Scope of Application

【Operating Instructions】

**YS-9010D Millinewton Tensile Tester (Micro‑Range Tensile Tester / Micro‑Force Tensile Tester)****【Scope of Application】**The millinewton tensile tester (micro‑range / micro‑force tensile tester) is widelyused formechanical property testing of polymer mater

**YS-9010D Millinewton Tensile Tester (Micro‑Range Tensile Tester / Micro‑Force Tensile Tester)**  

**【Scope of Application】**  

The millinewton tensile tester (micro‑range / micro‑force tensile tester) is widely used for

 mechanical property testing of polymer materials, films, FPCs, adhesive tapes, rubber, resins, 

plastics, metal bars, metal tubes, metal sheets, metal profiles, and composite materials. 

With appropriate fixtures, it is also suitable for tensile, compression, peel, shear, tear, bending, 

metal weld strength, and rivet strength tests on various finished products. It can print 

multiple data items and provide graphical output comparisons based on different data sets,

 offering high control accuracy and simple operation. The modular design provides a 

wide variety of accessories with flexible configuration.  

This machine is mainly used for tensile, compression, bending, and other mechanical 

property tests on metals. It can also perform multi‑cycle tests such as constant stress, 

constant strain, creep, relaxation, axial, and radial tests.

 According to GB, JIS, ASTM, DIN and other standards, it can automatically determine parameters including tensile 

strength, yield strength, elongation, stress at given elongation (any percentage), 

elongation at given stress (any percentage), modulus of elasticity, elongation at break,

 peel strength (including 90° and 180° peel), flexural modulus, tear strength, adhesion strength, shear strength, etc.  

**【Applicable Standards】**  

GB, JIS, ASTM, DIN, and other standards  

**【Instrument Features】**  

1. **High accuracy:** ±0.1%; high resolution: 1/500,000 — the highest in the industry.  

2. **Programmable control:** enables closed‑loop control of load, position, 

deformation, time, etc. (professional version).  

3. Uses a PHILIPS 32‑bit ARM chip, superior to industry DSP processing technology.  

4. Real‑time data acquisition, curve refreshing, and test data recording; 

multiple report output and printing options (including EXCEL).  

**【High Accuracy】**  

Uses a Panasonic servo motor drive, high‑precision backlash‑free ball screw transmission, 

and a high‑precision NTS anti‑explosion load cell from Japan. Force accuracy reaches ±0.1%; 

displacement accuracy reaches 0.0001 mm.  

**【High Intelligence】**  

Automatic break detection, automatic return, curve traversal functions. Units can be

 freely switched. Three languages available: Simplified/Traditional Chinese, English. 

Curve analysis options: load‑displacement, load‑time, displacement‑time, stress‑strain, strain‑time, stress‑time.  

**【Product Configuration】**  

1. Tensile test device under the crosshead.  

2. Touch stop rod and setting ring.  

3. Crosshead (beam): moves up and down.  

4. Drive: uses Japanese MITSUBOSHI synchronous belt and high‑precision ball 

screw for high efficiency, high rigidity, low deformation, and low noise.  

5. Servo motor: Panasonic servo motor (Japan) provides stable, widely adjustable 

speed drive with high speed, low vibration, and high‑speed positioning.  

6. Machine base: contains the drive system (for calibration and specimen mounting),

 emergency stop switch, and simple operation panel (power switch and simple control keyboard).  

**【Materials List】**  

1. **Upper and lower crossheads:** Made of 45# die steel, ground, with parallelism error ≤ 0.5 mm, high rigidity.  

2. **Touch stop rod:** Made of South Korean chrome steel rod — high rigidity, durable, non‑deforming.  

3. **Drive:** High‑precision ball screw and Japanese MITSUBOSHI synchronous belt/pulley drive — high efficiency, high rigidity, low deformation, low noise.  

4. **Guidance:** Four‑column guidance using South Korean chrome steel rods — excellent wear resistance and coaxiality.  

5. **Drive motor:** Panasonic servo motor (Japan) — stable, widely adjustable speed drive, high speed, low vibration, high‑speed positioning.  

6. **Displacement measurement:** Japanese LINE high‑pulse (2500 r/p) photoelectric encoder, resolution up to 0.0001 mm.  

7. **Force measurement:** Imported high‑precision anti‑explosion load cell — accuracy 0.03% F.S.  

8. **Machine frame cover:** Cold‑rolled steel plate, cut and bent, electrostatically sprayed — corrosion‑resistant, anti‑rust, textured finish.  

9. **Machine base:** Made of 45# die steel, ground, welded, and levelled by professional technicians — strong, durable, electrostatically sprayed — corrosion‑resistant, anti‑rust, textured finish.  

10. **Control box:**  

    - A. Cover: Cold‑rolled steel plate, cut and bent, electrostatically sprayed — corrosion‑resistant, anti‑rust, textured finish.  

    - B. Hand control box: Up, down, micro‑up, micro‑down, stop, zero, test functions (makes test clamping more convenient).  

      Panel: Custom‑printed PVC.  

    - C. Control board: Self‑developed 32‑bit ARM chip for measurement and control — superior to industry 16‑bit DSP technology, high resolution 1/500,000.  

11. **Fixture:** Made of G7 chrome steel by wire cutting, heat‑treated (hardened) — high rigidity, non‑deforming, high hardness (≥ 60 HRC).

 Inspected with a concentricity tester to ensure consistent force application points.  

**【Technical Parameters】**  

(To be provided separately)