Flanged Liquid Turbine Flow Meter

This device converts the millivolt sinewave frequency output from the sensor on the turbine flow meter into a loop-powered 4-20 mA signal, suitable for a range of instruments including PLCs, computers, flow controllers, data loggers, and local displays. Its capability to accept various sensor input types makes it a highly versatile unit. Additionally, this device can be conveniently mounted using a bracket on the flow meter itself or positioned elsewhere as required.

Product Specifications

Sizes Available: 1/2" x 1", 3/4" x 1", 1" x 1" Connections: Female NPT x Female NPT (1/2" features a Male inlet) Materials: - Body: 316L Stainless Steel - Disk: PTFE or PEEK - Joints & Seals: Optimised for medium gases Set Pressure Range: - 0.5 to 450 Barg (8mm Orifice) - 0.5 to 380 Barg (10mm Orifice) Temperature Range: -45 to +200 degrees Celsius Design Approvals: PED Compliant Ensure optimal performance and reliability with our high-quality products, suited for a range of industrial applications. Experience durability with our 316L body and specialised disk materials, designed to handle various gases efficiently. Perfect for maintaining safety and compliance in rigorous environments, our product is the ideal choice for your operational needs.

**Gate Valves - Reliable Solutions for On-Off Services** Gate valves are expertly engineered for efficient on-off service applications. Comprising a robust Body, Bonnet, Gate, externally threaded Stem, and a Yoke with a rising Stem that features a Non-Rising Handwheel, these valves offer exceptional functionality. They come equipped with an integral seat as standard, with options available for renewable seats, as well as an open and closed indicator complete with a lockable handwheel. **Key Features of Gate Valves** Gate valves provide a positive shutoff mechanism with minimal pressure drop, making them ideally suited for regulating the flow of liquids or gases across diverse applications. Their durable construction and straightforward design also enhance maintenance ease, ensuring long-term reliability and performance. These valves can be operated either manually or through automated systems such as motors, solenoids, and actuators. When the gate is closed, it completely obstructs flow, while opening the gate permits unrestricted fluid passage, ensuring effective control over fluid dynamics. **Material Specifications** - **Body/Bonnet:** NAB (ASTM B148 C95800) - **Stem:** NAB (ASTM B150 C63200) / MONEL (ASTM B865 N05500) - **Bonnet Joint:** SS-136 + Graphite - **Handwheel:** ASTM A351 CF8M **Technical Specifications for #150 Series** - **Design Standard:** API 600 / ISO 10434 / BS 1414 - **Size Range:** DN50 to DN600 - **Flanges:** ASME B16.5 #150 - **End to End Dimensions:** ASME B16.10 #150 - **Testing Standards:** EN 12266-1, API 598 - **Maximum Pressure:** 19 BAR - **Minimum Temperature:** -29°C - **Maximum Pressure at Higher Temperature:** 7.9 BAR - **Maximum Operating Temperature:** 260°C - **Material Test Certification:** BS EN 10204-3.1 **Technical Specifications for #300 Series** - **Design Standard:** API 600 / ISO 10434 / BS 1414 - **Size Range:** DN50 to DN600 - **Flanges:** ASME B16.5 #300 - **End to End Dimensions:** ASME B16.10 #300 - **Testing Standards:** EN 12266-1, API 598 - **Maximum Pressure:** 49.6 BAR - **Minimum Temperature:** -29°C - **Maximum Pressure at Higher Temperature:** 20.6 BAR - **Maximum Operating Temperature:** 260°C - **Material Test Certification:** BS EN 10204-3.1 **Why Choose Our Gate Valves?** Opt for our gate valves for their unmatched reliability and ease of maintenance. Perfect for a variety of industrial applications, they ensure seamless control over fluid flow while offering outstanding durability and efficiency. Elevate your fluid management systems with our expertly crafted gate valves today!