TMC-240W vs TMC-360W: Comparing Model Specs
Review TMC-240W and TMC-360W heater and pump specifications side by side, with a checklist for confirming process demand and connection requirements.
The TMC-240W is listed with a 24 kW heater, 1.5 kW pump, 165 L/min maximum flow, and 0.25 MPa maximum pressure. The TMC-360W is listed with a 36 kW heater, 2.2 kW pump, 310 L/min maximum flow, and 0.3 MPa maximum pressure. Both list a 120°C maximum temperature. These figures support comparison, not an application-specific recommendation.
What is the difference between the TMC-240W and TMC-360W?
The two models differ in heater power, pump power, maximum flow, and maximum pressure. The TMC-240W carries a 24 kW heater with a 1.5 kW pump delivering up to 165 L/min at 0.25 MPa maximum pressure. The TMC-360W steps up to a 36 kW heater, a 2.2 kW pump, 310 L/min maximum flow, and 0.3 MPa maximum pressure. Both units run on clean water and share the same 120°C maximum temperature rating, so neither is inherently “higher temperature”—they differ in capacity, not range.
How do the TMC-240W and TMC-360W specifications compare side by side?
The table below lists the verified specifications for both models. Use it as the baseline for any quote comparison.
| Specification | TMC-240W | TMC-360W |
|---|---|---|
| Heater power | 24 kW | 36 kW |
| Pump power | 1.5 kW | 2.2 kW |
| Maximum flow | 165 L/min | 310 L/min |
| Maximum pressure | 0.25 MPa | 0.3 MPa |
| Maximum temperature | 120°C | 120°C |
| Heat medium | Clean water | Clean water |
Notice that the TMC-360W delivers roughly 88% more maximum flow than the TMC-240W, which matters far more in large-multi-cavity or high-throughput applications than the heater rating alone might suggest.
Which model suits your molding application?
Use the process heat-load estimate and the mold-circuit requirements as inputs to model selection. The listed maximum flow and pressure values do not show the actual flow through a specific tool; ask the supplier to review the pump data and intended operating point.
- Choose the TMC-240W when your heat load fits within 24 kW and your circuit design is satisfied by up to 165 L/min at 0.25 MPa.
- Choose the TMC-360W when flow resistance across your mold circuits would starve a smaller pump, or when the heater duty cycle on a 24 kW unit would run near continuous maximum.
Do not infer suitability from the model number alone. A larger unit does not automatically mean better temperature uniformity; correct sizing means the controller runs in its comfortable operating band rather than at its ceiling.
Why does flow and pressure matter more than heater power?
Heater rating and pump data describe different parts of the system. Warm-up and circulation performance depend on the mold, circuit resistance, process conditions, and site utilities; confirm expected performance with the supplier rather than inferring it from the ratings alone.
What should you verify before ordering either model?
Both units are water-based with a 120°C maximum temperature. If your process requires setpoints above 120°C, neither model is appropriate and you should discuss alternative units with your supplier. Before ordering, confirm:
- Your facility’s water quality meets the clean-water requirement, and whether filtration or treatment is needed.
- The total pressure drop of your mold circuits at your target flow rate.
- Electrical supply compatibility at your plant for the heater and pump ratings.
- Whether connection sizes and control interface match your existing tooling standards.
Any detail not listed on the specification sheet—such as tank volume, controller features, or footprint—should be requested from the supplier in writing rather than assumed.
How should you structure a quote request for a TMC Series unit?
A like-for-like quote prevents surprises. Include the model under consideration, your required setpoint relative to the 120°C maximum, your mold circuit pressure-drop estimate, your plant’s water supply conditions, and your electrical specifications. Ask the supplier to confirm in writing how the quoted unit’s heater power, pump power, maximum flow, and maximum pressure match the published values—24 kW, 1.5 kW, 165 L/min, and 0.25 MPa for the TMC-240W; 36 kW, 2.2 kW, 310 L/min, and 0.3 MPa for the TMC-360W. Pricing will depend on configuration, order quantity, and shipping terms, so request an itemized quotation rather than a single lump figure.
For a model review, provide the tool heat-load estimate, circuit layout, target temperature, and site utilities to the supplier. Ask for a written recommendation that identifies the assumptions used.
Frequently asked questions
Can the TMC-240W and TMC-360W run above 120°C?
No. Both models are rated for a 120°C maximum temperature and use clean water as the heat medium. If your process requires higher setpoints, discuss alternative units with your supplier instead of operating either model beyond its rating.
Is the TMC-360W always the better choice because it is larger?
A larger model is not automatically a better match. Compare the documented heat load, circuit requirements, electrical supply, and published ratings, then ask the supplier to confirm the selected configuration.
What water quality do these units require?
The TMC Series product page lists clean water as the medium. Confirm the water-quality requirements and any treatment or filtration guidance in the current equipment manual; the page does not quantify effects on service life.
How much more flow does the TMC-360W deliver?
The TMC-360W lists a 310 L/min maximum flow and 0.3 MPa maximum pressure; the TMC-240W lists 165 L/min and 0.25 MPa. These are separate maximum ratings, not a guaranteed operating point. Ask the supplier to check the pump data against your circuit.
See the Water Type Mold Temperature Controller TMC Series page for the published model specifications.
Last updated: October 30, 2026