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Stainless Steel Self Recovery 21″ (Mosmatic)

Category

Accessories

Performance

5075 PSI | 350 BAR

Drive

N/A

Type

N/A

Usage Frequency

Daily

Configuration

N/A

Product Title

Category:

Features

The Jetwave® 21” Stainless Steel Self Recovery FSC recovers the dirty water and expels it with the venturi principal eliminating the need for a vacuum recovery system. Simply place your recovery hose to a desired drain point and clean then run over the cleaned area and suck the water up with the 2nd gun.
  • Stainless Steel construction
  • Heavy duty stainless steel castor wheels.
  • 21” Cleaning pass.
  • Integrated recovery (black anodized aluminium suction
    device) using the venturi principal.
  • High RPM stainless steel swivel with self lubricated stainless steel bearings.
  • Manufactured in Switzerland by Mosmatic.
Product Code JWA-FSC12VEN
Maximum Pressure 4060 PSI | 280 BAR
Maximum Temprature 120°C
Inlet G3/8″ F
Weight 5.9KG
HP-Nozzles 2 x 1503
Stainless Steel Caster 3 x 60mm (diameter)
Roto Arm 2 x 1/8″ NPTF

Typical Applications

  • Contractors
  • Commercial cleaners

 

  • Floor cleaners who need recovery

Cover Protection

The industrial formed cover design provides enduring weather protection to the entire machine and importantly its critical working components protecting it from harsh outdoor weather elements.

Multi-Configuration

New versatility suitable for almost any mounting arrangement you can imagine due to its industry leading compact modular design and configuration options.

Centralised Control

Front facing and panel mounted controls for easy accessibility to all controls and adjustment components that ensure that equipment delivers correctly and to adapt to your jetting job at hand in order to maximise blockage clearing efficiency, effectiveness and operator friendliness.

InteliUMS™

This smart, industry first, IntelliUMS™ is the brains of the units control centre. This LCD backlit screen provides integrated operator control, monitoring and protection for both the unit's mechanical and electrical at all times.

 

Auto-Speed Technology Honda iGX

Auto-Speed Technology provides a link from pump to engine, in effect when pressure washing is not taking place the engine will decrease to idle RPM speed and back up to optimal RPM full speed to achieve working pressure and flow for the pressure washing process.

Forklift Pockets

Forklift pockets enables….

V1 GeniSys Boiler Technology

Delay cooling feature, Epoxy moisture resistance, Welded relay protection, High ambient temp rating, Interrupted ignition, Flame sensor / photo eye

JW Premium Pumps

JW professional Italian triplex plunger pump delivers performance and longer life.

Low Speed Technology

Low speed technology provides a physical link from pump to engine. Allowing you to get more out of your equipment putting it to work for longer ultimately effecting positively your bottom line.

Enclosed Design

Enclosed steel cover protection on a pressure washer in this class will provide the protection, safety and looks to boot. You want reliability every time and this contributes to protection from any harsh weather elements; day in day out for a long life.

EFI Engine

The BIG BLOCK™ V-Twin petrol engine delivers some of the best power, performance and reliability in its class. With its automotive style EFI closed loop technology it optimises all engine speeds and loads.

Anti-Vibration Protection System

The AVPS (Anti-Vibration Protection System) contributes to a quieter performance. It has a heavy duty steel motor plate to separate vibration frequency created from the power plant via high duro rubber and enforced steel dampeners.

Hose Reel Configuration

Multiple hose reel configurations to allow maximum customisable control.

Top Lift Points

Top lifting eyelets/tie down points for onsite lifting ability.

Zero Line Pressure

Zero line pressure brass unloader valve.

Auto Speed Technology JHY

Auto-speed technology, a JetHydro exclusive, provides a link from pump to engine, in effect when jetting is not taking place the engine will decrease to idle RPM speed and back up to optimal RPM full speed to achieve working pressure and flow for the Jetting process. Allowing you to get more out of your equipment putting it to work for longer ultimately effecting positively your bottom line.