The operational stability, precision, and reliability of the JLY Planetary Stranding Machine directly impact product quality and production efficiency. Dynamic balance testing, levelness testing, and noise testing are indispensable key steps in the production process. These tests not only help identify potential issues in advance but also provide a scientific basis for equipment optimization and maintenance.

Dynamic Balance Testing
Dynamic balance testing ensures the stability of the Toronneuse planétaire JLY during high-speed rotation. The core components of the planetary stranding machine, such as the planetary gear system and stranding dies, can cause increased machine vibration if unbalanced during high-speed operation. This vibration can affect stranding quality and even damage the equipment.

During dynamic balance testing, the stranding dies and planetary carrier are mounted on specialized dynamic balance testing equipment. By rotating at high speeds, the testing equipment detects the imbalance amount and phase of the rotating components. Based on the test results, technicians eliminate the imbalance by adding counterweights or adjusting component positions.

Levelness Testing
Levelness testing is a critical step to ensure the stable foundation of the JLY Planetary Stranding Machine during operation. If the machine is not installed level, the stranding dies and wires may experience uneven forces during operation, affecting stranding quality and accelerating equipment wear.

Levelness testing is performed using a high-precision level. During testing, the level is placed on key parts of the machine, such as the base, stranding die support, and planetary gearbox, to observe the bubble position on the level. If unevenness is detected, it is corrected by adjusting the foot screws or shims.

Noise Testing
Noise testing effectively evaluates the operational status of the JLY Planetary Stranding Machine. Excessive noise not only affects the working environment but may also be an early sign of equipment failure or wear. Noise testing helps identify potential issues such as bearing wear, improper gear meshing, or loose components.

Noise testing is conducted using a sound level meter. During testing, the sound level meter is placed at a certain distance from the machine to record the noise levels at different rotational speeds. The test results are compared with the standard noise values of the equipment. If abnormal noise is detected, further inspection of related components, such as planetary gears, bearings, and stranding dies, is required.

Dynamic balance testing, levelness testing, and noise testing are essential steps in ensuring the performance and quality of the Planetary Stranding Machine during production. These tests need to be combined with the equipment's usage conditions and production requirements to establish reasonable testing cycles and standards. Strict testing and maintenance ensure that the JLY Planetary Stranding Machine maintains excellent performance in high-speed, high-load production environments.