Pride Controls & Systems is one of the leading manufacturer and supplier of high quality Electromagnetic Flow meters. These Electromagnetic Flowmeters are used in many industries like chemical, pharmaceutical, fertilizer etc. These Magnetic Flow Meters are used to measure the liquids which has conductivity range of 3 micro siemens. These Electromagnetic flowmeters works on the basis of Faraday's Law of Electromagnetic Induction. Major Applications Chemical, Petrochemical and Process Industries Fertilizer Industries Pharmaceutical Industries Food and Drug Industries Sugar, Beverage Industries Paper and Pulp Industries Water and waste water management

Pride Controls & Systems is one of the leading manufacturer and supplier of high quality Electromagnetic Flow meters. These Electromagnetic Flowmeters are used in many industries like chemical, pharmaceutical, fertilizer etc. These Magnetic Flow Meters are used to measure the liquids which has conductivity range of 3 micro siemens. These Electromagnetic flowmeters works on the basis of Faraday's Law of Electromagnetic Induction. Major Applications Chemical, Petrochemical and Process Industries Fertilizer Industries Pharmaceutical Industries Food and Drug Industries Sugar, Beverage Industries Paper and Pulp Industries Water and waste water management

Pride Controls &Systems Pvt.Ltd Is An ISO 9001:2015 Certified Manufacturing Company Located In Chennai, Specializing In The Production, Supply, And Export Of High-Performance Industrial Grade Flow And Level Measuring Instruments. Our Company Boasts A Top-Quality Solvent Turbine Flow meter, Which Features A Flanged Type And Is Capable Of Delivering Outstanding Performance Even In Non-Conductive Liquids Such As Kerosene, Petroleum, And Vegetable Oil. This Flow meter Operates By Measuring The Media Through A Rotor That Runs Freely With A Tube, Causing The Rotation Speed To Be Proportional To The Velocity Of The Fluid Media. We Take Pride In Utilizing Only The Finest Quality Materials And Updated Technology In The Processing Of Our Turbine Flow Meters, Which Enables Us To Confidently Guarantee The Superior Performance Of Our Products.

SOLVENT TURBINE FLOW METER Pride Controls &Systems Pvt.Ltd is An ISO 9001:2015 Certified Manufacturing Company Located In Chennai, Specializing In The Production, Supply, And Export Of High-Performance Industrial Grade Flow And Level Measuring Instruments. Our Company Boasts A Top-Quality Solvent Turbine Flow meter, Which Features A Flange Type And Is Capable Of Delivering Outstanding Performance Even In Non-Conductive Liquids Such As Kerosene, Petroleum, And Vegetable Oil. This Flow meter Operates By Measuring The Media Through A Rotor That Runs Freely With A Tube, Causing The Rotation Speed To Be Proportional To The Velocity Of The Fluid Media. We Take Pride In Utilizing Only The Finest Quality Materials And Updated Technology In The Processing Of Our Turbine Flow Meters, Which Enables Us To Confidently Guarantee The Superior Performance Of Our Products.

ELECTROMAGNETIC FLOWMETER PRIMAG 6000 Pride Controls & Systems Pvt. Ltd is a company that excels in the production and Manufacturing of flow and level measuring instruments for industrial applications. Our unwavering commitment to quality is evident in our ISO 9001:2015 certification. Our PRI-MAG 6000 Electromagnetic Flow meter is unparalleled in versatility, capable of handling liquids with sludge, heavy particles, and slurries. Available in both metal and non-metal bodies, it is an indispensable component in a wide range of industries such as pharmaceuticals, chemicals, pulp, dairy, acids, food, and other process applications. Our PRIDE flow meters employ Faraday's Law to calculate flow rate by measuring liquid velocity, requiring a minimum conductivity of 50 Micro Siemens for conductive liquids. Equipped with cutting-edge communication protocols, our flow meters support Industry 4.0 / Internet of Things (IoT), ensuring their reliability and efficiency.

Pride Controls & Systems Pvt. Ltd. Is An ISO 9001:2015 Certified Manufacturing Company Of Flow Measuring Instruments In India. Pride Controls & System Pvt Ltd Provide Industrial Thermic Fluid Flowmeter Are Commonly Used In Industries Like Chemical Processing, Oil And Gas, Power Generation, And HVAC (Heating, Ventilation, And Air Conditioning) Systems. They Are Particularly Useful When Measuring Low Flow Rates Or For Gases With Varying Composition. However, They May Have Limitations In Terms Of The Range Of Flow Rates They Can Accurately Measure And The Specific Gases They Can Handle, So It's Important To Select The Right Type Of Thermic Fluid Flow meter For A Given Application. Advantages Of Thermic Fluid Flow meter Include Their Ability To Measure Mass Flow (In Addition To Volumetric Flow), Their Suitability For A Wide Range Of Gases, And Their Ability To Work With Varying Fluid Properties Such As Composition And Temperature.

SOLVENT TURBINE FLOWMETER Pride Controls &Systems Pvt.LtdIs An ISO 9001:2015 Certified Manufacturing Company Located In Chennai, Specializing In The Production, Supply, And Export Of High-Performance Industrial Grade Flow And Level Measuring Instruments. Our Company Boasts A Top-Quality Solvent Turbine Flowmeter, Which Features A Flanged Type And Is Capable Of Delivering Outstanding Performance Even In Non-Conductive Liquids Such As Kerosene, Petroleum, And Vegetable Oil. This Flowmeter Operates By Measuring The Media Through A Rotor That Runs Freely With A Tube, Causing The Rotation Speed To Be Proportional To The Velocity Of The Fluid Media. We Take Pride In Utilizing Only The Finest Quality Materials And Updated Technology In The Processing Of Our Turbine Flow Meters, Which Enables Us To Confidently Guarantee The Superior Performance Of Our Products.

Pride Controls & Systems Pvt. Ltd is a company that excels in the production and Manufacturing of flow and level measuring instruments for industrial applications. Our unwavering commitment to quality is evident in our ISO 9001:2015 certification. Our PRI-MAG 6000 Electromagnetic Flow meter is unparalleled in versatility, capable of handling liquids with sludge, heavy particles, and slurries. Available in both metal and non-metal bodies, it is an indispensable component in a wide range of industries such as pharmaceuticals, chemicals, pulp, dairy, acids, food, and other process applications. Our PRIDE flow meters employ Faraday's Law to calculate flow rate by measuring liquid velocity, requiring a minimum conductivity of 50 Micro Siemens for conductive liquids. Equipped with cutting-edge communication protocols, our flow meters support Industry 4.0 / Internet of Things (IOT), ensuring their reliability and efficiency.

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.