About Micro Processor Based Auto Tuned PID Controller
Micro Processor Based Auto Tuned PID Controller
- Micro processor based auto tuned PID controller with temperature range from ambient to 400ºC, resolution of 0.1ºC and accuracy of + 0.1ºC.
- Timer : Digital presettable with a range up to 999 seconds and having buzzer output.
- Sample cutting : Manual.
- Weights : 2.16 kg & 5 kg.
Accessories :
- Paint : Powder coated.
- Power : 230 Volts, 50 Hz, single phase.
Universal Input and Output FlexibilityTailored for diverse industrial environments, the controller accepts a variety of sensor inputs including thermocouples, RTDs, current, and voltage signals, allowing seamless integration with most process control systems. Outputs can be configured according to operational needs, supporting relay, SSR, or current output to suit different automation scenarios.
Advanced Auto-Tuning and PID ControlIncorporating a microprocessor-based PID algorithm with auto-tuning capabilities, the controller optimizes process parameters automatically. This feature ensures precise control over temperature, pressure, or flow, minimizing manual intervention and enhancing overall efficiency and stability across different applications.
Robust Construction and Reliable PerformanceHoused in durable ABS plastic with an IP40-rated front panel, the controller is designed to withstand harsh industrial conditions. It operates efficiently within a broad temperature and humidity range and is suitable for panel mounting. Its natural convection cooling and CE compliance further guarantee safety and consistent performance.
FAQs of Micro Processor Based Auto Tuned PID Controller:
Q: How do I select and configure the input sensor type for this PID controller?
A: The controller supports universal input types like thermocouples, RTDs, mA, and voltage signals. You can configure the sensor type using the device interface during setup, allowing flexibility to match your specific measurement needs.
Q: What benefits does the auto-tuned PID algorithm provide to industrial processes?
A: The auto-tuned PID algorithm automatically optimizes control parameters, resulting in improved process stability, reduced oscillations, and minimized manual adjustments. This leads to enhanced product quality and greater operational efficiency.
Q: When is data logging available and how can I access logged data?
A: Data logging is an optional feature on this controller and can be accessed via the RS-232 or RS-485 communication interface. This allows you to record, store, and analyze process events and trends for better quality control and traceability.
Q: Where can this PID controller be mounted in an industrial setup?
A: The controller is designed for standard panel mounting with a 96 mm panel size, making it easy to integrate into most control cabinets or industrial panels for centralized monitoring and control.
Q: What process variables can this controller measure and control?
A: This device can precisely control temperature, flow, and pressure, with the measuring range configurable according to the sensor type used. It supports continuous control and monitoring across various industrial applications.
Q: How does the controller ensure data security and setpoint retention?
A: All setpoints are stored in EEPROM non-volatile memory, ensuring that parameters remain intact during power failure and do not require reconfiguration upon restart.
Q: What is the maximum number of channels supported by this controller?
A: The controller supports up to 96 channels, making it suitable for managing multiple process points simultaneously within large-scale or complex automation systems.