Vollrath 17362-1 Drain Adapter 3/4" MPT 4-5/8" Long
C$ 46.69
Specifications:
| Attribute | Details |
|---|---|
| New Style Drain Adapter | |
| 3/4" Mpt, 4-5/8" Long, 3-1/2" Top Flange, Black Plastic, | |
| 3 Holes 2-1/2" Ctrs Red O Ring Ap#8011887 | |
| For Old Style Adapter, 3" From Flange To End, Order | |
| Vol44198-2 | |
| Vollrath/Idea Medalie Servewell Units |
Description
The Vollrath 17362-1 Drain Adapter 3/4 MPT 4-5/8 Long is a connector component that is used to connect the drainage elements of a fluid handling system. This is an adapter applied in commercial equipment assemblies where fluid discharge must be controlled during operation. It has a direct connection into the drainage pathway and helps in the correct alignment of the joined sections. Its position in the system is a vital activity that aids in regulating the fluid direction, assists in maintaining a steady flow, and minimizes the risk of leakage and keeps the connection stability within the normal operating conditions.
More Information:
- VOLLRATH:17362-1 ,25958-1 ,VOL25958-1
Step1: Turn off and unplug the appliance before starting installation for safety.
Step2: Remove the old drain fitting carefully from the unit.
Step3: Clean the drain area thoroughly to ensure a proper seal.
Step4: Insert the new drain adapter and secure it in place.
Step5: Test drainage to confirm proper flow and ensure no leaks occur.
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What maintenance is required for the Vollrath/Idea-Medalie 17362-1 Drain Adapter?
Inspect for cracks, leaks, or O-ring wear. Ensure threads are clean and connections are tight for efficient and accurate drainage. Clean surrounding areas to prevent buildup that could reduce flow efficiency.
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What are common issues with the Vollrath/Idea-Medalie 17362-1 Drain Adapter?
- Leaks due to damaged or worn O-rings.
- Cracks or deformation affecting fit.
- Loose connections reducing drainage efficiency.
- Clogging from debris accumulation.
- Corrosion impacting long-term performance.
- Misalignment causing inefficient water flow.
- Reduced operational efficiency due to inconsistent sealing.