Long Brass Compression Coupling

Parameters of Long Brass Compression Coupling

Long brass compression-type pipe joint, characterized by an elongated structure design and compression-type connection principle, through a nut locking compression sleeve to achieve a close fit between pipes and joints, suitable for copper, steel, stainless steel, and other materials of the pipeline system, to achieve a straight line connection, extension, or maintenance of the pipeline connection. Adapts to pipe alignment requirements in complex installation scenarios without welding or threading.

  • Model No: JX-10079
  • Material: Heavy Duty DZR Lead Free forged Brass Construction
  • Gasket: EPDM
  • Size: 1″x 1-1/4″, 1-1/4″x 1-1/2″, 1-1/2″, 3/8″x 1/2″, 3/4″x 1″
  • CTS or IPS connections
  • Pressure: 125 PSI
  • Standard: UPC&CSA
  • Temperature: 180°F
  • less than one quarter of a percent (.25%)of lead by weight
  • Connector Type: Coupling Straight
  • Thread Size: 1/2″-2″ inch FNPT
  • Types: Long type and Short type.

Additional information

Description

Straight-Through Female Joint

The structural characteristics of the straight-through female thread joint are that both ends or one end have a female thread interface, and the internal flow channel features a linear design, which enables a non-bending butt joint in the pipeline system. It is a basic connector in industrial and civil piping systems. Applications include the linear extension of pipelines, the fixed connection of equipment and pipelines, the docking of branch pipelines, and the rapid connection during maintenance and replacement.

  • Model No.: JX-0815
  • Material: CW602N, CW617N, CW614N
  • Finishing: Polishing and chrome-plated
  • Size: 1/2″, 3/4″
  • Temperature: -10˚C-120˚C
  • Thread connection: BSP, NPT
  • Salt Spray Test approved
  • Temperatures range from -65 to 250 °F
  • Two straight heads are provided, female and male
  • Suitable for a towel dryer
  • Working pressure: up to 10 bar
 

Water Meter Coupling

The water meter connector is a specialized fitting for water meter and pipe system design, featuring either a threaded connection or a compression connection structure. It is compatible with various water meter interface specifications and pipe sizes. The purpose is to establish a sealed connection between the water meter and the inlet and outlet pipelines, while also considering the convenience of installation and the flexibility of disassembly, which facilitates future maintenance, calibration, or replacement of the water meter.

  • Model No.: JX-0870
  • Material: Lead-free brass
  • Finishing: Sand blasted
  • Size: 1″, 1/2″, 3/4″
  • Temperature: -10˚C-120˚C
  • Thread connection: NPT
  • Contains less than 0.25%
  • End Style: Female Hose Thread x MNPT
  • Standard: SDWA, NSF-61G, ANSI B2.1
  • Pressure: 125 PSI
  • Includes rubber meter gasket
 

Brass Sleeve Coupler

Brass sleeve coupling structure with hollow sleeve as the main body, through key connection, set screw, or interference fit, to achieve a rigid connection of two coaxial transmission shafts. It is used in general machinery, fluid equipment, instrumentation, water supply and drainage systems, and industrial automation equipment, including transmission torque, compensation for shaft installation deviation, and ensuring the concentricity and stability of equipment operation.

  • Model No.: JX-0810
  • Material: C37700, CW602N, CW617N
  • Finishing: Sand blasted
  • Contains less than 0.25% lead
  • Temperature: -10˚C-120˚C
  • Thread connection: BSP, NPT
  • Size: 1/2″-2″ and custom
  • Suitable for hull applications below the waterline
  • Thread length 80 mm
  • Max Thru Hull Thickness: 1-1/4″,1-1/2″, and 2″
1/2 bronze gate valve Lead-Free Push-Fit Coupling

The advantage of the Lead-Free Push-Fit Coupling is its push-in, quick-fit design, which eliminates the need for welding, threading, or special tools and automatically locks the seal by inserting the pipe into the joint. Widely used in scenarios with high environmental requirements for materials, including the rapid connection of pipelines, system expansion, equipment connection, and maintenance replacement.

  • Model No.: JX-0842
  • Material: DZR forged Brass and LF Brass
  • Finishing: Original, Sand blasted
  • Size: 1/2″, 3/4″, 1″
  • Thread connection: NPT
  • Working pressure: 200PSI
  • Sealed with EPDM NBR O-rings
  • Max temperature: 200°F
  • All components are chloramine resistant
  • Connects PEX, CPVC, or COPPER pipe in any combination
  • Meets ASME B1.20.1, ASSE 1061, AWWA C800, ANSI/NSF-14/G
 

Push Fit Male Coupling

Push-Fit Male Coupling is a high-efficiency pipe fitting that combines a quick plug connection with a male thread structure. No welding, threading, or special tools are required. The pipe insertion joint can be quickly locked by an internal sleeve or a sealing ring, and the male thread end can be directly matched with the pipe, valve, or equipment interface that has an internal thread.

