Hoffman 405151 3/8" TD6523 Thermodisc Steam Trap
Hoffman 405151 3/8" TD6523 Thermodisc Steam Trap
Couldn't load pickup availability
TIPS Contract Vendor
We are an officially awarded purchasing cooperative vendor.
📋 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?
👉 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 →| Performance Parameter | Engineering Baseline Value |
|---|---|
| Manufacturer Part Number (MPN) | 405151 |
| Model Designation | TD6523 |
| Connection Size | 3/8" |
Efficient steam drainage is essential for system longevity, and the 405151 Hoffman Thermodisc Steam Trap provides precise, responsive condensate management. Designed as a high-performance TD6523 unit, this component is engineered to cycle reliably within steam heating loops, ensuring that only condensate is discharged while valuable steam remains trapped.
This thermodisc style trap operates on the principle of thermal expansion and pressure differentials. As cool condensate enters the trap, the disc flexes to open the orifice for discharge; once hot steam reaches the disc, the thermostatic force snaps the valve shut, preventing energy loss and maintaining system pressure integrity.
Key System Performance Baselines:
- Energy Efficiency: Effectively prevents live steam loss while maximizing heat transfer.
- Reliable Operation: Durable disc design minimizes wear for extended service cycles.
- Quick Response: Sensitive thermal response ensures rapid condensate evacuation upon startup.
⚠️ Application Profile: Ideal for steam radiator systems, horizontal piping drips, and low-pressure heating applications where compact, inline condensate management is required.
