New Product Launch
STM-940HPW / High Temperature And High Pressure
Features:
• P.I.D. multi-stage temperature control system can main-tain a mould temperature with accuracy of±1℃.
• Adopt high efficiency magnetic circular pump with great pressure and stable performance.
• Multiple safety devices can automatically detect abnormal performance and indicate this via visible alarm.
• Inside tank of STM-940HPW is made of high pressure resistance stainless steel to prevent any explosion.
• Attractive appearance, easy to access and maintain.
• Indirect cooling maintain accurate temperature and quick heat transfer by means of steady cooling water flow.
• With stable performance and accuracy within ±1℃, the heating temperature can reach 180℃.
STM-940HPW
Advantage:
Only with Chinese price, you could enjoy overseas excel-lent mould temperature range performance (room tem-perature to180℃) .
Application:
STM-940HPW are mainly applied to heat up the mould and maintain temperature, and they can be used in other similar applications else.
Q & A:
Q: What is the difference between STM-940HPW and STM-PW series?
A: The maximum heating temperature of PW series is 160℃, only one circulating pump is mechanical sealed pump, and its maximum pressure is 8kgf/cm2. Max. temperature of STM-940HPW is up to 180℃, take a magnetic force driving pump as a circulating pump, and another water pump is used for pressurization and water supply, and its maximum pressure is up to 12kgf/cm2.
Q: What is the cooling capacity of STM-940HPW?
A: The cooling capacity is 13.5kW.
Q: What is the system pressure of STM-940HPW? What are the protective measures?
A: Pressure can be up to 12kgf/cm2. For the high pressure, is equiped high-pressure switch and mechanical safety valve to protect.
Q: What kind of pump does STM-940HPW adopts?
A: Magnetic force driving pump as a circulating pump.
New Product Launch
- STM1 / Single Axis Servo Robots (Telescopic Type)
- STM3 / Three Axes Servo Driven Robot
- STM5 / Five Axes Servo Driven Robot
- SG-43 / Sound-proof Central Granulators
- SCSF / Central Filter
If you want to read other articles, back to2010 Quarter 1 Issue 2.