About MSP Divider Valve
The Trabon MSP Series sets the industry standard for quality, reliability, and ease of use features. It was the original modular-style series progressive divider valveand is still the best
- Maximum Pressure : 3,500 psi (241 bar)
- Max Operating Temperature : 350 F (176 C)
- Material : Plated Steel, Stainless Steel
Features :- - Quick change valve sections can be removed from the base assembly without disturbing any lube linesminimizing labor cost and maximizing your machine uptime
- Accessories such as magnetic and electronic proximity switch cycle indicators provide positive assurance of a successful lube event
- Alternate outlet on face of valves can be fitted with optional performance indicators, taking the guesswork out of troubleshooting
- Built-in outlet check valves ensure accurate lube delivery, every time
Precision Lubrication for Reliable PerformanceThe MSP Divider Valve is designed for accurate and adjustable lubricant distribution across multiple outlets, from 4 to 12, catering to varied industrial needs. Its robust construction allows for quiet operation and reliable service under fluctuating temperature and pressure conditions, making it an essential component in maintaining machinery uptime and efficiency. Customizable outlet numbers and discharge volumes ensure compatibility with even the most complex lubrication circuits.
Versatile Design and Easy InstallationEquipped with BSP or NPT threaded ports, the MSP Divider Valve can be seamlessly integrated into new or existing centralized lubrication systems. Its compact size and adaptable mounting optionsbase or sideenable straightforward installation even in areas with limited space. The corrosion-resistant surface finish and high-grade materials offer enduring performance in demanding environments.
Application and Range of UseIdeal for industrial-grade machinery, heavy-duty equipment, and centralized lubrication systems, the MSP Divider Valve supports both automatic and semi-automatic operations. Its mechanical design ensures reliable functionality without external power, making it a preferred choice for distributors, service providers, and suppliers across India looking for efficient lubrication solutions with minimized downtime and maintenance costs.
FAQs of MSP Divider Valve:
Q: How does the MSP Divider Valve work within centralized lubrication systems?
A: The MSP Divider Valve systematically distributes lubricant to multiple lubrication points in machinery. Each cycle, it delivers an adjustable quantity (0.2 cc to 2.0 cc per outlet) through 4 to 12 outlets, ensuring optimal and uniform lubrication regardless of system complexity.
Q: What benefits does the corrosion-resistant coating offer?
A: The corrosion-resistant coating preserves the valves high-grade steel/alloy body, significantly extending its lifespan and maintaining performance, even in harsh environmental or industrial settings where moisture, chemicals, or dirt are present.
Q: Where can the MSP Divider Valve be mounted during installation?
A: This valve supports both base and side mounting configurations. Its compact design and threaded connections (BSP/NPT) allow installation across a range of machinery with varying space limitations and orientation preferences.
Q: When should the discharge per cycle be adjusted on the valve?
A: Adjusting the discharge volume per cycle is recommended when machinery specifications or lubrication requirements change, or when optimizing system performance for new operational conditions to ensure every component receives adequate lubrication.
Q: What is the process for selecting the right MSP Divider Valve model?
A: Start by identifying your systems lubrication points, desired discharge volume, and operational pressure range. Then, select a model that matches the required number of outlets (4-12), preferred connection type, and dimensions compatible with your installation space. Custom configurations are available upon request.
Q: How does the MSP Divider Valve contribute to machinery maintenance and efficiency?
A: By delivering accurate and consistent lubrication, the valve reduces friction, wear, and unplanned downtime, which promotes higher equipment efficiency and extends the service life of critical components with minimal manual intervention.