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G.M. Balancing Valves

Neta G.M. Balancing Valves S/E | S.R. Associates
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Neta G.M. Balancing Valves S/E | S.R. Associates
Zoloto G.M. Balanacing Valves S/E | S.R. Associates
Sant G.M. Balanacing Valves S/E | S.R. Associates

G.M. Balancing Valves

Product Standard: BS 7350

Ends: Screwed BSP Female Ends

Features:

  • Precise Flow Regulation: Designed to provide precise and accurate flow regulation in water systems.
  • Tamper-Proof Setting: Equipped with a built-in locking device to ensure tamper-proof settings, maintaining system integrity.
  • Integrated Test Points: Features integral two test points – red for high pressure and blue for low pressure, facilitating system testing and maintenance.
  • Easy Installation: Hand wheel operated and designed for easy installation, minimizing downtime during setup.
  • Error Rectification: Aids in rectifying human errors in system design and installation, enhancing system efficiency and performance.
  • Higher Flow Rate: Enhances higher flow rates while minimizing pressure drops, optimizing system functionality.
  • Sealing Disc: Utilizes PTFE sealing disc to ensure proper shut off, preventing leaks and ensuring system reliability.
  • Size Range: Available in sizes ranging from 15mm to 50mm, catering to various system requirements.

Test Pressure:

  • Body: Tested at 348 PSIG Hyd.
  • Seat: Tested at 232 PSIG Hyd. at an ambient temperature up to 45°C

Max. Working Temperature: Capable of operating at temperatures up to 200°C, providing versatility for a range of applications.

Certification: Comes with Our Works Test Certificate, ensuring adherence to quality standards and performance reliability.

Application: Specifically designed for water applications, offering efficient flow regulation and system control.

The G.M. Balancing Valve is a reliable solution for precise flow control in water systems, characterized by its robust construction, ease of installation, and adherence to quality standards. It enhances system performance while ensuring durability and reliability in operation.