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Foto reale U1KT con Soundpipe

Cu­sto­dia pic­co­la – nu­cleo in­tel­li­gen­te: Sen­so­re a ul­tra­suo­ni in mi­nia­tu­ra U1KT

I sen­so­ri a ul­tra­suo­ni U1KT sono di­spo­ni­bi­li in forma mi­nia­tu­riz­za­ta e pos­so­no es­se­re uti­liz­za­ti sia nel fun­zio­na­men­to a con­tat­to che a bar­rie­ra. Le di­men­sio­ni ri­dot­te e la leg­ge­rez­za li ren­do­no idea­li per spazi par­ti­co­lar­men­te ri­stret­ti. Gra­zie alla loro forma co­strut­ti­va com­pat­ta e alla zona cieca mi­ni­ma, que­sti sen­so­ri di di­stan­za a ul­tra­suo­ni sono per­fet­ti per il mon­tag­gio in si­tua­zio­ni di prossimità ri­stret­te. Sono idea­li per il ri­le­va­men­to di og­get­ti tra­spa­ren­ti, lu­ci­di e scuri, nonché di su­per­fi­ci ri­flet­ten­ti e di una vasta gamma di ma­te­ria­li.

Hi­ghlights in sin­te­si

Ro­bu­sta cu­sto­dia mi­nia­tu­riz­za­ta 1K
(32 × 16 × 12 mm) 
Modalità operativa U1KT
Possibilità di fun­zio­na­men­to a ri­fles­sio­ne, a bar­rie­ra o sin­cro­no
Modalità operativa U1KT
Pic­co­la zona cieca
Modalità operativa U1KT
Re­strin­gi­men­to del cono acu­sti­co

Il vo­stro van­tag­gio

Foto reale U1KT su sfondo nero

In­gom­bro ri­dot­to e ro­bu­stez­za

  • Forma mi­nia­tu­riz­za­ta (32 × 16 × 12 mm) per spazi ri­stret­ti
  • Pre­sta­zio­ni af­fi­da­bi­li in fasce di tem­pe­ra­tu­ra estre­me da –30 a +60 °C
  • Im­pie­go in am­bien­ti dif­fi­ci­li gra­zie al grado di pro­te­zio­ne IP68
Foto reale U1KT su sfondo nero

Co­mu­ni­ca­zio­ne in­tel­li­gen­te

  • Tra­sfe­ri­men­to dati e ra­pi­da con­fi­gu­ra­zio­ne del sen­so­re tra­mi­te IO-​Link 1.1
  • Sem­pli­ce im­po­sta­zio­ne dei punti di com­mu­ta­zio­ne tra­mi­te tasto Teach
Foto reale U1KT Applicazione Foilpuller

Sva­ria­te fun­zio­ni e ap­pli­ca­zio­ni

  • Di­spo­ni­bi­le con ten­sio­ne e usci­ta di com­mu­ta­zio­ne
  • Possibilità di fun­zio­na­men­to a ri­fles­sio­ne, a bar­rie­ra o sin­cro­no
Foto reale U1KT Applicazione Foilpuller

High Per­for­man­ce

  • Wor­king range in re­flex mode ope­ra­tion up to 400 mm
  • Wor­king range in through-​beam mode up to 800 mm
  • Ac­cu­ra­te re­so­lu­tion of 0.5 mm

Ap­pli­ca­tion Video: Pro­tec­ti­ve Foil Pro­ces­sing with Ul­tra­so­nic Di­stan­ce Sen­sors

Pre­ci­se de­tec­tion of trans­pa­rent sur­fa­ces is one of the most de­man­ding tasks in the au­to­ma­tion in­du­stry. To meet this chal­len­ge, Foil­pul­ler GmbH, an ex­pert in the pro­ces­sing of pro­tec­ti­ve foils, re­lies on the po­wer­ful ul­tra­so­nic sen­sor U1KT001. This sen­sor ena­bles re­lia­ble de­tec­tion of ob­jec­ts re­gard­less of their ma­te­rial, thic­k­ness or color and can be op­ti­mal­ly in­te­gra­ted into small sy­stems thanks to its ex­tre­me­ly com­pact di­men­sions of only 32 × 16 × 12 mm.

