Deso engineers say that the contact points of the M12 connector are critical components, and if they are not properly installed, they can lead to poor contact, making the device not working properly or the signal is unstable.
If the fixing screws or buckles of the M12 connector are not tightened or installed correctly, the connector may become loose or fall off, affecting the stability and safety of the device.
If the cable of the M12 connector is not properly installed or crushed, it can lead to a short circuit or open circuit, making the device not working properly or creating a safety risk.
If the waterproof seal of the M12 connector is not properly installed or damaged, it may cause water to enter the inside of the connector, affecting the normal operation and life of the device.
The electromagnetic compatibility of M12 connectors is essential for the proper functioning of the device. If the connector is poorly grounded or not properly shielded, electromagnetic interference can be introduced, affecting the performance and stability of the device.
If the signal transmission line of the M12 connector is not properly installed or is interfered with, it can lead to a decrease in signal quality that prevents the device from being accurately detected or controlled.
Non-standard installation may cause the M12 connector to be subjected to excessive stress or a small bend radius, which can damage the connector or its cables, affecting the life and reliability of the device.
In some applications, such as automated production lines or hazardous environments, non-standard installation of M12 connectors may bring safety risks such as electric shock and fire.
Non-standard installation can make connectors difficult to disassemble and repair, increasing maintenance costs and time.
Problems caused by non-standard connector installation can lead to failures and downtime in the production process, reducing productivity.
Due to problems such as poor contact and looseness, non-standard installation may lead to an increase in the failure rate of M12 connectors, which will affect the overall reliability of the equipment.
For some high-precision sensor applications, the non-standard installation of the M12 connector may directly affect the measurement accuracy of the sensor, resulting in a decrease in device performance.
Improper installation can cause the cable to be excessively bent or subjected to excessive stress, which can accelerate the aging and damage of the cable.
In some applications, non-standard installation can lead to increased energy consumption and thus increased operating costs.