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Temperature Control

Temperature Control

Temperature Control

WSTW/WSTO/VTW High Temp Mold Heater Controller

1:Equipped with a microprocessor, liquid-crystal display (LCD), and controlled buttons.

2:The control panel is user-friendly.

3:Easy to operate.

4:Adopted the PID control to ensure the mold temperature remains lower than ±5°C.

5:The electronics and heating system are separated to protect the machine from overheating.

6:High-quality and efficient pumps to comply with different molding temperatures.

7:The interior is made of stainless-steel to prevent corrosion and explosion while maintaining a constant temperature with high thermal efficiency.

8:The machine is protected from overloading, phase losing, overheating, and water shortage with a thermocouple alarm system


  • Performance characteristics

    Adopting microcomputer control, LCD display, and button operation.

    Adopting P.I.D. parameter self-tuning bi-directional (heating/cooling) control and segmented temperature control system, stable mold temperature can be maintained in any state, with a temperature control accuracy of up to ± 0.5 ° C.

    It can switch between Chinese and English, and the operation interface is simple and easy to understand. The text display of fault problems is clear at a glance.

    The separated design of electrical appliances and heating devices effectively avoids damage to electrical appliances caused by high temperatures.

    Adopting high-quality and efficient pumps, it can meet the temperature control requirements of various molds.

    The interior is made of stainless steel, which is corrosion-resistant, high-pressure explosion-proof, with a long constant temperature time and high thermal efficiency.

    Six major protection functions: thermocouple disconnection alarm, power phase loss protection, reverse phase protection, overload protection, overheating protection, and water shortage protection.

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    Technical Parameter

    ModelHeat transfer mediaMaximum temperaturePump Power(kW)Pumping flow (L/min)Pump lift(m)Capacity(L)thermal power(kW)Heat medium inlet and outlet diameter(inch)Overall dimensions (cm)Net Weight(kg)
    WSTW-06XClean water95°C0.374830
    		612mm×388×31×7460
    WSTW-09X0.756045
    		912mm×388×31×7460
    WSTW-12X1.511045
    		1212mm×488×31×7460
    WSTW-24X2.234026
    		2412mm×4110×44×109120
    WSTW-36X3.7541035
    		361.5"110×44×109130
    WSTW-60X3.7547035
    		601.5"110×44×109135
    WSTW-06X-D0.37×248×230
    		6×212mm×690×43×12098
    WSTO-06X-DHeat transfer oil160°C0.37×248×23010×26×212mm×690×43×120102
    WSTO-06X0.3748301063/8"×388×31×7462
    WSTO-09X0.7560451093/8"×388×31×7465
    WSTO-12X1.51104510123/8"×388×31×7475
    WSTO-24X2.23403010243/8"×3110×44×109120
    WSTO-36X3.754703510361.5"110×44×109130
    WSTO-60X3.754703510541.5"110×44×109135


    ModelMaximum temperature.(℃)Electrothermal(kW)Pump Power(kW)Pumping flow(L/min)Pump lift(m)Connecting pipe diameter（inch)Overall dimensions(cm)
    VTW-06X120°C60.3748303/8"×388×31×74
    VTW-09X90.7560453/8"×388×31×74
    VTW-12X121.5110453/8"×488×31×74
    VTW-24X242.2240303/8"×4110×44×109
    VTW-06X-H160°C60.5530453/8"×388×31×74
    VTW-09X-H90.7545603/8"×388×31×74
    VTW-12W-H121.590553/8"×499×31×74


    ModelHeat transfer mediaMaximum temperaturePump Power(kW)Pumping flow(L/min)Pump lift(m)Capacity(L)Thermal power(kW)Heat medium inlet and outlet diameter(inch)Overall dimensions(cm)Net Weight(kg)
    VTO-06XHeat transfer oil250°C0.3748301063/8"×388×31×7462
    VTO-06X0.7560451093/8"×388×31×7465
    VTO-12X1.51104510123/8"×488×31×7475
    VTO-24X2.23403010243/8"×4110×44×109120
    VTO-36X3.754703510361.5"110×44×109130
    VT0-60X3.754703510541.5"110×44×109135

    Note: To ensure the stability of heating temperature, the cooling water pressure should be between 2-5kg/cm2;

    Power supply: 3 Φ  380VAC 50Hz.

    The product specifications are subject to change without prior notice.

  • 1:Equipped with a microprocessor, liquid-crystal display (LCD), and controlled buttons.

    2:The control panel is user-friendly.

    3:Easy to operate.

    4:Adopted the PID control to ensure the mold temperature remains lower than ±5°C.

    5:The electronics and heating system are separated to protect the machine from overheating.

    6:High-quality and efficient pumps to comply with different molding temperatures.

    7:The interior is made of stainless-steel to prevent corrosion and explosion while maintaining a constant temperature with high thermal efficiency.

    8:The machine is protected from overloading, phase losing, overheating, and water shortage with a thermocouple alarm system