of the CV Air-Cooled V-Type Condenser

High-Efficiency Air-Cooled Condenser

The CV Series uses ambient air to remove heat from the refrigerant. Efficient airflow through the condenser coils helps improve heat transfer performance and maintain stable condensing temperatures during continuous refrigeration operation.

V-Shaped Condenser Coil Configuration

The V-type structure provides an effective balance between heat transfer capacity and equipment size. The angled coil arrangement increases the exposed heat exchange area and allows the condenser to be installed in applications where space is limited.

Optimized Heat Transfer Performance

The condenser coil and fin configuration are designed to provide efficient refrigerant-to-air heat transfer. This helps the refrigeration system reject heat effectively and maintain reliable operating conditions.

Efficient Condenser Fan System

The fan system provides continuous airflow across the condenser coils. Proper air circulation helps improve heat dissipation and supports stable performance in commercial and industrial refrigeration applications.

Compact Footprint for Flexible Installation

The V-type configuration makes efficient use of installation space. Compared with conventional horizontal condenser arrangements, the compact structure can provide greater flexibility for equipment layout and system installation.

Easy Maintenance and Service

The condenser structure allows convenient access to major components for routine inspection and maintenance. Regular cleaning of condenser coils, fins, and fan components can help maintain heat transfer efficiency.

CV Series V-Type Air-Cooled Condenser Technical Specifications

The CV Series V-Type Condenser is designed for refrigeration systems requiring reliable air-cooled heat rejection. Technical configurations can be selected according to refrigeration capacity, refrigerant type, ambient temperature, and system operating conditions.

CV Series Condenser Configuration

Typical configuration considerations include condenser size, heat rejection capacity, coil arrangement, fan configuration, refrigerant circuit design, and power supply requirements.

CV Series Heat Rejection Capacity

The required condenser capacity depends on the refrigeration system's compressor capacity, evaporating temperature, condensing temperature, refrigerant type, and design ambient temperature. Proper matching of the condenser with the refrigeration system helps maintain efficient and stable operation.

V-Type Condenser Operating Performance and Heat Rejection

The performance of an air-cooled condenser is directly related to ambient temperature, airflow, refrigerant conditions, and heat transfer area. The CV Series is designed to provide consistent heat rejection for refrigeration systems operating under different environmental conditions.

Commercial Refrigeration Condensing Performance

For commercial refrigeration applications, stable condenser operation helps maintain appropriate condensing pressure and supports continuous refrigeration performance.

Industrial Refrigeration Heat Rejection

Industrial refrigeration systems often require continuous operation and reliable heat dissipation. The V-type condenser provides a practical air-cooled solution for systems with higher heat rejection requirements.

Condenser Coil, Fan & Heat Transfer Component Configuration

V-Type Condenser Coil

The condenser coil is the primary heat exchange component. Hot, high-pressure refrigerant releases heat through the coil while ambient air passes across the coil surface.

Aluminum Fins and Heat Exchange Surface

Fins increase the effective heat transfer area of the condenser and improve the interaction between the refrigerant circuit and surrounding air.

Condenser Fan and Fan Motor

The condenser fan generates the airflow required to remove heat from the coil. Fan and motor configurations can be selected according to the required airflow and condenser capacity.

Refrigerant Circuit and Connections

The refrigerant circuit provides the flow path for refrigerant through the condenser. Proper pipe connections and system matching are important for achieving reliable refrigeration performance.

CV Series V-Type Condenser Models & Selection Guide

Selecting the appropriate V-Type Condenser requires consideration of refrigeration capacity, heat rejection requirements, refrigerant type, ambient temperature, airflow conditions, and available installation space.

For a suitable CV Series configuration, the condenser should be matched with the refrigeration compressor and other system components according to the complete refrigeration system design.

V-Type Condenser Dimensions & Installation Requirements

The installation location should provide sufficient space around the condenser for air intake and hot-air discharge. Adequate airflow is important because restricted air circulation can reduce heat transfer efficiency and increase condensing temperature.

The compact V-type configuration provides installation flexibility for cold storage facilities, industrial refrigeration rooms, and outdoor refrigeration equipment areas.

V-Type Condenser Applications for Cold Storage & Industrial Refrigeration

Cold Storage & Refrigerated Warehouses

The CV Series can be used as an air-cooled condenser for refrigeration systems serving refrigerated warehouses and cold storage facilities.

Food Processing Refrigeration

Food processing facilities require stable refrigeration to support processing, preservation, and temperature-controlled storage. The V-type condenser can provide reliable heat rejection for these systems.

Meat & Seafood Cold Storage

Meat and seafood storage applications often require continuous refrigeration operation. Efficient condenser heat rejection supports stable system operation and temperature control.

Cold Chain Logistics

Cold chain facilities depend on reliable refrigeration equipment throughout storage and distribution processes. The CV Series can be integrated into refrigeration systems used in temperature-controlled logistics facilities.

Commercial Refrigeration

The condenser is suitable for commercial refrigeration equipment where compact installation and reliable heat dissipation are required.

Industrial Refrigeration Systems

Industrial refrigeration systems can use the CV Series as an air-cooled heat rejection component for applications requiring continuous and stable condenser operation.

V-Type Condenser vs Conventional Air-Cooled Condenser

A V-type condenser uses an angled coil arrangement to create a larger heat exchange surface within a compact equipment footprint. This configuration can provide installation advantages where floor space is limited.

The selection between a V-type condenser and another air-cooled condenser configuration should be based on required heat rejection capacity, available installation area, airflow conditions, ambient temperature, and overall refrigeration system design.

How to Select the Right V-Type Condenser for Your Refrigeration System

When selecting a CV Series V-Type Condenser, consider the following factors:

• Required heat rejection capacity

• Refrigerant type

• Compressor capacity

• Evaporating temperature

• Condensing temperature

• Design ambient temperature

• Required airflow

• Installation space

• Condenser fan configuration

• Refrigeration system operating conditions

A properly sized condenser helps maintain suitable condensing conditions and supports the overall efficiency and reliability of the refrigeration system.

Why Choose Kaideli as Your Refrigeration Equipment Manufacturer?

KAIDELI provides refrigeration equipment solutions for commercial and industrial applications. The CV Series V-Type Condenser is designed around practical requirements for heat rejection, installation flexibility, maintenance, and long-term refrigeration system operation.

With different condenser configurations and refrigeration equipment solutions available, KAIDELI can support customized equipment selection based on the operating requirements of individual refrigeration projects.

CV Series V-Type Condenser FAQs

What is a CV Series V-Type Condenser?

The CV Series V-Type Condenser is an air-cooled refrigeration condenser that uses a V-shaped coil configuration to efficiently reject heat from the refrigerant while maintaining a compact equipment footprint.

What is the advantage of a V-type condenser?

The V-shaped configuration provides a large heat exchange surface while making efficient use of installation space. It can be suitable for refrigeration systems where both heat rejection performance and compact equipment layout are important.

Is the CV Series an air-cooled condenser?

Yes. The CV Series is designed as an air-cooled condenser that uses ambient air and condenser fans to remove heat from the refrigerant.

Where can the CV V-Type Condenser be used?

The CV Series can be used in cold storage, refrigerated warehouses, food processing, meat and seafood storage, cold chain logistics, commercial refrigeration, and industrial refrigeration systems.

How do I choose the right CV Series model?

The appropriate model should be selected according to required heat rejection capacity, refrigerant type, compressor capacity, ambient temperature, condensing conditions, airflow requirements, and available installation space.