New AutoFeeder for the FOX50 Series is available. It enables you to load up to 24 1/2" (12.7 mm) thick samples that are 2" (50.8 mm) in diameter. These samples can then be tested over the course of a night or a weekend. The user places the samples in the Automatic Feeder and assigns each sample its individual ID on the computer. The results are automatically saved on the computer hard drive for future review. This enables voluminous data to be acquired in a short time for material characterization. View PDF
FOX50 is a microprocessor-based instrument for testing in accordance with ASTM C 518 and ISO 8301. It is designed for testing the thermal conductivity of materials in the conductivity range of 0.1W/mK to 10W/mK. The instrument is designed to test polymers, composite materials, low conductivity ceramics, glasses, rubber etc..
Meets ASTM C 518 and ISO 8301 standards
Specimen size 150mm (6") square and 0 to 25mm (1")thick
Microprocessor based -stand alone operation (no PC needed)
Solid state, state of the art electronic heating/cooling
Electronic control and resolution of 0.6mV
Temperature range : -20°C (-4°F) to 95°C (203°F) on both plates - heat flow up or down
Temperature control and resolution of 0.01°C
WinTherm Software
Tests 6" (152mm) square samples 0 to 1" (25mm) thick. Opens up to 1.5" (38mm) for sample removal, has ability to evacuate chamber and provide inert gas backfill. Option of vacuum to 10-3 Torr.
Meets ASTM C 518 and ISO 8301 standards Specimen size 305mm (12") square and 0 to 102mm (4")thick
Microprocessor based -stand alone operation (no PC needed)
Solid state, state of the art electronic heating/cooling
Electronic control and resolution of 0.6 mV
Temperature range : -20°C (-4°F) to 95°C (203°F) on both plates - heat flow up or down
Temperature control, resolution and readout of 0.01°C tests 12" (305mm) square samples 0 to 4" (102mm) thick. Automatic Sample Feeding systems (up to 21 1" samples) are available.
Meets ASTM C 518 and ISO 8301 standards Specimen size 305mm (12") square and 0 to 102mm (4")thick
Microprocessor based -stand alone operation (no PC needed)
Solid state, state of the art electronic heating/cooling
Electronic control and resolution of 0.6 mV
Temperatures: 10°C for the upper plate and 35°C for the lower plate
Temperature control, resolution and readout of 0.01°C air cooled unit (no cooling water needed), tests 12" (305mm) square samples 0 to 4" (102mm) thick. Tests at 10°C and 35°C. Automatic Sample Feeding systems (up to 21 1" samples) are available.
Meets ASTM C 518 and ISO 8301 standards Specimen size 610mm (24") square and 0 to 203mm (8")thick
Microprocessor based -stand alone operation (no PC needed)
Solid state, state of the art electronic heating/cooling
Electronic control and resolution of 0.6 mV
Temperatures: 10°C for the upper plate and 35°C for the lower plate
Dual zone heating/cooling to prevent edge heat loss
Four inches insulation around test chamber A series of instruments with 24" (610mm) square plates for samples of unlimited length from 0 to 8" (203mm) thick, tailored to customer' requirements
Meets ASTM C 518 and ISO 8301 standards Specimen size 762 mm square from 0 to 203 mm thick (30" square 0 to 8" thick)
Microprocessor based -stand alone operation (no PC needed)
Solid state, state of the art electronic heating/cooling
Electronic control and resolution of 0.6 mV
Temperature range : -15°C (5°F) to 80°C (176°F) on both plates - heat flow up or down
Temperature control and resolution of 0.01°C
Dual zone heating/cooling to prevent edge heat loss
Four inches insulation around test chamber A series of instruments with 30" (762mm) square plates for samples of unlimited length from 0 to 12" (305mm) thick, tailored to customer' requirements.
A series of instruments with 41" x 30" (1041mm x 762mm) plates. The test chamber has front and back doors which allow specimens that are 1050 mm wide to be tested. It was designed specifically for vacuum panels of large size.
Uses the absolute method. A heat flow meter is used to control temperature of the bottom surface plate to assure that all power generated in the center section of the main heater will be driven through the measuring area of the sample. Minimum sample size is 65 mm diameter. The actual measuring area is 37.5 mm. The instrument accepts samples up to 150 mm square and up to 25 mm thick.Both instrument plates utilize solid state heating/cooling and operate between 0°C and 80°C (32°F and 176°F). (Temperatures of 145°C are available in advanced version.)
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