1. High precision control

• PID algorithm optimizationAdopting adaptive PID control, supporting self-tuning function, and quickly responding to temperature fluctuations.

• resolutionThe temperature setting can reach 0.1 ℃, and some models support an accuracy of 0.01 ℃.

• stabilityThe steady-state error is usually controlled within ± 0.1 ℃~± 0.5 ℃ (depending on the load characteristics).

2. Multi channel and multi-mode support

• Multi-loop controlSupport single channel or multi-channel independent control (such as simultaneous control of heating and cooling).

• Multi sensor inputCompatible with various temperature sensors such as PT100, thermocouple, thermistor, etc.

• Program temperature controlSupport multi segment temperature curve programming (such as ramp heating, constant temperature maintenance, gradient cooling).

3. Wide temperature range and fast response

• Temperature control rangeCoverage from -100 ℃ to+300 ℃ (depending on the supporting heating/cooling system).

• Heating/cooling rateRealize rapid temperature rise and fall (such as 5 ℃/min to 50 ℃/min) through PWM control.

• Overshoot suppressionAdopting feedforward control to reduce temperature overshoot and protect samples or equipment.

4. Security and protection mechanisms

• Over-limit alarmWhen the temperature exceeds the set threshold, an alarm will be triggered (supporting sound and light, relay output).

• safety interlockLinkage with equipment doors, fans, etc. to ensure safe operation.

• Overvoltage/overcurrent protectionBuilt in hardware protection circuit to prevent circuit damage.

5. Communication and Scalability

• standard interfaceSupports communication protocols such as RS-232/RS-485, Ethernet, USB, etc.

• remote monitoringRemote parameter setting and data acquisition can be achieved through PC software or SCADA system.

• modular designSupport for expanding IO modules and recording modules (such as data recording function).

6. Application scenarios

• laboratory equipmentTemperature control for incubators, incubators, and reaction vessels.

• medical equipmentTemperature control for PCR and blood analyzers.

• industrial manufacturingSemiconductor wafer processing, laser equipment temperature management.

• new energy sectorThermal management in battery testing.

7. User friendly design

• Touch interfaceSome models are equipped with color touch screens that support graphical operations.

• Multilingual supportSwitching between Chinese and English menus to meet different user needs.

• data storageBuilt in storage can record temperature curves for easy traceability and analysis.