High temperature water temperature controller for roller
Standard oil cycle temperature control machine
Temperature control range: cooling water into the water temperature to 180 ℃
Machinery and piping components
Start the automatic exhaust function
The function of free switching of heating power
High performance high temperature coupling shaft pump for long uninterrupted work
The piping system adopts seamless steel tube/non-ferrous materials
Indirect cooling system for heat exchangers
The imported heating wire of Sweden achieves excellent thermal efficiency and long service life
Filters are installed in the media circulation loop and the cooling water supply pipeline
Electrical and control components
Isolation type electrical control box
The appliance chooses the global famous brand supplier
Electronic safety temperature controller
The fault direct display is convenient for maintenance and maintenance
The unit has perfect safety protection system
Easy-to-read display, which can display system running state, set temperature, operating temperature and return medium temperature.
gassing and return oil function
RS485 remote communication
Instant cooling shutdown
Multi-point temperature control unit
Equipped with a 7-inch, 10-inch color touch screen, PLC
Customizable pump power and heating power
Solid state relay, three-phase electronic regulator
A connector for a variety of analog and type-type electrical interfaces
Continuous control with electric or pneumatic control valves
Other high requirement piping systems and electrical selection
(1) Description :
|Product Name ||180℃ water temperature controller|
|Product Model ||BGWT-20|
|Max Temperature Control Range||180℃ |
|Temp Control Accuracy||PID±1℃ |
|Power Supply ||380V 50HZ 3P+E|
|Circulation Medium||Water |
|Cooling Method||Indirect Cooling|
|Pump Motor Power||1.5kw|
|Max Pump Flow||183L/MIN|
|Max Power Supply||14kw|
|Cooling Water Pipe||1/2(DN15)|
|Circulation Water Pipe||G3/8*4|
(2) Functions :
a : Improve product molding efficiency .
b : Reduce the production of defective products .
c : Improve product appearance and inhibit product defects .
d : Accelerate production progress , reduce energy consumption and save energy .
e : Reduce preheating time , surface quality improvement of finished products and achieve full automation production .