Instrumentation for Flow measurementPressure and differential pressure measurement-Methods, Principles, instruments & standards, Temperature measurement-Principles, Instruments and standards Thermo wells, Density measurement , Online Densitometers, Measurement of Viscosity, Level Gauging of storage tanks.Sensors, Transducers & TransmittersIntroduction to working principle and features of Sensors and Transducers for Pressure, Temperature, Level, Density, Mass etc. and smart transmitters.Selection and Application of flowmetersDifferent types of flowmeters-differential pressure flowmeters, Turbine flowmeters, P.D. Meters, Vortex flowmeters, Ultrasonic flowmeters, Coriolis Mass Flowmeters etc -principles, applications and installation effects, Selection & sizing of Flowmeters for various applications.Performance QR evaluationCalibration of flowmetersCalibration Techniques, Gravimetric Method, Volumetric Method, Master Meter Method , Meter Provers, Pipe provers and Tank Provers, Calibration of Liquid and Gas Flow meters, Assessment of uncertainty and statistical analysis of accuracy in fluid flow, Traceability of measurements and Calibration at Site & case studies.

TSPL is hugely experienced in the field of Automation & Controls, acquired through years of execution of many challenging and prestigious Automation Projects in various parts of India. Our dedicated and well trained automation team is geared to deliver appropriate and effective solutions for our clients, through a deep involvement in the realization processes comprising of Application study, Design & Engineering, Manufacturing, Software Development, Commissioning and Support.

Simply knowing us as distributor of these products will be an underestimation. We have trained team of professionals to write required software and configure these products as per needs of our customers. Our commitment is to provide cost-effective combinations assimilating latest technologies and fulfill user requirements. We are here to play vital role in Total Systems Integration.

The water Flow laboratory works on the gravimetric Static Weighing Method. This method is as per ISO 4185 and here the flow meter is calibrated to the highest accuracy by weighing the quantity of water that passes through the meter during a known time interval. The laboratory is designed to handle a maximum flow rate of 4500 m3h and a maximum pressure of 10 bar. Pipes upto 900 mm NB diameter can be accommodated in the system.The test rig has different test lines sizes up to 900 mm NB and the laboratory is capable of extending the line size upto 1200 mm. A large underground sump of 370 m3 capacity is used to store the required water. The test rig is supplied with water at constant head from an over head tank of 50 m3 capacity and 18 m head. During operation the constant head tank (CHT) is continuously overflowed using different low pressure pumps, which can be selected according to the requirement of the test meter. Weighing tanks of capacities 30 kg, 300 kg, 2000 kg and 20000 kg are made available for the flow measurement. Diverter systems are used to divert the flow to the weighing tank for an accurately measured time period (flying start and stop method). The mass measurement is by high precision electronic balanceload cell. Time is measured using universal counter which is triggered by a photo switch connected to the diverter system. A set of high precision differential pressure transmitters are available for the measurement of pressure drop. Resistance temperature detectors are used to measure the water temperature. The density of water at flowing condition is measured using an online density meter. Together with measurement of density at the moment of each diversion enables mass readings, after correction for buoyancy, to be converted into volume. The volume is divided by the respective diversion time to obtain accurate measurement of flow rate.

Ferruling stands redefined with advent of modern ferruling techniques. Ferrule marking needs special attention not just for better look-and-feel but also for distinct clarity, ease of electrical & electronic maintenance and faster processing. We at TSPL, standardized on printed ferrules at a time much earlier than all others.

At the same time, as promoter of modern technology, we gradually established ourselves as distributor and service provider of Hi-tech & Fast Ferrule Printers, also known as Lettering Machine. These printers are brainchilds of Max Co. Ltd., Japan and are marketed by their Indian counterpart Indomax Today there is a large user base of these machines in Eastern India due to our endeavor.

Instrumentation for Flow measurementPressure and differential pressure measurement-Methods, Principles, instruments & standards, Temperature measurement-Principles, Instruments and standards Thermo wells, Density measurement , Online Densitometers, Measurement of Viscosity, Level Gauging of storage tanks.Sensors, Transducers & TransmittersIntroduction to working principle and features of Sensors and Transducers for Pressure, Temperature, Level, Density, Mass etc. and smart transmitters.Selection and Application of flowmetersDifferent types of flowmeters-differential pressure flowmeters, Turbine flowmeters, P.D. Meters, Vortex flowmeters, Ultrasonic flowmeters, Coriolis Mass Flowmeters etc -principles, applications and installation effects, Selection & sizing of Flowmeters for various applications.Performance QR evaluationCalibration of flowmetersCalibration Techniques, Gravimetric Method, Volumetric Method, Master Meter Method , Meter Provers, Pipe provers and Tank Provers, Calibration of Liquid and Gas Flow meters, Assessment of uncertainty and statistical analysis of accuracy in fluid flow, Traceability of measurements and Calibration at Site & case studies.

TSPL is hugely experienced in the field of Automation & Controls, acquired through years of execution of many challenging and prestigious Automation Projects in various parts of India. Our dedicated and well trained automation team is geared to deliver appropriate and effective solutions for our clients, through a deep involvement in the realization processes comprising of Application study, Design & Engineering, Manufacturing, Software Development, Commissioning and Support.

Simply knowing us as distributor of these products will be an underestimation. We have trained team of professionals to write required software and configure these products as per needs of our customers. Our commitment is to provide cost-effective combinations assimilating latest technologies and fulfill user requirements. We are here to play vital role in Total Systems Integration.

The water Flow laboratory works on the gravimetric Static Weighing Method. This method is as per ISO 4185 and here the flow meter is calibrated to the highest accuracy by weighing the quantity of water that passes through the meter during a known time interval. The laboratory is designed to handle a maximum flow rate of 4500 m3h and a maximum pressure of 10 bar. Pipes upto 900 mm NB diameter can be accommodated in the system.The test rig has different test lines sizes up to 900 mm NB and the laboratory is capable of extending the line size upto 1200 mm. A large underground sump of 370 m3 capacity is used to store the required water. The test rig is supplied with water at constant head from an over head tank of 50 m3 capacity and 18 m head. During operation the constant head tank (CHT) is continuously overflowed using different low pressure pumps, which can be selected according to the requirement of the test meter. Weighing tanks of capacities 30 kg, 300 kg, 2000 kg and 20000 kg are made available for the flow measurement. Diverter systems are used to divert the flow to the weighing tank for an accurately measured time period (flying start and stop method). The mass measurement is by high precision electronic balanceload cell. Time is measured using universal counter which is triggered by a photo switch connected to the diverter system. A set of high precision differential pressure transmitters are available for the measurement of pressure drop. Resistance temperature detectors are used to measure the water temperature. The density of water at flowing condition is measured using an online density meter. Together with measurement of density at the moment of each diversion enables mass readings, after correction for buoyancy, to be converted into volume. The volume is divided by the respective diversion time to obtain accurate measurement of flow rate.

Ferruling stands redefined with advent of modern ferruling techniques. Ferrule marking needs special attention not just for better look-and-feel but also for distinct clarity, ease of electrical & electronic maintenance and faster processing. We at TSPL, standardized on printed ferrules at a time much earlier than all others.

At the same time, as promoter of modern technology, we gradually established ourselves as distributor and service provider of Hi-tech & Fast Ferrule Printers, also known as Lettering Machine. These printers are brainchilds of Max Co. Ltd., Japan and are marketed by their Indian counterpart Indomax Today there is a large user base of these machines in Eastern India due to our endeavor.