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JBW-300HD ultra-low temperature impact test machine

JBW-300HD ultra-low temperature impact test machine
Product Classification: Impact testing machine
Product Overview:The machine consists of an instrumented impact testing machine, a liquid nitrogen cooling device, and an automatic feeding positioning device, which is used to accurately test and analyze the impact resistance of materials at low temperatures. The low-temperature device adopts liquid nitrogen refrigeration, with a cooling temperature up to -190°, fast cooling speed, automatic temperature control,

Product Description:
The machine consists of an instrumented impact testing machine, a liquid nitrogen cooling device, and an automatic feeding positioning device, which is used to accurately test and analyze the impact resistance of materials at low temperatures.
The low-temperature device adopts liquid nitrogen refrigeration, with a cooling temperature up to -190°, fast cooling speed, automatic temperature control, automatic alarm prompt, and compressor are original imported brand machines.
The sample box can hold 20 samples at a time.
The feeding and positioning is carried out by pneumatic or electric, with fast speed and accurate positioning.
Technical parameters:
Specifications and models | JBW-300HY | JBW-450HY | JBW-750HY |
Impact energy | 300J | 450J | 750J |
Dial scale range and indexing value | 0-300J The index value of each small grid is 2J | 0-450J The index value of each small grid is 3J | 0-750J each small grid index value 5J |
Distance from the axis of the swing shaft to the center of the strike | 750mm | 750mm | 750mm |
Shock speed | 5.24m/s | 5.24m/s | 5.24m/s |
Sample support span | 40 +0.2mm | ||
Arc radius at the end of the sample holder | R1.25mm | ||
Impact blade arc radius | R2.25, R8 | ||
Impact tool angle | 30°±1° | ||
Impact knife thickness | 16 mm | ||
Sample specifications | 10×10×55 mm | ||
Force sensor accuracy | ≤±1%FS | ||
Angular displacement sensor resolution | 0.1° |
(The above parameters are for reference only, and the detailed parameters are mainly real equipment)
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