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Daily insulation container pressure endurance testing machine

NegotiableUpdate on 01/23
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Overview
The daily insulated container pressure endurance testing machine complies with the GB/T 11416-2021 standard for testing the pressure endurance of the inner lining of insulated bottles and the durability testing of the water outlet mechanism of pressure insulated bottles.
Product Details

Daily insulation container pressure endurance testing machine

Equipment purpose: This instrument is mainly used as a durability tester for the pressure resistant water outlet mechanism of insulated bottles.

Applicable standards:GB/T 11416-2021

Equipment functions and configuration:

Instrument function: Used for testing the pressure resistance tester of the inner liner of insulated bottles and the durability test of the water outlet mechanism of pneumatic insulated bottles.

Standard configuration: Host console

Main technical parameters:

Control model: Shake left and right. Under pressure

Sensor:200kg

Measurement and Control System:PLC control, touch screen display

Testing method: The force value, displacement, time, speed, and crushing force can be specified.

Left and right oscillation amplitude:10cm

Left and right shaking time:0-99999S (adjustable)

Left and right shaking speed:20-150 times/min adjustable

Collapse speed:10-500mm/min adjustable

Pressing speed:6 times/min

Number of presses:0-99999S (adjustable)


Daily insulation container pressure endurance testing machineTesting method:

Withstand Voltage Test

Natural overflow test

Secondary water output test

Durability test of water outlet mechanism

Crushing force test


Working Principle:

This machine isTouch screen displays multifunctional thermos bottleA pressure testing machine uses a motor to drive the screw and move the fixture. The test fixture is placed between the upper and lower fixtures, and then a specified speed is applied. When the upper fixture compresses the sample downwards, the load element at the upper end of the upper fixture feels the pressure; And the tensile test involves the upper fixture moving upwards and the lower fixture moving downwards. The fixture also feels the pressure and converts the force into a voltage signal that is transmitted to the display, and the results are used in combinationThe LOAD CELL force sensor is connected to the display and automatically displays the force value