Classification : Vacuum Hot Press Machine
Country:
Phone: 886-37-585326
Fax: 886-37-583363
Contact Person: Jack Lin
1. Vacuum system:
1-1. Utilizes upward pull motion for hydraulic cylinder in the vacuum hood, which supports to provide stability and prevent oil leakage.
1-2. Using MIT vacuum pump with high vacuity and low noise. Imported ball valves are used to offer high flow rate and fast vacuum extraction.
2. In / out-molds:
Designed with special Mold Frame devices, it is easy and convenient to setting and operate.
3. Front ejector:
Using double-layer oil-less bearings, protected with a dust seal.
4. Monitoring design:
Overall monitoring on machine actions, pressure and flow rate, and warning messages and records.
5. Hydraulic circuit design:
Proportional Pressure and flow ratio system is designed for easily changing the pressure and speed setting.
6. Electrical control system:
6-1. Precise temperature controlled is using PID calculations, temperature can be adjusted by the man-machine interface.
6-2. The module saving function includes temperature, pressure/ flow rate, time and function settings.
6-3. Heating system: using SSR solid relay with fast heat-up without exceeding the limit.
6-4. Mold calibration: slow mode calibration function is provided. To calibrate the mold, simply press up/down key to complete the mold position setting.
1-1. Utilizes upward pull motion for hydraulic cylinder in the vacuum hood, which supports to provide stability and prevent oil leakage.
1-2. Using MIT vacuum pump with high vacuity and low noise. Imported ball valves are used to offer high flow rate and fast vacuum extraction.
2. In / out-molds:
Designed with special Mold Frame devices, it is easy and convenient to setting and operate.
3. Front ejector:
Using double-layer oil-less bearings, protected with a dust seal.
4. Monitoring design:
Overall monitoring on machine actions, pressure and flow rate, and warning messages and records.
5. Hydraulic circuit design:
Proportional Pressure and flow ratio system is designed for easily changing the pressure and speed setting.
6. Electrical control system:
6-1. Precise temperature controlled is using PID calculations, temperature can be adjusted by the man-machine interface.
6-2. The module saving function includes temperature, pressure/ flow rate, time and function settings.
6-3. Heating system: using SSR solid relay with fast heat-up without exceeding the limit.
6-4. Mold calibration: slow mode calibration function is provided. To calibrate the mold, simply press up/down key to complete the mold position setting.
TRPE-機型 | 100 TON | 150 TON | 200TON | 250 TON | 300 TON | 500 TON |
Stroke (mm) | 250mm | 250mm | 250mm | 250 mm | 250 mm | 300mm |
Upper heater Plate (mm) | 400*400 | 440*440 | 510*510 | 600*600 | 600*600 | 850*850 |
Lower heater Plater (mm) | 445*450 | 500*500 | 540*560 | 650*600 | 650*650 | 850*850 |
Mold in-out plate (mm) | 445*500 | 550*560 | 540*570 | 650*650 | 650*680 | 855*880 |
Piston diameter (mm) | 250mm | 300mm | 350mm | 400mm | 450mm | 560mm |
Electrical heater (KW) | 22KW | 34KW | 34KW | 34KW | ||
Motor (HP) | 15HP(11) | 15HP(11) | 15HP(11) | 15HP(11) | 10HP*2(15) | 10HP*2(15) |
-single | -single | -single | -single | -twin | -twin | |
Total power (KW) | 40KW | 48KW | 52KW | 52KW | ||
Mold opening Metho | 0RT: up/down 3RT: middle mold | |||||
1RT: in/out 4RT:Top mol | ||||||
2RT: front ejector |