U100, U150
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Convenient automatic lifting and charging, without any auxiliary equipment.
Intuitive user interface with full-color graphics.
The maximum user working pressure can reach 300, 350 or 400MPa, so it will meet the pressing requirements of a very wide range of materials.
Setting and control of high-precision pressure curve. The whole pressure cycle data recordable and traceable, which makes it possible to compare the difference of deforming effects of materials under different isostatic pressing processes.
With the height of about 1.5m, and floor area 2~3㎡, the equipment is suitable for placing in most laboratories.
Convenient automatic lifting and charging, without any auxiliary equipment.
Intuitive user interface with full-color graphics.
The maximum user working pressure can reach 300, 350 or 400MPa, so it will meet the pressing requirements of a very wide range of materials.
Setting and control of high-precision pressure curve. The whole pressure cycle data recordable and traceable, which makes it possible to compare the difference of deforming effects of materials under different isostatic pressing processes.
With the height of about 1.5m, and floor area 2~3㎡, the equipment is suitable for placing in most laboratories.
Touch screen + membrane switch (servo control system)
1. Adopt the touch screen of OMRON company, the system will make an immediate response after your figures touch the button on the screen.
2. Friendly human-computer interface, which is easy to set the pressurization and depressurization speeds.
3. It has powerful data recording and display functions, and dynamically displays pressure change curves in real time.
4. The membrane switch is attached to the surface of the control cabinet, and its graphical design makes it easy to be understood.
Touch screen + membrane switch (servo control system)
1. Adopt the touch screen of OMRON company, the system will make an immediate response after your figures touch the button on the screen.
2. Friendly human-computer interface, which is easy to set the pressurization and depressurization speeds.
3. It has powerful data recording and display functions, and dynamically displays pressure change curves in real time.
4. The membrane switch is attached to the surface of the control cabinet, and its graphical design makes it easy to be understood.
The entire equipment adopts a thickened sheet metal shell fully wrapped design, and all high-pressure components are installed inside the equipment. There are multiple security protection settings to ensure the safety production of the isostatic press
1. Manual pressure relief valve. In case of any emergency or failure, open the valve manually to enable the pressure relief protection, and the pressure can be increased again after closing it.
2. The hydraulic system has a preset pressure value, and when the preset pressure value is exceeded, the relief valve will automatically overflow.
3. Pressure sensor and electrical apparatus control system. When the pressure is higher than the preset pressure value, the electrical control system automatically stops the operation of the boosting system.
4. The control cabinet is equipped with an emergency stop button. After starting, the equipment can stop working in any working stage.
5. Interlocking of electrical control procedures. The equipment runs in strict accordance with the working procedure. If the previous procedure is not completed or there is a malfunction, the next procedure cannot be carried out, and the operation fault message will be sent out. After troubleshooting, the working can continue.
The entire equipment adopts a thickened sheet metal shell fully wrapped design, and all high-pressure components are installed inside the equipment. There are multiple security protection settings to ensure the safety production of the isostatic press
1. Manual pressure relief valve. In case of any emergency or failure, open the valve manually to enable the pressure relief protection, and the pressure can be increased again after closing it.
2. The hydraulic system has a preset pressure value, and when the preset pressure value is exceeded, the relief valve will automatically overflow.
3. Pressure sensor and electrical apparatus control system. When the pressure is higher than the preset pressure value, the electrical control system automatically stops the operation of the boosting system.
4. The control cabinet is equipped with an emergency stop button. After starting, the equipment can stop working in any working stage.
5. Interlocking of electrical control procedures. The equipment runs in strict accordance with the working procedure. If the previous procedure is not completed or there is a malfunction, the next procedure cannot be carried out, and the operation fault message will be sent out. After troubleshooting, the working can continue.
Mmodel | KJYu100 | KJYu150 |
Useful diameter of High-pressure vessel(mm) | 100 | 150 |
Useful depth of High-pressure vessel(mm) | 300 | 300 |
Maximum working pressure (MPa) | 100~400 | 100~350 |
Installed power (Kw) | 9 | 9 |
Dimensions (mm) | About 1750×1190×1400 | About 1980×1420×1530 |
Equipment weight (t) | <2.5 | <3.75 |
Warming | Can be heated to 85 degrees Celsius (non-standard) | |
Feeding method | Automatic picking | |
Buck-boost rate | Can be accurately set | |
Working medium | Oil or Water-based antirust agent | |
HMI | Full color touch screen | |
Record data export interface | USB | |
Drive method | Hydraulic drive | |
Cooling method | Water or air cooling |
Mmodel | KJYu100 | KJYu150 |
Useful diameter of High-pressure vessel(mm) | 100 | 150 |
Useful depth of High-pressure vessel(mm) | 300 | 300 |
Maximum working pressure (MPa) | 100~400 | 100~350 |
Installed power (Kw) | 9 | 9 |
Dimensions (mm) | About 1750×1190×1400 | About 1980×1420×1530 |
Equipment weight (t) | <2.5 | <3.75 |
Warming | Can be heated to 85 degrees Celsius (non-standard) | |
Feeding method | Automatic picking | |
Buck-boost rate | Can be accurately set | |
Working medium | Oil or Water-based antirust agent | |
HMI | Full color touch screen | |
Record data export interface | USB | |
Drive method | Hydraulic drive | |
Cooling method | Water or air cooling |