TEC Temperature Controllers
Products with a price
| Product Details Sort ascending | Price Sort ascending | Manufacturer | Mounting (TEC) | Quantity Per Set Sort ascending | Current (TEC) Sort ascending | Power (TEC) Sort ascending | Voltage (TEC) | Stability (TEC) | Setpoint vs. Actual Accuracy | Proportional Gain | Integrator Time Constant | Temperature Coefficient (TEC) | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
|
€1,417.00
excl. VAT
|
Oven Industries | Benchtop | 1.0 | 10 A | ± 0,01 °C | |||||||
|
|
€664.29
excl. VAT
|
Oven Industries | Benchtop or Chassis | 1.0 | 25 A | 10 W | ± 0,01 °C | ||||||
|
|
€638.87
excl. VAT
|
Oven Industries | DIP PCB | 1.0 | 7,5 A | ± 0,01 °C | |||||||
|
|
€113.50
excl. VAT
|
Oven Industries | DIP PCB | 1.0 | 7,5 A | ± 0,5 °C | |||||||
|
|
€131.08
excl. VAT
|
Oven Industries | DIP PCB | 1.0 | 7,5 A | ± 0,5 °C | |||||||
|
|
€624.42
excl. VAT
|
Oven Industries | Benchtop or Chassis | 1.0 | 25 A | 10 W | ± 0,2 % | ||||||
|
|
€314.63
excl. VAT
|
Oven Industries | DIP PCB | 1.0 | 12,5 A | ± 0,1 °C | |||||||
|
|
€331.38
excl. VAT
|
Oven Industries | DIP PCB | 1.0 | 12,5 A | ± 0,1 °C | |||||||
|
|
€292.03
excl. VAT
|
Oven Industries | DIP PCB | 1.0 | 12,5 A | ± 0,1 °C | |||||||
|
|
€708.00
excl. VAT
|
Oven Industries | Benchtop or Chassis | 1.0 | 28 A | 18 W | ± 0,02 °C | ||||||
|
|
€225.00
excl. VAT
|
Oven Industries | DIP PCB | 1.0 | 15 A | ± 0,1 °C | |||||||
|
|
€460.50
excl. VAT
|
Oven Industries | Benchtop or Chassis | 1.0 | 15 A | ± 0,1 °C | |||||||
|
|
€149.60
excl. VAT
|
Wavelength Electronics | SIP PCB | 1.0 | 1,5 A | 9 W | 5-12V, 30V possible | 0,0009 ºC | 0,2-5 mV | 1-100 A/V | 0-10 sec | ||
|
|
€149.60
excl. VAT
|
Wavelength Electronics | SIP PCB | 1.0 | 1,5 A | 9 W | 5-12V, 30V possible | 0,0009 ºC | 0,2-5 mV | 1-100 A/V | 0-10 sec | ||
|
|
€154.60
excl. VAT
|
Wavelength Electronics | SIP PCB | 1.0 | 3 A | 9 W | 5-12V, 30V possible | 0,0009 ºC | 0,2-5 mV | 1-100 A/V | 0-10 sec | ||
|
|
€154.60
excl. VAT
|
Wavelength Electronics | SIP PCB | 1.0 | 3 A | 9 W | 5-12V, 30V possible | 0,0009 ºC | 0,2-5 mV | 1-100 A/V | 0-10 sec | ||
|
|
€178.90
excl. VAT
|
Wavelength Electronics | SIP PCB | 1.0 | 4 A | 17 W | 5-12V, 20V possible | 0,0009 ºC | 0,2-5 mV | 1-100 A/V | 0-10 sec | ||
|
|
€243.80
excl. VAT
|
Wavelength Electronics | |||||||||||
|
|
€2,393.00
excl. VAT
|
Wavelength Electronics | Benchtop | 1.0 | 5 A | 100-240 VAC 60 / 50 Hz | 0,001 ºC | 0-100 A/V | 0,4-10 sec | ||||
|
|
€2,806.70
excl. VAT
|
Wavelength Electronics | Benchtop | 1.0 | 5 A | 100-240 VAC 60 / 50 Hz | 0,001 ºC | 0-100 A/V | 0,4-10 sec |
- Mounting (TEC)
- Benchtop
- Quantity Per Set
- 1.0
- Current (TEC)
- 10 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,01 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- Benchtop or Chassis
- Quantity Per Set
- 1.0
- Current (TEC)
- 25 A
- Power (TEC)
- 10 W
- Voltage (TEC)
- Stability (TEC)
- ± 0,01 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- DIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 7,5 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,01 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- DIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 7,5 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,5 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- DIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 7,5 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,5 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- Benchtop or Chassis
- Quantity Per Set
- 1.0
- Current (TEC)
- 25 A
- Power (TEC)
