How to Store Your Oasis™ Hydrant Assist Valve: 3 Essential Methods
When it comes to keeping your Oasis hydrant assist valve ready for action, storage matters. Whether you need a quick grab or a space-efficient solution, here are three popular methods that fire departments across the globe use to store their Oasis valve on an apparatus. Let’s dive into the options to help you find what fits best for your team.
1. Horizontal TFT Mounting Bracket Engineered for the Oasis Valve
Looking for a secure and reliable storage option? The TFT mounting bracket for the Oasis valve provides a horizontal mounting solution that keeps the valve firmly in place during transport. This bracket ensures easy access when it’s time to deploy and protects the valve from damage while the apparatus is in motion.
2. Preconnect the Oasis Valve in the LDH Hosebed
This is one of the most straightforward methods: preconnect the Oasis valve and lay it flat in your LDH hosebed. Many departments top it off with a tarp to protect the valve and hose from debris and weather conditions. The key advantage here? It’s always ready for quick deployment. You can get it into service fast without needing to fuss with mounts.
3. Vertical Storz Mounting Plate
Some departments opt for the Storz mounting plate so that they can mount the Oasis valve vertically on the tailboard.
Which Storage Method Works Best for You?
Choosing the right storage option for your Oasis valve comes down to your department’s needs and the setup of your apparatus. Each of these methods offers different benefits—whether it’s easy deployment, compact storage, or secure mounting, there’s a solution for every department.
Before deciding on your storage method, run a quick deployment drill. What looks good in theory might slow you down on the fireground. Practice pulling the valve out, connecting it, and flowing water—then choose the setup that gets you operational the fastest.
What is Oasis?
The Oasis Hydrant Assist Valve is a versatile 4-way valve designed to enhance firefighting operations by maximizing water supply, pressure, and flow rate.