TCU Temperature Control Unit
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TCU Temperature Control Unit
High and low temperature control unit for precise heating and cooling of jacketed reactors and process equipment.
product details
Product overview
TCU temperature control units are used where the buyer needs stable control of material temperature, outlet temperature and circulation conditions for a reactor, process skid or matched equipment line.
Where this route fits
- Jacketed glass reactor and stainless-steel reactor control
- Pilot plant process temperature control
- Heating and cooling loops with programmable steps
- Process systems that need HMI/PLC integration
What to provide before quotation
- Minimum and maximum process temperature
- Reactor volume, jacket size and process medium
- Heating load and expected cooling load
- Voltage, cooling type and control protocol requirement
- Whether Siemens PLC, data export or explosion-proof options are required
Specification summary
| Model families | GDX-302A to GDX-836B examples |
|---|---|
| Temperature range | -30°C / -40°C / -80°C to 200°C; 300°C optional |
| Sensor | PT100 |
| Cooling type | Air cooling; water cooling optional |
| Safety | Overvoltage, delay, overcurrent, overheating and leakage protection |
| Applications | Jacketed reactors, process development, chemical temperature control |
Configuration options typically discussed before order release
- GDX-series route chosen from working range and cooling demand
- PT100 sensing and material or outlet temperature control logic
- Self-developed control or Siemens PLC / HMI package
- Air-cooled or water-cooled condenser structure depending on site utilities
- Communication and export-data requirements matched to plant integration
Typical delivery scope discussion
- Temperature-control main unit with control system and circulation path
- Standard protection set covering overvoltage, overcurrent, overheating and leakage logic
- Guide-led configuration discussion for utilities, interfaces and accessories
- Optional matched accessories and project-specific control scope during quotation
Installation and site-preparation notes
- Confirm reactor jacket demand, installation footprint and service-access path early
- Confirm voltage, frequency, cooling mode and plant-side utility constraints
- Confirm PLC, communication and hazardous-area requirements before final model confirmation
Related resources
Frequently asked questions
Which TCU series should I choose?
Choose by minimum temperature, required cooling capacity, reactor volume, heating load and control interface needs.
Can PLC control be customized?
Yes. Siemens PLC and screen options are shown in the UnionClay selection guide and can be discussed during quotation.
Linked Reference: TCU Temperature Control Unit
The customer-provided link describes an industrial low-temperature TCU / recirculating temperature-control unit for large-capacity cooling duties. Brand names and supplier contact details have been removed; the technical items below are retained as reference content.
| Models | DLSB-500/80 / DLSB-1000/80 / DLSB-1500/80 / DLSB-2000/80 / DLSB-3000/80 |
|---|---|
| Temperature range | -80℃ to room temperature; ±1℃ |
| Voltage | 220/380/460 V for smaller model; 380/460 V for larger models |
| Frequency | 50/60 Hz universal |
| Power | 23.5 kW / 32 kW / 39 kW / 39 kW / 61 kW |
| Cooling capacity at 0℃ | 72,700 W / 98,000 W / 112,000 W / 135,000 W / 180,000 W |
| Cooling capacity at -30℃ | 42,050 W / 56,000 W / 74,000 W / 95,000 W / 137,000 W |
| Cooling capacity at -80℃ | 6,430 W / 8,100 W / 12,000 W / 18,000 W / 20,000 W |
| Temperature sensor | PT100 |
| Protection | Overvoltage, time delay, overcurrent, overheating, leakage and protector |
| Compressor | Semi-closed compressor, 2 sets, R404A / R23 refrigerant |
| Condenser | Air cooling with external rotor axial-flow fans |
| Evaporator | Plate heat exchanger |
| Tank volume | 300 L / 400 L / 400 L / 500 L / 700 L |
| External circulation | Flow 180 L/min; DN32 / DN40 adapter size |
| Control system | Optional Siemens S7-200 smart PLC, Modbus RTU RS485, optional RS232/Ethernet |
| Control panel | 7-inch Siemens color touch screen, optional 10-inch panel |
| Data export | USB flash disk temperature data export in TXT format |
Content basis: customer-provided linked page in the May 27 TCU folder. Final UnionClay configuration should be confirmed before quotation.
TCU Temperature Control Unit Application and Selection Guide
TCU Temperature Control Unit is positioned for buyers searching for TCU temperature control unit, thermal control unit, process temperature control with clear model-level specifications rather than a generic catalog listing. It is most relevant for automated process temperature control where a reactor or process vessel needs stable thermal cycling.
For SEO and AI search context, the key entity on this page is TCU temperature control unit from UnionClay, supported by model data, quotation guidance and internal links to related equipment families.
Source-backed details to review
- Model families: GDX-302A to GDX-836B examples
- Cooling capacity at 0℃: 72,700 W / 98,000 W / 112,000 W / 135,000 W / 180,000 W
- Temperature range: -30°C / -40°C / -80°C to 200°C; 300°C optional
- Cooling capacity at 0℃: 72,700 W / 98,000 W / 112,000 W / 135,000 W / 180,000 W
- Sensor: PT100
- Cooling type: Air cooling; water cooling optional
- Safety: Overvoltage, delay, overcurrent, overheating and leakage protection
- Temperature-control role: TCU equipment is used when process temperature needs controlled heating, cooling or cycling through an external loop.
- Selection basis: Confirm setpoint range, ramp requirement, loop design, medium, voltage and safety protection requirements.
How this model fits into a process system
Use this page to compare the model against nearby UnionClay products, then match it with reactors, chillers, heating and cooling circulators, vacuum pumps, filtration units, rotary evaporators or distillation systems according to the process route. The best choice depends on process setpoint range, ramp requirement, heat-transfer medium, circulation loop design, control interface and safety protection.
Before requesting a quote
Share the target capacity, working medium, temperature or vacuum requirement, voltage, connector requirements and any customization needs. UnionClay can use those details for model matching, equipment selection and project quotation support.
This content uses UnionClay customer parameter sheets and the UnionClay selection guide as the basis for temperature-control positioning.
Model Selection and Related Equipment
TCU Temperature Control Unit is listed for buyers comparing TCU temperature control unit for laboratory, pilot and chemical process applications. Review the model with related UnionClay equipment to match temperature control, reaction, vacuum, filtration or downstream process requirements.
Common search terms for this page include TCU Temperature Control Unit, TCU temperature control unit, reactor TCU, thermal control unit. Buyers can also compare reactor TCU, thermal control unit, process temperature control when selecting capacity, working temperature, connection requirements and process support equipment.
- View TCU
- Explore Stainless Reactor
- Explore Glass Reactor
- Match with BSF-200L Double-layer Stainless Steel Reactor
- Match with Jacketed Glass Reactor
- Request a quote from UnionClay
FAQ for TCU Temperature Control Unit
How do I choose this model?
Choose according to working volume, temperature range, material compatibility, connection requirements, voltage and process conditions. UnionClay can help compare nearby models in the same product series.
Which equipment is commonly used together with this product?
Depending on the process, this product can be matched with reactors, chillers, heating and cooling circulators, vacuum pumps, filtration equipment, rotary evaporators or distillation systems from UnionClay.
Can UnionClay support quotation and model matching?
Yes. Share target capacity, medium, temperature range, vacuum requirement, voltage and application details, and UnionClay will support model selection and quotation.