- 10 W
- Voltage (TEC)
- Stability (TEC)
- ± 0,2 %
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- DIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 12,5 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,1 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- DIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 12,5 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,1 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- DIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 12,5 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,1 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- Benchtop or Chassis
- Quantity Per Set
- 1.0
- Current (TEC)
- 28 A
- Power (TEC)
- 18 W
- Voltage (TEC)
- Stability (TEC)
- ± 0,02 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- DIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 15 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,1 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- Benchtop or Chassis
- Quantity Per Set
- 1.0
- Current (TEC)
- 15 A
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- ± 0,1 °C
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- SIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 1,5 A
- Power (TEC)
- 9 W
- Voltage (TEC)
- 5-12V, 30V possible
- Stability (TEC)
- 0,0009 ºC
- Setpoint vs. Actual Accuracy
- 0,2-5 mV
- Proportional Gain
- 1-100 A/V
- Integrator Time Constant
- 0-10 sec
- Temperature Coefficient (TEC)
- Mounting (TEC)
- SIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 1,5 A
- Power (TEC)
- 9 W
- Voltage (TEC)
- 5-12V, 30V possible
- Stability (TEC)
- 0,0009 ºC
- Setpoint vs. Actual Accuracy
- 0,2-5 mV
- Proportional Gain
- 1-100 A/V
- Integrator Time Constant
- 0-10 sec
- Temperature Coefficient (TEC)
- Mounting (TEC)
- SIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 3 A
- Power (TEC)
- 9 W
- Voltage (TEC)
- 5-12V, 30V possible
- Stability (TEC)
- 0,0009 ºC
- Setpoint vs. Actual Accuracy
- 0,2-5 mV
- Proportional Gain
- 1-100 A/V
- Integrator Time Constant
- 0-10 sec
- Temperature Coefficient (TEC)
- Mounting (TEC)
- SIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 3 A
- Power (TEC)
- 9 W
- Voltage (TEC)
- 5-12V, 30V possible
- Stability (TEC)
- 0,0009 ºC
- Setpoint vs. Actual Accuracy
- 0,2-5 mV
- Proportional Gain
- 1-100 A/V
- Integrator Time Constant
- 0-10 sec
- Temperature Coefficient (TEC)
- Mounting (TEC)
- SIP PCB
- Quantity Per Set
- 1.0
- Current (TEC)
- 4 A
- Power (TEC)
- 17 W
- Voltage (TEC)
- 5-12V, 20V possible
- Stability (TEC)
- 0,0009 ºC
- Setpoint vs. Actual Accuracy
- 0,2-5 mV
- Proportional Gain
- 1-100 A/V
- Integrator Time Constant
- 0-10 sec
- Temperature Coefficient (TEC)
- Mounting (TEC)
- Quantity Per Set
- Current (TEC)
- Power (TEC)
- Voltage (TEC)
- Stability (TEC)
- Setpoint vs. Actual Accuracy
- Proportional Gain
- Integrator Time Constant
- Temperature Coefficient (TEC)
- Mounting (TEC)
- Benchtop
- Quantity Per Set
- 1.0
- Current (TEC)
- 5 A
- Power (TEC)
- Voltage (TEC)
- 100-240 VAC 60 / 50 Hz
- Stability (TEC)
- 0,001 ºC
- Setpoint vs. Actual Accuracy
- Proportional Gain
- 0-100 A/V
- Integrator Time Constant
- 0,4-10 sec
- Temperature Coefficient (TEC)
- Mounting (TEC)
- Benchtop
- Quantity Per Set
- 1.0
- Current (TEC)
- 5 A
- Power (TEC)
- Voltage (TEC)
- 100-240 VAC 60 / 50 Hz
- Stability (TEC)
- 0,001 ºC
- Setpoint vs. Actual Accuracy
- Proportional Gain
- 0-100 A/V
- Integrator Time Constant
- 0,4-10 sec
- Temperature Coefficient (TEC)
Scroll this table sideways to see the remaining columns.
