STAN12-WMS – Advanced Water Control and Monitoring System
STAN12-WMS – Advanced Water Control and Monitoring System
Overview
HydroMax Seal STAN12-WMS | 3.17 US gallons Water Management System for Double Mechanical Seals
The STAN12-WMS is a compact 3.17 US gallons thermosyphon support system designed for double mechanical seal applications. With its internal heating and cooling coil, pressure gauge, and hose kit, this system ensures safe and efficient barrier fluid management in demanding operational environments.
The unit is constructed from 316 stainless steel and comes fully assembled and factory tested, ready for integration into existing setups. Optional PED certification is available upon request.
Product Description
Design Features
- Designed for double mechanical seal thermosyphon systems
- Includes internal heating/cooling coil for thermal regulation
- Wall or stand-mountable with included bracket
- Delivered pre-assembled and tested for plug-and-play installation
- Durable 316 stainless steel construction
- 3.17 US gallons tank capacity with integrated instrumentation
- An optional stand is available on request
Technical Specifications
| System Vessel Size | 3.17–3.96 US gallons |
| Pressures | up to 217 psig |
| Instrumentation | Pressure Gauge Flow Indicator Pressure Relief Valve (PRV) Vessel Drain Valve |
| Pipework & Fittings | Plastic pipework with push-fitting connections |
| Temperatures | up to 392°F |
| Material of Construction | 316 Stainless Steel |
System Supply Options
- Finned Tubing for improved heat dissipation
Installation Tips
Ensure no sags or kinks are present in the pipework between the mechanical seal and the reservoir. This guarantees proper thermosyphon circulation for consistent seal cooling and lubrication.
The HydroMax STAN12-WMS is a robust and compact water management solution, ideal for maintaining seal reliability and performance in compact or lower-capacity sealing systems.
Typical Applications & Industry Use Cases
The STAN12-WMS Water Management System is a compact, 12-litre barrier fluid support unit designed to maintain controlled fluid circulation and thermal regulation for double mechanical seals. It uses thermosyphon-driven circulation to sustain consistent barrier fluid delivery and temperature stability without the need for external pumps, helping reduce seal wear and improve reliability in rotating equipment.
Industries Served
Municipal water and wastewater facilities
Light chemical and process plants
Power and utility services
Food and beverage processing
Marine and coastal pumping systems
General industrial pumping applications
Equipment & Use-Case Scenarios
- Double mechanical seal installations with moderate duty cycles
- Applications where thermosyphon circulation improves seal face lubrication
- Rotating equipment with varying load profiles and temperature demands
- Systems where simple, low-maintenance barrier fluid support is preferred
- Plants seeking to extend seal life and reduce unplanned downtime
Why It Fits These Applications
- 12-litre reservoir volume: Provides sufficient fluid capacity for most light- to medium-duty rotating equipment
- Thermosyphon circulation: Uses natural convection to circulate barrier fluid without auxiliary pumping
- Integrated instrumentation: Includes pressure gauge and flow indicator for quick visual checks
- Factory assembly: Delivered pre-assembled to simplify field installation and reduce commissioning time
- Robust construction: Built for reliable operation in industrial environments
- Flexible mounting: Configurable for free-standing or wall installation based on site layout
Installation Guidelines
Pre-Installation Preparation
Choose a stable mounting location that is close to the seal barrier ports. Confirm there is adequate space for access, filling, and visual inspection. Ensure the mounting surface can support the filled unit.
System Installation
Secure the STAN12-WMS using brackets or a structural support as required. Connect the supplied inlet and outlet lines to the double mechanical seal ports using appropriate fittings. Route piping to promote uninterrupted thermosyphon circulation and minimize bends that could impede natural fluid flow.
Initial Filling & Setup
Fill the reservoir with the recommended barrier fluid or water. Eliminate trapped air from the system to allow natural circulation to begin. Confirm that all valves, gauges, and indicators are properly installed and functional prior to startup.
Startup Procedure
Allow the system to reach operating temperature so thermosyphon flow can establish. Monitor pressure and flow indicators closely during initial operation to verify stable performance before placing equipment into continuous service.
Maintenance & Inspection Best Practices
- Routine Observations: Check system for leaks, abnormal temperatures, or degraded circulation
- Indicator Monitoring: Track pressure and flow trends as part of regular maintenance
- Barrier Fluid Care: Maintain clean fluid and replace it when contamination or sediment is observed
- Connection Checks: Inspect tubing and fittings for signs of looseness or blockage
- Internal Inspection: During planned outages, assess internal surfaces for scale or buildup
Service & Support Options
- Application Evaluation: Confirm system compatibility with seal design, duty rating, and process conditions
- Installation Guidance: Provide advice on optimal piping layout and thermosyphon circulation setup
- Maintenance Planning: Assist with the establishment of service intervals based on operating conditions
- Performance Assessment: Analyze system operation over time and recommend adjustments or upgrades if required
Related Products
Contact HydroMax Seal
Contact HydroMax Seal today for innovative solutions, expert guidance, and over a century of engineering excellence. Your journey to mechanical sealing excellence starts with HydroMax Seal!
E-Mail: sales@hydromaxseal.com
Address: 18511 Beaumont Hwy Building D
Houston, TX
77049
