TEC-1092 (±1.2 A / ±9.6 V)
Miniature OEM Precision Peltier Temperature Controller
Typical cooling capacity: 6 W
Prices for multiple units
For more than 10 units,
please request a quotation
Detailed Description | TEC-1092 | TEC Controller
The TEC-1092 is a very small, PCB mountable controller, to precisely drive Peltier elements or resistive heaters. The TEC Controller is especially designed to meet the requirements for small thermoelectric applications. For example, to cool IR sensors and detectors for gas sensing applications and analysis, or to cool CCD or CMOS sensors.
The TEC-1092 can be mounted on the EVL-1093 Evaluation Board. This allows the connection to a host by USB and usage of a DPY-1113 TEC Status Display Kit. Further we also offer the plug to connect the TEC-1092 itself.
Our TEC Controllers are digitally controllable through our free software or API and scripting. There is even a LabVIEW VI software (PDF) available to operate the TEC Controller. Several communication and security features enhance the functional range.
Other TEC controllers use the power input directly to generate a PWM signal for the Peltier element, which produces interferences. We generate direct current (DC) using SMPS instead, for ripple free output current and higher efficiency, what is advised by Peltier element manufacturers. (More info)
Tutorial videos for TEC Controllers
Pay-for software features
From firmware version ≥ 6.20, all Meerstetter TEC Controllers offer optional, pay-for software features that make the TEC Controller even more versatile. Try all features free of charge for the first 150 operation hours and then order from the specific feature product page(s).
Please note: The PC Software itself is always free of charge. Only a few advanced features within the software require a license after the first 150 operating hours of the TEC Controller (not of the software).
Available add-on features:
You can also find out more about the benefits and features on the product pages.Free functions for TEC Controller (included)
Control and regulation
- Heating and cooling (bidirectional)
- Precise temperature control of at least ±0.01 °C or better
- Temperature cycles / temperature cycling
- Bipolar DC current output
- Support for resistive heaters
- Auto-tuning of PID parameters
- Lookup tables for individual temperature profiles
- Remote control and monitoring via standard interfaces
- Firmware updates for function enhancements and bug fixes
- Individually customizable control and monitoring functions
- Precise temperature control and monitoring
- Free configuration software included (for setup, control, monitoring and firmware updates)
Monitoring and safety functions
- Temperature measurement and active temperature control
- Supported temperature sensors: PT100, PT1000, thermocouples, NTC, voltage output sensors
- Monitor data logger
- Protection mechanisms: Overcurrent protection, overtemperature protection, overvoltage protection
- Peltier Aging Diagnosis for TEC Controllers
- Status and error flags (TEC OK, Running, Stable, Alarms)
Communication and integration
- Stand-alone operation possible
- Communication via USB, RS485, RS232
- LabVIEW driver available
- APIs for Python, C/C++, .NET/C#, Arduino
- MeCom Device Server as .NET-based interface between Meerstetter devices and various master applications
- Optional displays available
- Efficient, compact design
- Fast system integration thanks to comprehensive documentation
Digital inputs/outputs (GPIOs) and system control
- Versatile GPIO functions such as status displays, temperature control, fan and pump control, device activation, address configuration, serial communication and more.
- Significant system simplification through integrated control and monitoring functions
Paid features for TEC controllers (optional)
- Driver Channel Splitting: enables the conversion of a single bipolar output channel into two separate unipolar channels.
- Cascade Temperature Control: improves the precision and speed of applications with fast thermal setpoint curves, especially in PCR systems. The additional cascade control loop improves temperature transitions and stability, resulting in faster and more accurate cycle performance.
- Temperatur Estimator: improves thermal applications by allowing the TEC controller to control to a virtually measured target temperature without the need for direct, invasive measurement.
Further benefits and added value
- 30 years of experience: proven technology you can rely on
- Swiss quality and precision
- Delivery from stock
- Long-term product availability of hardware and software
- Personal, direct technical support from Meerstetter engineers
- Flexible adaptations and customer-specific solutions
- Support with application development and system integration
- Regular further development and maintenance of products
Technical Data | TEC-1092 | TEC Controller
| Typical cooling capacity | 6 W |
| DC Input | 5-12 V / 1.2 A |
| Bipolar Output | 0-9.6 V / ±1.2 A |
| Output Current Temperature Drift | typical 0.1 mA/°C |
| Temperature Probe Input | Pt100, Pt1000, NTC, VIN, Thermocouple (K-type) |
| Temp. Precision / Stability | 0.01 °C or better |
| Aux. Temp. Probe Input | NTC |
| Communication Interfaces | RS485, RS232 TTL |
| Configuration / Diagnosis | via Communication Interfaces and PC-Software (free of charge) |
| Operation Modes | Stand-Alone Remotely-Controlled Script-Controlled |
| Driver Modes | Current driver Voltage driver Full Temperature Control Heat Only / Cool Only |
| Dimensions (L x W x H) | 36 mm x 28 mm x 8.5 mm |
Trial Device | TEC-1092 | TEC Controller
Experience the precision of the TEC-1092 TEC Controller for yourself with the free 8-week trial program.
This service from Meerstetter Engineering offers technical developers and other interested persons the opportunity to integrate the TEC-1092 into their projects, facilitating hands-on evaluation and ensuring seamless compatibility with specific applications.
By utilizing the trial program, developers can
- make informed decisions,
- reduce investment risks, and
- accelerate project timelines.
The conditions are as follows:
- 8 weeks trial period
- Device provided free of charge by Meerstetter Engineering
- Shipping costs to be covered by the customer
To ask for a trial device, please contact our sales team. We look forward to supporting your innovative projects.
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Shop Information
- Payments by credit card or by invoice
- Cheques are not accepted
- For more than the maximum number of units please request a quotation
- Usually all products ship within 3-5 days
- All prices excl. VAT (unless otherwise stated)
- Additional to the shipping costs (only if sent with our account), there are duties and taxes to be paid by the recipient
- The products are shipped worldwide