Excell Precision XR2625 Basic Elements of a Pressure Washer, Basic Elements of AN Engine

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BASIC ELEMENTS OF A PRESSURE WASHER

High Pressure Pump (located inside the shroud, not shown): Increases the pressure of the water supply.

Engine: Drives the high pressure pump.

High Pressure Hose: Carries the pressurized water from the pump to the gun and spray wand.

Spray Gun: Connects with spray wand to control water flow rate, direction, and pressure.

Gatling Spray Wand: Allows the user to quickly change high-pressure nozzles. See How To Use Spray Wand instructions in this section.

Chemical Hose: Feeds cleaning agents into the pump to mix with the water. See How To Apply Chemicals/ Cleaning Solvents instructions in this section.

BASIC ELEMENTS OF AN ENGINE

Refer to the engine manual for location and operation of engine controls.

Choke Control: Opens and closes carburetor choke valve.

Starter Grip: Pulling starter grip operates recoil starter to crank engine.

Engine Switch: Enables and disables ignition system.pressure washer terminology

PRESSURE WASHER

TERMINOLOGY

PSI: Pounds per Square Inch. The unit of measure for water pressure. Also used for air pressure, hydraulic pressure, etc.

GPM: Gallons Per Minute. The unit of measure for the flow rate of water.

CU: Cleaning Units. GPM multiplied by PSI. GPM x PSI = CU

Bypass Mode: Allows water to re-circulate within pump when the gun trigger is not pulled.

Allowing the unit to run for more than

two minutes without the gun trigger pulled could cause overheating and damage to the pump.

Chemical Injection System: Mixes cleaners or cleaning solvents with the water to improve cleaning effectiveness.

Water Supply: All pressure washers must have a source of water. The minimum requirements for a water supply are 20 PSI and 5 gallons per minute.pressure washer operating features

PRESSURE WASHER OPERATING FEATURES

PRESSURE ADJUSTMENTS

The pressure setting is preset at the factory to achieve optimum pressure and cleaning. If you need to lower the pressure, it can be accomplished by these methods.

1.Back away from the surface to be cleaned. The further away you are, the less the pressure will be on the surface to be cleaned.

2.Change to the 40º nozzle - this nozzle delivers a less powerful stream of water and a wider spray pattern.

DO NOT attempt to increase pump pressure. A higher pressure setting

than the factory set pressure may damage pump.

TO USE SPRAY WAND

The nozzles for the spray wand are stored in the gatling spray wand. See chart to choose the correct nozzle for the job to be performed.

CHANGING NOZZLES ON SPRAY WAND

Risk of fluid injection. Do not

direct discharge stream toward persons, unprotected skin, eyes or any pets or animals. Serious injury will occur.

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A14687

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Contents Pressure Washer Risk of Explosion or Fire What can Happen HOW to Prevent IT Safety Guidelines DefinitionsConsumer Safety Information Important Safety InstructionsOperate and fuel equipment Fluid Injection AS a Simple Risk of Injury from Spray What can Happen HOW to Prevent ITRisk of Unsafe Operation What can Happen HOW to Prevent IT Risk of HOT Surfaces What can Happen HOW to Prevent ITRisk of Injury from Lifting SpecificationsRisk of Chemical Burn What can Happen HOW to Prevent IT Risk of Electrical Shock What can Happen HOW to Prevent ITAssembly Instructions Carton ContentsENG A14687 Operating Instructions Changing Nozzles on Spray Wand Basic Elements of a Pressure WasherBasic Elements of AN Engine Pressure Washer TerminologySurfaces Spray Pattern UsesStarting pressure washer To Easily Remove HoseStarting Engine Pump Nozzle CleaningShutting Down Engine HOW to Clean the Water Inlet FilterStorage Pressure Washer AccessoriesAccessory Storage Panel Problem Repairs Trouble Shooting GuideWater leaking at pump Pump Pulsates Responsibility of Original Purchaser Initial User Limited Warranty

XR2625 specifications

The Excell Precision XR2625 is a state-of-the-art manufacturing machine designed for precision machining applications. This powerful tool combines advanced technology with an ergonomic design to enhance productivity and accuracy in various industrial settings.

One of the main features of the XR2625 is its high-speed spindle, which operates at impressive RPMs, allowing for rapid material removal and shorter cycle times. Its robust construction minimizes vibration, thereby enhancing the overall machining precision. Coupled with a rigid frame and a solid base, the XR2625 is engineered to endure demanding workloads while maintaining consistency in performance.

Another key aspect is its state-of-the-art CNC (Computer Numerical Control) system. This advanced technology enables operators to program complex machining operations with ease, providing high levels of automation and repeatability. The intuitive user interface simplifies operation, allowing even less experienced users to operate the machine efficiently. The CNC system also offers advanced features such as tool path simulation and error diagnostics, which ensure that machining processes are optimized and downtime is minimized.

The XR2625 is equipped with a variety of tooling options that enhance its versatility. From milling and drilling to grinding, this machine can accommodate a wide range of applications. The tooling can be quickly changed, allowing for efficient transitions between different machining operations, thus facilitating just-in-time production.

In terms of connectivity, the Excell Precision XR2625 includes industry-standard communication protocols, allowing for easy integration into existing manufacturing systems. This allows for real-time data monitoring and analysis, further enhancing operational efficiency. It supports automation and can be connected to other machines and systems in a smart factory environment, contributing to Industry 4.0 initiatives.

Safety features are a top priority in the design of the XR2625. The machine is outfitted with multiple safety guards, emergency stop buttons, and an advanced monitoring system to ensure user safety during operations. This focus on safety not only protects operators but also minimizes the risk of costly equipment damage.

In summary, the Excell Precision XR2625 stands out as a cutting-edge machining solution characterized by its high-speed spindle, advanced CNC system, versatile tooling options, robust construction, and extensive safety features. Whether for small-scale production or large-scale industrial applications, the XR2625 offers unparalleled precision and reliability in the demanding world of manufacturing.