Is the Sensitivity of the Safety Edge Adjustable?
The Sensitivity of the Safety Edge is Adjustable.
This feature allows the safety edge to adapt to the safety needs of different scenarios, providing more flexible and comprehensive safety protection. The exact manner in which the sensitivity is adjusted may vary between different makes and models of safety contact edge, but in general, the user can change the sensitivity by adjusting or adjusting the sensing element or control system inside the safety edge. For example, in situations that require a high degree of sensitivity, such as food processing plants or medical facilities, the edge sensitivity can be set higher to ensure that even the slightest approach of an object can be detected in time to trigger the appropriate safety measures. In some of the more efficient requirements for the passage of the occasion, such as logistics centers or parking lots, users can set the sensitivity of the edge of the relatively low, in order to reduce unnecessary downtime, improve the operational efficiency of equipment.
It should be noted that the sensitivity of the safety edge must be carefully adjusted to ensure the safety of personnel at the same time, does not affect the normal operation of the equipment. In addition, the user must regularly check and maintain the safety contact to ensure that it is always in good working condition.
Higher Sensitivity Does Not Mean Greater Safety Edge Protection
Sensitivity refers to the speed and sensitivity of the safety edge to external signals (e.g. pressure, contact, etc.). High sensitivity means that the safety edge is able to detect small external changes more quickly and trigger the appropriate safety measures in a shorter time. However, this does not mean that a high-sensitivity safety edge will provide greater protection. A number of factors must be taken into account when determining the protective field, including
Equipment size: The physical dimensions of the safety edge sensor, such as length and width, directly determine the area it can cover.
Installation location: The pressure sensitive devices must be installed in key locations in potentially hazardous areas to provide real-time monitoring and protection of those areas. The choice of mounting location affects the actual protection provided.
Work environment: Different working environments have different requirements for security sensing edge. For example, in wet, dusty or corrosive gas environments, it is necessary to select a safety contact with the appropriate degree of protection to ensure that it functions properly and covers the required area of protection.
Balance sensitivity and stability: Although high sensitivity can improve the response speed of the safety edge switch, too high a sensitivity can also lead to false tripping or instability. Therefore, the relationship between sensitivity and stability must be balanced according to the specific needs of the application.
DB-PSE Series｜Safety Edges｜DADISICK
Detection method: pressure sensing method
Maximum sensing angle: <90°
Trigger force: ≥ 25N-250N
Protection level: IP65
Response time: 13ms
Mechanical life: ＞3000000 times
Trigger force: ≥ 25N-250N (according to specifications and usage)
Maximum sensing angle: <90°
The safety edge and the corresponding safety relay constitute a control area. Each control unit may be a safety edge or multiple safety edges connected in series to form a control area. It is possible to connect up to several safety edges in series. Please note that the maximum length of a control area (including link cables) should not exceed 100 meters.mple Content
Safety Precautions for Safety Edge Adjustment
Safety first: When adjusting the sensitivity of the safety edge, always make sure the equipment is shut down and the power is disconnected to prevent accidents.
Adjust gradually: Do not adjust the sensitivity level too high or too low each time, DADISICK recommends to adjust and observe the results to avoid false triggering or missed detection.
Record data: During the adjustment process, DADISICK recommended to record the sensitivity and actual results after each adjustment to facilitate the subsequent analysis and optimization.
In conclusion, the adjustment of the sensitivity of the safety edge must be handled flexibly according to the specific situation and follow the operating procedures recommended by the product manual and the manufacturer.
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