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, hot-oil units up to 500°F for processes that exceed what water can handle under normal pressure, and multi-zone units that deliver two or three independently controlled temperatures from a single frame.

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 (Bi-Temp, Tri-Temp) Varies by zone 35-100 GPM per zone

TCU SERIES

Water TCU up to 250°F

Up to 250°F

Water TCU up to 300°F

Up to 300°F

Hot Oil TCU

Hot Oil Units

Multi-Zone TCU

Multi-Zone Units

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 - a Bi-Temp or Tri-Temp multi-zone unit does that from one frame instead of running separate single-zone units side by side. Tell us the required fluid temperature, flow rate, and number of independent zones and we'll match an Advantage TCU series.

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 Frame, Several Setpoints

A multi-cavity mold or a combined heat/cool process step needs more than one independently controlled temperature at once - a Bi-Temp or Tri-Temp unit delivers that from a single frame instead of several single-zone units.

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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Multi-zone TCU, Bi-Temp and Tri-Temp configurations

Multi-Zone Units

Bi-Temp and Tri-Temp configurations delivering two or three setpoints from one frame.

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Temperature Control Units - Frequently Asked Questions

A chiller removes heat to hold a cold setpoint; a TCU adds or trims heat to hold a warm or hot setpoint, usually well above ambient. They're frequently used together on the same line - a chiller cooling the part, a TCU holding the mold or die at temperature - and one doesn't substitute for the other.

Water flashes to steam well below the temperatures these oil units reach under normal system pressure, and running a water unit at or past its design ceiling is hard on seals and pump life. Above roughly 300°F, oil is the correct fluid path, not a pressurized water workaround.

Yes, where the process needs two or three independently controlled temperatures at the same time - a Bi-Temp or Tri-Temp unit delivers that from one frame with one set of controls, instead of running separate single-zone units side by side.

Size to your required setpoint with margin, not to a preferred number - a 250°F unit run continuously at its ceiling is harder on the unit than a 300°F unit run comfortably below its own limit. Tell us the actual process setpoint and we'll confirm the right Advantage series.

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1-805-484-2992

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