Temperature Control Units

Water & Hot Oil, Up to 500°F

Advantage temperature control units hold a mold, die or process fluid at a precise warm or hot setpoint - the opposite job from a chiller.

Overview

A chiller removes heat to hold a cold setpoint. A temperature control unit (TCU) does the opposite job on the same production floor: it circulates water or oil through a mold, die or process jacket and adds or trims heat to hold a warm or hot setpoint, often well above ambient. The two are frequently specified together on one line - an Advantage chiller cooling the part, a TCU holding the mold or die at temperature - and neither substitutes for the other.

Advantage's TCU lineup covers water circulating units up to 250°F and 300°F for standard mold and process heating, and hot-oil units up to 500°F for processes that exceed what water can handle under normal pressure. Where a process needs more than one setpoint at once, each heated zone gets its own unit and the chilled zones come from a dual-zone chiller on MZC control.

Water-circulating TCU connected to an injection mold
Hot-oil TCU control panel with high-temperature setpoint display
Series Max Fluid Temp Flow
Up to 250°F (VE, G, Temptender) 250°F 35-100 GPM
Up to 300°F (G300, T300) 300°F 35-100 GPM
Hot Oil (Regal) 500°F 30-100 GPM
Multi-Zone (one unit per heated zone) Set per zone, to 500°F 30-100 GPM per zone

Which Series Is Right?

Water circulation is the simpler, lower-cost path and covers most hot-runner injection molding, laminating and die-preheat work up to 250°F, with the 300°F series available when a standard unit isn't hot enough. Once the process needs to run hotter than water can reliably hold under normal pressure, a hot-oil unit takes over - oil doesn't flash to steam the way water does as temperature climbs, so it's the correct fluid path above roughly 300°F rather than pushing a water unit past its design range.

If a single mold or process has more than one zone that needs a different setpoint at the same time - a multi-cavity mold, or a line with both a heating zone and a cooling zone - each heated zone takes its own TCU and the chilled side can come from a dual-zone OACS chiller on Advantage MZC control. Tell us the required fluid temperature, flow rate, and number of independent zones and we'll match an Advantage TCU series to each one.

What Sizes A TCU

Fluid

Water Or Oil


Set By The Ceiling

Water is simpler and lower cost but tops out around 300°F under normal pressure. Above that, oil is the correct fluid because it stays liquid and stable at temperatures where water would flash to steam.

Setpoint

Up To 500°F


With Margin, Not At The Limit

Pick a series with headroom above the actual required setpoint rather than a unit that runs continuously at its rated ceiling - running near the limit is harder on seals and pump life than running comfortably below it.

Flow

30-100 GPM


Matched To The Jacket

Flow rate is set by the mold, die or jacket's own circuit design, not just the frame size of the TCU - the wrong flow rate undermines temperature uniformity across the tool even with an otherwise correctly sized unit.

Zones

Single Or Multi


One Setpoint Per Unit

A multi-cavity mold or a combined heat/cool process step needs more than one independently controlled temperature at once - count the setpoints first, then give each heated zone a TCU of its own.

Water Or Hot Oil

Up to 500°F Setpoint

30-100 GPM Flow

Single Or Multi-Zone

Sizing A Temperature Control Unit

Required setpoint decides fluid type first - water through 300°F, hot oil above it. Flow rate then follows from the mold, die or jacket circuit's own design, not from the TCU frame alone. Where a process needs more than one independently controlled temperature at once, factor zone count in before selecting a series rather than sizing a single-zone unit and adding a second one later.

Because seal and pump construction differ between water and oil service, confirm fluid type before finalizing flow rate and connections - the two aren't interchangeable on the same frame.

Send Us

  • Required fluid setpoint
  • Required flow rate (GPM)
  • Water or oil service preference
  • Number of independently controlled zones needed

DIG DEEPER BY SERIES

Water TCU up to 250°F, VE, G and Temptender series

Up to 250°F

VE, G and Temptender water-circulating series for standard mold and process heating.

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Water TCU up to 300°F, G300 and T300 series

Up to 300°F

G300 and T300 series for processes that need more headroom than a 250°F unit.

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Hot oil TCU, Regal Series

Hot Oil Units

Regal Series oil-circulating units, 100°F to 500°F, for processes beyond water's range.

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Molded plastic parts in two colors on a tray - multi-zone temperature control with Advantage MZC chillers and TCUs

Multi-Zone Units

MZC dual-zone chillers and zoned TCUs for processes that hold two setpoints at once.

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Water or oil, 250°F or 500°F - the TCU decisions

A chiller pulls heat out to hold a cold setpoint; a TCU circulates water or oil through a mold, die or jacket and adds or trims heat to hold a warm or hot one, often well above ambient. They are different jobs and usually sit side by side on one line - an Advantage chiller cooling the part, a TCU holding the tool at temperature.

VE, G and Temptender water units run to 250°F and handle most hot-runner, laminating and die-preheat work. G300 and T300 extend water service to 300°F when the standard unit lacks headroom. Above that, the Regal hot-oil line runs to 500°F. All of them circulate roughly 30 to 100 GPM, so setpoint, not flow, is what separates them.

Because water flashes to steam at normal system pressures well before oil runs out of range, and the seals and pump on a water frame are not built for the duty. Oil stays liquid and stable where water will not. Above roughly 300°F the hot-oil unit is the correct path, not a pressurized workaround.

Enough that the unit never runs continuously at its rated ceiling. A 250°F unit held at 250°F all shift is harder on seals and pump life than a 300°F unit loafing at the same temperature, so treat the ceiling as a limit to stay below rather than a number to size against. Give us the real process setpoint and we will pick the series.

The mold, die or jacket circuit. Its passage design dictates the GPM needed for even temperature across the tool, and the TCU frame has to deliver that flow - picking a frame first and hoping the tool cooperates is how a correctly rated unit still produces uneven parts. Send the circuit details with the setpoint.

Not from a single TCU - each unit holds one setpoint, so a mold with two heated zones takes two units, each with its own controller and pump. Two chilled setpoints are a different matter: a dual-zone OACS chiller on MZC control holds both from one frame instead of seperate packages. Two unrelated molds on the floor still want two single-zone units.

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