APO96 PH CONTROLLER
FLAM-PROOF-CONTROLLER
APO96FT

APO96

This new microprocessor-based family of pH, ORP and pH/ORP panel mounted controller is designed for a wide variety of environmental monitoring applications. The units features Font key pH or ORP Controller selectable, Automatic or manual temperature compensation of pH, Two 5 amp Relays with Watch Doge Dosing Control Programmable System and 4 to 20 mA Retransmission output, 5 point pH Calibration Programmable, For ease of operation all calibration and parameter set points are selectable through the front keypad. Each Stage Password Protection.

Features

pH or ORP Front Key Selectable in Single Instrument.

SMPS power Supply.

High Accuracy.

Front key Calibration.

Three Stage Calibration.

Auto Temperature Compensation.

Watch Doge System For Auto Dosing Control.

Bright Segment Display.

Specifications

Power Supply 100 ~260 VAC @ 50Hz  OR 24VDC
Range 0-14pH  / -2000 ~2000mV ORP
Resolution 0.01pH / 1 mV
Accuracy +/- 0.3pH  / +/- 2 mV
Temperature Compensation Auto / Manual Front Key Selectable
Temperature Input PT-100
Analogue output  4-20mA
Digital Output 2 nos. Relay 3A 1CO
Relay Control Dosing Control & ON / OFF Control
Calibration 3 Stage Front Key
Display Segment
Size 96x96x85 mm
Panel Cut out 92×92 mm
Body ABS, Flame Proof [Optional]

Application Notes

Water Treatment:
pH controllers are crucial in wastewater treatment (ETP/STP plants) and drinking water systems, where they regulate chemical dosing to ensure water safety and prevent corrosion or scaling. 
Chemical Processing:
In chemical plants, pH controllers maintain optimal pH levels in reactors, mixing tanks, and other processes, ensuring efficient reactions and product quality. 
Food and Beverage:
pH controllers are used in food and beverage production for processes like fermentation, CIP (cleaning in place), and controlling the acidity of products like beer and wine. 
Agriculture:
pH controllers help monitor and adjust soil pH for optimal crop growth and are used in hydroponics and aquaculture. 
Mining:
pH control is important in mining operations, especially in water recycling and runoff management to prevent environmental damage. 
Pharmaceuticals and Cosmetics:
pH is critical in the production of pharmaceuticals and cosmetics. pH controllers ensure that products are within the required pH range for safety and effectiveness.
Cooling Towers:
Maintaining the correct pH in cooling towers prevents corrosion and scaling of the system.
Aquaculture:
pH controllers are used to maintain optimal water quality for fish and other aquatic organisms in aquaculture systems.