PRODUCT NAME:Semi-electric Stacker SPM1016/25/30
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 1000 unit/month
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| PRODUCT INTRO |
Strong robust and classical design |
Semi-electric stacker
Residual Capacity at different lifting height
1KG=2.2LB 1INCH=25.4MM
Up to h3 mm | ACTUAL CAPACITY(Q)kg | |
1500 | 1000 | 500 |
2500 | 1000 | 400 |
3000 | 600 | 300 |
Load centre distance (C)mm | 600 | 800 |
1KG=2.2LB 1INCH=25.4MM
Characteristics | 1.2 | Model of manufacture | SPM1016 | SPM1025 | SPM1030 | |
1.3 | Drive:(electric-battery or mains,diesel, petrol,fuel gas,manual) | manual | ||||
1.4 | Type of operation(hand,pedestrian,standing, seated,order picker) | Pedestrian | ||||
1.5 | Load Capacity /rated load | Q(Kg) | 1000 | |||
1.6 | Load center distance | C(mm) | 600 | |||
1.9 | Wheelbase | y(mm) | 1210 | 1210 | 1210 | |
Weight | 2.1 | Weight(including battery) | Kg | 350 | 495 | 495 |
Wheels | 3.1 | Tyres(solid rubber, superelastic, nylon, polyurethane) | Nylon/PU | |||
3.2 | Tyre size,front | mm | 180x50 | |||
3.3 | Tyre size,rear | mm | 74x70 | |||
3.5 | Wheels, number front/rear | 2/4 | ||||
3.6 | Track width,front | b10(mm) | 680 | |||
3.7 | Track width,rear | b11(mm) | 400/490 | |||
Basic | 4.2 | Lowered mast height | h1(mm) | 1980 | 1830 | 2080 |
4.4 | Lift height | h3(mm) | 1600 | 2500 | 3000 | |
4.5 | Extended mast height | h4(mm) | 1980 | 3070 | 3570 | |
4.9 | Height of handle min./max. | H14(mm) | 790/1156 | |||
4.15 | Fork height lowered | h13(mm) | 85 | |||
4.19 | Overall length | L1(mm) | 1720/1570 | 1720/1580 | 1720/1580 | |
4.2 | Length to face of forks | L2(mm) | 610/670 | |||
4.21 | Overall width | b1(mm) | 777 | |||
4.22 | Fork dimensions | s/e/l(mm) | 60/180/1100 | |||
60/150/900 | ||||||
4.25 | width over forks | b5(mm) | 570 | |||
330~640 | ||||||
4.33 | Aisle width for pallets 1000x1200 crossways | Ast(mm) | 2235 | |||
4.34 | Aisle with for pallets 800x1200 lengthways | Ast(mm) | 2175 | |||
4.35 | Turning radius | Wa(mm) | 1400 | |||
Performance | 5.2 | Lift speed, laden/unladen | mm/s | 90/140 | ||
5.3 | Lowering speed, laden/unladen | mm/s | 120/100 | |||
5.11 | Parking brake | Manual | ||||
E-Motor | 6.2 | Lift motor rating at S3 15% | kw | 1.5 | ||
6.4 | Battery voltage, norminal capacity K5 | V/Ah | 12/150 | |||
6.5 | Battery weight | Kg | 45 | |||
- Q: What's the difference between an automatic watch and a mechanical watch?
- Manual mechanical watch, hand chain movement, through the rotation of the watch's head, the watch movement in the main spring full string, through the spring fully push the gear operation, push the pointer to leave. Automatic mechanical watches, automatic power chain movement is to rely on the movement within the pendulum weight driven, when wearing the watch will drive the pendulum swing arm to rotate, and drives the table as the mainspring watch chain, push away
- Q: What exactly does machinery sale do?
- Whereas party a hope by Party A Party B as its sales of products (hereinafter referred to as "products"); and Party B has given approval to sell those products of power, ability, manpower, facilities, and any required government permission
- Q: There are many types of gadgets and machinery stuff made by mechanical engineers. But what kinds are the most focus on and most popular?
- Mechanical engineering is a very broad topic. You can work on things from weaponry to air-conditioning and heating. It is very hard to determine exactly what the most popular branch of mechanical engineering is because mechanical engineers can branch out to almost any field and do almost anything that is related to engineering. For example a mechanical engineer has background in thermodynamics, statics, dynamics, and fluid mechanics so a mechanical engineer can go into almost any engineering field knowing at least a little bit of background.
- Q: that question is related to basic fluid machinery... the reaction turbines, when running are full of water that is the water is all around the vanes but in the analysis we use to draw a single line representing the inlet velocity why?????
- resultant force acts on the line
- Q: Any one no og some good pec exercises i can do without machinery or equpitment? i no of the obv. push up but i was thinking more of like a seated work out thx
- Impossible without machinery to do it properly mate, get some dumbells and do either dumbell flys or incline chest presses (for upper pec workouts - it's WAY harder than lower pec)
- Q: If I were looking to start a small hospital in a poor country that was capable of doing surgery and providing basic care, how much would the machinery and supplies cost?
- ya cause I price out those items all the time ? 20,0000..... plus shipping !
- Q: From what I understand, Christians are under the impression that they could be raptured from earth at any moment. Are you a danger to society if you could disappear in the blink of an eye while speeding down the freeway at 80 mph?
- you are suppose to go on in everyday life so that means driving but always be really because only god knows when the rapture will happen
- Q: I know during the late 1800's or early 1900's gigantic farm machinery was in use. However, I'm having trouble finding information about it online. When I say big I mean like house sized machinery that moved to take care of huge fields. Know where I can find any information on this?
- where you can see a tractor from Port Huron. I saw one operating at a tractor show in N. Georgia just a couple of months ago. Still works and worked a farm until about 1985
- Q: I can't even understand what the hell this question is saying...
- Your question specifically asks about BALL bearings. (There are many other types of bearing). Most machines have moving parts. Moving parts cause friction. Friction causes heat and wear. Your question is saying. How can bearings minimise these problems ?...Here's a full explanation. A ball bearing has an inner and an outer raceway. (Like a track in which the balls will run). Bearings support the weight of the machine shaft that runs through the inner raceway. The shaft bearings are situated in lubrication (oil) baths within the machine casing. The lower half of the casing is now taking the full weight of the shaft and bearings. The AREA (due to their being spheres) of each of the balls in contact with the raceways is very, very small. Therefore the ability of the shaft to rotate with little friction, is far, far easier than a shaft rotating in full contact with another surface. There is still some friction and heat tends to build up..This is where the lubrication comes in.. The oil helps to reduce friction and carry away heat. It also seals against oxidation (rusting) of the metal and keeps it clean. (In weight I'm talking about Kilograms or tons or pounds as is normal in industry not Newtons as in scientific uses).
- Q: What are the core technologies involved in the core components of construction machinery?
- 1, the core components of construction machinery core technology in which areas are possible, as long as we do not know the technology, only a few people know, and this technology is also a lot of applications, this is called the core technology.
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PRODUCT NAME:Semi-electric Stacker SPM1016/25/30
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 1000 unit/month
OKorder Service Pledge
OKorder Financial Service
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