top of page

DIGITAL TEMPERATURE CONTROLLER

DIGITAL-TEMPERATURE CONTROLLER

DRINXIN DIGITAL TEMPERATURE CONTROLLER

A water flow digital temperature controller is a specialized device designed to regulate the temperature of water while monitoring its flow rate in real time. This system ensures precise temperature control in applications involving water circulation, heating, or cooling, making it ideal for industrial, commercial, and residential use

Features

Digital Display:

  • Shows real-time water temperature and flow rate.

  • Provides a clear display for setpoints and current values.

Temperature Sensor Integration:

  • High-accuracy sensors like thermocouples or RTDs for precise temperature measurement.

  • Sensors are placed directly in the water flow path for instant readings.

Flow Monitoring:

  • Includes a flow sensor to measure water flow rate (e.g., liters per minute).

  • Ensures the system works only when the required flow is detected, preventing damage due to insufficient water flow.

Control Modes:

  • On/Off Control: Turns heating or cooling systems on or off when the temperature reaches the setpoint.

  • PID Control: Maintains stable temperature with minimal overshoot for precise applications.

Safety Features:

  • Dry Run Protection: Stops operation if no water flow is detected, protecting pumps and heating elements.

  • Over-temperature and over-pressure alarms to safeguard equipment and users.

Programmable Settings:

  • Allows for setting both temperature and flow rate thresholds.

  • Multi-stage programs for applications requiring temperature and flow changes over time.

Compact and Durable Design:

  • Typically built with corrosion-resistant materials to handle water environments.

  • Easy to install and integrate into existing systems.

Energy Efficiency:

  • Optimizes energy usage by regulating heating or cooling based on demand.

Benefits

  • Enhanced Precision: simultaneous control of temperature and flow for optimized processes.

  • Improved Safety: Prevents overheating, undercooling, and dry running of equipment.

  • Energy Saving: Operates efficiently, reducing unnecessary energy consumption.

  • Versatility: Useful for a wide range of industries and applications.

Applications

Industrial:

  • Cooling Systems: Maintains optimal water temperature in industrial machinery.

  • Heat Exchangers: Regulates temperature for efficient heat transfer.

  • Boilers: Ensures safe water heating with proper flow and temperature control.

Residential and Commercial:

  • Solar Water Heaters: Controls water flow and temperature in solar heating systems.

  • Aquariums: Maintains the correct temperature for aquatic life.

  • Hot Water Systems: Provides controlled hot water for domestic and commercial use.

Medical and Laboratory:

  • Sterilizers: Controls water temperature for autoclaves.

  • Hydrotherapy: Ensures precise water temperature for therapeutic use.

Food and beverage:

  • Maintains temperature in brewing, dairy production, and other food processing systems.

bottom of page