Description :

Thermal Conductivity Tester FM-TCT-A100 is a guarded hot plate thermal conductivity tester with RT to 80°C temperature range. Large block purple COINS used as temperature profile board in the design improves efficiency of the surface temperature of the surface. Equipped with large LCD display to view cooling plate, hot plate temperature, and heat flux density.


Features:

  • Microprocessor controlled system to control temperature quickly and steadily
  • Accurate and uniform surface temperature
  • Large LCD display
  • Automatic shut-down of the insulation door after sample installation
  • Adjustment for electrically moveable holder and clamping force through LCD
  • Advanced PC data communication and report processing system
  • Automatically generates and prints test reports
  • User friendly operations

Specifications:


Hot plate set temperature range Room temperature (RT) to 80°C
Cooling plate set temperature range Room temperature in standard lab
Recommended 20°C, limits to 10°C
Accuracy of temperature control 0.05°C
Resolution 0.01°C
Biggest test pieces size (length× width × thickness) 300 × 300 × 30 mm
Thermal conductivity coefficient range 0.010 to 5.000 W/ (mK)
Test sample size 300 × 300 mm (5 to 30 mm) [Optional: 100 × 100 mm (5 to 30 mm)]
Test sample Measurement accuracy Better than 3 %
Testing time 40 to 60 minutes
Power supply AC 220 V, 50 Hz
Weight Around 90 kg

Applications:

Used in measurement of thermal conductivity, heat transfer properties of flat, slab type material of rubber, plastic, polystyrene and others.


Testing Material:

Type Details
Single Material Foam (insulation material surface flat, plate), polyurethanes, phenolic, urea-formaldehyde, mineral wool glass wool, rock wool, mineral wool), cement wall.
Composite Material Glass composite CRC, cement enhanced polyphony board, sandwich concrete, fiber glass panel composite plate, paper cellular plate


www.fison.com

Fison Instruments Ltd 272 Bath Street Glasgow G2 4JR UK

Email: info@fison.com | Website: www.fison.com