Analytical Instruments Dealers in Valasaravakkam, Chennai

The PEM 9004 is a gas analyzer capable of directing and calculating up to ten(10) gas parameters, housed in a light. Weight and robust case. An integral sample pump draws a sample through the included 316SS probe and gas treatment system built in to the case. The analyzer utilizes microprocessor-based electronics with a back-lil LCD display and membrane panel. To provide easy-to-view readings and navigation of functions.

• Brand Name: KitVA
• Material: PH, Moisture

soil ph value is a very important factor in the production of quality crops. most cropscannot survive in soil that is too acid or too alkaline. therefore the correct ph reading isessential to achieve optimum results. usage: to measure the ph and moisture value of different kinds of soil.range: ph= 3 - 8 ph moisture: 1 - 810%–80% resolution: ± 0.2 phaccuracy : ± 0.2 ph-suitable for agricultural field and classroom experiments.operating temp: 5-50°c (41-122 degrees fahrenheit).calibration: remove oxidation from metal rings by light polishing.

• Measuring range: -20 to +50 °C
• Accuracy: ±0.2 °C (-10 to +50 °C)
• Resolution: 0.1 °C (-20 to +50 °C)

Ideal for professional exhaust gas analysis and industrial emission measurements. The testo 350 exhaust gas analyzer is a rugged piece of kit designed to meet the demands of a variety of different measuring and analysis applications. It is also excellently suited for complex data compilation. The testo 350 exhaust gas analyzer is made up of two separate units The testo 350 Control Unit (separate product) is used to control emission measurements. It has a clearly structured graphic display and is especially easy to use. There are four different applications in the menu to choose from: burner, gas turbine, motors and user-defined applications. The instructions on the display guide you through the measurement and make the steps leading up to the start of the measurement easier. This saves both time and hassle. The Control Unit can also be used to remote control the Analysis Box when it is not positioned at the exhaust gas pipe or measurement site. This is especially advisable when carrying out work on larger systems. The testo 350 Analysis Box contains the sensor system and the electronics that are needed to perform emission measurements. The Analysis Box comes standard equipped with an O2 gas sensor. You will, however, need to connect at least one more sensor (max. six) to operate the Box. Optional sensors include gas sensors for CO, CO2, NO, NO2, SO2, H2S and CxHy.

• Application: Industrial Use
• Phase: Single Phase and Three Phase
• Battery Life: 1 Years, 2 Years
• Material: Plastic , PVC
• Display: Digital
• Color: Silver , Green , Black

We are the main supplier of this product.

• Port: CHENNAI
• Place of Origin: Tamil Nadu, India
• Model Number: PH 300
• Lead Time: Shipped in 2 days after payment
• Range: PH 0.00-14.00PH

• Performance data: CAMSIZER XT
• Measuring range: 1 μm - 30 mm
• Measuring principle: Dynamic digital image processing (ISO 13322 - 2)
• Measuring time: approx. 1 - 3 min (depending on the desired measuring statistics)
• Measurements: 250 images / sec approx. 1.3 MPixel
• Options: X - Jet, X- fall, X-Flow

Fluke 438-II Power Quality and Motor Analyzer Overview The new Fluke 438-II Power Quality and Motor Analyzer adds key mechanical measurement capabilities for electric motors to the advanced power quality analysis functions of the Fluke 430 Series II Power Quality Analyzers. Quickly and easily measure and analyze key electrical and mechanical performance parameters such as power, harmonics, unbalance, motor speed, torque and mechanical power without the need of mechanical sensors. Fluke 434-II, 435-II and 437-II Power Quality Analyzer users can add motor analysis capabilities to their existing units with the Fluke-438-II/MA Motor Analyzer upgrade kit. How it works Using proprietary algorithms, the Fluke 438-II Power Quality and Motor Analyzer uses three-phase current and voltage waveforms to calculate motor torque, speed, load and efficiency at a 1 second update rate. The motor air gap field, as observed via the voltage/current waveforms, provides the basis for the measurements. Mechanical sensors and intrusive no-load motor testing are not required, making it faster than ever to analyze overall electric motor performance. Motor Types The Fluke 438-II can analyze both direct-on-line motors and motors powered by variable frequency drive (VFD) systems. The VFD must be a voltage controlled system (VSI) with a voltage / frequency range of 40 to 70Hz, and a carrier range of 2.5kHz to 20kHz. Electrical motor analysis The Fluke 438-II provides a complete breakdown of electrical parameters. Prior to beginning motor analysis, it's recommended to make base line power quality measurements to assess the state of harmonics and unbalance on the electrical service output as these two properties can have a serious negative impact, on motor performance. When in Motor Analysis mode, results are summarized for electrical performance, mechanical performance and derating (according to NEMA recommendations). The easy to understand four-level color severity scale indicates motor performance in relation to the recommended electrical parameter levels including rated power, power factor, unbalance and harmonics. For mechanical power you can instantly view the mechanical output power along with motor torque and speed. The mechanical output power is instantly compared with electrical power to provide you with live efficiency measurements. With this feature you can easily measure machine performance during each operation cycle. The NEMA derating screen is updated as the load and the electrical conditions change, and each new measurement is plotted on the tolerance graph as a "+". In this example we can see that motor is within tolerance but is close to the service factor. This indicates that there may be a need for power quality mitigation, motor maintenance or some other performance improving adjustment. By frequently performing these tests over time, known benchmarks and performance trends can be created, enabling informed maintenance investment decisions.

Oxygen Monitor offers exceptional flexibility and reliability with large hi-bright LED display Developed using state-of-the-art design and the latest manufacturing techniques The microprocessor based Oxygen Monitor offer a range of unique standard features that set these models apart from the competition Low Power draw allows the units to operate continuously for 20 hours in the rechargeable battery. Low battery alarm, Sensor Fail alarm, Calibration error alarm. Oxygen sensor providing superior long-term stability and accuracy. Constructed from high impact resistant materials, these rugged instruments provide unparalleled performance under the harshest conditions Ideally suited for use in Neonatology, Respiratory care, and Anaesthesia applications.

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