High and Low Temperature Universal Materials Testing Machine
HY-932CH
Equipped with a dedicated high and low temperature environmental chamber, capable of performing tensile, flexural, and compression tests on materials under various temperature conditions. Featuring CNC-machined parts, a high-precision force sensor with explosion-proof design, and an AC servo motor system with three closed-loop control modes (constant speed, constant stress, constant strain), it ensures accurate force measurement and high-speed, low-noise transmission. Its optimized drive system includes a backlash-free ball screw and prestressed guide rods for stable loading, while standardized fixture connectors enable quick replacement. Equipped with a PID intelligent balanced temperature control system, color LCD touchscreen, and real-time computer-connected intelligent control, it also offers optional air-cooled compressor mechanical cooling or liquid nitrogen rapid cooling, serving as a reliable tool for material performance testing across temperature ranges.
Quantity:
HY-932CH High and Low Temperature Universal Materials Testing Machine
Standards:
GB, ISO, JIS, ASTM, DIN, and other national standards
Product Description:
This high and low temperature universal materials testing machine utilizes a gantry-style structure and is equipped with a dedicated high and low temperature environmental chamber. It can perform tensile, flexural, and compression tests on materials at various temperatures.
Advanced Technology: CNC machined parts, streamlined design, and metal surface treatments such as nickel plating, phosphating, and high-temperature baking varnish from DuPont powder coating, along with constant temperature curing, result in an elegant and refined design that exudes a premium quality.
Accurate Measurement Data: Utilizing a high-precision force sensor and explosion-proof design, it can accurately measure material forces in both tension and compression.
Power System: Utilizing an AC servo motor system and an original servo driver, it achieves three closed-loop control modes: constant speed, constant stress, and constant strain. Combined with a synchronous belt, it provides a high-speed, low-noise transmission system.
Optimized Drive System: The gantry-style structure utilizes a backlash-free, wear-free ball screw. This eliminates noise and machine resonance, ensuring horizontal crossarm displacement and uniform specimen loading. Prestressed guide rods are installed on both sides of the ball screw to ensure complete machine rigidity.
Standardized component design: The fixture connectors are standardized with standardized dimensions, making fixture changes quick and easy.
Intelligent digital processing system: A dedicated tensile testing machine control system communicates with the computer in real time, enabling intelligent computer control.
P.I.D. intelligent balanced temperature control system, color LCD touchscreen control, and integrated controls.
Optional air-cooled compressor mechanical cooling or liquid nitrogen rapid cooling.
Technical Parameters:
Load cell: 0.5 High-precision force sensor
Load capacity options: 20N/50N/100N/200N/500N/1KN/2KN/5KN/10KN/20KN/50KN/100KN/200KN/300KN/500KN or customer-specified
Calibration level: Class 0.5
Load accuracy: ≤±0.5%
Force resolution: Maximum 1/1,000,000
Force magnification: Automatic switching throughout the entire range
Test speed: Maximum 1000 mm/min (optional setting)
Control and Drive System: Servo drive system
Drive Screw: Dual-structure ball screw
High and Low Temperature Test Chamber Parameters:
Load capacity options: 20N/50N/100N/200N/500N/1KN/2KN/5KN/10KN/20KN/50KN/100KN/200KN/300KN/500KN or customer-specified
Calibration level: Class 0.5
Load accuracy: ≤±0.5%
Force resolution: Maximum 1/1,000,000
Force magnification: Automatic switching throughout the entire range
Test speed: Maximum 1000 mm/min (optional setting)
Control and Drive System: Servo drive system
Drive Screw: Dual-structure ball screw
High and Low Temperature Test Chamber Parameters:
Control Method: Color LCD touchscreen
Inner Chamber Dimensions (W×D×H): 220×280×600mm or customizable
Temperature Control Range: Minimum Temperature: Compressor Cooling: -70°C/-50°C/-30°C
Liquid Nitrogen Cooling: -196°C
Maximum Temperature: 450°C
Specific configuration based on customer requirements
Temperature Chamber Temperature Control Accuracy: 0.1°C
Temperature Setting and Monitoring: Test temperature can be set arbitrarily with real-time digital display
Inner Chamber Dimensions (W×D×H): 220×280×600mm or customizable
Temperature Control Range: Minimum Temperature: Compressor Cooling: -70°C/-50°C/-30°C
Liquid Nitrogen Cooling: -196°C
Maximum Temperature: 450°C
Specific configuration based on customer requirements
Temperature Chamber Temperature Control Accuracy: 0.1°C
Temperature Setting and Monitoring: Test temperature can be set arbitrarily with real-time digital display
