Mono Pillar Servo Pull Tester Single Servo-driven Tensile Testing Machine Material Traction Analyzer

• Customization: Available
• After-sales Service: Online
• Warranty: 1 Year
• Model NO.: LS-106A
• Capacity Options: 2, 5, 10, 20, 50, 100, 200, or 500 kg (select one)
• Accuracy Class: Class 0.5
• Transport Package: Wooden Package
• Trademark: LANSHOU
• Origin: China

Product Description

Product Description

Mono Pillar Servo Pull Tester Single Servo-driven Tensile Testing Machine Material Traction Analyzer
Main Functions

1.This machine is suitable for testing and analyzing the mechanical properties-such as tensile strength, compression, tearing, and peeling (both 90° and 180°)-of materials including rubber, tires, hoses, conveyor belts, shoe soles, plastics, films, acrylic, FRP, ABS, EVA, PU, aluminum-plastic pipes, composite materials, waterproofing materials, fibers, textiles, wires and cables, paper, metal foils, tapes, filaments, springs, wood, and pharmaceutical packaging materials.

2.This machine is a new type of material testing machine that integrates electronic technology with mechanical transmission, offering high precision and sensitivity in the measurement and control of load, deformation, and displacement. It features a single-space structure (with the testing area located in the lower section) and is primarily designed for testing metallic and non-metallic materials with loads below 5 kN. It supports stress, strain, and displacement control modes, allowing for the determination of parameters such as maximum force, tensile strength, flexural strength, compressive strength, elastic modulus, elongation at break, and yield strength.
 
Control Software Introduction
 

Software Operating System Language	Simplified Chinese / English
Force Units	N, kN, kgf, lbf; Length Unitsmm, cm, in (freely switchable)
Automatic Zeroing	The measurement system automatically resets to zero upon receiving the command to start the test;
Display Mode	Data and curves are displayed dynamically throughout the testing process;
Result Retrieval	Test results can be saved and retrieved at will, allowing for re-analysis of data and curves;
Result Comparison	Multiple test characteristic curves can be overlaid using different colors, retrieved, magnified, and displayed to facilitate comparative analysis of a batch of samples;
Emergency Stop	Equipped with an emergency stop switch to cut off power to the entire machine in an emergency;

Control Modes

1.Computer software settings for speed, load-based break/rupture detection, operation time, and other control parameters;

2.Automatic detection of material breakage, crushing, etc., with automatic stop and configurable automatic return functions;

Curve Types
Load-Displacement, Load-Time, Displacement-Time. Stress-strain, strain-time, and stress-time.The axes of the curves can be configured as desired.

Available test data

Maximum and minimum force, breaking force, upper and lower yield strength, tensile strength, compressive strength, elastic modulus, elongation, and maximum/minimum/average values for peel intervals, among others. Features multiple protection mechanisms, including overload, overcurrent, overvoltage, undervoltage, overspeed, and travel limit protection. Results are exported in the "Crystal Report" format, which is the prevailing standard in China.

Mono Pillar Servo Pull Tester Single Servo-driven Tensile Testing Machine Material Traction Analyzer
Technical Specifications
 

Capacity Options	2, 5, 10, 20, 50, 100, 200, or 500 kg (select one)
Accuracy Class	Class 0.5
Effective Force Measurement Range	0.4% - 100%
Force Measurement Accuracy	Within ±0.5% of indicated value
Data Sampling Frequency	200 readings/minute
Force Resolution	1/500,000 of maximum load (no range switching; resolution remains constant throughout the full range)
Load Cell Configuration	Tension/Compression load cell (rated for maximum load)
Deformation Measurement Range	0.2% - 100% FS
Effective Test Width	150 mm
Effective Tensile Space	800 mm (excluding grips; custom sizes available)
Test Speed Range	0.01 - 500 mm/min
Displacement Measurement Accuracy	Within ±0.5% of indicated value
Safety Device	Electronic limit protection
Crosshead Return Function	Manual or automatic options; returns to initial position after test completion
Overload Protection	Automatic protection triggered at 10% above maximum load
Main Unit Dimensions	500 × 400 × 1500 mm
Motor	220V ±10%, 0.4 kW Japanese servo motor
Drive Mechanism	High-precision ball screw
Main Unit Weight	Approx. 50 kg

Equipment Configuration List
 

Main Testing Machine Unit	1 set
High-precision load cell (US-made)	1 unit
Servo motor (Xingpu)	1 set
Reduction system (Taiwan Hefu)	1 set
Precision ball screw (Taiwan TBI)	1 set
Synchronous belt pulley (Japan Mitsubishi)	1 set
Protective housing (Jianmei Aluminum)	1 set
Professional testing software (Windows-based)	1 set
Dedicated testing computer	1 unit
Tensile or compression grips	1 set
Standard tool kit (includes tools for installation, maintenance, and operation)	1 set
Technical documentation (user manual, warranty card, certificate of conformity)	1 set

Configuration Reference Information
Utilizes the latest control board technology, offering superior sampling rates.

