I. Rubber Conveyor Belts 1. Standard Operating Conditions: In heavy-duty scenarios such as mining and ports, high-quality models receiving regular maintenance can achieve a service life of several tho
I. Mainstream Core and Common Tips The core principle is "Tighter, not looser; higher, not lower; backward, not forward." This is the most widely used standard tip in the industry. Tighter,
1. Misalignment caused by misaligned rollers: Adjusting the position of the head and tail rollers is the most effective method. Following the principle of "whichever side is off," correct th
1. Idler Roller Adjustment Method: Move the idler roller on the deviated side forward 1-3cm along the conveyor belt's running direction. Multiple idlers are adjusted synchronously to gradually gui
I. Scenarios Where a Shutdown is Not Required 1. For minor misalignment where the belt is not in contact with the frame and the anti-misalignment emergency stop device has not been triggered, fine-tun
I. Safety Pre-Operation Slight Deviation: No need to stop the machine. Maintain low-speed, no-load operation and ensure safety precautions are in place throughout. Severe Deviation: Immediately stop t
I. Foundation and Frame Installation Details for Deviation Prevention 1. Centerline Calibration: Using the laser-projected baseline as a reference, the centerline deviation of the entire frame length
I. Pre-installation preparation details 1. Centerline calibration: Use the centerline of the conveyor belt as the installation benchmark. The error of the centerline for a single row frame should be &
I. Pre-installation Preparation 1. Safety Verification: Disconnect the power supply to the equipment and confirm that the entire machine is in a stopped and locked state to avoid accidental start-up a
Customized non-standard PU conveyor belts are designed to overcome the limitations of standard belts, which only meet basic horizontal transport needs. Food processing production lines involve complex
I. The Hazards of Insufficient Tension 1. Frequent Slippage and Loss of Drive: Insufficient friction between the conveyor belt and the rollers makes the belt prone to slipping and idling when conveyin
1. Manual Press Method (Most Common; No Tools Required) This is a universal method for quick on-site testing: Stop the equipment. At the midpoint of the conveyor belt-between two adjacent idlers-press