Ul­tra­so­nic Tech­no­lo­gy

Ultrasound operating mode GIF

Func­tion of the Sound Run­ti­me Mea­su­re­ment

Ul­tra­so­nic di­stan­ce sen­sors use the prin­ci­ple of sound run­ti­me mea­su­re­ment. The ac­ti­ve sur­fa­ce on the front part of the sen­sor emits ul­tra­so­nic waves that are re­flec­ted by the ob­ject and re­cei­ved by the sen­sor. The ul­tra­so­nic sen­sors cal­cu­la­tes the di­stan­ce to the tar­get ob­ject by mea­su­ring the time bet­ween the emis­sion and re­ceipt of the sonic pulse.

Ty­pi­cal ap­pli­ca­tions: 
  • Di­stan­ce mea­su­re­ment
  • Fill level mo­ni­to­ring

U1KT sound propagation representation

Nar­ro­wing of the Sonic Cone by Sound­pi­pe

The sound­pi­pe nar­ro­ws the sonic cone of the U1KT ul­tra­so­nic sen­sors. The use of the sound­pi­pe pre­ven­ts ob­jec­ts in the edge area of the sonic cone from being de­tec­ted. Pre­ci­se sound gui­dan­ce ena­bles you to pre­ci­se­ly mea­su­re and de­tect small ope­nings and bo­re­ho­les as well as re­lia­bly de­tect fill le­vels in small con­tai­ners.


Pos­si­ble Uses for Mi­nia­tu­re Ul­tra­so­nic Sen­sors

Con­tro­le de nível de en­chi­men­to

Icon Fill level monitoring with ultrasonic sensors

Film Tear Mo­ni­to­ring

Mo­ni­to­ra­men­to da al­tu­ra da pilha

Icon Stack height monitoring with ultrasonic sensors

Con­tro­le de presença

Icon Presence check with ultrasonic sensors

Other Applications

Fill Level Monitoring in the Feed Technology

To reliably replenish the supply of screws, rivets or bolts in vibratory bowl feeders, the fill level must be constantly monitored. The vibration of the container separates the objects down a spiral chute and transports them away which depletes the supply in the feeder. 


 

End Position Check of Panels in Buffer Storage

In the furniture industry, wood or plastic is processed in panels. Before processes such as sawing, they are temporarily stored in an automated buffer storage facility. Ultrasonic sensors are installed between the narrow conveyor rollers to detect the presence and end positions of the panels in the storage racks. 

Foil Tear and Fill Level Monitoring

In automated filling systems in the hygienic materials industry, bottles of disinfectant gel must be checked for the correct fill level after filling. For this purpose, an ultrasonic distance sensor is installed above the turntable with the separated plastic bottles. 

Fill Level Monitoring in the Feed Technology

To reliably replenish the supply of screws, rivets or bolts in vibratory bowl feeders, the fill level must be constantly monitored. The vibration of the container separates the objects down a spiral chute and transports them away which depletes the supply in the feeder. 


 

End Position Check of Panels in Buffer Storage

In the furniture industry, wood or plastic is processed in panels. Before processes such as sawing, they are temporarily stored in an automated buffer storage facility. Ultrasonic sensors are installed between the narrow conveyor rollers to detect the presence and end positions of the panels in the storage racks. 

Foil Tear and Fill Level Monitoring

In automated filling systems in the hygienic materials industry, bottles of disinfectant gel must be checked for the correct fill level after filling. For this purpose, an ultrasonic distance sensor is installed above the turntable with the separated plastic bottles. 

Fill Level Monitoring in the Feed Technology

To reliably replenish the supply of screws, rivets or bolts in vibratory bowl feeders, the fill level must be constantly monitored. The vibration of the container separates the objects down a spiral chute and transports them away which depletes the supply in the feeder. 


 

Pro­duct Over­view Mi­nia­tu­re Ul­tra­so­nic Sen­sors

Product overview U1KT
产品 工作范围 输出端 连接方式
U1KT001 漫反射传感器： 
30…400 mm

对射型传感器：
30…800 mm		 2 个 PNP 开关量输出端 M8 × 1；4 针
U1KT002 2 个 NPN 开关量输出端 M8 × 1；4 针
U1KT003 2 个 PNP 开关量输出端 200 mm 电缆 + M12 × 1；4 针
U1KT004 PNP 反效开关量输出端 M8 × 1；4 针
U1KT006 1 个开关量输出端
1 个模拟量输出端		 M8 × 1；4 针

配件：U1KT 超声波传感器的声管

产品 工作范围
Z1KG001 漫反射传感器：35…240 mm

对射型传感器：35…600 mm
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