Products on request
HTC Series TEC Temperature Controllers
Output Current TEC ±1.5, ±3, ±4 A; PCB Mount; Supply Voltage 5-12 VDC; Temperature Stability 0.0009°C With its advanced and reliable circuitry, Wavelength Electronics’ HTC series of component type TEC temperature controllers achieves 0.0009°C temperature stability. Its low-profile package is ideal for designs with space constraints and can be mounted in a number of different ways. The HTC can be electrically connected to a PCB or by using a SIP connector and cable. The heatsink can be bolted directly to the HTC series device, or the device can be bolted directly to the equipment chassis to maximize space efficiency. The ultra-stable linear, PI control loop offers maximum stability, while the bipolar current source has been designed for higher efficiency. The HTC series drives up to ±4.0 A for either thermoelectrics (bipolar) or resistive heaters (unipolar). Three maximum output current ranges are available: ±1.5, ±3 and ±4 A. While regular drivers for 1.5 and 3 A are designed for 0.031 inch (0.79 mm) thick printed circuit boards (PCBs), each of the models (including drivers for 4 A) is also available as a “HTCxxoo-62” variant, suitable for mounting on 0.062 inch (1.57 mm) thick PCBs. The HTC Series TEC temperature controllers are easily configured for any design. Virtually any type of temperature sensor can be used with the HTC, and a built-in sensor bias current source simplifies use with resistive temperature sensors. The independently adjustable proportional gain (P) and integrator time constant (I) can be modified to optimize temperature overshoot and stability. Other features offer added flexibility. A single resistor sets the maximum output current to load. Add a diode to operate resistive heaters with a unipolar output current. An onboard reference voltage simplifies potentiometer control of the temperature setpoint. You can also choose to operate remotely with an external setpoint voltage. Two monitor pins provide access to the temperature setpoint voltage and the actual sensor voltage. Free, effective and responsive technical support is available to simplify integration of Wavelength products into your OEM design. Standard products can be easily modified to meet your application requirements. Get in touch with the AMS Technologies TEC Temperature Controllers experts to discuss your customized solution! Key Features: Component Type, SIP PCB Mounting 20-pin SIP Size: 41 x 67 x 8.6 mm Compatible With 0.031 or 0.062 in Thick PCBs Drive up to ±4 A of TEC or RH current +5 to +12 V Single Supply Operation (up to +30 V Operation on Request) Maximum Power Dissipation: 17 W Supports Thermistors, RTDs, IC Sensors Adjustable Sensor Bias Current Linear Temperature Stability: 0.0009 °C Stability Across Ambient: 0.002 °C (10 kΩ Thermistor at + 25°C) Over 1 h – Ideal for Scanning Applications PI Controller Minimizes Overshoot and Time to Temperature Adjustable Sensor Bias Current Optimizes Sensor Feedback Voltage Can Operate With Unipolar Current for Resistive Heaters Heat and Cool Current Limits Monitor Actual and Setpoint Temperatures Applications: Particularly Suited to Applications Where Temperature is Scanned Across Ambient, Like Medical, Defense, Communications, Manufacturing and More
REQUEST PRICING AND AVAILABILITY
- Get your individual quote.
- Technical compatibility review included.
- Volume discounts available.
No obligation. Direct access to our engineering team.
