Feature of HD-B609C-S Computer Servo Tensile Testing Machine:
- The HD-B609C-S Computer Servo Tensile Testing Machine is a state-of-the-art testing device designed for precise measurement of tensile strength, compression, peeling, shearing, and elongation of various materials such as plastic, rubber, metal, fabric, leather, paper, and more.
- HD-B609C-S powered by a high-precision servo motor and intelligent software control, this machine ensures stable, accurate, and repeatable results — making it an essential tool for quality control, product development, and material research across multiple industries.
- High-accuracy load cell for precise force measurement
- Servo motor system for smooth and consistent motion control
- Wide testing range for multiple materials and applications
- User-friendly software interface with real-time data display and analysis
- Supports various test types: tensile, compression, peel, shear, bend, etc.
- Customizable speed and stroke settings to meet specific test standards.
Specifications of HD-B609C-S Computer Servo Tensile Testing Machine:
- Capacity: 5kg Transcell load cell(USA)
- Motor: 400w Panasonic servo motor
- Driver: 400w Panasonic servo driver
- Screw: Ball screw
- Control mode: Computer & Software
- Speed: 0.1-500mm/min, adjustable
- Stroke: 900mm(excluding fixture)
- Load resolution: 1/250,000
- Load accuracy: ≤0.5%
- Testing force range: 1g-5kg
- Unit: gf/kgf/N//kN/LBf/T
- Dimension: (L*W*H)515*520*1250mm
- Load cell capacity: 5KG
- Bearing/Bearing steel: 32004(Imported NSK)
- Protective cover: Nylon cloth with size of 110*15*1500mm
- Circuit board: HD-002-A
- Weight: About 68KG
- Power supply: 1∮ AC 220V
Delivery method: Nationwide.
- Free in city. HCM
- In the station or express delivery if the customer in outside the province (customers pay shipping costs themselves)
Commitment to customers:
==> Supplying genuine goods (CO / CQ attached), 100% new (with the original belt)
==> Ensure customer's interests when buying products while in warranty, and maintenance for life.
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