• Custom-built instruments on request • 29 years of precision manufacturing • Turnkey cable manufacturing plants • IS - IEC - BS - EN - UL compliant • 100+ instrument types in production
• Custom-built instruments on request • 29 years of precision manufacturing • Turnkey cable manufacturing plants • IS - IEC - BS - EN - UL compliant • 100+ instrument types in production

Digital Four Ageing Oven (Data Logger Type)

Digital Four Ageing Oven (Data Logger Type)

A precision testing instrument designed for heat ageing tests of rubber, plastic, and polymer materials. Features four independent ageing cells, an inbuilt temperature data logger, individual controls, and a built-in air supply system for accurate monitoring and reliable testing under controlled conditions.

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Digital Four Ageing Oven (Data Logger Type)

Product Description

The Digital Four Ageing Oven (Data Logger Type) is designed for heat ageing tests of rubber, plastic, and polymer materials under controlled temperature and air circulation conditions. It features four independent ageing cells, an inbuilt data logger for temperature monitoring, and a built-in air supply system for reliable and efficient testing.

Technical Specifications

Parameter Specification
Inner Chamber Size 350 × 350 × 350 mm
Number of Cells 4 Separate Ageing Cells
Cell Size Approx. 300 mm Height × 100 mm Diameter
Temperature Range Ambient to 200°C
Temperature Accuracy ±1°C
Temperature Resolution 0.5°C
Data Logger Inbuilt Data Logger for Temperature Recording
Air Changes 8–20 Air Changes per Hour
Air Supply Built-in Air Source
Operation Independent Operation of Each Cell
Power Supply 230V AC, 50 Hz, Single Phase

Control Panel Features

  • Individual Flow Meter for Air Circulation.
  • Hour Meter for Test Duration Monitoring.
  • Separate Heater and Air Flow ON/OFF Controls.
  • Inbuilt Data Logger for Temperature Recording and Monitoring.

Key Features

  • Four independent ageing cells.
  • Inbuilt temperature data logging system.
  • Built-in air source; no external compressor required.
  • High-efficiency thermal insulation.
  • Individual control of each ageing cell.
  • Reliable temperature monitoring and recording.

Applications

  • Heat ageing tests of rubber and plastic materials.
  • Testing of cable insulation materials.
  • Evaluation of material properties after heat exposure.
  • Quality control and laboratory testing.
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