SIH:S hydraulic system Excavator SH130-5

SIH:S hydraulic system Excavator SH130-5 System 1

SIH:S hydraulic system Excavator SH130-5

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Loading Port:: Shanghai

Payment Terms:: TT or LC

Min Order Qty:: 1 unit

Supply Capability:: 1 unit/month

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Specifications of excavator:

Working Range

Arm length	2.23 m	2.62 m	3.05 m
Boom length	5.15 m
A ( Max.digging radius )	8 670 mm	9 040 mm	9 380 mm
B ( Max.digging depth )	5 660 mm	6 060 mm	6 490 mm
C ( Max.digging height )	9 010 mm	9 240 mm	9 290 mm
D ( Max.dumping height )	6 380 mm	6 610 mm	6 690 mm
E ( Max.vertical wall cut depth )	4 720 mm	5 080 mm	5 220 mm
F ( Min.front swing radius )	2 980 mm	2 990 mm	2 980 mm
G ( Rear end swing radius )	2 450 mm	2 450 mm	2 450 mm

Dimensions

SH160-5
Arm length	2.23 m	2.62 m	3.05 m
A Overall length	8 490 mm	8 440 mm	8 520 mm
B Length from center of machine (to arm top)	6 080 mm	6 030 mm	6 110 mm
C Upper structure rear end radius	2 450 mm	2 450 mm	2 450 mm
D Center to center of wheels	3 190 mm	3 190 mm	3 190 mm
E Overall track length	3 990 mm	3 990 mm	3 990 mm
F Overall height	3 000 mm	2 960 mm	3 130 mm
G Clearance height under upper structure	1 020 mm	1 020 mm	1 020 mm
H Shoe lug height	26 mm	26 mm	26 mm
I Cab height	2 930 mm	2 930 mm	2 930 mm
J Upper structure overall width	2 540 mm	2 540 mm	2 540 mm
K Width from center of machine (left side)	1 290 mm	1 290 mm	1 290 mm
L Width from center of machine (right side)	1 250 mm	1 250 mm	1 250 mm
M Track gauge	1 990 mm	1 990 mm	1 990 mm
N Overall width	2 590 mm	2 590 mm	2 590 mm
O Std.Shoe width	600 mm	600 mm	600 mm
P Minimum ground clearance	440 mm	440 mm	440 mm
Q Handrail height	2 950 mm	2 950 mm	2 950 mm

Principle Specifications

SH160-5
Base	Boom length	5.15m
	Arm length	2.62m
	Bucket capacity (ISO heaped)	0.62m3
	Std.operating weight	16 900kg
Engine	Make & model	lSUZU AI-4JJ1X
	Rated output	89.2kW/2200 min-1
	Piston displacement	2999ml(cc)
Hydraulic System	Main pump	2 variable displacement axial piston pumps
	Max. pressure	34.3 Mpa
	(with auto power boost)	36.3 Mpa
	Travel motor	Variable displacement axial piston motor
	Parking brake type	Mechanical disc brake
	Swing motor	Fixed displacement axial piston motor
Performance	Travel speed	5.4/2.8 km/h
	Traction force	161 kN
	Grade ability	70%<35º>
	Ground pressure	40 kPa
	Swing speed	11.5 min-1
	Bucket	112 kN
	/with power boost	118 kN
	Arm	79 kN
	/with power boost	84 kN
Others	Fuel tank	300 liter
Others	Hydraulic fluid tank	90 liter

Images of excavator:

SIH:S hydraulic system Excavator SH130-5

FAQ of excavator:

Q: What are the main functions of excavators?

A: Excavator is the machine that can excavate the the soil of various types forcefully and then using hydraulic system a hydraulic force is generated and utilizing this force bucket is exchange with some other attachments then excavator can be used for multi-purpose. For exemple pile diver, hydraulic jack hammer etc...

Q: What are the main type of excavators?

A: Crawler excavator; Wheel excavator;

Q: What is the application of excavators?

A: The excavator has increased the work speed tremendously. It is used extensively in numerous fields, including the following:

•Wood removal in forests

•Normal grading work and landscaping

•Cutting of brushes with attachments

•Demolition of structures, and removal of debris

Q: Just asking, can't find the answer on their site: I don't see why not. If there was an issue im sure you would have found something regarding restrictions.

Q: When did excavators first come out?.: In the current social construction, excavators are becoming more and more integrated with our daily life. The excavator is the earliest human or animal power for digging deep river dredger, bucket capacity is generally not more than 0.2~O.3 cubic meters. The first excavator manual has been developed for more than 130 years of history, has experienced a gradual development process of automatic hydraulic excavator driven by steam rotary bucket excavator to the internal combustion engine and electric drive rotary excavator, application of mechatronics technology during the. 2012-4-15 22:37:57 upload download attachment (7.39, KB)American Otis 1833~1836, the design and manufacture of the first steam engine, composite structure, semi rotary, rail mounted single bucket excavator, productivity is 35 cubic meters per hour, but because of poor economy without application. The improved steam shovel was formally produced in 1870s and applied to strip stripping. In 1880, the first semi - rotary steam shovel with tractors as the chassis appeared.From the early twentieth Century to the late 40s, excavators entered the stage of diversification of power and walking equipment.In 1910, there was the first motor driven single bucket excavator;In 1912, there was a full rotary single bucket excavator driven by gasoline engines and kerosene engines;In 1916, a single bucket excavator powered by diesel generators was produced;In 1924, diesel direct drives began to be used on single bucket excavators; crawler walking devices were introduced in 1910. With the development of the automobile industry, the tire walking device is widely used in small excavator.In 30s, a walking device appeared.Due to the application of hydraulic technology, a suspension excavator equipped with hydraulic backhoe was installed in the tractor in 1940s.

