Microcomputer Digital PID Temperature Controller | Thermoelectric Module Temperature Controller | General-Purpose PID Temperature Controller (TEC207/215 Series) TEC215
This temperature controller combines intelligent PID algorithms with high-sensitivity temperature measurement for precise ±0.001℃ control. It supports thermoelectric coolers, heating plates, rods and films across various current levels, solid-state relay outputs, programmable temperature profiles and independent dual-channel control. Applications include lasers, detectors, optical instruments, PCR instruments, gene sequencing, semiconductor testing and industrial processes. The product has passed CE, FCC and RoHs certification.
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Overview
This temperature controller combines intelligent PID algorithms with high-sensitivity temperature measurement for precise ±0.001℃ control. It supports thermoelectric coolers, heating plates, rods and films across various current levels, solid-state relay outputs, programmable temperature profiles and independent dual-channel control. Applications include lasers, detectors, optical instruments, PCR instruments, gene sequencing, semiconductor testing and industrial processes. The product has passed CE, FCC and RoHs certification.
Specifications
| Parameter | Value |
|---|---|
| Supported Sensors | NTC、PT1000/PT100 |
| Measurable Temperature Range | -270~850℃ |
| Temperature Measurement Sensitivity | 0.0001℃ |
| Temperature Measurement Drift Caused by Ambient Temperature [Board temperature-measurement drift tested using the 10K B3950 temperature-calculation model.] | 0.0001℃/℃ |
| Optimal Temperature Control Stability ( Depends on Your Temperature Control Fixture ) | ±0.001℃ |
| Communication Method | TTL serial port / 485 serial port (supports Modbus and ASCII communication protocols) |
| Supply voltage Range [Short-Term Limit Voltage 28V] | 7~24V (short-term limiting voltage 28V) |
| Output Polarity | Bidirectional, unidirectional or communication-based setpoint options |
| Output Channel count | 2 pcs |
| Maximum Allowable Output Voltage [Configurable] | ±90%Vin V( Configurable ) |
| Output current range (SSR: solid-state relay) [Channel] | 0~±15A/ Channel |
| Output current range (SSR: solid-state relay) [SSR: Solid-State Relay] | 0-±80A/SSR |
| Output Current Limit | ±20A |
| Operating environment Temperature Range | -55~60℃ |
| Operating environment Humidity Range | 0~98%RH |
| Heat-Dissipation Requirements | No additional cooling required within the rated operating range |
| Circuit Board Overheating Protection | Yes |
| Power-Off Memory Function | Yes |
| PID Parameters | Auto-tuning/user-adjustable |
| Dimensions [±0.2mm] | 94.3*79.5*18.3mm(±0.2mm) |
| Weight | Approximately 240g |
Applications
Precision instruments: precision lasers, spectral analysis, gene sequencing, biochemical analysis, probe stations and related instruments. Industrial control: solid-state lasers, industrial lasers, semiconductor production equipment temperature management and aging-test management. Research experiments: high- and low-temperature testing and precise temperature adjustment of optical components.
Key Features
✅ Precision/stability: Temperature fluctuation ≤±0.001℃; measurement range -270~850℃. ✅ Compatibility: NTC, PT100, PT1000 and CCR sensors with calibration correction. ✅ Safety: Overtemperature, overcurrent/overvoltage and power-off memory for 7×24-hour operation. ✅ Interfaces: TTL and Modbus, display support and included PC software. Temperature standard deviation is 0.2mK; 24h drift <1mK. Control stability ±0.001~0.01℃ depends on load/parameters and meets demanding diode-laser control. Bipolar/unipolar output, temperature-rate limiting, NTC and PT100/PT1000 support. Maximum single-channel output 24V15A; two channels combine for 30A. Reliable board overtemperature protection. Display modules directly set parameters with power-off memory. TTL serial/RS485 and ASCII/Modubus protocols provide an open platform. Supports solid-state relays.
Datasheet
Product Datasheet
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Supplier Information
SenseFuture (Shenzhen) Technology Co., Ltd. is a national high-tech enterprise initially incubated by the Technology Innovation Research Institute of Shenzhen China Institute of Metrology. Its core members include doctoral graduates from Tsinghua and other renowned institutions, committed to creating a bright future for precision optoelectronic measurement. Mastering core technologies such as world-leading ±0.001°C temperature control, and driven by both market demand and technical capabilities, SenseFuture provides high-quality innovative products and solutions for industries such as high-end precision optoelectronic instruments, semiconductor processing and testing equipment, tri-temperature testing of optical modules, and life science instruments, continuously creating unique value for society.
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