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Sprinkler Coupler ( HM )

Sprinkler Coupler ( HM ) Specification

Flexibility
Rigid

Tolerance
0.05 mm

Diameter
63 mm

Coating Type
Uncoated

Bend Radius
Fixed

Temperature Range
-10C to +60C

Tensile Strength
>400 kg/cm

Yield Strength
350 kg/cm

Sealing Type
Rubber Ring Seal

Connection Type
Threaded

Thread Type
BSP (British Standard Pipe)

Product Type
Sprinkler Coupler (HM)

Material
High-Quality Plastic

Connection
Male x Male

Shape
Cylindrical

Standard
IS 14151 (Part 2)

Surface Treatment
Smooth Finish

Outer Diameter
63 mm

Section Shape
Round

Length
150 mm

Thickness
4 mm

Color
Black & Blue

Usage
Irrigation Pipe Fitting

Rated Pressure
6 kg/cm

Application
Agricultural Sprinkler Systems

Material Grade
HM (Heavy Material)

Pipe Compatibility
Suitable for HDPE/PVC Pipes

Corrosion Resistance
Excellent

Packing Type
Box

End Connection
Serrated/Threaded

Installation
Easy Fit

Leak Proof
Yes

Weight
340 grams

About Sprinkler Coupler ( HM )

Providing you the best range of Agricultural HDPE Pipe Fittings i.e. Adapter, EP Reducer Welded, Pipe Coupler, Tail Socket, Pipe Black Coupler and KP End Cap with effective & timely delivery

Superior Performance for Agricultural Needs

Built for agricultural sprinkler systems, the Sprinkler Coupler (HM) maintains robust water flow and system integrity. Its heavy material grade ensures durability, while a rubber ring seal guarantees a leak-proof connection, reducing water loss. With high tensile and yield strength, this coupler stands up to daily operational stresses, ensuring reliable irrigation across seasons.

Effortless Installation and Compatibility

Designed for easy fit, this coupler supports both serrated and threaded end connections, making it compatible with most HDPE and PVC pipes. Its male x male BSP thread type allows swift, secure attachment, saving installation time. The smooth, round surface simplifies handling, and its rigid, fixed bend radius keeps assemblies stable even under high pressure.

FAQs of Sprinkler Coupler ( HM ):

Q: How do you install the Sprinkler Coupler (HM) in an irrigation system?

A: Installation is straightforward thanks to its easy-fit design. Simply align the coupler with your HDPE or PVC pipe, ensuring the male x male ends and BSP threads match the pipe fittings. Use the rubber ring seal for a leak-proof connection, then tighten manually or with a wrench until secure.

Q: What types of pipes are compatible with this coupler?

A: The Sprinkler Coupler (HM) is designed for HDPE and PVC pipes, making it suitable for most agricultural irrigation systems that require a 63 mm diameter fitting with male x male connections.

Q: When should I use this coupler in my irrigation setup?

A: Use this coupler whenever you need to connect two pipe sections within agricultural sprinkler systems, especially where high durability, leak resistance, and pressure tolerance (up to 6 kg/cm) are required.

Q: Where can this sprinkler coupler be applied effectively?

A: It is ideal for agricultural fields, greenhouses, nurseries, and any installation that uses HDPE or PVC pipes within sprinkler irrigation layouts. Its high corrosion resistance and temperature tolerance make it suitable for diverse climates and conditions.

Q: What is the process for ensuring a leak-proof seal during installation?

A: To achieve a leak-proof joint, insert the pipes properly into the coupler, ensuring the rubber ring seal is in place. Tighten the threaded connections firmly, and check for leaks by gradually applying water pressure before full operation.

Q: What are the key benefits of using this coupler in agricultural systems?

A: Key benefits include excellent corrosion resistance, a precision-engineered leak-proof seal, high tensile and yield strength (>400 and 350 kg/cm, respectively), and compliance with IS 14151 (Part 2). This ensures durability, safety, and minimal maintenance over prolonged use.

Q: How does the Sprinkler Coupler (HM) contribute to efficient irrigation?

A: Its superior sealing, minimal water leakage, robust construction, and precise fit enable steady water delivery and system reliability, reducing downtime and maximizing irrigation efficiency for crops.

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