Q: I'm going to build a sign on my land that is approximately 30m x 12m and 3m above the ground.I want to design and construct it myself, so please look at my plans and tell me what I need to improve/fill in the blanks.16m I-beam (x12) (12m high sign + 3m above ground + 1m below ground to footings)Corrugated sheets for panel face30m steel pipe (x12) (to run horizontally to connect the corrugated sheets, and then I-beams connect to steel pipes)Footings (spread footings)excavate 1m for the footings using excavatorcompact soil using vibrating plate compactorpour concrete for footing?how do I make the footing and attach the I-beams?place sign structure with a crane truckThanks, and if I successfully make it I'll send some money to whoever helped me the most in a few months.: How many verticle I beams are you using? The foundation needs to go below the frost line. The strength depend on exact conditions of soil etc. However 1 meter does not seem deep enough for that size sign. But it depends on the spacing of the I beams. Also depends on where the sign is and what damage it may cause if it blows over.

Q: How big of construction jobs can these do and can someone make a good living owning one where there is always construction going on? What kind of jobs and how big a job can these machines do?: Small track hoes are used in jobs large and small. In almost any construction job, there are tight places that you can't work around with a large hoe. If you are digging a trench for a single electrical duct, you may only need a 6 wide trench, 3' deep. It would be almost silly to use a big machine for this work. Doing utility work in subdivisions where you have to work around fence lines and structures, a small hoe makes sense. But, you would also be in competition with the ditch witch equipment which come in walk-behind models, which are fun to use by the way. Something to consider - it is very easy for a contractor to rent a small piece of equipment to perform a few tasks that are subsidiary to a large job, rather than take on an additional subcontractor to perform the work, just because he happens to own the small machine required. Some contractors rent, rather than own, most of their trucks and machinery. So with only this one piece of equipment, you may not get many jobs on large construction sites. That leaves small jobs for homeowners or small businesses. I rented a nice little trackhoe that stated a 7' reach, or maximum trench depth. In actuality, that depth can only be achieved directly below the machine, so 4' to 5' was the maximum depth of trench I could actually attain. It had a small dozer blade that I thought would save me renting an actual dozer, but this blade almost seemed like a design after thought and was impractical for most conventional use. I ended up returning the machine and renting a dozer anyway.

Q: My thoughts are (since it really is a huge, run down area of landscaping in the front of our house) is to rent a small/med/large? excavator and literally rip out all of the remaining, overgrown landscaping old, large cement steps that are in place. It is a huge job to do by hand the last landscaper I spoke with quoted me 2-3 grand or more, we would really rather do this ourselves save alot of money if possible!: If you don't know how to run an excavator, you'll more likely cause more than 2-3k damage. Plus, unless your a certified operator, they wont let you rent one anyways, and they are outrageous to rent. Hire someone to just do the excavation, and do the rest yourself. If you insist on removing the shrubbery on your own, cut it down and yank the roots out with a chain and 4wd truck. As far as the concrete, well unless you want to spend the entire summer breaking it up and hauling it off...disposal wont be cheap, you'd be better to hire it out. See if you can find a small independent who will give you a better price. They're out there and hungry, shop around.

Q: Is the excavator a motor vehicle?: No, not on the road. It needs a car to carry it.

Q: Last summer while vacationing on the Texas coast, I had a long conversation with a man in the pool about his job. He was telling me he worked long hours, 7 on and 7 off (days), had a company truck to drive to work from his home, and made great money. He and his son did the same work.He basically described his work as sitting in an excavator for long hours, spinning the bucket to mix up waste oil with a detergent to make it safe for disposal?I was starting to think of a new job, and have been kicking myself for not getting his contact information on the spot. I have looked up oil field jobs, but have been unable to find the job he described.Any help identifying this position from an oil field worker out there?: This okorder /

Q: Hi, i am creating a diy enclosure for my leopard gecko with a rock like substrate and walls using expanding foam. I would like to use a substrate to stick to the foam such as calci sand, childs play sand or zoo meds excavator clay.Impaction shouldnt be an issue as the substrate will be 'stuck' to the foam.Has anyone got any ideas as to which would look the best in a desert set up and whether it sounds as safe as i imagine?Many thanks: I used expanding foam in a similar fashion in a 100 gallon custom setup I did for dart frogs, only I used it to create a background and didn't use it on the bottom. Substrate won't stick well to the foam, and what the terrarium builders do who are building custom setups like this is to let the foam dry really well, then get some tubes of silicon in a caulking gun, and get some rubber gloves. Flip the aquarium onto its back gently so the back is now the bottom, and squirt out a bunch of the silicon and smear it around carefully covering the entire surface. Then as quickly as you can while the silicon is still very fresh, throw your sand (I would suggest calci sand or another digestible sand) all over it. Throw on more than you think you need, so it is well covered. when you flip the tank right side up all the excess sand will fall onto the bottom glass and you can either vacuum it out or you can use a small hand brush and small dust pan to get it out. This method works perfectly, and yes it does look very cool when it is all done.

Q: Excavator drivers abroad labor groups: And we are witnesses of Hanban Chinese teachers Department CETTIC certification IPA Certified International Chinese teacher qualification exam only three institutions, two certificate commitment one-stop employment, help you houguwuyou!

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