Pride Controls are the manufacturer, Supplier and Exporters of Stainless Steel Mechanical Water Meter.This Analog water meter shows the clear reading with optional features of Pulse output/ Reed switch. Sizes available from Multijet DN 15 to DN 50. This Screw type water meter have SS 304, SS 316 material of Construction.

We are the Manufacture, Supplier and Exporters of CI Mechanical Multijet Pulse Water meter in India. This is a magnetic driven water meter with optional features of Pulse output and Reed switch. It measures the flow and quantity of cold water meter upto 50 deg C. These water meters manufactured with ISO 4064 standard.

DESCRIPTION: PRIDE Controls & Systems are conforms to international standards ISO 4064. The German Designs which ensures better accuracy allows high flow rate with low pressure drop. Removable Mechanism ensures trouble free maintenance. PRODUCT SPECIFICATION: Make: PRIDE Line Size: DN 50 - DN 600 Media: Hot Water Type: Woltman Display: Analogue Temperature: 130 Deg C Pressure: PN16 Material: Cast Iron End Connection: Flanged End FEATURES: Anti-Frost dial display for clear reading Optional Features of Pulse Output/Reed Switch Available MOC- CI, SS304, SS316 and HDPE Better Accuracy +/-2% at transitional flow rate Vacuum Sealed register for smooth flow measurement

We are the Manufacture, Supplier and Exporters of CI Mechanical Bulk water Meters in India. Pride actively engaged in providing an excellent quality range of CI Mechanical Cold water meter which the temperature can withstand upto 50 deg C and with Flange end connection. Vaccum Sealed register for smooth flow measurement. This Water meter used for Residential, Industrial, Agricultural, Domestic application.

Pride controls & systems are the Manufacture, Supplier and Exporters of CI Mechanical Hot water meter with pulse. Pride water meters are manufactured with German Designs Ensures better accuracy allows high flow rate with low pressure drop. Pulse outputs measure the volume of water that flows through a conduit. Vaccum sealed register for smooth flow measurement and anti-frost dial display helps for clear reading. The Hot water Temerature will be 130 deg c which used in various applications such as effluent water, sewage water etc.

Pride controls & system are the manufacture, Supplier and Exporters of Stainless Steel Multijet Tri-clover end water meter. we have SS 304, SS 316 material of construction. Tri-clamp fitting flow meter is mainly with stainless steel wet parts material also tri-clamp process connection for sanitary and hygienic purpose, in- line type flow sensor is widely used in food industry such as food and beverage industries etc. It will be easy to fix and remove in between the pipe line, which facilitate disassembly and cleaning to measure the flow rate.

We are the manufacturer , Supplier and Exporter of SS Mechanical Woltman Water meter. We have SS304, SS316 Material of Construction. This Bulk Water meter is suitable to Provide clear reading and is used in Water remedy Operations. Pride SS Water meter, Woltman Type Dry Dial, Working Pressure PN 10, Temperature Cold and Hot Water. Sizes available from DN 50 to DN 300. Pride SS304/ SS316 Mechanical Water meter is Preferred For Food Industries, Drinking Water etc. Removable mechanism ensures trouble free maintenance. It shows the accuracy of ± 2 % at transitional flow rate and the features of Pulse output and Reed Switch.

Pride Controls & Systems Pvt Ltd is an ISO 9001 : 2015 Certified Manufacturing company of High Performance Industrial grade flow measuring instruments. The Pride Class B Mechanical CI analog water meters are conforms to ISO - 4064 standard and used in various applications such as Effluent water, sewage water, Raw water, Waste water. We supply these water meters to PAN India and also exports to various countries. PRIDE - MECHANICAL WATERMETERS • Conforms to international standards ISO 4064 • Available MOC - SS304, SS316 • Sizes available from DN15 to DN600 • German design ensures better accuracy • allows high flow rate with low pressure drop • Vacuum sealed register for smooth flow measurement • Anti-Frost dial display for clear readings • Removable Mechanism ensures trouble free • maintenance FEATURES Magnetic driven water meter Sizes available from DN15 to DN50 Upto 50 Deg C for cold water meter and upto 130 Deg C for hot water meter Optional features of Pulse output / Reed switch Available in Screwed, Flanged and Tri-clover end connections Better accuracy of + 2% at transitional flow rate

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.