LFI3751 TEC Temperature Controllers
Output Current TEC ±5 A; Benchtop or Rack Mount; Supply Voltage 115/230 VAC; RS232, USB Communication Interface; Temperature Stability 0.001 °C Wavelength Electronics’ LFI3751 series are high-performance instrument type temperature controllers with Autotune PID. Drive up to ±5 A to either thermoelectrics (TECs) or resistive heaters (RH) with up to 8 V compliance. This instrument operates from AC (115/230 VAC, 50 or 60 Hz). Expect stability as good as 0.001 °C with thermistors. Even across ambient, this PID controller maintains precision temperature. From the front panel, adjust temperature limits, current limits, setpoint, PID control values, sensor calibration data, and enable or disable output current. An external analog setpoint input is via BNC on the rear panel (LFI3751 ANALOG version only). The 4-digit display shows actual or setpoint temperature or resistance, output current and voltage. The LFI3751 series offers unique features. Autotune PID is a sophisticated algorithm for optimizing the PID control parameters to your load. With the touch of a button, the LFI3751 automatically optimises control settings for most thermal loads, reducing overshoot or improving temperature stability. Autoranging sensor bias currents keep your sensor voltage in the optimal range for maximum signal to noise ratio. It comes with addressable RS232, and USB control is available with an adapter cable. Free LabVIEW drivers simplify computer control. Benchlink software simulates the front panel control from your PC. Sensor calibration is easy with a reference right on the front panel. For example, to calibrate your thermistor, simply enter three data points from the Resistance vs. Temperature curve. The LFI3751 calculates the Steinhart-Hart coefficients and displays either actual temperature or sensor resistance. Also, view thermoelectric current and voltage and limit current settings. A digital PID option is available in the LFI3751 DIGITAL temperature controller. This option provides better set point resolution and stability with low-resolution sensors such as RTDs as well as improved overshoot suppression, 50% faster settling times and faster calibration. When controlling laser diode temperature, the LDMOUNT-5A, a 14-pin butterfly laser diode mount with integrated heat sinking, is available for simple connections between the LFI3751 series and the laser. Wavelength also offers the TC LAB series of temperature control instruments with higher current and voltage capacity, a touchscreen interface, IntelliTune PID control optimization, and better stability. Free, effective and responsive technical support is available to simplify integration of Wavelength products into your OEM design. Standard products can be easily modified to meet your application requirements. Get in touch with the AMS Technologies temperature controller experts to discuss your customized solution! Key Features: Instrument Type, Benchtop Drive ±5 A of TEC or RH Current Can Operate With Unipolar Current for Resistive Heaters Power Supply: 115/230 VAC, 60/50 Hz Supports Thermistors, RTDs, IC Sensors Easy Sensor Calibration Remote Analog Setpoint Input (ANALOG Version Only) PID Controller with Autotune Minimizes Overshoot and Time to Temperature Digital PID Improves Stability for RTDs (DIGITAL Version Only) Addressable RS-232 or USB Interface Free LabVIEW Drivers or Benchlink Software Linear Temperature Stability: 0.001 °C Stability Across Ambient: 0.001°C (10 kΩ Thermistor at +25 °C) Over 1 h – Ideal for Scanning Applications Autoranging Sensor Bias Current Optimizes Sensor Feedback Voltage Heat and Cool Current Limits High and Low Temperature Limits Applications: Temperature Control With Thermoelectrics or Resistive Heaters in Benchtop Laboratory Environments
REQUEST PRICING AND AVAILABILITY
- Get your individual quote.
- Technical compatibility review included.
- Volume discounts available.
No obligation. Direct access to our engineering team.
mCTRL-T-20-12/55 mini TEC Controller
Max. Output Current TEC 20 A; Chassis Mount; Supply Voltage 12-55 VDC; Temperature Stability <0.1°C; H-Bridge Control; Temperature Regulation PID or ON/OFFAMS Technologies‘ mCTRL-T-20-12/55 mini TEC controller uses an electrical H-bridge to drive thermoelectric coolers (TECs) / Peltier elements with broadly variable voltages und currents of up to 10 A, or up to 20 A using a heat sink. An auxiliary temperature sensor (RTD such as Pt100, Pt1000, or thermistor) can be connected to allow highly accurate temperature control within less than ±0.1°C.The user can select a set temperature between -100°C and +100°C via analog interfaces such as 0-5 V or 4-20 mA, or digital interfaces like RS232 (serial) or WiFi. The layout of the board allows to separate the graphic OLED display, including the device’s three control buttons, enabling OEMs to separate this display/control unit from the main board and connect it to the main board via ribbon cable.Key Features:H-bridge ControlProgrammable via PC or KeyboardInput Voltage: 12 VDC to 55 VDCOutput Voltage 0 VDC to 55 VDCLoad Current: 0 A to 10 A, (20A using a heatsink)Current Limit AdjustableOutput Power Resolution: 0.1%Power Dissipation: <10 W0-5 V/4-20 mA Optional Setpoint InputTemperature Precision/Stability: Better Than 0.1°CTemperature Regulation Algorithm: PID or ON/OFFTemperature Resolution: 0.1°CPWM Base Frequency: 10 kHzProcess Control Rate: 50 HzConfigurable Alarm OutputAuxiliary TEC Heatsink NTC Temperature Sensor InputSelectable Temperature Sensors: RTDs Like Pt100, Pt1000, ThermistorsCommunication Interfaces: RS232, WiFiSet Temperature Range: -100°C to +100°CGraphic OLED DisplayDetachable Display BoardAmbient Temperature Range: -20°C to +70°CRoHS CompliantDimensions: 157 × 66 × 25 mmApplications: Controlling Thermoelectric Coolers (TECs), Peltier Elements, Driving TECs With Currents up to 20 A.
