- Dynamic fatigue testing machine
- Friction and wear testing machine
- Fastener special testing machine
- Static mechanical property testing machine
- In-situ tensile testing machine
- Non-standard customized large and small mechanical equipment
- Metallographic sample preparation and analysis equipment
- hardmeter
- Solution of overall design and planning of laboratory
Microcomputer controlled cup buckle testing machine
The microcomputer-controlled bowl-mouth testing machine is an improved and customized model of the electronic universal testing machine, and is also a fastener testing machine.
Introduction
Product use:
WDW-100G microcomputer-controlled cup buckle tester has national standards built into the test program, GB15831-2006 "Mechanical properties test method for steel pipe scaffolding fasteners", GB/T24911-2010 "Mechanical properties test method for cup buckle steel pipe scaffolding structure", JGT503-2016 "Test method for socket-type disc buckle steel pipe scaffolding", and hundreds of other standards, and can customize standard methods for users. It is mainly used for mechanical properties testing of steel pipe fasteners, including anti-slip and anti-destruction tests of right-angle fasteners and rotating fasteners; rotational stiffness test of right-angle fasteners; tensile test of butt fasteners; compression test of base, and upper cup buckle strength test, lower cup buckle welding strength test, cross bar joint strength test, cross bar joint welding strength test, and adjustable support compression strength test of cup buckle steel pipe scaffolding fasteners. This equipment is widely used in steel pipe fastener production enterprises, quality inspection units, colleges and universities, scientific research institutes, arbitration units, etc.
Main machine structure:
The machine adopts a double-space door structure, and the test space can be interchanged. The beam can be lifted steplessly. The transmission part adopts arc synchronous toothed belt and screw pair transmission, which is stable and low in noise. The specially designed synchronous toothed belt deceleration system and precision ball screw pair drive the moving beam of the test machine to achieve gapless transmission.
Accessories:
One set of docking interface tensile attachment, base compression attachment, right-angle fastener torsion bending stiffness attachment, and right-angle and rotary fastener anti-slip test attachment.
Parameters
Technical Parameters：
|
Main technical parameters |
||
|
1 |
Testing machine level |
Level 1 |
|
2 |
Maximum test force |
200KN/2KN |
|
3 |
Force measurement range |
2%-100%FS |
|
4 |
Accuracy |
Better than ±1% of indicated value |
|
5 |
Host Classification |
1, 2, 5, 10 four gears, 2KN no gear |
|
6 |
Displacement measurement method |
Δ2Use a dial indicator, and other displacements use high-precision photoelectric encoders |
|
7 |
Displacement resolution
|
0.01㎜ |
|
8 |
Test speed
|
0.01-300㎜/min |
|
9 |
Beam moving space |
1000㎜ |
|
10 |
Stretch Space |
700㎜ |
|
11 |
Compressed space |
600㎜ |
|
12 |
Effective width of host |
600㎜ |
|
13 |
Device size |
Length 1020*width 1300*height 2410 (mm) |
|
14 |
weight
|
1500kg |
|
15 |
Overload protection mode
|
Dual protection of limit protection and software protection |
|
16 |
Host power supply |
0.75kW, AC220V±10%, 50Hz, single phase |
|
17 |
Work Environment |
Room temperature 10~35℃, humidity 20%~80% |
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