Tensile Compression Bending Machine/ Universal Test Machine

Specifications

1.Unversal Tensile Compression Bending Machine 
2.panasonic motor and USA load cell 
3.Max Load:10KN 
4.Speed:0.01-250mm/min 

 

Tensile compression bending machine/ Universal test machine

Equipment summary:

Thisuniversal tensile compression bending machineis designed by mechanical-electrical integration, composition of the force-measuring sensor, transmitter, microprocessor, mechanism of load drive , computer and color inkjet printer. High-precision electronic motor can be set to five-speed, the components are connected by plug-way, Floor-standing models, it is taken account of modern industrial design and ergonomics in modeling and coating. 

Theuniversal tensile and elongation test machinecan be tested all the materials in stretch, compression, bending, shear, embedded relay, peeling, tearing, crack, etc,such as rubber, plastics, leather, metal, nylon wire, fabric, paper, aerospace, packaging, construction, petrochemical, electrical, vehicle, etc.

 

The implementation of standards and standard configuration:

 1. GB/T4689.20-1996 measuring fastness of leathers adhesion

 2. QB/T2710-2005 measuring leathers expansion and the rate of elongation

 3. QB/T2711-2005 measuring tear force of leather

 4. QB/T2712-2005 measuring leathers strength and stretch of spherical crack test

 

 

Technical parameters about Computer Servo Type Universal Testing Machine

 

load cell	5KN or 1ton option
resolution of force	1/200000
accuracy of force	≤0.5%
Power magnification	7 automatic switching
displacement resolution	1/1000
accuracy of displacement	≤0.5%
resolution of extensometer	1/1000
accuracy of extensometer	≤0.5%
Range of speed	0.01-250mm/min(according to the needs of customer)
Effective Tensile stroke	800mm;1000mm;1200mm,(can be increased the height according to customer’s requirement)
testing width	380mm(can be increased the width)
power supply	220V
power	about 2KW(depending on different demand of force, using different motor)
machine size	about 80x55x220cm(length ×width×height)
machine weight	About250 kg KG,N,LB, TON can be exchanged

 

 

Specifications:

1.Computer Servo Typeuniversal tensile compression bending machine A. High-precision sensor 5KN (1ton) from U.S.A.  Accurate Forces within ± 0.5%.

B. High-precision 24 bits A / D, sampling frequency 200Hz

C. Power System:  Panasonic AC Servo Motor + Driver + CAVEX + precision ball screw

D. Control System: it is more precise using Pulse Command control modem,  the range in speed control is 0.01 ~ 250 mm / min.the board of iron can be adjust to fast and slow by the control board. it is automatically saved after testing .

E. Data transmission: RS232 Transfer    

F. Display: windows XP test software.

G. easy to control five speed and calibration system.

H. test software can precision control in position, speed, rate of load force and rate of stress, satisfy the different requirements of test.

I. Test space: Testing width is about 400 mm (standard), moving space of active iron 1000mm (excluding fixtures)

J. displacement: coder 2500 P / R, increase four-time accuracy. adopt Japanese Lejing coder that has strong anti-jamming capability, displacement resolution 0.001mm.

Small deformation: Metal extensometers, parsing 0.001mm.

K. Safe equipment : the system would shut down if overload or over-trip

 

2. The accessories about Computer Servo Typeuniversal tensile compression bending machine

A. warranted book within one-year and operating instructions.

B. a group of fixture

C. testing software for tensile machine.

D. a set of brand computer, color printer 

 

3. Items can be tested in theuniversal tensile compression bending machineCommon items: ( display data and calculation )

tensile stress                           tensile strength

tensile strength                        rate of elongation at break

fixed stress                              rate of stress at break

stress strength                         tear strength

the value of force at any point     rate of elongation at any point

pull-out strength                        force of adhesion and value of peak