Details

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The Greater the Flow... the Faster it will GO!

The MegaFlow SpeedKit-V makes it easy to hook-up multiple simultaneous connections. 

The MegaFlow Speed-Y is Vacuum-Rated to 20 microns and designed for high pressure refrigerants, such as R410a. The MegaFlow Valve Core Removal Tools work with both Standard 1/4in Systems and Ductless 5/16in Systems. Always remove valve cores from the system for Full Flow and Fast Evacuation.

The MegaFlow SpeedKit-V features (2) 1/2in 6ft MegaFlow Vacuum-Rated Evacuation Hoses. The Vacuum-Rated hoses won't permeate or collapse in a deep vacuum. With a large interior diameter these MegaFlow hoses have greater flow than standard 3/8in hoses.

Features and Benefits

• Maximize the Flow of ANY Vacuum Pump - Works on all vacuum pump with 3/8in MFL and 1/2in MFL fittings
• Up to 16x Greater Flow when compared to evacuation with a manifold
• Fast and Simple - Simple setup, Fast evacuation, Reduced job times
• Vacuum-Rated Components - Tools that do not leak in a deep vacuum
• Full Flow - No flow restrictions across the whole setup
• Ultra-Flexible Large Diameter Hoses - Get into tight spaces and significantly reduce evacuation times
• Upgradable to ≈ 12CFM of flow with the addition of (2) MGABAS/MGABRO
• Tool bag Included - Quickly organize and efficiently carry tools

This Kit Includes

(2) MegaFlow 1/2in Hose - 6ft (3/8in FL to 1/4in FL) Black
(2) MegaFlow Valve Core Removal Tool - 1/4in
(2) MegaFlow Valve Core Removal Tool - 5/16in
(1) MegaFlow Speed Y 3/8in
(1) MegaFlow SpeedKit Carry Bag

Want Fast and Simple Evacuation?
With the MegaFlow Speed-Y, fast evacuation is simpler than ever. No manifold, no tangle of hoses, and reduced connections. The Speed-Y enables Full Flow to any vacuum pump, without the restrictive manifold.

Are your Tools Rated for Vacuum?
Tools and fittings that aren't Vacuum-Rated can leak under deep vacuum. All of the tools included in the MegaFlow SpeedKit-V are Vacuum-Rated to 20 microns. This setup will give you the peace of mind that your tools aren't going to leak in a deep vacuum.