FURD Hydraulic Drive Laser Concrete Floor Leveling (FDJP-23)

FURD Hydraulic Drive Laser Concrete Floor Leveling FDJP-23

Traditional floor construction usually adopts manual formwork and vibrators vibrating for concrete leveling, manually operated floor often has defects of uneven compactness, poor flatness and low work efficiency and so on.
The laser control system can monitoring the height of floor by laser feedback adjusting. This ensures the level flatness,dense and homogeneous of the floor.

Technical Parameter:

SPECIFICATIONS FOR FDJP-23 Laser Screed
Engine Model	HONDA GX390 Electric Start	Screed Head Type	Self-levelling
Type	Gasoline Engine,Air Cooled, 4 Stoke, OHV, Single Cylinder	Screed Width	2500mm
Power	13HP/6.6kw/3600(r/min)	Exciting Force	500N
Lubricant L	1.12L	Vibration Frequency	50Hz
Fuel Consumption	313g/kwh	Screed Plate Level Control	Proportional Control
Drive	Hydraulic Motor	Laser Control Type	Microcomputer Laser Scan
Wheel	Solid Puncture-proof Tyre	Operation Mode	Walk-behind
Running Speed	0-50m/min	Forward and Reverse	Hand Grip Control, Infinitely Variable Speed
Working Speed	5m/min	Steering	Hydraulic Control
Fuel Oil Volume	6.5L	Machine Size	2237X2643X2031mm(LxWxH)
Hydraulic Oil Volume	25L	Weight	400KG

Features

1) This product can pave the concrete base,trowel the concrete and vibrate it to smooth. The work efficiency will be improved because the machine can set the height of elevation automatically, and the operator can finish the working area fast and efficiency.

2) This product is small, light, easy to operate, with reasonable price, 6.6Kw of Honda petrol engine ,strong start capability, and run more smoothly.

3) Adopts hydraulic transmission technology. Compare with other transmission methods, the transmission power are same, but hydraulic transmission device has light weight, compact volume, realize infinitely variable speed, wide range of speed, able to revise frequently and quickly, working steady. Combined with electric control to make the action and operation of the whole machine to realize automation.