Pride Controls & Systems Proud to be Introduce HDPE body Mechanical Watermeter. Pride Controls are the Manufacturer, Supplier and Exporters of Mechanical Watermeter. It Can be Measure Upto 50 Deg C. The Watermeters We produce are high in quality and Precision in measuring and roboust in design Construction to meet the Industrial and Domestic Challenges. These Watermeters Manufactured With ISO 4064 Standard. These water meter comes in Threaded End Connection.

Pride Controls & Systems are the Manufacture, Supplier & Exporters of CI Mechanical Multijet Cold water meter. Pride water meters are manufactured with German Designs Ensures better accuracy allows high flow rate with low pressure drop. Vaccum sealed register for smooth flow measurement . The Cold water meter Stantdard temperature will be 50 deg c which used in various applications such as DM water, ETP & STP water etc. The material of construction will be cast iron and Pressure Rating is PN 10 with Threaded end connection. These water meters manufactured with ISO 4064 standard.

PRIDE Liquid Turbine Flow Meter is designed to give good accuracy and high performance. The Turbine flowmeter is mainly used in the measurement of flow rate and volume of non-conductive and conductive liquids and medium viscous liquids. The optimized design helps to minimize the influence of flow profile and low pressure loss. This Turbine Flowmeter are manufactured in various sizes, connections, communication port, construction, output, etc. The Pride HET-1000 Liquid Turbine Flow Meter operates and measures the media through a Rotor which runs freely within a tube. When the fluid media flows through the cylindrical tube that applies a force on the rotor which causes the rotation and that rotation speed is proportional to the velocity of the fluid media. Every time the rotor makes the full complete rotation, a pulse generated in the transmitter which is corresponding to the volume of fluid media passing through the cylindrical tube of the turbine flow meter. Most used applications are Acids, Solvents, Diesel, Kerosene, Pure Water, De-Mineralized Water, Syrups, Mineral Oil, Food Oil, Spirits, Chemicals, Petrol, Ammonia Liquid, Wine, Vinegar, Alcohol, Free Flowing Liquids, Low & Medium Viscous Liquids, Conductive & Non-Conductive Liquids. The Pride HET-1000 Liquid Turbine flow meter can be installed both Horizontal and Vertical positions. We recommend only for Horizontal installation for larger sizes turbine flowmeter from DN100. In accordance to API 2534 standards, the straight pipe section of 10 D before the turbine flow meter and 5 D after is required. Also we recommend an air separator and strainer before the turbine flow meter to achieve it best performance. The standard calibration is done based on water with a density of 1kg/Liter and viscosity of 1mPass. The liquid turbine flowmeter suppliers in Bangalore

PRIDE HET 1000 SERIES TURBINE FLOWMETER INTRODUCTION PRIDE HET-1000 series Liquid Turbine Flow Meter is designed to provide high performance and good accuracy. This Turbine flowmeter is one of the best choices for the measurement of flow rate and volume of conductive and non-conductive liquids, free-flowing and medium viscous liquids. Due to the optimized design it has minimized influence of flow profile and low pressure loss with long meter life and reliability. This Turbine Flowmeter comes with various sizes, end connections, material of construction, output, communication port, etc. PRINCIPLE OF OPERATION The Pride HET-1000 Liquid Turbine Flow Meter operates and measures the media through a Rotor which runs freely within a tube. When the fluid media flows through the cylindrical tube that applies a force on the rotor which causes the rotation and that rotation speed is proportional to the velocity of the fluid media. Every time the rotor makes the full complete rotation, a pulse generated in the transmitter which is corresponding to the volume of fluid media passing through the cylindrical tube of the turbine flow meter. APPLICATIONS Acids, Solvents, Diesel, Kerosene, Pure Water, De-Mineralized Water, Syrups, Mineral Oil, Food Oil, Spirits, Chemicals, Petrol, Ammonia Liquid, Wine, Vinegar, Alcohol, Free Flowing Liquids, Low & Medium Viscous Liquids, Conductive & Non-Conductive Liquids. INSTALLATION: The Pride HET-1000 Liquid Turbine flow meter can be installed both Horizontal and Vertical positions. We recommend only for Horizontal installation for larger sizes turbine flowmeter from DN100. In accordance to API 2534 standards, the straight pipe section of 10 D before the turbine flow meter and 5 D after is required. Also we recommend an air separator and strainer before the turbine flow meter to achieve it best performance. The standard calibration is done based on water with a density of 1kg/Liter and viscosity of 1mPass.

