Dual-circuit oil mold temperature controller

Define the circuits that need control

The published RTC-D range describes a dual arrangement for mold temperature control using heat-transfer oil. Begin by identifying the mold circuits that require separate control. Show the connection points and the process requirement for each circuit so the proposed controller can be reviewed against the actual molding task. The heated oil circulates between the controller and the connected mold to transfer heat through the circuit.

Keep the circuit requirements separate

Record the target temperature, circulation requirement and channel restrictions for each connection. If different mold areas have different operating conditions, show those differences in the inquiry. The quotation should identify the heating, pumping and control arrangement supplied for each circuit, including how the controls are operated.

Check oil handling and cooling

Specify the intended heat-transfer oil and review the compatibility of hoses, seals and mold connections. Add the available cooling-water conditions and electrical supply. The controller needs to fit the plant's oil-handling and maintenance practices; photographs of existing connections can help explain what must be retained.

Confirm the dual configuration

RTC-D is the series name used in the published material. A complete model and configuration should be stated in the quotation. Maximum temperature and combined power values are omitted here because the source variants need a clearer match. Keep oil and water controller selections separate when reviewing the water-type range.

Catalogue sources: RHONG published product page

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