pH Controllers

Wall Mounted

 

Industrial-grade wall-mounted pH controllers and PID Instruments in IP65 rated housing as a standalone control unit for managing commercial or industrial water treatment processes offering a "set-and-forget" solution that brings professional-grade stability to your monitoring & dosing applications.

 pH Regulation

Importance Of Control

 

The monitoring of pH measurement is used throughout industry measuring the Hydrogen Ion concentrations in an aqueous solution to determine neutral, acid or alkali (base) maintaining the chemical conditions remains within optimal ranges (typically 6.5pH to 8.5pH) to maintain the water quality in the process.

 pH Controllers

 

High precision microprocessor pH controllers in IP65 surface and panel mounted housing operating as a stand alone system or can be easily integrated with other process equipment required for more complex control systems applications such as wastewater, water treatment and effluent treatment applications, equipped with large self explanatory graphic display for real-time measurement including messages associated with temperature, alarms for flow and electrode error including output relays controlling the acid and alkali dosing pumps.

Smart pH Controllers

Advanced PID Software

 

Controlling the perfect chemical balance or maintaining water quality can be seamlessly achieved with our range of Industrial PID pH controllers that deliver the ultra-stability and responsiveness complex processes demands that Proportional-Integral-Derivative (PID) algorithms use to eliminate chemical over-shoot and protect infrastructure damage, whether you are neutralizing wastewater or overseeing high-precision chemical synthesis our range of controllers deliver the control and program flexibility for any application.

Industrial PID pH Controllers

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

 

  •   Controllers can be programmed to operate in redox (ORP) mode

 

   Applications

 

   | Water Treatment | Wastewater | Drinking Water | Swimming Pools | PotableWastewater | Food & Beverage | Agricultural Systems  |

Industrial PID pH Controllers

Proportional-Integral-Derivative

Precision pH Controllers:

Ensuring Superior Water Quality Control

 

Maintaining perfect chemical balance requires more than just measurement it requires intelligent response our comprehensive range of industrial pH controllers is engineered to meet the demands of diverse industrial applications, from wastewater neutralization to complex high-precision chemical processing, our standard pH controllers offer a cost-effective solution for applications requiring straightforward regulation however for complex processes our Industrial PID pH controllers deliver unmatched control and stability.

 pH Controllers

Panel Mounted

 

Designed for permanent integration into control cabinets for industrial processesIndustrial-grade pH controllers in IP65 rated housings provides the essential centralised interface required by today's operators with access to monitoring, program amendments and probe calibrations.

 

 

 

 

 

PID  pH Controllers

 

Achieving the perfect pH level is notoriously difficult with the chemical relationship to the resulting pH being "non-linear" our Industrial PID pH Controllers address this via ultra responsiveness precision by utilizing proportional-integral-derivative algorithms to neutralize costly deviations and equipment corrosion, our PID controllers operate using a continuous feedback loop measuring the current pH value against the desired setpoint, calculate the error then apply the correction via control valves or dosing pumps.