- The RHU-3000N is specifically designed to determine the temperature rise and fatigue characteristics of vulcanized rubber with hardness below 85IRHD.
- The vulcanized rubber specimen is subjected to cyclic compressive loads at a specified high frequency for a given time to evaluate temperature rise, compression set, creep, and fatigue life.
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Principle
The RHU-3000N is specifically designed to evaluate the temperature rise, compression set, creep, and fatigue life of vulcanized rubber by applying high-frequency compressive and cyclic loads.
Vulcanized rubber testing:
Delivers comprehensive insights into the thermal characteristics of vulcanized rubber with hardness below 85 IRHD.
Multiple assessments:
Enables manufacturers to determine the temperature rise, compression set, creep, and fatigue life of rubber when subjected to high-frequency cyclic compressive loads.
Cyclic compressive loads:
The RHU-3000N applies cyclic compressive loads to rubber samples at high-frequency, replicating dynamic conditions similar to real-world scenarios.
Rubber thermal characteristics assessment:
Assists operators in assessing the thermal characteristics of rubber by measuring the temperature rise resulting from cyclic compressive loads applied over a specified test time.
Prestress loading:
The flexometer uses a motor-driven system and a force transducer to apply prestress to the samples, simulating the stress conditions encountered in real-world applications.
Fatigue life assessment:
Helps manufacturers evaluate the fatigue life of rubber materials to ensure their durability and long-term performance.
Stress and strain control:
Features stress and strain control for precise test conditions, delivering accurate and reliable test results.
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Flexible test options
Gotech's testing software provides flexible parameters settings that allow operators to easily set and modify test conditions to meet a variety of testing requirements.
Real-time data monitor
Monitors and records real-time data during testing, offering clear insights into the results for accurate assessment.
Powerful database
Featuring data recording and storage capabilities, this tester enables operators to easily access and review past test results to support the analysis of material performance.
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左右滑動看表格Chamber temp. range Ambient temp.+10℃ to 120℃Chamber temp. accuracy ±0.5℃ Chamber dimensions (W×D×H) 130mm×100mm×230mm Load capacity 5KN Oscillation frequency range 10.0Hz～30.0Hz (adjustable) Oscillation frequency accuracy ≤±0.2Hz Stroke range 1.00mm to 8.00mm (manually adjustable) Standard stroke 4.45mm, 5.71mm, 6.35mm Pre-stress on test piece 1.00MPa±0.03MPa, 2.00MPa±0.06MPa Pre-stress loading system Motor-driven and sensor detection Specimen size Ø17.80±0.15mm and height of 25.00±0.25mm Specimen base vertical travel range 0.1mm to 18.00mm Specimen base vertical travel speed 5mm/min Controller U70 control system Communication interface RJ45 Testing software Flexometer dedicated software Main unit dimensions (W×D×H) 68cm×96cm×125cm Weight (approx.) Main unit: 450kg
Control cabinet: 90kgPower 1∮, AC 220V, 50HZ (or specify)
＊Product design and specifications are subject to change without notice.
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Details
Principle
The RHU-3000N is specifically designed to evaluate the temperature rise, compression set, creep, and fatigue life of vulcanized rubber by applying high-frequency compressive and cyclic loads.
Vulcanized rubber testing:
Delivers comprehensive insights into the thermal characteristics of vulcanized rubber with hardness below 85 IRHD.
Multiple assessments:
Enables manufacturers to determine the temperature rise, compression set, creep, and fatigue life of rubber when subjected to high-frequency cyclic compressive loads.
Cyclic compressive loads:
The RHU-3000N applies cyclic compressive loads to rubber samples at high-frequency, replicating dynamic conditions similar to real-world scenarios.
Rubber thermal characteristics assessment:
Assists operators in assessing the thermal characteristics of rubber by measuring the temperature rise resulting from cyclic compressive loads applied over a specified test time.
Prestress loading:
The flexometer uses a motor-driven system and a force transducer to apply prestress to the samples, simulating the stress conditions encountered in real-world applications.
Fatigue life assessment:
Helps manufacturers evaluate the fatigue life of rubber materials to ensure their durability and long-term performance.
Stress and strain control:
Features stress and strain control for precise test conditions, delivering accurate and reliable test results.
-
Features
Flexible test options
Gotech's testing software provides flexible parameters settings that allow operators to easily set and modify test conditions to meet a variety of testing requirements.
Real-time data monitor
Monitors and records real-time data during testing, offering clear insights into the results for accurate assessment.
Powerful database
Featuring data recording and storage capabilities, this tester enables operators to easily access and review past test results to support the analysis of material performance.
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Specifications 左右滑動看表格
Chamber temp. range Ambient temp.+10℃ to 120℃Chamber temp. accuracy ±0.5℃ Chamber dimensions (W×D×H) 130mm×100mm×230mm Load capacity 5KN Oscillation frequency range 10.0Hz～30.0Hz (adjustable) Oscillation frequency accuracy ≤±0.2Hz Stroke range 1.00mm to 8.00mm (manually adjustable) Standard stroke 4.45mm, 5.71mm, 6.35mm Pre-stress on test piece 1.00MPa±0.03MPa, 2.00MPa±0.06MPa Pre-stress loading system Motor-driven and sensor detection Specimen size Ø17.80±0.15mm and height of 25.00±0.25mm Specimen base vertical travel range 0.1mm to 18.00mm Specimen base vertical travel speed 5mm/min Controller U70 control system Communication interface RJ45 Testing software Flexometer dedicated software Main unit dimensions (W×D×H) 68cm×96cm×125cm Weight (approx.) Main unit: 450kg
Control cabinet: 90kgPower 1∮, AC 220V, 50HZ (or specify)
＊Product design and specifications are subject to change without notice.
