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Remote Calibration
Remote Calibration
Remote calibration is the process of remotely triggering either zero or span calibration for a gas analyzer through a web portal. The remote calibration feature in the Uniphos CEMS not only enables access to the analyzer remotely but also assists in performing various activities like zeroing, calibration and validation of the analyzer remotely.
Related products
Uniphos TSS probe with Controller
Uniphos TSS probe with Controller
The Uniphos TSS probe utilizes optical spectroscopic technique to determine the presence of suspended solids in Industrial wastewater, surface water, etc. Utilizing an IR light source and IR detector to determine the TSS, as well as a solenoid valve for auto purging/ cleaning the sensor, the instrument provides an accurate and affordable solution for TSS monitoring in wastewater.
Equipped with a next generation touchscreen HMI controller for display and programming the unit, the probe provides a variety of data communication options such as RS-485 MODBUS and industry standard 4-20 mA analog output.
FumiGuard
FumiGuard
The Uniphos FumiGuard is an advanced continuous gas detection system for detecting Phosphine (PH3). It has been specially designed for applications like fence line or peripheral monitoring of a fumigated area.
It comprises of a master control unit and up to 8 gas detection heads. The modular design of the system enables the user to easily connect multiple detection heads in a loop (daisy chain), saving cable cost in the process. With in-built GSM connectivity, the gas readings are uploaded to the cloud, where they can be viewed from anywhere in the world on a laptop or mobile device and alarm functions can easily be configured, allowing 24/7 perimeter monitoring and ensuring compliance to local regulations.
Simple Sampling Probe
Simple Sampling Probe
The Uniphos Simple Sampling probe is tailor made for situations where temperature of the stack is not high, and condensation does not happen while extracting the sample from the stack. The dust filter present in the probe ensures that no dust is passed through the line. User-Settable purging facility enables automatic purging of the probe at pre-defined time intervals.
FumiSense Pro PH3 – Hi (CO)
FumiSense Pro PH3 - Hi (CO)
FumiSense Pro–Hi is a handheld gas monitor for phosphine concentration measurement when CO is present along with phosphine, like in tobacco fumigation. Equipped with an inbuilt air sampling pump capable of drawing a sample from a distance of 30m and a sensor capable of measuring PH3 up to 2000 ppm, it is the perfect tool for this application. The backlit OLED display enables the user to read the instrument display even in the dark. With user settable datalogging features, the device logs gas concentration values with date, time and location.
Dust Analyzer
Dust Analyzer
An optical instrument designed to measure the concentration of dust or particulate matter suspended in the exhaust gas passing through a duct, stack, or flue; typically the exhaust gas from an industrial combustion process or air filtration system.
Dust Analyzer uses the Innovative Dynamic Detection Principle (DDP) which measures fluctuations in the intensity of a light beam, using a folded beam Transceiver /Reflector arrangement. Increased particulate density in the stack causes the scattered light intensity to increase. When calibrated against reference standards, the intensity of this signal relates directly to the particulate concentration in the stack, and this can be used to display as a reading in mg/m³.
Fluorescence Based SO2 Stack Gas Analyzer
Fluorescence Based SO2 Stack Gas Analyzer
The Uniphos Fluorescence Based SO2 Stack Gas Analyzer is a reliable instrument with high sensitivity and selectivity which is designed and developed to meet customer’s requirement for measuring the concentration of SO2 in PPM levels. Specific optical filters in the fluorescence cell in addition to moisture and hydrocarbon scrubbing systems ensures removal of any interferences making the analyzer highly specific for SO2 detection.
The optical excitation of SO2 molecules results in fluorescence in the wavelength region typically between 240-420 nm and the fluorescence intensity is related to SO2 concentration.
The Analyzer is equipped with the latest embedded and IOT technologies which enables the user to perform Auto/ Remote calibration. The analyzer comes with built in diagnostics and internal memory which can store the test results along with date and time.
Uniphos Online COD Analyzer (Potentiometric Method)
Uniphos Online COD Analyzer
(Potentiometric Method)
Chemical Oxygen demand is defined as the amount of oxygen required for the oxidation of all the organic compounds present in a water sample.
The Uniphos online COD analyzer is a programmable, fully automatic analyzer which measures COD of waste / effluent water samples using a direct method of analysis. This direct method involves oxidation of sample by potassium dichromate and measurement by potentiometric titration. No human intervention is required during the measurement, as the analyzer is completely automated.
The inbuilt diagnostics feature gives an alarm if there are any faulty components or if the reagent level goes below the minimum level. Equipped with a next generation touchscreen HMI for display and programming, the analyzer provides a variety of data communication options such as RS-485 MODBUS and industry standard 4-20 mA analog output
Uniphos Envirotrack
Uniphos Envirotrack
The Uniphos Envirotrack is microprocessor based portable instrument custom made to measure the pollutants in the Ambient Air. It comes with an Air sampler where the sample air is scrubbed in a solution specific to the pollutant. The pollutant gas dissolves in the gas specific chemical and is further processed to produce a colored dye. The instrument measures the absorbance of light passed through this colored dye and relates it to the concentration of pollutants in ppb levels.
With datalogging included as standard and the presence of a USB interface, the user can easily transfer the stored data along with time and date to a computer.
