Gassing Tendency Apparatus

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Gassing Tendency Apparatus  for Transformer Oil Testing.  As per ASTM D-2300, BS 5797:1986, IEC 628:1985

  • Additional information

    Gassing Tendency Apapratus is manufactured As per ASTM D-2300, BS 5797:1986, IEC 628:1985

    Features

    • Fully Made with Stainless Steel Assembly
    • Gassing cell and gas burette assembly made of borosilicate glass with a relative permittivity of 5 ± 0.2 at 80°C.
    • Hollow high-voltage electrode-made of centre less-ground and polished stainless steel with stainless steel capillary tubing as a gas passage. The electrode is supported by PTFE Plug
    • Constant temperature oil bath with a heating and circulation with digital temperature control system.
    • Transparent safety shield-made of clear view acrylic sheet.
    • Power supply : 120 V / 230 Volt AC, 1 Phase, 50/60 Hz


    Advance Information*

    Gassing Tendency Apparatus for Transformer Oil Testing

    The Gassing Tendency Apparatus is a critical instrument used for evaluating the gassing tendencies of transformer oil. Transformer oils must maintain certain insulating properties to be effective, and understanding their gassing tendencies is vital for ensuring the reliability and longevity of electrical equipment. This apparatus meets the standards laid out in ASTM D-2300, BS 5797:1986, and IEC 628:1985, guaranteeing reliable and accurate results in any testing scenario.

    Standards Compliance

    • ASTM D-2300: This standard outlines the methods for testing the gassing tendency of transformer oils under controlled laboratory conditions.
    • BS 5797:1986 & IEC 628:1985: These standards detail the specific procedures and apparatus requirements necessary for performing accurate transformer oil gassing tests.

    Key Features

    Fully Stainless Steel Assembly

    The entire apparatus is built with high-grade stainless steel, ensuring durability, resistance to corrosion, and longevity. Stainless steel is chosen for its robustness and minimal maintenance needs, making the equipment highly reliable for frequent use in rigorous testing environments.

    Borosilicate Glass Components

    The gassing cell and gas burette assembly are crafted from borosilicate glass. This material is selected for its outstanding thermal and chemical stability, essential for accurate measurements. It has a relative permittivity of 5 ± 0.2 at 80°C, ensuring precise readings and consistency in testing outcomes.

    Hollow High-Voltage Electrode

    The high-voltage electrode within the apparatus is hollow and made of centreless-ground and polished stainless steel, enhancing precision and reliability. Equipped with stainless steel capillary tubing for gas passage, the electrode is supported by a PTFE plug for seamless operation and optimal performance.

    Constant Temperature Oil Bath

    Maintaining a consistent temperature is vital for accurate testing outcomes. The apparatus includes a constant temperature oil bath with a heating and circulation system. Integrated digital temperature control ensures that the oil bath remains at the precise temperature required for each test, enhancing the reliability of results.

    Transparent Safety Shield

    Safety is paramount in any laboratory setting. The apparatus features a transparent safety shield made of clear view acrylic sheet. This provides a protective barrier while maintaining visibility, allowing operators to monitor the testing process safely and effectively.

    Power Supply Compatibility

    The apparatus is designed to be versatile and suited to various laboratory settings, with a power supply that operates efficiently on both 120 V and 230 V AC, 1 Phase, 50/60 Hz. This flexibility ensures compatibility with different power infrastructures and enhances the apparatus's usability globally.

    Detailed Technical Specifications

    Assembly and Construction

    • Material: Entire apparatus constructed from high-grade stainless steel for durability and resistance to wear and corrosion.
    • Gassing Cell: Made from borosilicate glass, highly resistant to thermal shock and chemical corrosion.
    • Burette Assembly: Also made from borosilicate glass, ensuring precise measurements and reliability.

    High-Voltage Electrode

    • Material: Centreless-ground and polished stainless steel.
    • Design: Hollow structure with stainless steel capillary tubing for an efficient gas passage.
    • Support: PTFE plug providing robust support and reliability in high-voltage applications.

    Temperature Control System

    • Oil Bath: Constant temperature oil bath designed to maintain the precise temperature needed for testing.
    • Temperature Range: Adjustable temperature settings to accommodate various testing requirements.
    • Control System: Digital temperature control for accurate and consistent temperature maintenance.

    Safety Features

    • Safety Shield: Made from clear view acrylic sheet, ensuring operator safety without compromising visibility.
    • Design: Transparent shield allows for careful monitoring while providing a layer of protection from potential hazards.

    Power Supply

    • Voltage: 120 V / 230 V AC, compatible with different electrical systems globally.
    • Frequency: 50/60 Hz, allowing for usage in various regions with differing power frequencies.

    Applications

    The Gassing Tendency Apparatus is indispensable for laboratories conducting tests on transformer oils. Its precision and reliability make it suitable for: - Electrical Utilities and Contract Labs: Essential for testing and verifying the quality and performance of transformer oils used in various electrical utilities. - Manufacturers of Transformer Oils: Vital for quality control and ensuring that transformer oils meet stringent industry standards. - Industrial Applications: Used to assess the gassing tendency of oils utilized in heavy machinery and equipment which require reliable insulation properties.

    Advantages and Benefits

    Durability and Longevity

    The use of stainless steel for the entire assembly ensures that the apparatus is robust and can withstand the demands of frequent use in a busy laboratory environment. The high resistance to wear and corrosion means that it will remain reliable over many years of operation.

    Precise and Reliable Measurements

    The use of borosilicate glass for the gassing cell and burette assembly ensures that measurements are both precise and reliable. Borosilicate


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    *Disclaimer: This additional description has been automatically generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
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