PW Instruments PW-UCD128-40M Computer Control Constant Temperature & Humidity Tensile Strength Testing Machine (400W,1/250.000,≤±0.5%)

Capacity : 10N, 20N, 50N, 100N, 200N, 500N, 1KN, 2KN, 5KN, 10KN ( can select double capacities reparation)

Temperature Range : 0, -20, -40, -60, -70℃~150℃

Display: Computer display mode

Force Resolution : 1/250,000

Force Accuracy: ≤±0.5%

Stroke Resolution : 0.005mm

Control Mode : Tensile tester all computerized operation mode

Temp. Control : PID automatic calculation, stable error

Display Accuracy : 0.1℃

Temp. Accuracy : ±1℃

Circulation System : Fan force circulation system

Heating System: stainless steel heat radiation type of heater

Cooling System: Fan cooling type, high-efficiency compressor, environmental protection cooling medium

Protection Device : Leakage and overload protector, compressor over protector, humidifier temperature protection, temperature limit protection device

Chamber Material : SUS#304 stainless steel

Test Stroke: 1300mm (after removing chamber, stand-alone operation and use tensile machine)

Test Width : 720mm (after removing chamber, stand-alone operation and use tensile machine)

Test Speed : 0.5~500mm/min, can set by computer, with up & down fast adjustment button of grips

Force Unit Switch : Kgf, N, Ibf, g, ton, Mpa

Stop Mode : Overload stop, emergency stop button, specimen damage automatic stop, upper & lower limit set automatic stop, automatic reset function

Machine Dimension: 110×160×220cm(W×D×H)

Machine Drive : Servo motor drive, synchronous wheel and precision ball screw drive

Power : 400W

Machine Weight : Approx 420kg

Power Supply : 220V 50/60HZ 30A

Standard Device : Extension pole of grips, heat abstractor, 1 set of grips, computer software, USB computer connection wires

Optional : Personal computer

PRODUCTS DETAILS

Functional Scope and Intended Operators

Designed for laboratories and quality assurance teams, this universal testing machine constant temperature and humidity tensile testing machine offers environmental simulation combined with mechanical force measurements. Its multifunctional capabilities as a tensile strength testing machine enable tensile, compression, tearing, shearing, and peeling assessments under variable climate conditions. Target users include research institutions, material developers, and manufacturing quality control departments requiring reliable, repeatable testing results. The removable environmental chamber extends usability for room temperature measurements while maintaining high operational flexibility. Such integration supports comprehensive analysis across a broad range of material types and testing demands.

Technical Specifications and Measurable Capabilities

Equipped with a computerized tensile tester interface, the universal tensile testing machine tensile testing machine delivers high precision force resolution at 1/250,000, with force accuracy maintained within ±0.5%. Its temperature regulation system uses PID control, achieving ±1℃ stability across a range from -70℃ to 150℃, while humidity control ensures consistent ambient replication. The machine supports diverse force unit conversions and has automated safety stops for overloads or specimen damage. An advanced servo motor combined with a precision ball screw drive provides smooth and adjustable test speeds ranging from 0.5 to 500 mm/min. The stainless-steel chamber and removable temperature box facilitate durability and ease of maintenance, supporting robust data acquisition.

Industry Applications and Practical Benefits

This tensile strength testing machine excels in various sectors requiring environmental durability evaluation, including polymer research, textile manufacturing, electronics, and automotive material development. Its ability to simulate real-world combinations of temperature and humidity while performing tensile, bending, or adhesion tests makes it invaluable for product validation and certification workflows. The universal testing machine constant temperature and humidity tensile testing machine contributes to predictive material behavior modeling, enabling R&D teams to optimize formulations and enhance compliance with industry standards. Additionally, its data output supports comprehensive reporting suited for regulatory submissions and internal process controls.