Description

PW-UCS126-40-3S High & Low Temperature Tensile Tester

Widely used for polymer materials, die-cutting materials, adhesives, adhesive tapes, films and other products and semi-finished products -40℃~150℃ to complete 90° or 180° peel test, tensile test, the machine can simultaneously carry out 3 groups of sample testing and comparison, to understand the mechanical testing of materials at different temperatures as a reference for material properties, the machine occupies little space and has good operability.

I. Machine Specifications:

Specifications：
Item	PW-UCS126-40-3S
Capacity (MAX)	1KN (optional 10N~1KN force sensor)
Control Method	Full computer control mode, powerful software
Unit of Force	N、kN、gf、kgf、lbf、kP、tf(SI)、tf(long)…
Unit of Length	mm、cm、Inch、m、km、um…
Force Resolution	1/1,000,000
Accuracy	±0.1%
Stroke Resolution	1/1,000,000
Sensor Accuracy	3/10,000
Test Space	600*350*620mm(W×D×H)
Speed Range	0.01~500mm/min; (Customizable)
Temperature Range	-40~150℃
Humidity Range	20%~98%（Optional）
Shutdown Mode	Overload stop, emergency stop key, automatic stop for test piece destruction, automatic stop for upper and lower limit setting;
Machine Power	Servo motor drive
Machine Dimensions	About 1050*930*2600mm (W×D×H)
Machine Net Weight	About 300KG
Power	400W
Power Supply	220V 50~60HZ
Machine Accessories	1 network port communication cable, 1 software
Optional Accessories	Computers, peel-off steel sheets, rolling wheels, other peel-off jigs

II. Machine Power:

Drive System: Servo motor driven;
Transmission Method: Ball screw with timing belt to reduce noise;
Speed Range: 0～500mm/min, adjustable via computer settings;

III. Measuring Components:

Load Cell: Complies with ASTM-E4 standards, with an error range within 0.5% of capacity. It uses a bridge circuit for sensing output and is capable of conducting both tensile and compressive tests.

IV. Software Features

The measurement and control system is the latest development from 2020, also known as the International Version. It reflects the latest requirements of global users for testing machines. The system is powerful and user-friendly, with features including language conversion, automatic translation of test data, unit conversion, standard management, specimen shape management, test personnel management, data processing, and report generation.
Developed using Microsoft’s latest development tool, Visual Studio, it is compatible with the new generation of operating systems like Windows/Vista. It meets the needs of over 90% of regions and populations worldwide, fully supporting the international requirements of testing machine manufacturers and users.

V. Software Section

• Language Support: Supports Chinese and English text. The application and data (stored in Access database) are automatically translated at any time.
• Units of Measurement:           Metric (N, kN, mm, MPa, etc.)               Imperial (Lb, kP, Inch, kpsi, etc.)                     Old System (g, kg, Ton, cm, kg/cm², etc.)
• Testing Standards Supported: ISO, GB, ASTM, DIN, JIS, etc., with the ability to add more at will. Testing methods are centrally managed for easy use.
• Report Format: Based on Crystal Reports and VS.Net reports, exportable to Word, Excel, and PDF documents. The reports are rich in text and images and can include the user’s LOGO image.
• Curve Function: Curves can be moved and zoomed freely, with markers for important parameters and parallel lines for the E value. They can be printed separately (in high resolution) or exported as image files (in BMP or JPG format); 169 types of theoretical curves are available.
• User-Level Management: Ensures secure management and convenient use of the software and data.
• Graphical User Interface: The interface can be modified to differentiate between users, and display areas can be set to show or hide.
• Re-development Capability: Parameter calculations are written in VBS scripts with open-source code, independent report files are written in Crystal Reports, and system parameters are stored in the database, facilitating re-development by advanced users.
• VBS Scripting for Control Processes: Control parameters are diverse and include user-defined inputs and outputs, expanding the versatility of the testing machine.
• Integrated System Settings in the Main Program: Includes initial system setup, standard creation, specimen shape management, and field management, making debugging more convenient.

VI. Hardware Section

• Three Independent Analog Input Channels: 24-bit A/D converter with programmable gain amplifier.
• Computer Interface: Uses optically isolated USB 2.0 to reduce interference and enhance reliability.
• Force Measurement Unit:
  Utilizes the latest high-speed, high-resolution, high-precision A/D converter without range division for continuous acquisition; it achieves ±500,000细分代码 (subdivision codes), surpassing the six-range amplification method and reaching an internationally advanced level.
• Force measurement range: 0.5% to 100% of Full Scale (FS)
• Measurement accuracy: Class 0.5
• Resolution: 1/1,000,000
• Measurement of Small Deformation (Electronic Extensometer):
  Unit employs the latest high-speed, high-resolution, high-precision A/D converter without range division for continuous acquisition; it achieves ±250,000细分代码 (subdivision codes), surpassing the six-range amplification method and reaching an internationally advanced level.
• Deformation measurement range: 1% to 100% of Full Scale (FS)
• Measurement accuracy: Class 0.5
• Resolution: 1/1,000,000
• Software protection: Over-travel and over-capacity protection.

