top of page

High Degree Water-type Mold Temperature Controller

High Degree Water-type Mold Temperature Controller
(YBMD-H)

High temperature mold / mould temperature controller, water and oil type, can supply method directly. It will not transform to steam even the temperature is up to 160℃. 

FEATURES

  • Economic and advanced design for high degree is your new choice.

  • Water-type mold temperature controller (High Degree) do not pollute environment with oil gas that is the best choice for electronics, medical and cosmetic packing industries where strictly require better working environment. When oil-type model cannot satisfy for your need, you should change to water compression one.

 

By direct supply method, it will not transform to steam even the temperature up to 160℃. Heat up faster, long machine life, high stability, precise control within ±0.3℃, and energy save for you.

  1. Precise temperature control and high stability control by 0.1℃ as a unit to display. The inaccuracy rate below ±0.3℃. Perfect for any precise requirement such as electronics industry.

  2. Heat-insulated design extend operating lifetime.

  3. PID temperature controller.

  4. Excellent overheat security protecting device.

  5. SSR relay control for durability.

  6. Unique design to prevent water leakage and pollution when mold is changed.

SPECIFICATION

High Degree Water-type Mold Temperature Controller

REMARKS

 

  • We reserve the right to change specification without prior notice.

STANDARD ACCESSORIES

  • Power no-circuit breaker

  • Exhaust device

  • Motor overload protection

  • Water shortage protection

  • Max. temp. controller

  • Overheat protection

  • Waring buzzer

  • Pressure regulator

  • Motor reverse & phase shortage protection

  • Outlet pressure gauge

  • Mold evaluated protector

OPTION

  • Multi-inlet & outlet joints

  • Refractory Teflon hoses

  • Auto water scavenger

  • Flash guard lamp

FAQ

Mold Temperature Controller

    1. The tooling / mold pipe lines are plugged, cause the pipeline deposit excessive carbon and block the pipe filter.

    2. Improper select wrong mold temperature controller that not meet customer needs.

    3. Lack of flow & electricity.

    4. Find the fault of heating element, contactor, temperature controller.

    1. Find the stuff like as iron filing that stay inside of pipeline to cause the leaking oil.

    2. Improper or over usage this unit standard range.

    1. Check the tank shall have sufficient water. 

    2. Connect correct of cooling water inlet and outlet. 

    3. Check whether plugged of cooler.

    4. Check error of solenoid valve or temperature controller.

    5. Regularly clean or replace the filter.

  • Check the pressure if there is no or insufficient to cause the water flow is short of water outlet to mold.

    1. Happen this condition by mixing with oil and water and then heating. Suggest to replace new kerosene (oil) and clean the pipeline. (Be careful to check the water vapor inside of wheel.

    2. If air left in the pipeline to cause the kerosene emitted and even burned out the heating element.

  • Malfunction of cooling fan, temperature controller, buzzer or indicator light leaking electricity to cause the fuse burned out.

    1. Find no loop or block or lack of kerosene (oil).

    2. Excessive deposition of carbon to cause heating element smoldering. 

    3. Error of EGO (overheat preventer), spot welding death of contactor, malfunction of temperature controller.

  • Molding machine of user is unable in operation, because from the leakage electricity of pump and heating element.

    1. The temperature wave large. (ex. easy to reach 150℃ and down to 130℃)

    2. Inside with vapor. (mixing with oil and water, visual recognition finds the oil muddy or not.)

    3. When find the water inside must be drawn to all of the oil, and then refilled with new oil.

    4. Be attention of heating element when you refilling new oil to prevent the smoldering of heating element.

    5. If your roller machine is high speed rotation about 500 RPM, 20 ~30 RPM per minute will cause the centrifugal and the oil will not be able to fully send out.  Please couple with outside with friction pump to drawn the oil from the inlet of mold temperature controller.

bottom of page