Conductivity Controllers

Conductivity controller monitors and maintains total dissolved solids (TDS) within critical process parameters and being an inferred measurement the number of control applications conductivity is used is quite diverse and extensive due to it's reliability accuracy and low maintenance requirements, often utilised on cooling towers and industrial boilers as a conductivity bleed system they are also used on CIP systems requiring tight process control and operating effectiveness. Conductivity controllers measure TDS levels in microsiemens with the extensive software functionality offering process-specific programming for many industrial applications with internet connectivity access for real-time monitoring and system management.

Conductivity Measurement

Conductivity also know as electrical conductivity (EC) is the measurement of electrical conductance of all dissolved ionic species within a measured solution by determining its ability to conduct electricity through the measurement resistance of the solution between the conductivity electrode surfaces, used routinely in many industrial and environmental applications as a fast and inexpensive reliable way of measuring the ionic content in a solution in many cases linked to the total dissolved solids (T.D.S) content in a solution. The electrical resistance measured by the conductivity probe immersed in the water sample calculates the total dissolved solids and displayed in microsiemens by the conductivity controller.

Conductivity electrodes and probes are fairly low maintenance although they do require periodic cleaning to wash away solids that slowly accumulate on the electrodes surface they provide an effective and reliable source of precise measurement with exceptional performance over many years.

Conductivity Instruments

A conductivity instrument analyses the electrical conductance resistance measured by the conductivity probe immersed in a liquid with the readings displayed on the instruments screen in microsiemens determining the conductivity level in the system often linked to total dissolved solids, the instruments software functionality can be configured for process-specific operational demands ensuring levels remain within critical parameters vital in multiple industrial water treatment applications that depend on consistent TDS levels as a general measure of the water quality.

Available with internet connectivity access for real-time monitoring and system management.

Conductivity Controllers

High precision conductivity controllers in surface mounting 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 including food and beverage 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 for chemical dosing pumps.

MT200-EC Controller

Conductivity controller for high precision process control applications characterised by large measurement graphic display non-intrusive programming software system and real-time measurement for reliable process control, controllers display provides additional information for temperature, flow, active relay outputs and system alarms with parameters configured for process-specific tasks.

Technical Details

» Configurable Relay Outputs :- On/Off Mode - PWM Mode - Timed Activation

» Alarm Messages :- Probe Failure - Temperature - Flow - Set-Point Time-Out

»  Conductivity probe working efficiency addressed utilising washing cycle function

» Inputs/Outpus :- Flow - Temp Sensor - 1 x 4÷20mA Output - Alarms

» Temperature Measurement :- PT100 Sensor - PT1000 Sensor

»  Stabilised Universal 100÷240v Power Supply

» Dimensions :- 144 x 144 x 122mm

Applications

| Water Treatment | Electroplating | Drinking Water | CIP Systems | Cooling Towers | Food & Beverage | Agricultural Systems  |

QR Codes
Controller Configurations
Advanced Settings

Conductivity PID Controllers

Sophisticated professional high-precision chlorine instrument with PID software technology continuously adapts live readings against the desired set-point parameters to a algorithm program minimising any chemical overshoot and increasing the process efficiency, the chlorine sensor is protected against electrical interference by reinforced galvanic isolation eliminating measurement variations critical for many high precision water treatment processes in the commercial and industrial sectors.

N.B. Controller displays conductivity measurements in microsiemens

MT400-EC PID Controller

Sophisticated conductivity controller for high precision control processes with PID algorithm software technology and reinforced galvanic isolation that shields the conductivity probe against any electrical interference, with smart graphic display that changes colour according to the applications live working conditions with non-intrusive programming PID algorithm software for increased measurement precision.

Technical Details

» Configurable Relay Outputs :- PID algorithm according to detected parameters

» Smart Graphic Display :- Changes colour to working status including alarms

» Conductivity probe efficiency addressed utilising the washing cycle function

» Inputs/Outpus :- Flow - Temp Sensor - 1 x 4÷20mA Output - Alarms

» Temperature Measurement :- PT100 Sensor - PT1000 Sensor

» Remote monitoring access with full programming authority.

» Stabilised Universal 100÷240v Power Supply

» Dimensions :- 144 x 144 x 122mm

Applications

N.B. Controller displays conductivity measurements in microsiemens

Panel Mounted Chlorine Instruments

State Of The Art PID Algorithm Software Technology

Conductivity Instruments

High precision conductivity instrument equipped with innovative large graphic with display simultaneous real-time conductivity and temperature measurements benefiting from standard and advanced menu's allowing the user to determine specific process-specific parameters optimising management and effectiveness of the system, display provides additional visual information for active outputs, sensor non-functioning, insufficient flow conditions with additional outputs available for pairing with other equipment and remote devices.

MT200-EC Panel Instrument

Conductivity Instrument for high precision processes characterised by large graphic display with non-intrusive programming software technology and real-time measurement for fast and reliable process control, visual inspection of the display provides additional information for temperature, flow, active outputs and alarm status with pparameters configured for process-specific tasks.

Technical Details

» Configurable Relay Outputs :- On/Off Mode - PWM Mode - Timed Activation

» Alarm Messages :- Probe Failure - Temperature - Flow - Set-Point Time-Out

»  Conductivity probe working efficiency addressed utilising washing cycle function

» Inputs/Outpus :- Flow - Temp Sensor - 1 x 4÷20mA Output - Alarms

» Temperature Measurement :- PT100 Sensor - PT1000 Sensor

»  Stabilised Universal 100÷240v Power Supply

» Dimensions :- 96 x 96 mm

Applications

| Water Treatment | Electroplating | Drinking Water | CIP Systems | Cooling Towers | Food & Beverage | Agricultural Systems  |

N.B. Instrument displays conductivity measurements in microsiemens

Conductivity Instruments

( PID Software )

Sophisticated professional conductivity instrument with PID software technology adapts to live working conductivity readings against the desired set-point parameters to a programmed algorithm eliminating system overshoot providing increased precision and process efficiency, the reinforced galvanic isolation shields the sensor against electrical interference eliminating measurement variations that could effect the chemical balance in the system with internet access for remote management of program settings.