Intelligent temperature control system high and low temperature tensile testing machine

Temperature Servo Tensile Test Machine is application to the tensile and creep relaxation strength test if the round specimen, rectangular specimen, and tubular product and other products under GB/T4338 (metal material of high temperature tensile test method), HB5195 (The metal high temperature tensile test method) , GB/T2039( the tensile creep rupture and test method), HB5150 (metal high temperature tensile durable test method)  

STRUCTURE

 -180~-1100  high low temperature universal/tensile testing machine  adopting cylinder open structure or monolithic construction, normally is three step control. Mainly composed by test electric stove, temperature controller, high temperature rod, high temperature chuck, ect. Can do high temperature tensile test of metal and non metal materials. If normal temperature test, just move high temperature furnace away.

FEATURES

1. Cylinder structure is adopted for high temperature furnace, heating

resistance wire, resistance wire distribution is reasonable, to ensure that the furnace temperature gradient and volatility resistance wire adopts three control mode, respectively Furnace wire 1.5 mm in diameter. (if you need to work long hours, lasting and creep test, can use the 5 mm diameter thick silk as heating body furnace, low voltage, high current power supply, greatly extend the life of the furnace silk, can work continuously for 5000 hours.)  

2. Temperature measuring device is K type thermocouple, stable and

reliable to work long hours, measurement accuracy satisfies the requirement of national standard and the line mark  

3. Electric furnace with special heat insulation measures, the external surface of the furnace temperature rise is small, energy saving and safe.

Temperature control measurement system  

 -180~-1100  high low temperature universal/tensile testing machine  is composed by temperature measurement component, central computing

unit (PLC), temperature detection instrumentation (PID adjust, with AT function) and HIM, etc

Real time monitoring temperature data vibration, display curve, and record of curve and invoking funcion; Human set the abnormal data; Add short message sending module, send a police report to the standard mobile phone

SPECIFICATION

Temperature control chamber:

Intelligent Temperature Control High-Low Temperature Tensile Testing Machine

The intelligent temperature control high-low temperature tensile testing machine is designed to test the tensile properties of materials under varying temperature conditions. It combines high and low-temperature environmental simulation with precise tensile testing capabilities, allowing materials to be tested under both high and low temperatures to evaluate their strength, ductility, toughness, and other mechanical properties. This testing machine is widely used in material research, product development, quality control, and other fields, particularly in industries such as aerospace, automotive manufacturing, and electronics, which require strict temperature control and resistance to high and low-temperature environments.

1. Intelligent Temperature Control System

• The testing machine is equipped with an advanced temperature control system that allows precise adjustment of the temperature range, typically from -70°C to +200°C, to meet various testing requirements.

• The temperature control system can quickly respond and maintain a constant temperature, ensuring environmental stability during testing and avoiding temperature fluctuations that could affect the results.

2. High-Low Temperature Testing Environment

• The machine features an integrated high-low temperature testing chamber that can simulate extreme temperature conditions for testing the tensile properties of materials at both low and high temperatures.

• Low-temperature tests can be achieved using liquid nitrogen or refrigeration systems, suitable for analyzing the mechanical properties of materials such as plastics, metals, and composites at low temperatures. High-temperature tests are performed using heating devices to simulate high-temperature environments.

3. Precision Tensile Testing System

• The testing machine is equipped with high-precision tensile sensors that can measure the tensile strength, elongation, elastic modulus, and fracture toughness of materials under high and low-temperature conditions.

• The system provides accurate force readings and real-time display and recording of tensile-displacement curves, aiding in the analysis of material behavior.

4. Automation Control and Data Processing

• The testing machine uses an intelligent control system, allowing users to input test parameters (such as force, speed, temperature, time, etc.) via a touch screen or computer software, with automatic completion of tests.

• The data collection and analysis system can record test data in real-time and generate detailed test reports, facilitating data analysis and quality control.

5. Temperature Uniformity

• The machine ensures that the temperature inside the testing chamber is evenly distributed, preventing local temperature discrepancies that could affect test results.

• Temperature uniformity is crucial for accurate testing of material properties such as thermal expansion and contraction, ensuring that each sample is exposed to identical environmental conditions.

6. Fast High-Low Temperature Switching

• The testing machine offers fast switching between high and low temperatures, reducing waiting time and improving test efficiency.

7. Safety Protection Design

• The testing machine features multiple safety protection measures, such as temperature over-limit alarms, overload protection, and sample fracture detection, ensuring the safety of operators and equipment during testing.

• When conducting tests under high or low-temperature conditions, the system will automatically stop and alarm to prevent damage to samples or equipment.

1. Material Research and Development

• Used in the research and development of new materials, especially high-performance alloys, composites, and engineering plastics, to evaluate their mechanical properties at different temperatures.

• High-low temperature tensile tests can assess the usable temperature range of materials, helping to select suitable materials for extreme temperature environments.

2. Quality Control

• During manufacturing, the high-low temperature tensile testing machine tests product quality to ensure reliability and stability in both high and low-temperature environments.

• In industries such as automotive, aerospace, and electronics, products must undergo stringent temperature testing to ensure their performance under different temperature conditions.