Precision Matters:

Cooling Tower Blowdown Systems

 

Industrial cooling towers continuously face a silent enemy: mineral concentration as water evaporates it leaves behind dissolved solids like magnesium, calcium and silica leading to catastrophic scaling and corrosion that can cripple the heat exchanger's efficiency. Installing a high-precision Conductivity (TDS) Blowdown System is a vital part of your water treatment schedule the difference between a maintenance nightmare and ensuring the system doesn't have to work twice as hard to achieve the same cooling.

 

 

 

Conductivity Regulation

Importance Of Control

 

In multiple industrial processes conductivity regulation serves as a vital backbone across major sectors monitoring water quality and chemical concentration to determine the level of dissolved solids or the strength of a solution in real-time to protect against corrosion and contamination or maintain chemical concentration levels.

 

Precision Conductivity Control

The Heart Of Water Quality:

 

In modern industrial environments maintaining water quality and operational efficiency is critical Conductivity controllers are specialized instruments designed to measure and regulate the ability of a liquid to conduct electrical current by monitoring ion concentration and ensure that processes remain within strict parameters, choosing the right Conductivity System or PID Controller is vital to protecting the system from build up of dissolved solids, product integrity and catastrophic equipment failure.

 

 

PID  Conductivity Controllers

 

In industrial fluid processing, "close enough" is rarely good enough modern facilities require consistency Industrial PID Conductivity Controllers provide the stability and operational efficiency whether you are ensuring the purity of pharmaceutical-grade water, managing cooling tower cycles or optimizing CIP (Clean-in-Place) concentration, the Proportional-Integral-Derivativealgorithm uses a feedback loop to avoid drift and be proactive instead of reactive to fluctuations that often occur in demands environments.

Conductivity Controllers

 

High precision conductivity controllers in robust wall and panel mounted housing can be used as a stand alone system or integrated into complex control systems such as cooling towers, clean-in-place, boiler feed and high-end pharmaceutical & semiconductor manufacturing applications, these high-resolution controllers measures in real-time a solution’s ability to conduct an electrical current to establish the concentration of dissolved ions, salts and minerals within your water or chemical process streams.

Industrial PID Chlorine Controllers

Proportional-Integral-Derivative

Conductivity Controllers

Advanced PID Technology

 

In critical industrial fluid management, "close enough" is rarely good enough whether you are managing cooling tower chemistry, pharmaceutical water purification, or food-grade sanitation maintaining precise ionic concentration is critical to the efficiency and performance of the process, the smart Proportional-Integral-Derivative algorithm proactively predicts future error with surgical precision monitoring the rate of change and eliminating the "seesaw" effect normally associated with standard conductivity systems.

Conductivity Controllers

 PID - Single Channel

 

   Key Features

 

  •   Programmable PID algorithm with dead-band range adjustment around set-point 

 

  •   Precision PID algorithm control eliminates "hunting" and stabilises pH levels faster

 

  •   Smart backlit graphic display changes colour depending on device working status

 

  •   Inputs/Outputs :- Flow - Temp Sensor - 4÷20mA Current Output - Pulse Output

 

   Technical Details

 

  •   Stabilised Universal 100÷240v Power Supply Consumption (5.0 Amps)

 

  •   Enclosures (mm) :- Wall Mounted 144 x 144 x 122 - Panel 96 x 96 x 42

 

   Applications

 

   | Cooling Towers | Wastewater | CIP Systems | Water Disinfection | Cyanide Destruction | Food & Beverage |