Key Features
- Heating bath compatibility
- Liquid temperature resistance
- Vessel support design
- Corrosion resistant
BOOK FREE HOME COLLECTION
For Vessels (In Heating Baths)
For Vessels (In Heating Baths)
For Vessels (In Heating Baths)
Support systems for vessels used in heating baths and liquid temperature control.
For Vessels in Heating Baths Overview
For vessels that are immersed in heating baths, such as oil or water baths, the support frame around them must observe certain minimum dimensions based on vessel size to ensure safe and stable mounting. The catalogue provides recommended tube (NB) sizes and frame depths/widths (mm × mm) for typical vessel volumes in bath environments. These specifications help ensure the vessel is held stably in a heated medium, with clearance, support, and resistance to thermal and mechanical stresses. The frame must also avoid contact or interference with the bath fluid and allow for maintenance operations.
Specifications
**Recommended Minimum Frame Sizes for Vessels in Heating Baths**
| Vessel Volume (L) | Tube Size NB (mm) | Min Frame Depth × Width (mm × mm) | |——————–|——————–|—————————————| | 20 | 25 | 500 × 600 | | 50 | 25 | 600 × 800 | | 100 | 25, 30 | 800 × 1000 | | 200 | 30 | 800 × 1200 |
**Design Guidelines**
– Provide safe clearance so that vessel supports or frames don’t contact bath fluid
– Support must resist buoyant, vibration, and thermal forces
– Ensure that vessel thermal expansion or contraction is accommodated
– Use proper tube NB or larger for structural rigidity
– Frame must interface with base support and lateral bracing for overall stability
Applications
This specification is used for:
– Designing frames for vessels submerged in heating oil or water baths in pilot or lab setups
– Ensuring structural support and clearance in bath environments
– Upgrading or converting existing bath vessel supports
– Ensuring that the vessel plus support is stable under thermal, vibration, or fluid movement loads
– Environments with cyclic heating and cooling, requiring structural flexibility and clearance