TEC-8A-24V-PID-HC-RS232 Programmable Temperature Controller -100 to +100°C

Specifications

Temperature Range: 1 – 100 C
Type: Other
Max. TEC Current: 8 A
Temperature Setpoint Range: -100°C to +100°C
Temperature Stability: ±0.05 °C
Temperature Sensor Type: P0K1.202.3FW.B.007
Capability For Cooling Or Heating: Yes
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Features


  • Versatile Temperature Control: The TEC-8A-24V-PID-HC is an advanced digital temperature controller capable of both heating and cooling without the need for jumper changes.

  • Dual Program Versions: Available in Basic and Advanced versions, offering flexibility in setting various parameters using UART.

  • Open Collector Output: Features an open collector output to signal other devices when the temperature is out of the Tmin/Tmax range, complemented by a warning LED.

  • Compact Design: Smaller PCB dimensions with added mounting holes for easy installation.

  • Temperature Monitoring: Use UART to read temperature setpoints, actual temperature, and PID parameter values accurately.

  • Thermistor Compatibility: Supports a standard 10k NTC B=3950 thermistor for basic and advanced versions, and a P0K1.202.3FW.B.007 thermistor for the advanced ±100°C version.

  • Wide Voltage Range: Compatible with thermocouples (Peltier modules) operating within a 5 to 24 V supply voltage range.

  • Adjustable PID Parameters: Four trimmers allow for setting the temperature setpoint and PID controller parameters, operating in PWM mode with up to 8A current control.

  • High Precision: Capable of maintaining desired temperatures with an accuracy better than ±0.05°C, adaptable to various systems.

  • TTL 3.3V Standard: Operates in the TTL 3.3V standard, ensuring compatibility with a wide range of devices.

Applications


  • Optical Communication Systems: Ensures stable current control for semiconductor laser diodes in high-speed fiber optic transmission.

  • Laser Diode Testing and Characterization: Provides precise modulation and protection, making it ideal for evaluating laser diode performance.

  • Medical and Biomedical Devices: Supports reliable laser operation in imaging, diagnostic, and therapeutic instruments.

  • Industrial Laser Equipment: Powers diodes used in cutting, marking, engraving, and material processing systems.

  • Spectroscopy and Metrology: Enables stable excitation sources for Raman, fluorescence, and absorption spectroscopy setups.

  • Scientific Research: Used in laboratory experiments requiring accurate modulation and thermal protection of laser diodes.

  • OEM Integration: Compact and versatile design allows seamless integration into custom laser-based systems and instruments.