McDonnell & Miller 172814 157S-RB-M High Pressure Level Control
McDonnell & Miller 172814 157S-RB-M High Pressure Level Control
Couldn't load pickup availability
TIPS Contract Vendor
We are an officially awarded purchasing cooperative vendor.
π Procurement & Shipping Notice
- LTL Freight Dispatch: Heavy commercial units ship directly via insured LTL carrier with delivery coordination included.
- Project Timelines & Submittals: Need guaranteed delivery dates, formal submittals, or tax-exempt processing?
π Request a Commercial Quote or contact our procurement team for direct freight scheduling.
Corporate Procurement & PO Processing
Formal Purchase Orders (POs) and tax-exempt ordering are accepted for commercial contractors and institutional facilities.
Apply for Trade Account & Terms β| Performance Parameter | Engineering Baseline Value |
|---|---|
| Manufacturer Part Number (MPN) | 172814 |
| Model Designation | 157S-RB-M |
Maintain precise water level management in high-pressure steam boilers with the 172814 157S-RB-M level control. This robust unit is engineered to provide accurate, dependable monitoring to ensure optimal system performance and safety under demanding industrial conditions.
The unit functions by utilizing a float-actuated mechanism that triggers internal switches based on the water level within the boiler chamber. This mechanical action allows for seamless integration into boiler feed pump control and low water cut-off circuits, effectively preventing dangerous dry-firing scenarios while regulating feedwater supply.
Key System Performance Baselines:
- Precision Sensing: Reliable mechanical float operation for consistent level detection.
- Pressure Resilience: Constructed to withstand the stresses of high-pressure steam environments.
- Safety Integration: Designed to facilitate essential boiler feed and cut-off functions.
β οΈ Application Profile: Recommended for industrial steam boiler water management, high-pressure hydronic heating systems, and commercial boiler feed pump control configurations.
