UF200.TB0-ZZZX.72CV, BAUMER, ultrasonic through-beam emitter, 0–2000mm, cable 2m, 4 wires, IP67
UF200.TB0-ZZZX.72CV – ultrasonic through-beam emitter BAUMER. Range 0–2000mm. Cable 2m, 4 wires. IP67.
Rate 24,39 CZK per 1 EUR. Prices are indicative, invoicing is in Czech crowns.
Special ultrasonic sensors for double sheet, label and splice detection, through-beam detection and hydraulic cylinder position measurement. Choose the version according to the task, mounting and operating environment.
UF200.TB0-ZZZX.72CV – ultrasonic through-beam emitter BAUMER. Range 0–2000mm. Cable 2m, 4 wires. IP67.
UF200.TB0-ZZZX.72N – ultrasonic through-beam emitter BAUMER. Range 0–2000mm. Connector M8, 4 pins. IP67.
UR18.EB0.2-GP2J.9SF – ultrasonic through-beam receiver BAUMER. Range 0–2000mm. Output push-pull. Connector M12, 5 pins. IP69.
U500.EB0.2-GP2J.72F – ultrasonic through-beam receiver BAUMER. Range 0–2000mm. Output push-pull. Connector M12, 5 pins. IP67.
UR12.P50-GP2C.7BCU – ultrasonic sensor with two switch points BAUMER. Range 15–500mm. Output push-pull. Cable 2m, 5 wires. IP67.
UR12.P50-GP2C.7BF – ultrasonic sensor with two switch points BAUMER. Range 15–500mm. Output push-pull. Connector M12, 5 pins. IP67.
U300.P50-GP2J.72CU – ultrasonic sensor with two switch points BAUMER. Range 15–500mm. Output push-pull. Cable 2m, 4 wires. IP67.
U300.P50-GP2J.72N – ultrasonic sensor with two switch points BAUMER. Range 15–500mm. Output push-pull. Connector M8, 4 pins. IP67.
UF200.P25-GP2J.72N – ultrasonic sensor with two switch points BAUMER. Range 10–250mm. Output push-pull. Connector M8, 4 pins. IP67.
UF200.P50-GP2J.72N – ultrasonic sensor with two switch points BAUMER. Range 15–500mm. Output push-pull. Connector M8, 4 pins. IP67.
UF200.PA0-GP2J.72N – ultrasonic sensor with two switch points BAUMER. Range 20–1000mm. Output push-pull. Connector M8, 4 pins. IP67.
UR18.PA0.2-GP2J.9SF – ultrasonic sensor with two switch points BAUMER. Range 20–1000mm. Output push-pull. Connector M12, 5 pins. IP69.
USDK 30D9003/S14 Baumer: ultrasonic through-beam emitter, 0–700 mm, connector M12 – technical parameters and selection | TECHNOLINE
USDK 20D9003/S35A Baumer: ultrasonic through-beam emitter, 0–1000 mm, connector M8 – technical parameters and selection | TECHNOLINE
UEDK 20P6103/S35A Baumer: ultrasonic through-beam receiver, 0–1000 mm, PNP, normally open (NO), connector M8 – technical parameters and selection | TECHNOLINE
Ultrasonic sensor, UBE800-F77-SE2-V31, 233248, PEPPERL+FUCHS
Ultrasonic sensor (fork), /74 80x100x13, DC,pnp,no,74mm,M8 connector
UEDK 30P5103/S14 Baumer: ultrasonic through-beam receiver, 0–700 mm, PNP, complementary outputs NO/NC, connector M12 – technical parameters and selection | TECHNOLINE
BFD0001 Balluff: ultrasonic position sensor for hydraulic cylinders, range 0–80 mm, IO-Link 1.1, pressure up to 350 bar. Parameters and use at TECHNOLINE.
BFD0002 Balluff: ultrasonic position sensor for hydraulic cylinders, range 0–80 mm, IO-Link 1.1, pressure up to 350 bar. Parameters and use at TECHNOLINE.
BFD0003 Balluff: ultrasonic position sensor for hydraulic cylinders, range 0–80 mm, IO-Link 1.1, pressure up to 350 bar. Parameters and use at TECHNOLINE.
Ultrasonic sensor (fork), /114 90x140x13, DC,pnp,no,114mm,M8 connector
BFD0007 Balluff: ultrasonic position sensor for hydraulic cylinders, range 0–80 mm, IO-Link 1.1, pressure up to 350 bar. Parameters and use at TECHNOLINE.
URAR 12N8914/S14H – ultrasonic retro-reflective sensor BAUMER. Range 0–200mm. Output NPN, normally open (NO) / break function (NC). Connector M12. IP67.
URAR 12P8914/S14H – ultrasonic retro-reflective sensor BAUMER. Range 0–200mm. Output PNP, normally open (NO) / break function (NC). Connector M12. IP67.
Prices include the recycling fee.
Special ultrasonic sensors differ in measuring principle, design and the environment for which they are intended. First determine whether you need to detect an object, check material layers or measure position. Choose the group according to this task and only then compare the range, outputs and mounting.
| Sensor group | Typical task |
|---|---|
| Ultrasonic double material detection | Sheet feeding, detection of missing and multiple material |
| Ultrasonic label and splice sensors | Label detection and detection of splices in material webs |
| Ultrasonic through-beam barriers | Detection of objects between a separate emitter and receiver |
| Fork ultrasonic sensors | Detection in the fixed gap of a fork housing |
| Ultrasonic position sensors for hydraulic cylinders | Position monitoring in short-stroke hydraulic cylinders |
| Hygienic ultrasonic sensors | Diffuse sensing and through-beam barriers in hygienic stainless steel design |
| Amplifiers and evaluation units | Signal evaluation for a compatible ultrasonic head |
The Pepperl+Fuchs UDC series are used to monitor single and multiple feeding. For labelling and winding machines, compare ULB sensors for labels and UGB sensors for splices. For assessment, prepare an actual sample of the material, its thickness or grammage and speed of movement.
A split ultrasonic through-beam barrier uses a separate emitter and receiver. A fork housing holds both parts at a fixed distance. For cleaned environments, the range includes UMC stainless steel sensors and UME through-beam barriers; here also compare materials, mounting accessories and cleaning conditions.
For short-stroke hydraulic cylinders, choose specialised BALLUFF BFD sensors. The variants offered monitor position in the range 0–80 mm. Amplifiers, for example IPF UV540000,, are a different type of solution: they evaluate the signal of a compatible sensing head and are selected as part of the corresponding assembly.
Help with choosing a specific model is provided by TECHNOLINE technical support. For other versions, continue to the complete ultrasonic sensor catalogue or vyberte sensor cables and connectors.
Start with the required result: distinguishing sheet layers, labels or splices, interruption of a through-beam barrier, cylinder position or sensing in a cleaned environment. Then compare the design, speed and output of the specific series.
These devices evaluate a different task. Double material detection distinguishes the states of sound passing through layers, while a diffuse distance sensor evaluates the echo from the target. Assess the replacement according to the function of the entire assembly.
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