Industrial Oil Temperature Controller

Industrial Oil Temperature Controller

An Industrial Oil Temperature Controller heats and circulates heat-transfer oil to regulate the temperature of molds, rollers, reactors, dies, and other industrial process equipment. Designed for high-temperature applications beyond the range of conventional water systems, these units combine electric heating circuits, high-efficiency pumps, and microcomputer PID control systems.
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Description

Industrial Oil Temperature Controller: Engineering & Selection Guide

 

An Industrial Oil Temperature Controller heats and circulates heat-transfer oil to regulate the temperature of molds, rollers, reactors, dies, and other industrial process equipment. Designed for high-temperature applications beyond the range of conventional water systems, these units combine electric heating circuits, high-efficiency pumps, and microcomputer PID control systems.

 

Standard configurations provide heating capacities from 6 kW to 96 kW, flow rates from 40 to 836 L/min (approx. 10 to 221 GPM), and operating temperatures up to 200°C. All systems are manufactured to meet international quality standards including CE and ISO 9001.

 

Technical Specifications

 

Parameter

Specification

Heat-Transfer Medium

Synthetic or mineral heat-transfer oil

Max. Operating Temperature

Up to 200°C (Standard series)

Heating Capacity Range

6 kW to 96 kW

Control Architecture

Microcomputer with PID control

Pump Performance

Max Pressure: 2.0 to 4.5 kg/cm2 (2.0 to 4.4 bar / 28 to 64 PSI)

Max Flow: 40 to 836 L/min (10 to 221 GPM)

Safety & Protection

Automatic start exhaust, automatic cooling shutdown, supply/return monitoring, low-fluid and overload protection

Quality Compliance

CE Certified, ISO 9001, optional UL/CSA-compliant electrical components

Construction Material

Stainless-steel closed-loop circulation piping

 

Standard Model Comparison Matrix

 

Model

Max. Temp

Heating Capacity

Pump Power

Max. Pressure

Max. Flow Rate

MTO-607H20

200°C

6 kW

0.5 HP

2.0 kg/cm2 (2.0 bar / 28 PSI)

40 L/min (11 GPM)

MTO-907H20

200°C

9 kW

0.5 HP

2.0 kg/cm2 (2.0 bar / 28 PSI)

42 L/min (11 GPM)

MTO-1210H20

200°C

12 kW

1 HP

2.1 kg/cm2 (2.1 bar / 30 PSI)

127 L/min (34 GPM)

MTO-1815H20

200°C

18 kW

1.5 HP

2.8 kg/cm2 (2.7 bar / 40 PSI)

113 L/min (30 GPM)

MTO-2420H20

200°C

24 kW

2 HP

2.8 kg/cm2 (2.7 bar / 40 PSI)

133 L/min (35 GPM)

MTO-3630H20

200°C

36 kW

3 HP

2.8 kg/cm2 (2.7 bar / 40 PSI)

165 L/min (44 GPM)

MTO-4840H20

200°C

48 kW

4 HP

3.1 kg/cm2 (3.0 bar / 44 PSI)

177 L/min (47 GPM)

MTO-6050H20

200°C

60 kW

5 HP

3.8 kg/cm2 (3.7 bar / 54 PSI)

183 L/min (48 GPM)

MTO-7270H20

200°C

72 kW

7 HP

4.5 kg/cm2 (4.4 bar / 64 PSI)

203 L/min (54 GPM)

MTO-96100H20

200°C

96 kW

10 HP

4.5 kg/cm2 (4.4 bar / 64 PSI)

221 L/min (58 GPM)

 

Core Applications

 

Plastic Injection Molding: Maintains stable mold temperatures to ensure dimensional precision and surface finish.

 

Rubber Processing: Delivers consistent high-temperature thermal control for vulcanization equipment.

 

Chemical Reactors: Provides uniform indirect heating for jacketed reaction vessels.

 

Industrial Rollers: Ensures even heat distribution across calendering and embossing rolls.

 

Die Casting & New Energy: Supports demanding thermal cycles in specialized metal tooling and green-tech manufacturing.

 

FAQ

 

Q: What is an industrial oil temperature controller?

A: It is a closed-loop thermal circulation system designed to heat, circulate, and regulate heat-transfer oil to maintain precise temperatures in industrial machinery like molds, reactors, and rollers.

Q: What maximum temperature can these systems reach?

A: The standard referenced series supports continuous operating temperatures up to 200°C. Higher temperature configurations are available upon request for specialized applications.

Q: How do I determine the correct heating capacity?

A: Heating capacity should be calculated based on the thermal mass of your equipment, starting temperature, target temperature, required heat-up time, and continuous heat losses during operation.

Q: What information is required to request a technical quotation?

A: Provide your application type, target operating temperature, equipment dimensions or volume, required flow rate (if known), power supply details (voltage, phase, frequency), and any required certifications.

Q: Are custom OEM configurations available?

A: Yes. Customizations include specific heating capacities, pump pressures, controller interfaces, dual-circuit designs, and electrical configurations tailored to your equipment integration needs.

 

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