Dynamic Testing Machine HT-9711
Dynamic Testing Machine
Data Acquisition System Block Diagram
Control Utility
Specifications
Model HT
9711-10 HT
9711-25 HT
9711-50 HT
9711-100 HT
9711-200 HT
9711-300 HT
9711-500
• Power source Electro-Hydraulic Servo Control System
• Force capacity kg 1000 2000 5000 10000 20000 30000 50000
kN 10 20 50 100 200 300 500
• Max. Stroke (mm) Dynamic ±25
Static ±50
• Control mode Force, displacement control
• Static force sensor capacity x120%, x, x50%, 20%, 10% (auto gain selection)
• Static force sensing error less than or equal to ±1% (Calibration error)
• Dynamic force sensor capacity x, x50%, 20%, 10%
• Dynamic force sensing error less than or equal to ±1% (Calibration error)
• style E type E type E type E type D type D type D type
• Operating width 620 620 760 760 750 750 750
• Operating height 250~1000 250~1100
• Dimensions (WxDxH) mm 1270x600x2400 1325x750x2650
• Hydraulic power QR-10 QR-20 QR-10 QR-20 QR-40 QR-60 QR-80
• Flow rate (L/min) 10 10 10 20 40 60 80
• Servo valve rated flow rate (L/min) 15 15 15 30 45 80 120
• Accumulator capacity (pressure/return end) (L) 1L/1L (optional) 5L/5L (optional)
• Displacement sensor LVDT built in actuator
• Waveform
(Ramp) (Sine) (Triangular) (Square)
dimension, table, stroke, and capacity can be made to order depending on customer requirements
Servo Hydraulic System Specifications
1. One servo-actuator
2. 500~50,000 kg force (used defined)
3. One hydraulic power package
• Main pump: 40~120 l/min, 200kg per cubic cm (can be set up to 310 kg per cubic cm)
• Motor: 3phase, 220VAC, 40~80HP
• Tank: 400 L capacity
• Oil Filter: 5 micron
• Accumulator: Pressure end 1 qt., return end 1 qt. (option)
• Cooling system: 1set
• Pressure switch: 1set
• Crosshead adjustment power package, provides power to tune crosshead
position and lock
4. Servo valve: 40~180 L/min rated flow rate, bandwidth greater than or equal to 50Hz, resolution less than or equal to 0.5%
5. Fatigue type load cell: 500~50,000 kg., 0.05%FS nonlinearity, calibration error is less than or equal to 1%
6. DC type LVDT: Built in actuator, 50~300mm stroke, 0.05% nonlinearity
Controller and Control Interface Specifications
1. Control one servo-actuator
2. Closed loop force and position learning control
3. Loading and shaking the test article
4. Servo amplifier
5. DC transducer conditioner
6. A/D channel; 16bit resolution, 1/2LSB nonlinearity
7. D/A channel; 16bit resolution, 1/2LSB nonlinearity
8. D/O channel; process control, crosshead position adjustment
• Computer: 1set
• CPU: Pentium MMx200 or greater
• RAM: 32MB
• 15" super VGA monitor, 1024x768
• Hard Drive: 2.1GB or greater
• Printer: Inkjet
• 1.44 floppy drive
• Rack: 1set
Servo Hydraulic System Specifications
1. Operating system: Microsoft Windows 95
2. Set-up test sequence database management
3. Fixture constant load and minor adjustment
4. Auto-generation sine, triangular, ramp, and square wave
5. Closed-loop learning controller, force and position control
6. Real time data display
7. Test data auto storage
8. Three types of graph zoom
9. Provides force-time, disp.-time, force-disp. diagram
10. Present tabular and graphical reports
11. Report editor
12. Auto stop
13. Control safety diagnostics
14. Diagram auto scale and user defined
Hungta Co.Ltd. Copyright ©2005 All rights reserved. Privacy Policy | Terms of Use | Site Requirements
