About Brahma Gas Solenoid Valves
Leveraging on our vast industry experience, we are offering a broad range of Brahma Gas Solenoid Valves. In order to control the pressure of air and water flow, these valves are used in fluid power pneumatic, hydraulic systems and fluid power motors. Under the proper supervision of vendors' dexterous professionals, the provided valves are manufactured with high precision by making use of quality approved components with the help of contemporary machinery. Available in various specifications, these Brahma Gas Solenoid Valves are provided to the clients at affordable prices.
Features:
- High tolerance and robust construction
- Flawless finish that assure its easy installation
- Very versatile and ability for supporting the high pressures
- Regulate the flow of fluids
- Polished with excellent quality materials that assure its rust proof nature
- High-tensile strength with durable body structure
- Ability to withstand high temperature
Available Model No -
Technical Specification
| Certification | CE |
| Material | Stainless Steel,Aluminium |
| Media | Gas |
| Brand | Brahma |
| Input Voltage | 230 V/ 50 Hz |
Designed for Rapid and Reliable Gas ControlBrahma Gas Solenoid Valves feature fast opening action with a response time of less than one second, supporting safe and efficient operations in demanding industrial gas systems. Their normally closed, direct-acting structure ensures immediate shut-off in case of power loss, offering an extra layer of safety. Each unit is precision-machined for consistent performance and longevity.
Versatile Application and Robust ConstructionFabricated from aluminium die-cast and sealed with durable NBR rubber, these valves are compatible with air, natural gas, LPG, and biogas. Their IP54-rated enclosure and Class F coil insulation protect against dust, water, and thermal stress, making them suitable for a wide range of environments and operational requirements. Multiple port sizes and mounting positions allow flexible installation on gas trains and burner control systems.
FAQs of Brahma Gas Solenoid Valves:
Q: How do Brahma Gas Solenoid Valves operate in industrial gas control settings?
A: These valves use a direct-acting, normally closed mechanism, opening rapidly in under one second when poweredthanks to high-quality NBR rubber sealing and precision machining. This ensures immediate and reliable gas flow stoppage or initiation as required in industrial gas systems.
Q: What gases and applications are these valves suitable for?
A: Brahma Gas Solenoid Valves are designed for controlling air, natural gas, LPG, and biogas. They are widely employed in industrial gas control setups, burner automation, and integrated gas train systems for a variety of manufacturing and energy processes.
Q: When should I select the fast opening feature of this solenoid valve?
A: Choose the fast opening operation when your application requires prompt gas delivery, such as in burner automation or immediate shut-off for safety-critical gas trains. This lightning-quick activation is essential for processes where timing and accuracy are vital.
Q: Where can these valves be installed and do they have specific mounting requirements?
A: These valves support installation in any mounting position, though mounting the coil vertically upward is preferred for optimal coil life and performance. Their compact design and BSP threaded connections make them suitable for diverse setups in Indian industrial environments.
Q: What are the benefits of the IP54 enclosure rating and Class F coil insulation?
A: The IP54 rating protects the valve against dust infiltration and water splashes, enhancing durability in harsh industrial settings. Class F coil insulation allows the valve to handle higher temperature operations reliably, safeguarding against overheating and extending its lifespan.
Q: How is the process of connecting and operating the Brahma Gas Solenoid Valve carried out?
A: Installation is straightforward using BSP threaded portswith sizes ranging from 1/2 inch to 2 inch depending on the model. Operation requires either a 230V AC (50/60 Hz) or 24V DC power supply. The valve consumes 8 VA and can be easily integrated with standard industrial automation systems.
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