Product Description
Diesel CZPT Tiller
1. Equipment box generate
2. 10HP CZPT
3. CZPT er CZPT ful.
four. Useing for dry subject and water feild
five. As normal hooked up a single established blade
6. Use diesel engine 186FA
7. CZPT weight, straightforward operation
| Model | GP-4.2Q | GP-5.4Q | GP-8.2Q | GP-9.2Q |
| Motor Name | Gasoline | |||
| Engine Model | 170F (7HP) | 177 (9HP) | 188F (13HP) | 190F (16HP) |
| Engine Variety | 1-cylinder, 4-stroke ,air-cooled | |||
| Energy | 4.2kw/ 7HP | five.4kw/ 9HP | 8.2kw/13HP | 9.2KW / 15HP |
| Speed | 3600r/min | 3600r/min | 3600r/min | 3600R/M |
| Beginning mode | Recoil /Eletric | |||
| Fule volume | 5.8L | 5.6L | 5.6L | five.6L |
| Oil ability | .6L | .8L | .8L | .8L |
| Clutsh fashion | Plate cultch | plate clutch | ||
| Sort of push | Gear push | equipment travel | ||
| Gear shifting | 2 1 R | 2 1 R | ||
| Cultivation width | sixty-110cm | 70-110 | 70-a hundred and ten | 70-one hundred ten |
| Cultivation depth | 10-25cm | 10-25cm | 10-25cm | ten-25cm |
| Job velocity | 1-1.6km/h | 1-1.6km/h | one-1.6km/h | 1-1.6km/h |
| Productivity | .035-.08hmtwo/h | .05-.1hmtwo/h | .05-.1hm2/h | .05-.1hm2/h |
| Oil use | 12-15kg/hm2 | ten-15kg/hm2 | ten-15kg/hmtwo | 10-15kg/hm2 |
| N.W. | 52kg | 105kg | 115kg | 125kg |
| G.W. | 57kg | 110kg | 120kg | 130kg |
| MEAS | 84*51*63 cm | 91*fifty six*eighty four cm | 91*fifty six*84 cm | ninety one*fifty six*84 cm |
| Blade type | 4 piece 4 group dry land blades | four piece 4 group dry land blades | ||
| Wheel dimension | four hundred-8 | 400-8 | 400-8 | four hundred-8 |
| 40HQ CZPT tity | 280 PCS | 156 PCS | 156 PCS | 156pcs |
| if want electric powered start off, incorporate 65$, if want incorporate protect and light much more eighteen$ | ||||
| 20GP/40HQ | 156PCS |
Gear reducers are also called reducers. Mechanical accessories, by either of these two names, are developed to lessen the electricity transferred between the motor and the device in between the rotational speeds (revolutions for each moment). The reducer successfully lowers the rotational velocity made by the motor, thereby managing the pace at which the device runs and growing the torque made by the motor. Multiplying the torque made by the motor increases the machine’s available energy – a process acknowledged as “mechanical dominance”. In a more substantial context, equipment reducers are generally resources used to boost the efficiency of products operation.