| Customization: | Available |
|---|---|
| After-sales Service: | Engineers Available |
| Warranty: | 15 Months or 1500 Working Hours |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Scope of Application:
LTC203P front drum rear tire hydraulic drive combined roller, applicable for maintenance of municipal roads,as well as the compaction of the narrow road surfaces such as groove foundation, building construction, pipeline backfll and stadium.
Main Features:
· Hydraulic double wheels drive,Hydraulic double wheels vibration and steering, with reliable performance and optimum function/price ratio.
· LTC203P hydraulic front and rear wheels drive, hydraulic front drum vibration.
· Adopt N390B diesel engine, very convenient for use and maintenance.
· Both front and rear wheels have scraping and water spray nit,advanced sprinkler pump system can achieve intermittent,greatly expanded mechanical proper working condition.
· Compact integral structure, small volume, capable of used for compaction on narrow site.
· LTC203P rear tire formed by four smooth tire,effectively improve the quality of compaction of asphalt pavement,greatly imprpve the climbing ability.
· LTC203P High-end seats,has greatly enhanced operator comfort,reduce fatigue.
| Main Technical Parameters: | |
| Model | LTC203P |
| Operating mass | 3000kg |
| Static linear load | Front 136/ Rear180N/cm |
| Vibration amplitude | 0.5mm |
| Centrifugal force | 30Kn |
| Vibration frequency | 50Hz |
| Max Travel speed | 0-12Km/h |
| Ground clearance | 320mm |
| Electrical voltage | 12v |
| Grade ability | 30% |
| Overall dimension (LxWxH) | 2760x1400x2520mm |
| Drum diameter | 700mm |
| Drum width | 1250mm |
| Quantity of rear tire | 4Pic |
| Specification of rear tire | 7.50-15 |
| Wheel base | 2010mm |
| Diesel engine power | 26.5Kw |
| Diesel engine model | ZN390B |
| Water tank capacity | 200L |
| Ship | 2units/20GP4units/40HQ |
| Our Products will be continuously improved with the progressing of the technique, So please indicate the difference between the listed parameters in the sample sheet and structure features and take material object as the standard. |
){kind=link}