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Modular Structure Intelligent Control System Pipe Testing Equipment For Reliable Pipeline Pressure Test Procedures

Beijing Tonghe Testing Machine Co., ltd
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    Buy cheap Modular Structure Intelligent Control System Pipe Testing Equipment For Reliable Pipeline Pressure Test Procedures from wholesalers
     
    Buy cheap Modular Structure Intelligent Control System Pipe Testing Equipment For Reliable Pipeline Pressure Test Procedures from wholesalers
    • Buy cheap Modular Structure Intelligent Control System Pipe Testing Equipment For Reliable Pipeline Pressure Test Procedures from wholesalers
    • Buy cheap Modular Structure Intelligent Control System Pipe Testing Equipment For Reliable Pipeline Pressure Test Procedures from wholesalers

    Modular Structure Intelligent Control System Pipe Testing Equipment For Reliable Pipeline Pressure Test Procedures

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    Supply Ability : 20 sets per month
    Model Number : CHW-63M
    Payment Terms : L/C,D/A,D/P,T/T
    Certification : ISO9001, CE
    Delivery Time : 10~15 work days
    Brand Name : TH
    • Product Details
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    Modular Structure Intelligent Control System Pipe Testing Equipment For Reliable Pipeline Pressure Test Procedures

    Pipe Testing Equipment with Modular Structure & Intelligent Control System for Reliable Pipeline Pressure Test Procedures


    Summary:

    This testing machine was custom manufactured by our company for a renowned European brand in compliance with European technical standards, and has not exhibited any technical or quality issues during years of use across Europe.


    This instrument primarily consists of several major components: a cold water exchange execution module, a hot water exchange execution module, a sample chamber, and an industrial chiller. It features an aesthetically pleasing design, modular architecture, advanced technology, stable performance, reliable quality, and user-friendly operation.


    Instrument failure:

    1. Smart switching: The control system automatically adjusts based on the inlet and outlet water temperatures of the sample pipeline, liquid levels in the cold and hot water tanks, and the switching duration between cold and hot modes. It intelligently operates the return valves of both tanks to ensure that most cold water flows back to the cold tank during cycle switching, with temperature fluctuations between tanks remaining below 3°C, resulting in low energy consumption during system operation.


    2. Low-noise operation: The test pipeline is equipped with a water flow controller independently designed by our company, significantly reducing noise generated by high-speed water flow erosion.


    3. Refrigeration system: Utilizes imported industrial chillers as the low-temperature cold source, employing water-to-water cooling to enhance refrigeration efficiency and ensure the compressor operates at optimal performance, thereby improving both cooling efficiency and significantly extending the service life of the industrial chillers.


    4. Flow Display: An imported flow sensor that displays pipeline flow information in real time (optional).


    5. Pre-tensioning device: Features an independent rigid support frame with a lever-based prestressing mechanism, capable of displaying the loading force value in real time (optional).


    6. Maintenance-free control valve: Features a diaphragm-free valve body structure with sealing material made of high-temperature resistant PPL. The valve body sealing material does not require replacement during instrument operation, ensuring maintenance-free performance and exceptional reliability.


    7. Smart Water Replenishment: The intelligent water replenishment function reduces the labor intensity for laboratory personnel while preventing manual refilling from affecting the experimental water temperature, thereby avoiding temperature fluctuations that could disrupt normal experiment operation.


    Technical parameter:

    Project

    Index

    Pressure

    Control range

    0.40 Mpa ~1.20 Mpa

    Control accuracy

    Set value ±0.02 mpa (including cold-to-hot switching process)

    Test stations

    1–6

    Maximum total measured cross-sectional area

    6200 mm² (2 × φ63); can be customized upon request.

    Circulation time for both hot and cold water

    Any setting between 600s and 1800s

    Time for alternating hot and cold water

    ≤60s

    Number of cycles

    Any number of times from 0 to 100,000

    Maximum length of the straight pipe section in the sample

    3700mm

    Display mode

    Touch screen display

    Control method

    Plc control

    Velocity of flow

    >0.9m/s

    Headwaters

    Water quality

    Pure water, deionized water, or softened water

    Automatic water supply pressure

    >0.05mpa

    Temperature display reading error

    ±0.2℃

    Temperature difference between the inlet and outlet of the sample

    <2℃

    Cold water storage cistern

    Temperature control range

    20°c to room temperature (room temperature> 20°c)

    Temperature control accuracy

    Set value ±0.5°c

    Temperature homogeneity

    ±0.5℃

    Hot water tank

    Temperature control range

    Room temperature to 95°c

    Temperature control accuracy

    Set value ±0.5°c

    Temperature homogeneity

    ±0.5℃

    Source

    380(1-15%)vac~380(1+10%)vac 50hz 25kw

    Outline dimension

    L5200 mm × W3200 mm × H2100 mm

    Installation size

    L6000 mm × W4000 mm × H3000 mm

    Total weight

    3210kg


    Meet standards:

    Standard Number

    Standard Name

    ISO 10508

    Relevant regulations for thermoplastic pipes and fittings used in hot and cold water systems

    ISO 19893

    Plastics piping systems — Thermoplastics pipes and fittings for hot and cold water — Test method for the resistance of mounted assemblies to temperature cycling

    .GB/T 19993-2005

    Test Method for Thermal Cycling of Hot-Melt Plastic Water Supply and Drainage Pipe Systems and Pipe Joint Systems

    GB/T 18997.1-2003

    Aluminum-Plastic Composite Pressure Pipe – Part 1: Aluminum-Plastic Pipe with Overlap Welding of Aluminum Tube

    GB/T 18997.2-2003

    Aluminum-Plastic Composite Pressure Pipe – Part 2: Aluminum Pipe Joint-Welded Aluminum-Plastic Pipe

    GB/T 18742.2-2002

    Polypropylene Pipeline Systems for Hot and Cold Water – Part 2: Pipe Materials

    GB/T 18742.3-2002

    Hot and Cold Water Polypropylene Pipeline Systems Part 3: Fittings

    GB/T 18992.2-2003

    Hot and Cold Water Systems Using Cross-linked Polyethylene (PE-X) Pipe Materials – Part 2: Pipe Materials

    GB/T 18993.2-2003

    Chlorinated polyvinyl chloride (PVC-C) pipeline systems for hot and cold water – Part 2: Pipe materials

    GB/T 18993.3-2003

    Chlorinated polyvinyl chloride (PVC-C) pipeline systems for hot and cold water – Part 3: Fittings

    GB/T 18991-2003

    Thermoplastic plastic pipes and fittings for hot and cold water systems


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