Dynamic Testing Machine HT-9711
Dynamic Testing Machine
Data Acquisition System Block Diagram
Control Utility
Specifications
Model HT
9711-10 HT
9711-25 HT
9711-50 HT
9711-100 HT
9711-200 HT
9711-300 HT
9711-500
• Power source Electro-Hydraulic Servo Control System
• Force capacity kg 1000 2000 5000 10000 20000 30000 50000
kN 10 20 50 100 200 300 500
• Max. Stroke (mm) Dynamic ±25
Static ±50
• Control mode Force, displacement control
• Static force sensor capacity x120%, x, x50%, 20%, 10% (auto gain selection)
• Static force sensing error less than or equal to ±1% (Calibration error)
• Dynamic force sensor capacity x, x50%, 20%, 10%
• Dynamic force sensing error less than or equal to ±1% (Calibration error)
• style E type E type E type E type D type D type D type
• Operating width 620 620 760 760 750 750 750
• Operating height 250~1000 250~1100
• Dimensions (WxDxH) mm 1270x600x2400 1325x750x2650
• Hydraulic power QR-10 QR-20 QR-10 QR-20 QR-40 QR-60 QR-80
• Flow rate (L/min) 10 10 10 20 40 60 80
• Servo valve rated flow rate (L/min) 15 15 15 30 45 80 120
• Accumulator capacity (pressure/return end) (L) 1L/1L (optional) 5L/5L (optional)
• Displacement sensor LVDT built in actuator
• Waveform
(Ramp) (Sine) (Triangular) (Square)
dimension, table, stroke, and capacity can be made to order depending on customer requirements
Servo Hydraulic System Specifications
1. One servo-actuator
2. 500~50,000 kg force (used defined)
3. One hydraulic power package
• Main pump: 40~120 l/min, 200kg per cubic cm (can be set up to 310 kg per cubic cm)
• Motor: 3phase, 220VAC, 40~80HP
• Tank: 400 L capacity
• Oil Filter: 5 micron
• Accumulator: Pressure end 1 qt., return end 1 qt. (option)
• Cooling system: 1set
• Pressure switch: 1set
• Crosshead adjustment power package, provides power to tune crosshead
position and lock
4. Servo valve: 40~180 L/min rated flow rate, bandwidth greater than or equal to 50Hz, resolution less than or equal to 0.5%
5. Fatigue type load cell: 500~50,000 kg., 0.05%FS nonlinearity, calibration error is less than or equal to 1%
6. DC type LVDT: Built in actuator, 50~300mm stroke, 0.05% nonlinearity
Controller and Control Interface Specifications
1. Control one servo-actuator
2. Closed loop force and position learning control
3. Loading and shaking the test article
4. Servo amplifier
5. DC transducer conditioner
6. A/D channel; 16bit resolution, 1/2LSB nonlinearity
7. D/A channel; 16bit resolution, 1/2LSB nonlinearity
8. D/O channel; process control, crosshead position adjustment
• Computer: 1set
• CPU: Pentium MMx200 or greater
• RAM: 32MB
• 15" super VGA monitor, 1024x768
• Hard Drive: 2.1GB or greater
• Printer: Inkjet
• 1.44 floppy drive
• Rack: 1set
Servo Hydraulic System Specifications
1. Operating system: Microsoft Windows 95
2. Set-up test sequence database management
3. Fixture constant load and minor adjustment
4. Auto-generation sine, triangular, ramp, and square wave
5. Closed-loop learning controller, force and position control
6. Real time data display
7. Test data auto storage
8. Three types of graph zoom
9. Provides force-time, disp.-time, force-disp. diagram
10. Present tabular and graphical reports
11. Report editor
12. Auto stop
13. Control safety diagnostics
14. Diagram auto scale and user defined
Hungta Co.Ltd. Copyright ©2005 All rights reserved. Privacy Policy | Terms of Use | Site Requirements