VII. Accessories:

Includes fixtures: 3 sets of 180-degree peel fixtures and 1 set of 90-degree peel fixtures;
Includes fixture extension rods, heat dissipation devices, etc.

VIII. Temperature-Controlled Chamber

• Internal Dimensions: 60*35*62CM;
• Test Temperature Range: -40℃～150℃;
• Humidity Range: 20%~98%;
• Temperature Control: Microcomputer PID automatic calculation, stable error;
• Temperature Accuracy: ±1℃;
• Circulation System: Forced air circulation system;
• Heating System: SUS304 stainless steel radiant heater;
• Cooling System: Fan-cooled, high-efficiency compressor, new eco-friendly refrigerant;
• Safety Devices: Ground fault and overload protector, compressor over-protection, high-humidity power-off protection, temperature limit protection; Cabinet Material: SUS#304 stainless steel;
• Single-column design saves lab space and facilitates operation;
• Power Supply: 220V/380V, 50 Hz/60 Hz, 30A

 

Product Advantages

Structural and Design Innovations for Robust Performance

The PW-UCS126-40-3S features a compact test space within a thermally regulated chamber, engineered by leading environmental test chamber manufacturers to facilitate simultaneous multi-sample testing without cross-interference. The modular fixture system supports both tensile and peel configurations, allowing flexible adaptation across testing protocols. Its high-precision load cell and servo motor drive with a ball-screw mechanism ensure noise reduction and mechanical stability, critical for accurate data capture. The chamber design supports rapid temperature changes while maintaining environmental consistency, positioning the machine as a versatile solution within the portfolio of a universal testing machine manufacturer catering to complex testing regimes.

Optimized Performance and Data Integrity for Engineering Utility

Designed for ease of operation and integration into existing testing ecosystems, this tensile test machine offers comprehensive data acquisition with 24-bit resolution and real-time monitoring. The full computer-controlled interface streamlines setup, specimen shape control, and reporting, facilitating compliance with industry standards. Optional humidity control enhances testing capability for moisture-sensitive materials, broadening applicability. By enabling multiple simultaneous tests, it increases throughput and reduces variability in comparative studies, delivering clear return on investment for quality assurance departments and R&D teams seeking repeatable, high-accuracy results in their materials testing machine operations.

 

Use Scenarios

Thermal Durability Testing in Polymer Manufacturing

In polymer production environments, evaluating the tensile strength and peel performance of films and composites under temperature stress is critical. The PW-UCS126-40-3S acts as a precise environmental tensile testing machine to simulate real-world temperature variations from -40°C to 150°C. Its multi-sample capability enables manufacturers to conduct comparative analysis of different formulations in a single test run, accelerating development cycles. The integration of ASTM-compliant load cells ensures compliance with industry standards, while the advanced software allows seamless data export for lifetime performance validation. This tester fits into end-to-end materials qualification workflows, providing consistent and reliable output that supports product certification and process optimization.

Adhesive Characterization under Controlled Humidity and Temperature

Within adhesive R&D and quality control laboratories, this universal tensile testing machine supports rigorous environmental conditioning to characterize bonding strength and peel adhesion at varied temperatures and humidity levels. The optional humidity control module is essential for assessing moisture-sensitive adhesives, enabling users to simulate operational conditions accurately. By allowing simultaneous testing of three independent samples, labs can benchmark product variants rapidly and ensure compliance with international standards. The machine’s data management capabilities enhance traceability and reporting consistency, making it a valuable asset in adhesive manufacturing processes that demand reliable environmental tensile testing machine performance for product validation.

 

FAQ

What types of materials can the PW-UCS126-40-3S test?

Our PW-UCS126-40-3S is designed to test a wide range of materials, including polymers, films, adhesives, and composites. It supports tensile and peel tests under controlled temperature conditions, making it ideal for assessing material performance in both high and low-temperature environments with our materials testing machine technology.

Do you offer customization options for testing force or humidity control?

Yes, we provide customizable options such as selecting sensors with force capacities ranging from 10 N to 1 kN. Additionally, optional humidity control (20%–98%) can be integrated to accommodate moisture-sensitive tests. This flexibility enhances the functionality of our universal tensile testing machine to meet specific industrial requirements.

How is the PW-UCS126-40-3S installed and calibrated?

Our team supports professional installation to ensure correct setup of the PW-UCS126-40-3S. The system uses a high-accuracy load cell compliant with ASTM-E4 standards, and we provide guidance for regular calibration to maintain precise measurements essential for consistent materials testing machine performance.

What is the typical lead time and logistics process for delivery?

Lead times depend on order specifications and current manufacturing schedules. We coordinate logistics to ensure safe shipment, considering the PW-UCS126-40-3S’s size and weight. Our after-sales support ensures smooth delivery and assistance with installation, supporting your investment in a reliable environmental test chamber manufacturer solution.