Pride Controls & Systems Pvt. Ltd is an ISO 9001:2015 Certified Manufacturer of Flowmeter in Chennai, Suppliers and Exporters of the Air and Gas Flow meter. Our professionals design flowmeters that meet global quality standards using top-notch technology and materials. It is suitable for Dry Gas, Wet Gas, and Mixture of gases. And our product are more specifically used in Bio gas Industry also. It measures mass flow, Volumetric Flow, Pressure, and temperature. It is resistant to corrosion, pressure, and temperature. This Flow meter is Easy Installation and Maintenance Free Design.

Pride Controls & Systems proud to be introduce SS 316 Mechanical Flowmeter. Pride Controls are the manufacturer, Supplier and Exporters of Stainless Steel Mechanical Water Meter. Pride actively engaged in providing an excellent quality range of SS Mechanical Water Flow Meter. We have all food Grade material of Construction.

REMOTE TRANSMITTER ELECTROMAGNETIC FLOWMETER Pride Controls & Systems is an ISO 9001: 2015 Certified Manufacturing Company of Industrial Flow Measuring Equipment in India. The Pri-Mag 6000 series of Electromagnetic flowmeters are manufactured in robust design to meet all kinds of industrial challenging atmosphere and performs with good accuracy and reliability. Faraday's Law of Electromagnetic Induction Formula is the Working Principle of this flow measuring Equipment.

EMF – H MODEL Pride Controls & Systems Pvt Ltd is a certified manufacturing entity that specializes in the production of high-performance, industrial-grade flow measuring instruments. The Pri-Mag 6000 H Series, a popular product of the company, finds extensive use in industries such as chemicals, pharmaceuticals, pulp, acid, sludge water, dairy, food, and more. These flow meters are characterized by their superior reliability and accuracy, functioning on the principle of Faraday's Law of Electromagnetic Induction. Precision instruments designed for electrically conductive liquids, slurry fluids, acids, and chemicals, Pride Flow meters have a minimum conductivity of 50 Micro Siemens and exhibit relative immunity to the effects they encounter. The line sizes of Pride Electromagnetic Flow meters range from DN06 to DN3000.

The Scotch yoke also known as slotted link mechanism is a reciprocating motion mechanism, converting the linear motion of a slider into rotational motion, or vice versa. The piston or other reciprocating part is directly coupled to a sliding yoke with a slot that engages a pin on the rotating part. The location of the piston versus time is simple harmonic motion, i.e., a sine wave having constant amplitude and constant frequency, given a constant rotational speed. The Scotch yoke serves as an essential device in mechanical engineering, designed to convert linear motion into rotational motion or vice versa. This mechanism comprises a piston or a similar reciprocating component that is directly connected to a sliding yoke featuring a slotted opening. Within this slot, a pin from the rotating element is engaged, providing a fixed point of rotation. As the rotating element turns, it allows the yoke to slide along the slot, which translates the linear movement of the piston into circular motion. This conversion process is crucial in various applications, including engines and mechanical linkages, where precise motion control is required. Moreover, when the mechanism operates at a steady rotational speed, the position of the piston relative to time exhibits simple harmonic motion. This motion can be represented graphically as a sine wave, characterized by a constant amplitude and frequency. This predictable motion ensures reliability in systems where consistent performance is paramount. Understanding the dynamics of the Scotch yoke mechanism is fundamental for engineers designing systems that rely on efficient energy transfer and motion conversion.