Protective Gloves Contact Cold Test Machine

TESTech Instrument (Suzhou) Technologies is one of the leading manufacturers and suppliers of protective gloves contact cold test machine in China. Welcome to wholesale premium test equipment at competitive price from our factory. If you have any enquiry about quotation, please feel free to email us.

The TESTech protective gloves contact cold test machine is designed and manufactured according to GBT 38304 for hand protection cold protective gloves. It can test the temperature drop value of gloves under contact conditions and calculate glove thermal resistance.

The equipment is mainly used to evaluate the ability of gloves to resist hand heat loss and to simulate glove performance against low-temperature injury in cold environments.

• The test apparatus consists of the testing device, test chamber, and control system.
• Test chamber made of stainless steel with attractive appearance and corrosion resistance.
• Independent integrated design for convenient operation.
• Large observation window for monitoring the test sample.
• Testing device made of stainless steel for appearance and corrosion resistance.
• Heating disk made of low-carbon steel, diameter 330 mm.
• Insulating disk with thermal resistance 0.075-0.125 m2·C/W, diameter 330 mm.
• Cold plate made of insulating material, diameter 330 mm.
• The test chamber is equipped with universal casters for free movement.

• The heating system consists of a low-carbon steel disk, annular heater, temperature controller, solid-state relay, and temperature sensor.
• The low-carbon steel disk is annealed with a smooth surface, diameter 330 mm, and thickness approximately 6 mm.
• The annular heater consists of two heating rings with powers of 75 W and 125 W connected in parallel under the low-carbon steel disk.
• Temperature sensor is a copper-constantan thermocouple with diameter 0.20-0.315 mm and accuracy not less than 0.01 C.

• The pressure test system consists of pressure plate, weights, and pressure sensor.
• Pressure plate is made of stainless steel, diameter 330 mm, with attractive and corrosion-resistant finish.
• Pressure sensor range 0-10 kPa, accuracy ±0.1 kPa.

• The air velocity control system consists of fan, air duct, frequency converter, and anemometer.
• Air duct made of stainless steel for good appearance and corrosion resistance.
• Frequency converter automatically controls chamber air velocity at 0.25-0.1 m/s as provided.
• Imported anemometer used to test chamber air velocity.
• Anemometer range 0-2 m/s, accuracy 0.1 m/s.

• The temperature control system consists of temperature sensors, PLC acquisition module, and computer software.
• Temperature sensors are copper-constantan thermocouples with diameter 0.20-0.315 mm and accuracy not less than 0.01 C.
• Integrated PLC acquisition module with acquisition accuracy 0.1 C and acquisition cycle 0.1 s.
• Labview intelligent software continuously records and displays real-time temperature curves and can save temperature data.

• PLC plus computer control system for intelligent testing with automatic recording and storage of test data.
• Upper computer communicates with PLC through RS485 for data transfer and motion control.
• Automatic heating system links PID temperature control module and SSR module for automatic temperature regulation.
• Air velocity control system uses signal acquisition and control modules linked to the PLC for intelligent adjustment of preset air velocity.
• Temperature control module communicates with the PLC for real-time acquisition, processing, and calculation of temperature data.

• Labview-based software with user-friendly interface and accurate control.
• Software displays instrument status, collects test data, calculates results, displays results according to the standard, and averages multiple tests.
• Computer software continuously records and displays real-time temperature curves and automatically processes and stores or prints data tables and curves.
• Software automatically records chamber temperature, air velocity, and sample temperature data.
• Database query function allows searches by sample number and test date.
• Test time can be freely set in software to satisfy more testing needs.
• Software can automatically generate and print test reports, and stored data and reports can be queried freely.

Hot Tags: protective gloves contact cold test machine, China protective gloves contact cold test machine manufacturers, suppliers, factory