Key Functional Features

1.The main controller employs a state-of-the-art 32-bit ARM processor (21st-century technology), delivering processing speeds comparable to general-purpose Pentium-class computers. Compared to traditional 8-bit microcontroller-based systems, it offers significantly improved overall performance, faster computation, and higher control precision.

2.The data acquisition core utilizes the latest ultra-high-precision 24-bit A/D converter from the US, achieving sampling rates of up to 2,000 samples per second. This allows for the capture of instantaneous force fluctuations, providing a resolution of up to 500,000 divisions across the entire range without the need for gear switching. Proprietary 6-point calibration technology further enhances accuracy, ensuring force measurement precision that exceeds the national Class 0.5 standard (the highest grade).

3.Displacement encoder counting employs 4x frequency multiplication technology, quadrupling displacement resolution to a maximum of 0.0005 mm.

4.Supports both pulse and voltage output control modes, enabling smooth, stepless speed regulation for any servo, variable-frequency, or DC motor equipped with pulse or voltage control interfaces. Additionally, discrete signal outputs (up, down, stop) can directly drive external relays or solenoid valves, facilitating the control of DC motors or pneumatic/hydraulic power units.

5.Advanced triple closed-loop control technology (covering speed, displacement, and force) enables precise control of arbitrary waveforms.

6.Extensive interface expansion capabilities: up to 4 channels of 24-bit analog input, 3 channels of 16-bit analog output, 3 channels of pulse output, 3 channels of A/B phase optical encoder input, 9 channels of discrete input, 8 channels of discrete output, 1 USB port, 1 RS232 port, 1 RS485 port, 4 types of LCD interfaces, 1 parallel mini-printer interface, 1 serial mini-printer interface, and 1 8×4 matrix keypad interface.

7.All input/output interfaces utilize high-speed opto-isolation technology, ensuring robust anti-interference performance.

Features Taiwan TBI ball screws for superior transmission precision.
 

High transmission efficiency	The transmission efficiency of the ball screw assembly reaches 90%-98%-two to four times that of sliding screw assemblies-efficiently converting torque into thrust. It offers sensitive, smooth transmission with low frictional resistance and high responsiveness; there is no chatter upon startup and no stick-slip at low speeds, allowing for micron-level micro-feed control.
High positioning accuracy	The assembly experiences minimal temperature rise during operation. Preloading eliminates axial backlash and initial elastic deformation, while pre-tensioning the screw compensates for thermal expansion, resulting in high positioning and repeatability accuracy.
Excellent precision retention	The raceway geometry is precise, and wear from rolling friction is minimal, ensuring excellent precision retention, reliability, and service life.
High transmission rigidity	Both internal and external raceways feature an eccentric-angle double-circular-arc profile, ensuring flexible transmission even with minimal raceway clearance.
Excellent synchronization	The assembly is characterized by high lead accuracy and high sensitivity.

Uses Japanese Panasonic servo drives to ensure error-free operation.
 

Precision	Achieves closed-loop control of position, speed, and torque; eliminates the step-loss issues associated with stepper motors.
Speed	Excellent high-speed performance; rated speeds typically reach 2,000-3,000 RPM.
Adaptability	Strong overload capacity, capable of withstanding loads three times the rated torque; particularly suitable for applications involving sudden load fluctuations or requiring rapid startup.
Stability	Smooth low-speed operation; does not exhibit the jerky "stepping" motion seen in stepper motors at low speeds. Suitable for applications requiring high-speed response.
Responsiveness	Short dynamic response time for acceleration and deceleration, typically within tens of milliseconds.
Comfort	Significantly reduced heat generation and noise.

Fully computerized testing machine measurement and control system

1.This measurement and control system is specifically designed for tensile testers, compression testers, and electronic universal material testing machines. It is suitable for determining the mechanical properties and relevant physical parameters of various materials under conditions such as tension, compression, bending, shear, tearing, peeling, and puncture. Capable of performing tensile, compression, three-point and four-point bending, shear, tear, and peel tests, as well as finished shoe puncture resistance, carton compression, foam cyclic compression, spring tension/compression, and various dynamic and static cyclic tests.

2.Standard grips include the types listed below; custom designs are also available based on specific product characteristics. Tensile testing machine models can be customized or recommended according to your specific requirements.

3.We pay close attention to packaging details, carefully protecting every edge and corner of the equipment to prevent damage from bumps or impacts. Standard calibration weights feature laser-engraved markings. We share your concerns and are committed to delivering a solution that meets your complete satisfaction.

Detailed Photos