  • Model No.: JX-0843
  • Material: Brass, Lead-free brass
  • Finishing: Original, Sand blasted
  • Size: 1/2″, 3/4″, 1″, 1-1/4″
  • Thread connection: NPT
  • Working pressure: 200PSI
  • Any combination of copper, CPVC, or PEX pipes can be connected
  • Maximum temperature: 200°F
  • Standard: ANSI-61/NSF, ASSE 1061, cUPC
  • Medium: Water
  • Application: Quick Connect Fittings
  • Compatible with 3/4 inch and 1-inch pipes
brass elbow fitting
 

 

Push-In 90 Degree Elbow Coupling

The Push-Fit 90-Degree Elbow Coupling is a core fitting for pipe connections that integrates push-in quick-fit construction with a 90-degree bend flow design. The advantage is that no welding, thread winding, or special tools are needed; just push the pipe directly into the joint, and the 90-degree elbow construction can accurately change the pipe direction, adapting to installation scenarios with limited space or vertical turning.

  • Model No.: JX-0845
  • Material: Lead-free DZR brass
  • Size: 1/2″x1/2″, 1″x 3/4″, 3/8″ x 3/8″
  • Fits copper tubing, CTS CPVC, and PEX
  • Style: Quick-connect fitting
  • Finish: Sandblasted
  • Max working temperature: 90℃
  • Working pressure: 200psi
  • 90-degree elbow fitting
  • Standard: ASME, ASSE
  • Medium: water
  • Installation: Push in

FAQs of Coupling

1. What is the primary function of coupling in the valve system?

Coupling is a mechanical component connecting two shafts. Its core function is to transmit torque, compensate for shaft installation deviation, buffer vibration, protect the valve and driving equipment, and ensure stable and reliable valve opening and closing action.

2. What is the difference between “rigid” and “flexible” coupling?

Rigid coupling features a simple structure, ample transmission torque, and is suitable for high-precision valve shaft alignment. Flexible coupling, with elastic elements, can compensate for installation deviations, buffer vibrations, and is ideal for motor drives. In cases where pipeline vibration is noticeable, the valve is the mainstream choice for valve systems.

3. What parameters do I need to provide when customizing the coupling?

Four types of core parameters shall be provided: ① type, shaft diameter and keyway size of connecting shaft;② valve working torque, valve model, or driving power can be recommended to customers;③ working environment, such as temperature, medium, vibration/corrosion, etc.;④ installation space limitation, whether there are requirements for axial length and radial diameter. We will arrange for engineers to select and calculate according to the parameters to ensure accurate adaptation.

4. What is the significance of the “compensation amount” parameter of the coupling?

Compensation refers to the maximum allowable deviation of the shaft system of the coupling. Suppose pipeline settlement or bracket deviation may cause shaft system deviation during valve installation. In that case, it is recommended to select a flexible coupling with a compensation amount ≥0.3mm to avoid clamping or damage caused by a rigid connection.

5. What materials are mainly used for plumberstar couplings?

Primarily composed of brass, carbon steel, and stainless steel materials. Brass has medium corrosion resistance and good conductivity, making it suitable for HVAC and low-pressure gas valves. Carbon steel is low-cost, high-strength, suitable for ordinary water, air, and other non-corrosive conditions. Stainless steel acid and alkali resistance, seawater corrosion resistance, suitable for chemical engineering, marine engineering, and food-grade valves.

6. What is the degree of protection of the coupling?

The standard product protection level is IP54, dustproof, splash-proof, outdoor or humid environment, such as rain, spray area can choose IP65 protection level products, through the addition of sealing end cap in the connection position, the use of waterproof sealing ring to achieve; if the environment has dust or oil, additional customized protective cover, further extend the service life.

7. Is it challenging to install the coupling?

Low installation difficulty; conventional models do not require special tools, and ordinary technicians can operate them. Installation steps are simple: ① Clean the end faces of the two shafts to ensure no oil stains and impurities;② Insert the coupling into the two shafts respectively, align the keyway, and fix the set screws;③ Check the concentricity;④ Lock the connecting bolts. Installation instructions with schematics are provided, and video instructions are available for complex models.

8. When installing, the coaxial deviation of the two shafts is too large. What problems will the coupling cause?

Excessive deviation will lead to increased vibration and noise of the coupling. Long-term use will wear down the bearing, shorten its lifespan, and may cause shaft fracture in severe cases. The radial height can be adjusted by increasing or decreasing the valve support spacer or by moving the actuator position to change the axial alignment. If the deviation is large, a flexible coupling with a larger compensation amount can be selected.

9. Does Plumberstar support OEM/ODM cooperation for the coupling?

Support OEM/ODM cooperation. OEM cooperation on couplings can include printing product logos and custom packaging according to customer requirements. ODM cooperation can be based on customer requirements and design concepts, with our team of engineers completing the coupling development, design, proofing, and production, providing a one-stop service from scheme design to batch delivery. A confidentiality agreement will be signed before cooperation to protect the client’s intellectual property rights.

10. What standards are used for coupling packaging?

Plumberstar is packaged individually in PE bags with foam cushioning. Multiple products are packed into corrugated boxes filled with bubble wrap. The entire structure is reinforced with plywood pallets and wrapped with stretch film to prevent moisture loss and enhance resistance. Conform to sea and air packaging standards. Each shipment passed the drop test.

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