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Self-tune PID Temperature Controller F2A Series is an advanced hot runner PID controller designed for precise temperature control in injection molding systems. As a reliable self-tune PID controller manufacturer, Pragati Enterprises delivers high-performance solutions for consistent and energy-efficient industrial operations.
This self-tune PID temperature controller automatically adjusts control parameters, ensuring stable thermal performance and reducing manual intervention in demanding manufacturing environments.
Pragati Enterprises is a trusted self-tune PID controller manufacturer in India, offering advanced temperature control solutions for industrial applications. Our F2A Series is designed to deliver high accuracy, automatic tuning, and reliable performance for modern manufacturing processes.
As one of the leading self-tune PID temperature controller manufacturers, we provide durable and efficient solutions to industries across India.
The F2A Series is designed for industries that require automatic PID tuning with minimal manual setup. Compared to conventional temperature controllers, it offers faster response time, improved accuracy, and consistent thermal performance.
This makes it an ideal solution for injection molding and hot runner systems where precision and efficiency are critical.
| Power Supply | AC85~400V, 50/60Hz | Consumed Power | < 2.5W |
| Control Mode | Auto-PID / Manual | Output Type | Zero Cross / Phase Angle |
| Sensor Type | Thermocouple J or K | Measurement Range | 0~500℃ (0~900℉) |
| Measurement Accuracy | ±0.25% FS | Setting Range | 0~450℃ (0~842℉) |
| Control Accuracy | ±0.25% FS | Load Capacity | 20A, 50W~2200W (110V) 100W~4400W (220V) |
| Working Temperature | 0~50℃ (0~122℉) | ||
| Storage Temperature | -20~70℃ (-4~158℉) | Switching Mode | Touch Switch |
| Working Humidity | 10~80%RH (No condensing) |
The F2A Series Self-tune PID Temperature Controller is designed to deliver high accuracy and stable temperature control in industrial environments. Its self-tuning capability automatically optimizes PID parameters, ensuring consistent performance without manual calibration.
This improves product quality, reduces production errors, and enhances efficiency in injection molding processes.