Dynamic Testing Machine HT-9711
Dynamic Testing Machine
Data Acquisition System Block Diagram
Control Utility
Specifications
Model HT
9711-10 HT
9711-25 HT
9711-50 HT
9711-100 HT
9711-200 HT
9711-300 HT
9711-500
• Power source Electro-Hydraulic Servo Control System
• Force capacity kg 1000 2000 5000 10000 20000 30000 50000
kN 10 20 50 100 200 300 500
• Max. Stroke (mm) Dynamic ±25
Static ±50
• Control mode Force, displacement control
• Static force sensor capacity x120%, x, x50%, 20%, 10% (auto gain selection)
• Static force sensing error less than or equal to ±1% (Calibration error)
• Dynamic force sensor capacity x, x50%, 20%, 10%
• Dynamic force sensing error less than or equal to ±1% (Calibration error)
• style E type E type E type E type D type D type D type
• Operating width 620 620 760 760 750 750 750
• Operating height 250~1000 250~1100
• Dimensions (WxDxH) mm 1270x600x2400 1325x750x2650
• Hydraulic power QR-10 QR-20 QR-10 QR-20 QR-40 QR-60 QR-80
• Flow rate (L/min) 10 10 10 20 40 60 80
• Servo valve rated flow rate (L/min) 15 15 15 30 45 80 120
• Accumulator capacity (pressure/return end) (L) 1L/1L (optional) 5L/5L (optional)
• Displacement sensor LVDT built in actuator
• Waveform
(Ramp) (Sine) (Triangular) (Square)
dimension, table, stroke, and capacity can be made to order depending on customer requirements
Servo Hydraulic System Specifications
1. One servo-actuator
2. 500~50,000 kg force (used defined)
3. One hydraulic power package
• Main pump: 40~120 l/min, 200kg per cubic cm (can be set up to 310 kg per cubic cm)
• Motor: 3phase, 220VAC, 40~80HP
• Tank: 400 L capacity
• Oil Filter: 5 micron
• Accumulator: Pressure end 1 qt., return end 1 qt. (option)
• Cooling system: 1set
• Pressure switch: 1set
• Crosshead adjustment power package, provides power to tune crosshead
position and lock
4. Servo valve: 40~180 L/min rated flow rate, bandwidth greater than or equal to 50Hz, resolution less than or equal to 0.5%
5. Fatigue type load cell: 500~50,000 kg., 0.05%FS nonlinearity, calibration error is less than or equal to 1%
6. DC type LVDT: Built in actuator, 50~300mm stroke, 0.05% nonlinearity
Controller and Control Interface Specifications
1. Control one servo-actuator
2. Closed loop force and position learning control
3. Loading and shaking the test article
4. Servo amplifier
5. DC transducer conditioner
6. A/D channel; 16bit resolution, 1/2LSB nonlinearity
7. D/A channel; 16bit resolution, 1/2LSB nonlinearity
8. D/O channel; process control, crosshead position adjustment
• Computer: 1set
• CPU: Pentium MMx200 or greater
• RAM: 32MB
• 15" super VGA monitor, 1024x768
• Hard Drive: 2.1GB or greater
• Printer: Inkjet
• 1.44 floppy drive
• Rack: 1set
Servo Hydraulic System Specifications
1. Operating system: Microsoft Windows 95
2. Set-up test sequence database management
3. Fixture constant load and minor adjustment
4. Auto-generation sine, triangular, ramp, and square wave
5. Closed-loop learning controller, force and position control
6. Real time data display
7. Test data auto storage
8. Three types of graph zoom
9. Provides force-time, disp.-time, force-disp. diagram
10. Present tabular and graphical reports
11. Report editor
12. Auto stop
13. Control safety diagnostics
14. Diagram auto scale and user defined
Hungta Co.Ltd. Copyright ©2005 All rights reserved. Privacy Policy | Terms of Use | Site Requirements