REQUEST PRICING AND AVAILABILITY
- Get your individual quote.
- Technical compatibility review included.
- Volume discounts available.
No obligation. Direct access to our engineering team.
MPT Series TEC Temperature Controllers
Output Current TEC ±2.5, ±5, ±10 A; Chassis Mount; Supply Voltage 5-15 VDC; USB Communication Interface Optional; Temperature Stability 0.002-0.005°C MPT Series TEC temperature controllers are not recommended for new designs and have been replaced with the PTCxK-CH Series TEC temperature controllers. Wavelength Electronics’ MPT Series of chassis-mount TEC temperature controllers drives up to 2.5 A (MPT2500), 5 A (MPT5000) or 10 A (MPT10000) for either thermoelectrics (TEC, bipolar) or resistive heaters (unipolar). The robust MPT series’ circuitry achieves temperature stabilities of 0.002°C to 0.005°C. These temperature controllers interface with virtually any type of temperature sensor. An onboard sensor bias current source can drive thermistors, RTDs, or the LM335 semiconductor temperature sensor IC. For current sensors like the AD590, simply bias it and drive it into the sensor input. A trimpot adjusts the Proportional Gain (P). A fixed Integrator Time Constant (I) capacitor can be custom fit to your application to optimize temperature overshoot and stability. Another trimpot adjusts the setpoint temperature. You can use a remote signal (D-to-A, or remote trimpot, for example) with the external analog input to control the operating temperature. Up to 28 V can be delivered to the load with 30 V input. Heatsinking then becomes critical and a Safe Operating Area (SOA) tool is available to make sure you don’t exceed the maximum internal power dissipation of the package. Monitor pins bring out both setpoint and actual temperature signals. Current limit is set via a single-turn trimpot under the controller’s cover. Accessories for the MPT Series TEC temperature controllers include WCB101 cabling to the male DSub15 connector as well as the MULTI-HTSK heatsink for evaluating the unit on a benchtop and an external USBKIT USB interface. Free, effective, and responsive technical support is available to simplify integration of Wavelength products into your OEM design. The standard product can be easily modified to meet your application requirements. Get in touch with the AMS Technologies TEC temperature controller experts to discuss your customized solution! Key Features: Module Type, Benchtop or Chassis Mounting Small Package Size: 90 x 89 x 26 mm Drive up to ±10 A of TEC or RH Current Can Operate With Unipolar Current for Resistive Heaters +5 V to +15 V Single Supply Operation Maximum Power Dissipation: 15, 30, 60 W Linear Stability: 0.002°C to 0.005°C PI Controller Minimizes Overshoot and Time to Temperature Remote Analog Setpoint Input Setpoint vs. Actual Temperature Accuracy: 2% Typical Compatible With Multiple Sensors: Supports Thermistors, RTDs, IC Sensors Adjustable Sensor Bias Current Optimizes Sensor Feedback Voltage Adjustable Heat and Cool Current Limit Applications: Medical; Defense; Communications; Manufacturing; Other
REQUEST PRICING AND AVAILABILITY
- Get your individual quote.
- Technical compatibility review included.
- Volume discounts available.
No obligation. Direct access to our engineering team.