High Capacity Mold Oil Controller: Technical Selection & Global Procurement Guide

Engineered for industrial processes requiring reliable heating, high oil circulation rates, and rigorous temperature regulation, High Capacity Mold Oil Controllers maintain thermal stability for heavy-duty manufacturing. By continuously heating and circulating heat transfer oil through a mold or process circuit, these systems transfer thermal energy to connected tooling and return the fluid for continuous regulation.

Technical Specifications & Model Range

Evaluating heating capacity, oil flow, pump pressure, operating temperature, piping resistance, and electrical supply together ensures optimal performance.

Model	Heating Capacity	Pump Power	Maximum Pressure	Maximum Oil Flow
MTO-607H20	6 kW	0.5 HP	2.0 kg/cm2	40 L/min
MTO-907H20	9 kW	0.5 HP	2.0 kg/cm2	42 L/min
MTO-1210H20	12 kW	1 HP	2.1 kg/cm2	127 L/min
MTO-1815H20	18 kW	1.5 HP	2.8 kg/cm2	113 L/min
MTO-2420H20	24 kW	2 HP	2.8 kg/cm2	133 L/min
MTO-3630H20	36 kW	3 HP	2.8 kg/cm2	165 L/min
MTO-4840H20	48 kW	4 HP	3.1 kg/cm2	177 L/min
MTO-6050H20	60 kW	5 HP	3.8 kg/cm2	183 L/min
MTO-7270H20	72 kW	7 HP	4.5 kg/cm2	203 L/min
MTO-96100H20	96 kW	10 HP	4.5 kg/cm2	221 L/min

Key Engineering Features

Microcomputer PID Control: Regulates circulating oil temperature with high precision while continuously displaying both supply and return readings to track thermal load shifts.

Automatic Exhaust & Cooling: Automatically purges trapped air during startup and manages cooling cycles during temperature reduction or system shutdown.

Stainless Steel Oil Piping: Maximizes corrosion resistance, structural reliability, and flow efficiency across larger connection diameters on high-capacity models.

Global Compliance & Safety Standards: Built to support international export specifications, featuring strict electrical protection devices and compatibility with CE directives and ISO 9001 manufacturing quality management frameworks.

Technical Sourcing Checklist for Global Procurement

To streamline technical evaluations and secure an accurate quotation, plant engineers and buyers should provide the following parameters:

Target operating oil temperature and estimated thermal load

Mold or equipment type, circuit dimensions, and number of channels

Required oil flow rate and external system pressure loss

Oil inlet/outlet connection sizes and hose length

Cooling water supply conditions (temperature and pressure)

Electrical supply requirements (Voltage, Phase, Frequency)

Destination country and any OEM custom integration constraints

FAQ

Q: What is a high capacity mold oil controller?

A: It is an industrial system designed to heat and circulate heat transfer oil through molds or process equipment, providing stable temperature regulation for applications requiring high thermal and circulation capacity.

Q: How do I select the correct model for my application?

A: Model selection should balance heating capacity, oil flow, pump pressure, and system resistance rather than relying on heater wattage alone. Evaluate your target operating temperature, thermal load, and circuit configuration.

Q: What temperature range do these controllers support?

A: The standard product range supports operating temperatures up to 200°C. Custom high-temperature configurations can also be engineered for specialized industrial requirements.

Q: Can these units be customized for OEM integration?

A: Yes. Heating capacity, pump configuration, electrical specifications, oil connection sizes, and control interfaces can be customized to match complete production lines and OEM machinery requirements.

Q: What information is needed to request an accurate technical quotation?

A: Please provide your target operating temperature, required heating capacity or mold dimensions, oil flow requirements, power supply (voltage, phase, frequency), and destination country.

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