Thermostatic Expansion Valve

Name: Thermostatic Expansion Valve
Brand: MANIK ENGINEERS
Price: 5000 INR
Availability: InStock

5000 INR/Perch

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Product Details:

Valve Size Varies by Model (Common: 1/4 x 3/8 ODF)
Connection Type Solder/ODF
Valve Type Expansion Valve
Features Adjustable Superheat, Replaceable Power Element, Compact Design
Control System Thermostatic Sensing Element
Material Brass, Stainless Steel (Internals)
Voltage N/A (Mechanical Operation)
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Thermostatic Expansion Valve Price And Quantity

Price 5000 INR/Perch
Minimum Order Quantity 1 Piece

Superheat Adjustment Range 3°C to 18°C
Capillary Tube Length 1.5 meters (standard)
Maintenance Serviceable and easy to clean
Bulb Charge Gas or Cross charge
Application Suitability Commercial and Industrial Systems
Operation Pressure Differential 0.8 to 15 bar
Orifice Size Interchangeable or fixed, as per application
Mounting Orientation Vertical or horizontal
Suitable for Evaporating Temperature as low as -40°C

Thermostatic Expansion Valve Product Specifications

Connection Type Solder/ODF
Valve Size Varies by Model (Common: 1/4 x 3/8 ODF)
Voltage N/A (Mechanical Operation)
Media Refrigerant (R22, R134A, R404A, R407C, R410A, etc.)
Type Thermostatic Expansion Valve
Port Size 1/4 to 5/8 ODF/Solder
Pressure Up to 31 bar (450 psi) max working pressure
Valve Type Expansion Valve
Sealing Hermetic Sealed
Structure Brass Body, Hermetic Construction
Features Adjustable Superheat, Replaceable Power Element, Compact Design
Power Mechanical (no external power required)
Control System Thermostatic Sensing Element
Temperature -40C to +10C
Pin Stainless Steel
Disc Stainless Steel
Material Brass, Stainless Steel (Internals)
Application Refrigeration and air conditioning systems

Superheat Adjustment Range 3°C to 18°C
Capillary Tube Length 1.5 meters (standard)
Maintenance Serviceable and easy to clean
Bulb Charge Gas or Cross charge
Application Suitability Commercial and Industrial Systems
Operation Pressure Differential 0.8 to 15 bar
Orifice Size Interchangeable or fixed, as per application
Mounting Orientation Vertical or horizontal
Suitable for Evaporating Temperature as low as -40°C

Thermostatic Expansion Valve Trade Information

Supply Ability 100 Piece Per Month
Delivery Time 1 Days

Product Description

By adjusting the flow of refrigerant into the evaporator, this thermostatic expansion valve makes sure that only vapor escapes from the evaporator. It is a robust, thin, flexible material that may bend to exert pressure on the pin. Usually, this material is metal. This thermostatic expansion valve will guarantee that your system functions at its best while using the least amount of energy possible, which will help you save money. By assisting in the regulation of the refrigerant flow via your system, your compressor is protected.

Precision Control for Commercial Refrigeration

This thermostatic expansion valve provides accurate refrigerant flow management for commercial and industrial settings. With its mechanical operation, no external power source is required, simplifying installation and reducing operational costs. The adjustable superheat and interchangeable orifices make it suitable for a variety of refrigeration and air conditioning applications.

Flexible Design and Wide Compatibility

Equipped with a hermetically sealed brass body and stainless steel components, the valve stands up to rigorous use. It accommodates a broad range of refrigerants including R22, R134A, R404A, R407C, and R410A. Its compact form supports multiple mounting orientations and port sizes, offering versatility in system integration.

Ease of Service and Maintenance

Maintenance is straightforward due to the serviceable construction and easy-to-clean design. The replaceable power element and robust internals ensure long operational life and optimal performance, contributing to reduced downtime for refrigeration technicians and system owners.

FAQ's of Thermostatic Expansion Valve:

Q: How is the thermostatic expansion valve installed in a refrigeration system?

A: The valve can be mounted vertically or horizontally, depending on space and system requirements. Installation typically involves soldering the appropriate ODF port sizes (from 1/4" to 5/8") into the refrigeration line, followed by connecting the capillary tube and sensing bulb as per standard protocols.

Q: What are the benefits of adjustable superheat in this valve?

A: Adjustable superheat (ranging from 3C to 18C) allows precise control over refrigerant flow, ensuring optimal efficiency. This feature helps prevent compressor floodback and improves system stability across varying loads and operating conditions.

Q: When should I use a fixed or interchangeable orifice with this valve?

A: Fixed orifice sizes are typically chosen for systems with stable, predictable loads. Interchangeable orifices are ideal for applications where flexibility and adaptation to changing conditions are needed, such as in multi-temperature or multi-capacity refrigeration systems.

Q: Where can this thermostatic expansion valve be used?

A: It is suitable for commercial and industrial refrigeration and air conditioning systems, especially those requiring precise temperature and pressure control. The valve can operate effectively even at evaporating temperatures as low as -40C.

Q: What is the process for servicing the valve?

A: Servicing involves isolating the valve, cleaning internal components as needed, and replacing parts such as the power element when necessary. The robust and serviceable design ensures these procedures are straightforward and efficient for technicians.

Q: How does the bulb charge type affect valve operation?

A: The valve offers options for gas or cross charge bulb types, which influence response rate and superheat control. Gas charges are suitable for stable conditions, while cross charges allow improved performance across wider temperature ranges.

Q: What are the main advantages of the valve's hermetic construction and material selection?

A: Hermetic sealing prevents refrigerant leaks and contamination, while the brass body and stainless steel internals enhance durability, corrosion resistance, and longevity, even under high pressure and challenging environmental conditions.