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Printed digital cantilever beam impact testing machine

NegotiableUpdate on 04/24
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Overview
Printed digital cantilever beam impact testing machine
Product Details

ZY-3003 with printingDigital cantilever beam impact testing machine

1purpose

ZY-3003The digital cantilever beam impact testing machine is mainly used for the determination of impact toughness of non-metallic materials such as hard plastics (including plates, pipes, plastic materials), reinforced nylon, fiberglass, ceramics, cast stones, and electrical insulation materials. It is an ideal testing equipment for material performance testing in the chemical industry, research institutions, and colleges.

IIcharacteristic

The main technical parameters of this impact testing machine comply withISO180GB/T1843JB/T8761Waiting for standard requirements. The main features of this testing machine are intuitive digital display, simple structure, easy operation, and accurate data.

IIItechnical parameter

11Usage temperature(15-35)℃

12Power Supply:AC220±10% 50HZ

13Impact speed:3.5m/s

14Impact energy: 5.5J1J2.75J11J22JThey are optional)

15Impact swing moment:Pd1=0.535N·M

Pd2.75=1.4737N·M

Pd5.5=2.9474N·M

Pd11=5.8949N·M

Pd22=11.7898N·M

16Accuracy: Angle(0.01°) energy 0.001J

17Pre swing angle of pendulum:150°±1°

18Strike center distance:335mm

19Impact blade fillet radius:0.8±0.5mm

10Distance from the impact blade to the top of the jaw:22±0.2mm

11Sample type and size. The best sample is1Type, preferred type. (Unit)mm

AType gap 45°±1° Bottom radius of gap R0.25±0.05mm

AType gap 45°±1° Bottom radius of gap R1±0.05mm

Sample type

lengthL

widthB

thicknessD

Basic dimensions

deviation

Basic dimensions

deviation

Basic dimensions

deviation

1

80

±2

10

±0.2

4

±0.2

2

63.5

±2

12.7

±0.2

12.7

±0.2

3

63.5

±2

12.7

±0.2

6.4

±0.2

4

63.5

±2

12.7

±0.5

3.2

±0.2

4Structure and Performance

This testing machine consists of a body, an impact pendulum, a sample support, a measuring device, a control mechanism, and other parts

1Body: composed of a crossbeam, angle positioning mechanism, and level.

2Impact pendulum: composed of an upper connecting sleeve, pendulum rod, pendulum, positioning block, impact blade, etc. The energy of the pendulum is2The main pendulum and4Composed of counterweight weights.2The main swing hammers are1JWeighing body with large pendulum. There are counterweights available4The sets are respectively2.75J5.5J11J22JCounterweight (steel stamps are displayed on all counterweights). Users can choose different counterweights according to their needs.

3Sample support: composed of jaw support and jaws. Before the experiment, the appropriate pendulum energy can be selected according to the sample requirements (test type).

4Control mechanism: composed of a release mechanism and a handle. This institution fixes the impact pendulum in place150At the position of °, and automatically drop the hammer for impact.

5Measurement device: composed of a digital acquisition system. Display the energy consumed by the sample after being impacted. The impact energy is calculated according to the following formula:

E=Pd (cosβ-cosα)

In the formula:Pd——Impact white torque (constant)

α - measured value of pre swing angle of impact pendulum (constant)

β - angle of rise after impact

In this experiment, as long as the elevation angle β is measured, the energy can be calculatedEValue. The digital display system of this testing machine is designed based on the above principles, so it can directly read the final data.