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NITIN ENGINEERS
GST : 27AADPS6908A1ZT

Solenoid Valve Coils Pneumatic

Solenoid Valve Coils Hydraulic Type

Yuken Coil

Electromagnetic Coil

Electromagnetic Vibrator Coils

Mild Steel Coil

Clutch Coils

Clutch Brake Coils UL Approved

No Volt Coil

15D21 Contactor Coil

Electrical Wound Coils

Sporlan Coils

Sporlan Coils Specification

Power Consumption
5-10 W

Working Presssure
42 bar

Operating Voltage
220V / 24V AC/DC

End Connection
Threaded / Flanged

Material
Copper & Stainless Steel

Valve Structure
Solenoid Coil

Way Type
2 Way

Processing Type
Forged

Pressure
Up to 42 bar

Dimension (L*W*H)
Standard Sizes (Refer Manufacturer Specs)

Port Size
Various Sizes Available

Connection Type
Threaded

Application
Refrigeration/AC Systems

Media
Refrigerant

Temperature of Media
-40C to 85C

Working Temperature
-40C to 85C

Weight
0.15 kg

Color
Black/Blue

Sporlan Coils Trade Information

Minimum Order Quantity
5 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
Days

About Sporlan Coils

Sporlan Coils are designed and developed in our ultra-advanced production site with the help of cutting-edge tools and techniques. The coils are resilient and sturdy enough to stand overflow of current, heat, rust, and other degrading factors. They are easy to install and maintain. The coils are energy-efficient and durable. Sporlan Coils are available in varied sizes and technical configurations and that too at a cost-effective price.

Technical Specification

ID IN MM	OD IN MM	HT IN MM
T 5.5 B 16.5	50	39

Robust Design for Demanding HVACR Applications

Constructed from high-quality copper and stainless steel, Sporlan Coils withstand intensive use and harsh environments typical of refrigeration and air conditioning systems. Their hermetic sealing ensures optimal protection against contaminants and moisture, with high humidity resistance (up to 95% RH). These features make them highly suitable for both commercial and industrial sectors across India.

Wide Compatibility and Versatile Installation

Sporlan Coils support a wide range of refrigerants including R22, R407C, R410A, R134a, and R404A, among others. The coils accommodate both vertical and horizontal mounting, while various port sizes and threaded or flanged connections make installation adaptable to different system requirements and manufacturer specifications.

FAQs of Sporlan Coils:

Q: How should Sporlan Hermetically Sealed Coils be installed in refrigeration or AC systems?

A: Sporlan Coils can be mounted vertically or horizontally to suit your equipment design. Ensure all connections (threaded or flanged) are properly sealed to maintain zero leakage and refer to manufacturer specifications for standard dimensions and port sizes.

Q: What refrigerants are compatible with these Sporlan Coils?

A: These coils are compatible with a wide selection of refrigerants, including R22, R407C, R410A, R134a, R404A, and others, making them versatile for most modern refrigeration and air conditioning applications.

Q: When should Sporlan Coils be selected for use over standard solenoid coils?

A: Choose Sporlan Hermetically Sealed Coils when your system requires long service life, high corrosion resistance, and reliable operation in demanding environments such as high humidity or corrosive HVACR conditions.

Q: Where are these coils typically supplied or exported from?

A: Sporlan Coils are manufactured, supplied, and exported from India, with wide availability for global HVACR applications requiring stringent performance standards.

Q: What is the process for ensuring coil longevity and minimal maintenance?

A: Routine inspections for electrical connections and occasional cleaning to prevent dust accumulation are recommended. With a life expectancy exceeding 1 million cycles and robust construction, maintenance needs are minimal when installed according to guidelines.

Q: How does the zero leakage feature of the coil benefit system performance?

A: The zero leakage class of Sporlan Coils ensures no refrigerant loss during operation, leading to improved energy efficiency, consistent system performance, and reduced environmental impact.

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