Add to Cart
|
Standard features
13HP gasoline engine with low oil protection
Heavy-duty grade direct drive brass main fold triplex pump,
pressure adjustable.
6mm x 8m high-pressure hose,22x1.5in. QD.
Quick disconnect nozzle tips size 4.0, spray patterns 0, 15, 25, 40
and soap.
Professional trigger gun with safety-lock and 20inch stainless
steel
Wand with 1/4inch quick connect.
Pneumatic wheels.
Powder coating heavy-duty four wheel frame.
Down stream low pressure detergent injector.
Gasoline High pressure washer machine
Detailed Description:
1. Performed, Stable OHV Engine
2. Friendly Environmental, Lower Emission
3. Commercial& Industrial Triplex Plunger Pump.
4. Brass Forged Cylinder, Ceramic Plunger
5. 4-Mode Nozzles, 0° ,25°, 45°, Detergent Applied
6. 8-10M High-pressure Hose
7. Stable Trigger Gun, Protection Lock Mounted
8. Wheel Mounted, Easy to Move
9. Powder-Coated Firm Frame , Nice Appearance
10. Stainless Steel Cover, Color Optional
11. Easy to operate, Maintain
12. Safety Always First
13. Accessory Service Available
Applications:
1. Municipal Environmental Cleaning
2. Woodworking, Stone Factory
3. Industry
4. House hold General Cleaning
5. Car Cleaning
Working display:
Powerful and Stable for High Performance Washing
Transportation
We support to arrange delivery to buyer’s destination by Air, by
Sea, or Express.
We normally send goods from Shanghai or Ningbo. If from other port,
we will charge for logistic fee, the cost is depends on the
delivery distance.
We suggest buyer to make insurance for goods, to avoid any loss in
transportation.
What you should know about high pressure washer
CU(cleaning unit )=PSI(pounds per square inch)*GPM(gallons per
minute)
CU(cleaning unit ):cleaning unit is multiplying PSI by GPM, useful comparing models ,
the higher CU the more cleaning power your pressure washer has .
PSI(pounds per square inch):A pressure washer’ PSI rating is the maximum amount of force
(pressure ) discharged by the pressure washer .The higher the PSI,
the more cleaning power available and the more things you will be
able to clean .
GPM(gallons per minute):A pressure washer’s GPM rating refers to the water flow during one
minute of operation . The higher the GPM , the faster you will be
able to clean .
Operator errors of high pressure washer that will cost you much
money
Cause 1. Running the pressure washer without water
Normally this will destroy the pressure water pump within minutes.
Cause 2.Running the pressure washer in extended by-pass
By-pass is when the pressure in on , and the trigger is off the
water is re-circulating inside the pump manifold , the water
temperature builds as time goes on . It is not allow to lets the
unit run in by-pas for more than five minutes . This is because the
heat buildup quickly damages the pump. Therefore , you have to run
off the pressure washer every time you are not going to be spraying
, even for some unit that installed with a thermal relief valve
that will release the hot water and the pump feed with cold water
to cooling down .
Cause 3.Cavitation
Cavitation is caused by air getting into your pump .The air can
damage your pump as it rapidly expands and contracts . The first
sign of cavitation is loss of pressure and a hammering noise. The
cause of cavitation is lack of water or air getting into the system
.For example , your pressure washer is rated for 4.0GPM but the
inlet hoes only provides 3 GPM, then the pressure washer pump will
try to pumping 4.0GPM.The suction due to the lack of water will
pull in air and cause cavitation. The only solution to cavitaion is
to feed your pump the required amount of water and to make sure
there are no leaks in the water inlet system .
Cause 4.Freezing
In the winter the water left in the pump after use will freeze and
possibility of damage to the pump .The typical remedy for this is
putting anti-freeze in the pump .So always keep the pump run for a
extra seconds and pump our the excess water .
Cause 5.No lubrication and lack of lubrication
High-pressure pumps, like gasoline engines , required oil to
lubricate transmission mechanism , the crankshaft, connecting rod
and plungers . The oil is needed to keep the pump parts cool and
turning freely . No oil and low oil will causes permanent damage to
the pump. When the oil leak out , or water gets into the pump oil ,
the pump parts will overheat and begin to break apart. Always check
your oil level and maintain the correct amount and type of oil in
the pump to prevent damage .
Comparison of different kind of high pressure washer
Direct –drive Gas high Pressure Washer
A “Direct Drive “ pump has a hollow shaft , which simply slides
onto the drive shaft of a engine and the flange on the pump is
mounted to the face of the engine , so the pump spins at the same
speed as the engine—typically 3,600RPM.This system has the
advantage of being simple , with few moving parts , and therefore
is less expensive .The disadvantage is by having the pump spin as
much as the engine the bearings get more war and tear , reducing
the life span of the pump .
Belt –drive Gas high Pressure Washer
Belt-drive units use pulleys and belts to slow the speed of the
pump . Where the engine spins as 3,600 RPM the pump will be slowed
from 1,100 to 1,600 RPM depending on the pulley and belt set up.
This system ensures long pump life because the bearings do not get
as much wear and the pump is isolated from the heat for engine ,
being separated by the belts and pulleys . The disadvantage of this
system is there is some loss of efficiency due to the additional
frication from the blest and pulleys and more maintenance required
adjusting the belts .
Gear-drive gas high pressure washer
Gear-drive units use an extra gear-reduction system installed
between engine and pump , Gear Drive installation will not only
keep the heat transfer down , but also make the pump turn at half
speed which will result in longer life of the pump bearings and
seals . Compared with belt drive system , the gear drive unit
features more compact and less efficiency loss . This consequently
makes such machines industrial and allows the pump continuously
running .