In modern flooring projects, the ride-on concrete laser screed serves as the pivotal piece of equipment for ensuring the flatness of large-area floor surfaces. To assist you in quickly commencing operations and achieving international FF/FL standards, we have prepared this comprehensive summary of the video operation manual.
Upon receiving the machine, the first step is to correctly assemble the leveling head onto the main body:
Physical Connection:Remove the R-pin, align the mounting holes on the hydraulic cylinder, insert a washer, and then tap the pin into place to secure the connection.
Hydraulic System (Critical Step): When connecting the hydraulic hoses, ensure that the collar on the female coupler is pulled back. If the pressure within the fitting is too high to allow insertion, use a wrench to gently loosen the screw to "bleed" the pressure; the connection can then be made with ease.
Electrical Connections:Both the vibration motor and the tilt sensor cables feature a keyed design with corresponding grooves and protrusions; ensure that the alignment keys are correctly matched before tightening the waterproof screws.
Control Panel Overview:
Proficient operation of the controls on a ride-on concrete laser screed is a prerequisite for efficient construction:
Elevation Control: The left and right hydraulic cylinders operate independently to control lifting and lowering, working in conjunction with the tilt adjustment function (raising or lowering the screed head).
Auger Distribution: Supports forward and reverse rotation switching, enabling material discharge to the right or assisting in material spreading.
Automation Core:The "Manual/Auto" toggle switch activates the laser leveling system, while the "Rough Screed" button raises the screed head 2 cm above the target elevation to facilitate preliminary material spreading.
Power Management:The main red power switch-working in tandem with the choke and electronic throttle-ensures stable engine ignition and reliable performance during high-speed operations.
Laser System Calibration:
This is a critical step in achieving high-precision concrete flooring:
Transmitter Setup: Set up the tripod and ensure the bubble level is centered; it is highly recommended to set the height between 1.8m and 1.9m.
Benchmark Elevation Acquisition: Using a handheld rod equipped with a digital receiver, adjust the device to the "0" position while resting it on a standard aluminum block (or designated reference point).
Machine Receiver Alignment:
Adjust the receiver mounted on the machine until it indicates a "Green Light" status (a red light indicates the elevation is too high, while a yellow light indicates it is too low).
Auto-Leveling Test: Activate the automatic mode and observe whether the hydraulic cylinders automatically adjust the screed head to return it to the "Green Light" status.
Verification: Prior to commencing construction, use the handheld rod to measure both ends of the vibrating screed plate once more to ensure the digital reading remains at "0".
Conclusion:
With proper installation and elevation calibration, your high-precision concrete flooring machine will demonstrate exceptional operational performance. For a more visual guide to the steps, please watch our video on the high-precision concrete flooring machine.
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If you want to know more about Hangzhou Mtecix Machinery Technology Co., Ltd. or have any questions, please feel free to contact us:
• Tel: +86-19026181533
• Email: hwaon13964985207@gmail.com
• Website: https://www.maixtec.com/contact-us
