Schumacher ATCS-15 1464-0320

Product Overview: High-precision dedicated temperature control module developed for industrial heating and constant temperature equipment, widely used in semiconductor, electronic manufacturing and precision processing industries. The module integrates temperature sampling, algorithm operation and output control functions, realizes closed-loop constant temperature control of heating equipment, and meets the high-precision temperature regulation requirements of precision industrial production processes.
Category:
Description
Core Technical Specifications
Temperature Control Range: 0℃ to +400℃ adjustable
Temperature Control Precision: ±0.1℃ constant temperature accuracy
Sampling Resolution: 0.01℃ high-precision temperature sampling
Control Output Mode: PID intelligent adjustment output
Response Adjustment Time: ≤2s rapid temperature correction
Supported Sensors: PT100, K-type thermocouple
Operating Voltage: 24VDC/110VAC dual power supply adaptation
Operating Temperature: 0℃ to +55℃
Anti-interference Grade: Industrial EMC high anti-interference
Functional Characteristics: Intelligent PID self-tuning algorithm, automatic adaptation to different heating loads. Real-time temperature monitoring and dynamic adjustment. Equipped with over-temperature alarm, overheating protection and fault self-locking function. Supports temperature parameter preset and memory function. Realizes stable constant temperature control and temperature curve recording.
Material & Structural Features: Metal alloy heat dissipation shell with fast heat conduction and heat dissipation performance. Internal high-precision temperature acquisition chip and industrial control processor. Compact integrated modular structure, suitable for embedded equipment installation. Sealed internal circuit structure, dust-proof and moisture-proof, adapting to workshop production environment.
Working Principle: The module collects real-time temperature signals of the heating body through external temperature sensors. The internal processor compares the collected temperature data with the preset target temperature, calculates the temperature difference and adjustment amount through the PID algorithm, dynamically adjusts the output power of the heating loop, realizes real-time closed-loop correction of temperature, and keeps the equipment running at a constant set temperature.
Performance Advantages: Ultra-high temperature control precision meets precision process production requirements. Intelligent algorithm automatically adapts to load changes, no manual repeated debugging. Fast temperature response speed reduces temperature fluctuation range. Perfect over-temperature protection mechanism ensures equipment and production safety. Stable long-term operation, low failure rate.
Applicable Industries: Semiconductor wafer processing, electronic component precision welding, laboratory constant temperature equipment, plastic precision molding, pharmaceutical constant temperature production, new energy battery processing equipment.
Installation Requirements: Installed in the ventilation and heat dissipation position of heating equipment, avoiding direct contact with high-temperature heat source. Sensor wiring is short and shielded to ensure accurate temperature sampling. Power supply wiring matches rated parameters strictly. Reserve heat dissipation space around the module to avoid heat accumulation.
Usage Precautions: Prohibit over-range temperature setting to avoid equipment overheating damage. Regularly calibrate sensor and module temperature precision. Clean surface dust regularly to ensure heat dissipation effect. Avoid strong vibration and corrosive gas environment use. Cut off power supply immediately in case of over-temperature alarm for inspection.
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