Jinan Kason Universal Testing Machine (WAW/WEW Series)

Jinan Kason Tensile Tester – WEW Series, Computer Control Hydraulic Universal Testing Machine by MSP Metrology (M) Sdn Bhd from Jinan Kason China

Features
Hydraulic Universal Testing Machine + Steel Tensile and Compression Tester + Flexural and Compression Tester

Hydraulic Universal Testing Machine, compared with a ball screw type electric mechanical UTM, is adopting oil hydraulic power to push the piston in the oil cylinder to provide loading force. Therefore it is very suitable for making test to different metal and nometal materials under high toughness and hardness against extreme big loading force.

This machine is made based on the national spring tensile and compression tester standards of technical requirement, professional design of automatic control and data acquisition system, realized the data acquisition and control process full digital adjustment Mainly used to tension spring,compression spring,saucer reed,tower spring,leaf spring,clip spring,flat spring,composite spring,gas spring,mould spring,deformed spring and other precision spring tensile,compression, displacement and rigidity test and analysis.

Application

For static and cuasi-static test (low frequency fatigue) for high loads in many types of tests.
Specially indicated to switch test mode, thanks to its dual space design.

Double Test Space Frame

With high structural stiffness,4 columns and 2 screws with double testing space. The upper space is intended for tensile tests, and the lower for compression, shear, bending, folding, etc. Manufactured according to Standards EN 10002-2; ASTM E4, ISO 7500-1; DIN 51221 and BS1610 guide. Mobile crossbar separates the two test zones and is positionable in height by means of two spindles driven by an integrated electric motor frame.

Types of specimens and materials

 The versatility of the machine allows the testing of specimens and materials such as:

- Round
- Flat
- Shouldered
- Folding
- Metals
- Polimers
- Composites
- High and low temperatures
- Threaded › Cables, Chains, Ropes, building materials, etc.

Testing Modes

By using the right accessories, you can perform (among others) the following tests:

- Tensile
- Compression
- Bending
- Folding
- Punching
- Extrusion
- Peeling
- Shear test
- High and low temperatures
- Brinell Hardness (30 kN)

Host feature:

- Rigid 4-column load frame construction providing superior axial and lateral stiffness and minimum maintenance, low reaction at specimen failure.
- With chrome plated columns for easy cleaning and longest life.
- Lead screw dust cover: Prevent foreign objects and dust from entering the precision lead screw, and improve the durability of the screw and drive mechanism

1. Space for Tension test
2. Extensometer Measure Elongation
3. Space for Compression/Bend/Shear/Flexure
4. Load Cell
5. Displacement Sensor
6. Oil Cylinder (Piston)

WAW/WEW/WE Hydraulic universal testing machine

- Using the oil pressure sensor to test the force.
- Adopt oil-Hydraulic automatic clamps which can be operated from separate control box.
- Wedge tension jaw processed by advanced technology; increase the stiffness of crosshead under high and high intensify test .
- Powerful multifunctional control software will provide more testing methods to meet ASTM, ISO and other testing standard.
- Report guide will create your testing report in only free steps.
- Programmable testing testing software makes LCF testing or cyclic testing become available.
- Overload protection will secure operators.

WAW Series

Computer controlled servo hydraulic universal testing machine. The space adjusting, & test processes could be controlled by the software and the test result could be transferred to the software in the computer for further analysis. It is the most advanced series in hydraulic universal testing machines.

WEW Series

Computer display manual control hydraulic universal testing machine. The space adjusting & force loading could be executed by manual control. The test result could also be transferred to the software for further analysis.

Specifications

Technical Specifications

Load Measurement Accuracy:

±0.5% of reading to 1/50 of load weighing system capacity meets or exceeds the requirements of the following standards: ISO 7500-1, EN 10002-2, ASTM E4, JIS B7721.

Strain Measurement Accuracy:

±0.5% of reading to 1/50 of full scale with most ASTM E83 class B or ISO 9513 class 0.5 extensometers meets or exceeds ASTM E83, ISO 9513, and EN 10002-4.

Speed Accuracy:

Set speed<10% Max. Speed: ±1% Set speed “10% Max. speed:±0.5%

Position measurement accuracy:

±0.5 of reading or 0.001 mm, whichever is greater

Power supply:

Standard optional voltages 220/240VAC, 50-60 Hz, Power must be free of spikes and surges exceeding 10% of the nominal voltage.

Operating Temperature:

0 to +38°C (+32 to +100°F)

Humidity Range:

10% to 90% non-ondensing,

GLW-1000G Strand universal testing machine :Test Space (1350mm)