Servo Desktop Tensile Testing Machine
HY-939N
With a high-precision load cell and an LCD multi-point display, adopting microprocessor control, integrated digital measurement and control technology, as well as data processing and printing functions. This intelligent instrument measures various mechanical properties including material tensile stress, pressure, peel force, shear force, adhesion, rubber-to-metal bond strength, tear, and tensile strength. It is widely applied in rubber, plastics, paper, wire, textile, latex, packaging, wood, footwear, mechanical hardware, building materials, automotive parts, and wire and cable industries for physical property testing of both non-metallic and metallic materials, serving as a valuable tool for industry product quality monitoring.
Quantity:
HY-939N Servo Desktop Tensile Testing Machine
Standards:
GB, ISO, JIS, ASTM, DIN, and other national standards
Product Description:
This testing machine features a high-precision load cell equipped with an LCD multi-point display. It utilizes microprocessor control and integrated, digital measurement and control technology, along with data processing and printing. This intelligent instrument measures material tensile stress, pressure, peel force, shear force, adhesion, rubber-to-metal bond strength, tear, and tensile strength. It is widely used in the rubber, plastics, paper, wire, textile, latex, packaging, wood, and footwear industries for physical property testing of non-metallic materials, as well as metallic materials such as mechanical hardware, building materials, automotive parts, and wire and cable. It is a valuable tool for helping the industry monitor product quality.
This testing machine features a high-precision load cell equipped with an LCD multi-point display. It utilizes microprocessor control and integrated, digital measurement and control technology, along with data processing and printing. This intelligent instrument measures material tensile stress, pressure, peel force, shear force, adhesion, rubber-to-metal bond strength, tear, and tensile strength. It is widely used in the rubber, plastics, paper, wire, textile, latex, packaging, wood, and footwear industries for physical property testing of non-metallic materials, as well as metallic materials such as mechanical hardware, building materials, automotive parts, and wire and cable. It is a valuable tool for helping the industry monitor product quality.
Technical Parameters:
1. Instrument Range: 5-50 kg (optional)
2. Sensor: Class 0.5 high-precision force sensor
3. Load Accuracy: 1% (relative error of indication)
4. Travel: 600 mm (excluding fixture dimensions)
5. Drive Control: AC servo motor
6. Protections: Leakage short-circuit protection, upper and lower limit protection, and overload protection
7. Speed: Adjustable from 0 to 800 mm/min
8. Display: LCD touch screen
9. Printing: Automatic report printing (in Chinese), including maximum test force, average value, free point value, breakpoint ratio, date, etc.
10. Power Supply: Single-phase 220V 50Hz
11. Dimensions: (500 x 420 x 1500) mm
12. Weight: Approximately 50 kg
13. Fixture: Customizable upon request
1. Instrument Range: 5-50 kg (optional)
2. Sensor: Class 0.5 high-precision force sensor
3. Load Accuracy: 1% (relative error of indication)
4. Travel: 600 mm (excluding fixture dimensions)
5. Drive Control: AC servo motor
6. Protections: Leakage short-circuit protection, upper and lower limit protection, and overload protection
7. Speed: Adjustable from 0 to 800 mm/min
8. Display: LCD touch screen
9. Printing: Automatic report printing (in Chinese), including maximum test force, average value, free point value, breakpoint ratio, date, etc.
10. Power Supply: Single-phase 220V 50Hz
11. Dimensions: (500 x 420 x 1500) mm
12. Weight: Approximately 50 kg
13. Fixture: Customizable upon request
