HydraMaster CDS 4.8 SV with Salsa Package for Chevy and GMC Vans

The concept behind the design of the CDS 4.8 SV is to provide a powerful, reliable cleaning system that utilizes the power and heat source already provided by the host vehicle. The rugged and reliable engineering that has, for over 36 years, made the CDS the #1 selling van powered system in the world. The result is a vehicle that you can outfit as you choose; with a complete custom interior package including fresh water tank, reels, shelves, and accessories.

Now, the #1 selling direct drive truckmount in the world is ready for the next generation of Chevy/GMC V8 Van 6.6L Engine and quite simply, it is the most powerful CDS ever made in its 36 year history. The newly refined CDS 4.8SV employs a streamlined power transfer system; increased vacuum performance; a more consistent heat delivery system, and does all that without compromising its industry leading space saving design.

The Most Powerful CDS Ever Made!

Features

• Increased vacuum performance with the GD Tri-Flow 408 Blower increases vacuum CFM by 25% – 485 CFM at 10”HG, 558CFM at )”HG
• Streamlined power transfer system designed for the next generation Chevy/GMC V-8 equipped with the 6.6 L engine
• New Plate Heat Exchanger (PHE) heat exchanger technology is replacing the shell and tube heat exchangers tied to vehicle coolant system. PHE’s are smaller, weigh less, and take up less space but achieve the same level of heat delivery even more consistently
• Space saving design continues to provide the most room in the back of your van for all of your other gear
• Sacrificial anodes in solution recovery tank reduce corrosion and extend tank life
• Cast aluminum adapters on blower and solution recovery tank resist corrosion and last longer
• Tighter fitting power pack cowling reduces noise and keeps van cooler
• Relocation of start-stop module controller for easier access and smoother engine shutdown
• The SALSA Heat Booster System now comes standard and utilizes less fin density for less maintenance without sacrificing heat accumulation