About Aquadax PH Analyzer
Aquadax PH Analyzer we present is designed to be utilized in bio-pharmaceutical industrial process for the purpose of measuring the pH level of process liquids. This kind of device can measure pH value of fluids ranging from 0 to 14 pH. The device is well engineered and manufactured by adept team members utilize quality component, pH checking sensor, colored LCD screen, polymer housing and other needed components & parts. Besides, clients can get Aquadax PH Analyzer in varied models and configurations at industry leading prices.
Specification
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Calibration
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Automatic
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Degree of Protection
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IP67
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Packaging Type
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Box
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pH Range
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14pH
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Usage
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Industrial
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Cable Length
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5m
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Brand
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Aquadax
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Superior Accuracy for Demanding ApplicationsWith a high input impedance (>1012 Ohms) and a precision glass/polypropylene probe, the Aquadax PH Analyzer ensures dependable pH measurements with an accuracy of 0.02 pH and rapid response time below 20 seconds. Its advanced microprocessor control and digital LCD display make it ideal for water treatment plants and industrial process monitoring.
Adaptable Calibration and Flexible InstallationUsers enjoy straightforward, flexible calibration options-two or three-point, either auto or manual-adding confidence in varying water conditions. The analyzer supports panel or wall mounting and comes with up to 10 meters of cable, easing installation around complex process environments. Its IP65 rating and robust build withstand challenging industrial atmospheres.
Advanced Features for Reliable Control and DataAutomatic temperature compensation, auto buffer recognition, and relay outputs enhance operational reliability. Data logging and connectivity via 4-20mA output and RS485 simplify integration with automation systems. Continuous monitoring helps users achieve consistent product quality and regulatory compliance, reducing operational downtime.
FAQ's of Aquadax PH Analyzer:
Q: How do I calibrate the Aquadax PH Analyzer, and how often should calibration be performed?
A: The Aquadax PH Analyzer supports both two-point and three-point calibration, which can be executed automatically or manually via the digital interface. For optimal accuracy, it is recommended to calibrate the device regularly, typically before each batch operation or at least monthly, depending on the usage intensity and water quality changes.
Q: What are the recommended storage and operating conditions for the Aquadax PH Analyzer?
A: The analyzer should be stored in environments between -10C to 70C and operated within 0C to 60C, with humidity not exceeding 90% RH (non-condensing). Proper storage and operation within these parameters will prolong the instrument's lifespan and ensure reliable measurements.
Q: How is the Aquadax PH Analyzer installed, and what are its mounting options?
A: This PH analyzer can be mounted either on a panel or wall, offering flexibility for various industrial settings. Ensure that the sensor and cable (up to 10 meters) are securely connected and positioned from the process flow, and that the port size of 1/2 inch matches your integration requirements.
Q: What industrial applications is the Aquadax PH Analyzer best suited for?
A: Designed for continuous pH measurement, this analyzer is ideal for industrial water quality monitoring, process control, and automation. Its robust construction and precise measurement capabilities support sectors like wastewater treatment, chemical manufacturing, and other process industries.
Q: What benefits do automatic temperature compensation and auto buffer recognition offer?
A: Automatic temperature compensation ensures accurate readings across a range of process temperatures, while auto buffer recognition streamlines calibration, reducing human error. These features boost reliability and ease of use, critical in maintaining quality control and system efficiency.
Q: How does the alarm output work, and can it be customized?
A: The Aquadax PH Analyzer is equipped with configurable relay alarm outputs. These alarms can be tailored to alert operators if pH readings exceed set limits, enabling prompt action to maintain process parameters and safeguard equipment and product quality.