Measuring Turning Radius Parameters on Counterbalance Forklifts

Turning radius is one of the most core operation parameters for counterbalance forklifts, which directly determines the reasonable channel width planning of warehouse scenarios, the actual passing efficiency of equipment, and the overall operation safety level of on-site work. Standard and accurate measurement of turning radius parameters can provide reliable reference data for equipment management personnel and site planners, effectively avoid unreasonable space design and hidden safety risks caused by parameter deviation. Before starting the formal measurement work, operators need to make full pre-preparation work first. The forklift should be adjusted to standard no-load state, check that the tire pressure of all tires meets the rated specified value, the test site must be a flat, hard horizontal solid ground without obvious slope, sundries or obstacles, and set up a clear safety warning area around to prevent irrelevant personnel from entering the operation range by mistake. Next, operators need to turn the steering wheel of the forklift to the maximum limit angle, keep the vehicle body in a stable static state, mark the reference point at the outermost protruding position of the vehicle body that is closest to the steering center, then control the forklift to drive at the lowest stable speed to complete a full 360-degree steering movement, keep the steering angle completely fixed during the whole process, avoid sudden acceleration, deceleration or steering adjustment. After the whole steering movement is completed, use professional measuring tools to mark the outermost circumference of the movement track of the previously set reference point, the radius of this circle is the minimum outer turning radius of the counterbalance forklift, then find the innermost protruding part of the vehicle that will not touch the ground, mark its movement track to measure the minimum inner turning radius, both two parameters should be recorded completely. After the measurement is completed, the obtained data should be compared with the official rated parameters of the equipment, if the error exceeds the normal allowable range, the staff should check the wear condition of the steering system and the deformation condition of the tires in time, to eliminate potential hidden faults. Mastering the standard measurement method of turning radius parameters can help warehouse operators make full use of storage space, reduce unnecessary site waste, and greatly reduce the risk of collision between forklifts and shelves or goods during the steering process. If you have related demands for electric forklift parameter detection and daily maintenance, you can contact Jianshu New Energy, you can also consult the professional technical support team of BYD Forklift, and send an email to 17399989919@163.com to obtain the standardized operation guide document.