Wadegati

GASSING TENDENCY APPARATUS)

ASTM D-2300, BS 5797:1986, IEC 628:1985

This high-precision Gassing Tendency Test Apparatus is designed to measure the gas evolution or absorption characteristics of insulating liquids when subjected to high electrical stress in controlled test cells. Fully compliant with ASTM D-2300, BS 5797:1986, and IEC 628:1985, this system is ideal for high-voltage insulation research, transformer oil analysis, and dielectric fluid quality assurance.

The test setup consists of a borosilicate glass gassing cell and gas burette assembly with precisely engineered dimensions and dielectric properties. The high-voltage electrode is made from centerless-ground polished stainless steel with a built-in gas passage tube and is Teflon-mounted for superior electrical insulation.

Key Features:

  • Complies with ASTM D-2300, BS 5797:1986, IEC 628:1985

  • Borosilicate glass gassing cell & gas burette (εr = 5 ± 0.2 at 80°C)

  • Stainless steel HV electrode with capillary gas tubing

  • Teflon support plug for optimal dielectric isolation

  • Transparent constant temperature oil bath with digital control & circulation system

  • Clear acrylic safety shield for operator protection

  • High-voltage transformer: 15 kV / 10 mA, continuously variable, earth-referenced

  • Digital kilovolt meter for accurate voltage monitoring

  • Silica gel-based air/moisture filtering system with air flow meter

  • Power supply: 230V ±10%, 1 Phase, 50 Hz


⚙️ Technical Specifications:

  • Test Standards: ASTM D-2300, BS 5797:1986, IEC 628:1985

  • Output Voltage: 0–15 kV AC, variable

  • Transformer Capacity: 15 kV / 10 mA

  • Electrode: Polished SS with gas capillary

  • Oil Bath Temp Control: Digital PID, constant-temperature with circulation

  • Run Time: 300 min ON / 30 min OFF duty cycle

  • Safety: Transparent shield + air filtering unit

  • Control Interface: Digital voltage meter and flow indicator


🧪 Applications:

  • Gassing tendency analysis of transformer oils

  • Quality control of insulating liquids

  • Research on dielectric behavior under electrical stress

  • Evaluation of gas-liquid interface discharge reactions

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