ShieldScan® Door Protection Sensor
An it-isn’t-stylish-and-doesn’t-protect-you bike helmet, an I-think-I’d-rather-not-crash airbag, and a well-at-least-it’s-round lifesaver—perfect examples that nothing should be just a little safe! The same applies to automatic door protection. The ShieldScan door protection sensor ensures complete safety for your swing doors in accordance with EN16005. Learn more about the new sensor generation that combines innovative technology, easy commissioning, and minimalist design without any compromises.
The new ShieldScan for door protection uses time-of-flight technology. This calculates distance based on the travel time of a beam of light and allows safe and millimeter-accurate measurements with high repeat accuracy and short response times. With an optimized beam geometry, the sensor is tailored to the different requirements of the three door areas. Thus, the ShieldScan monitors the main closing edge, the door leaf, and the secondary closing edge with its specially aligned individual beams. It reliably detects if a person or object interrupts the protective beams. Depending on the height and width of the door to be protected, the beam path adapts to the door conditions.
This scan area protects the zone at the main closing edge. Due to the exposed beam path, the sensor always detects past the handrail and does not hit the door handle.
This beam area surrounds the secondary closing edge. Due to the curved beam field at the hinge edge, the ShieldScan detects lateral gripping. This ensures optimized protection between the door frame and the hinge. This helps users achieve the best pinch protection available on the market.
This beam path secures the leaf of the automatic door. The door stops moving if the protective field is interrupted by a person or an object.
Consisting of basic housing and a cover, the ShieldScan can be mounted with only a few steps and a maximum of three screws on the secondary closing edge. One sensor per door side is sufficient to secure the entire door leaf. During commissioning, the sensor system first memorizes the distance to the ground. Using intuitive gesture control, the distance to the main closing edge (door width) is first defined and, during subsequent door travel, the maximum opening angle of the door is defined. Thanks to the one-teach function, subsequent adjustments of the tilt angle are possible without having to repeat the teach-in process.
The sensor has a dynamic, angle-dependent adjustment of its protective field, therefore, an explicit teach-in of a wall behind the opened door is not necessary. When the door is opened, the individual beams of the protective field are faded out, one after the other, until the maximum door opening angle is reached. Changes behind the open door are thus ignored. This enables smooth operation, even with changed environmental conditions such as plants.
The ShieldScan door protection sensor features a cubic, narrow plastic housing for inconspicuous installation—for example on glass doors with particularly narrow door frames.
With its optimized housing design, the sensor seamlessly fits into any door design!
Do you have any questions about the ShieldScan door protection sensor? We are happy to help you! Simply send us a message or arrange a personal consultation with one of our experts.
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ООО «Пепперл и Фукс» - Взрывозащищенное оборудование
123007
Россия
Москва
4-ая Магистральная, д.11
Строение 1, 8 этаж
info@ru.pepperl-fuchs.com
+7 495 995 8842
ООО «Пепперл+Фукс Аутомейшн» - Промышленные датчики
195197
Россия
Санкт-Петербург
корп. 2, лит. З, офис 228
Кондратьевский пр., д. 15
office@ru.pepperl-fuchs.com
+7 812 677 4848