Catalogue Overview Standart Sensors
www.pepperl-fuchs.com
print switch display
Page / 722
Make a request   
PEPPERL & FUCHS - 89045, 2906, 161952, 89910
/ 722
See other catalogues for PEPPERL & FUCHS
Text version of the page
I Output functions
npn/pnp output
The outputs of the manufacturer of ultrasonic sensors can be realised in npn or in pnp technology. The sensors in this catalogue are main­ly pnp types. In this case the load is connected to -L, at the switching output of the sensor +L is connected to the load.
Digital, parallel
The distance is issued in the form of an 8-bit data word in par­allel on three lines.
Digital, serial
These ultrasonic sensors can be parameterised via a bi-di­rectional RS 232 interface, or issue the measured distance in serial form.
Outputs:
- Absolute/relative distance in 8- or 12-bit resolution
- Switching states
- Object in measuring window (A1, A2 or NDE*, FDE*)
- Object in sensing range -etc.
* NDE = Near Distance of Evaluaton FDE = Far Distance of Evaluation
Parameterisation
- Switching distances A1, A2
- Measuring window (NDE, FDE)
- R ising/falling ramp of analogue output
- N ormally open/normally closed function
Professional filter (for adaptation to application) -etc.
The parameterisation can be performed with the Ultra 2001 service program or a terminal program and individual com­mands. A list of valid commands is contained in the individual sensor data sheets.
Digital, serial/parallel
These ultrasonic sensor function in the same way as those with the serial interface, but also feature an 8-bit parallel out­put for the measured distance. The parallel interface is pa-rameterisable via RS 232 using the Ultra 2001 application.
vt o
Vt
J Ë
_c
vt
s
en
O
8.
CD
o
vt o
Vt
J
<D
Ll.
<u
i
W
o
v>
2
o £
W O
v>
J
L+
L+
L-
L-
pnp
npn
Relay output
A number of ultrasonic sensors feature relay outputs. Please refer to the individual data sheets for the maximum switching loads and electrical design of the sensors. Information relat­ed to the mechanical service life refers to the number of switching actions of the relay contacts in a no-load condition. This value can also be reached with low electrical contact loads. At the rated load for the electrical contacts, the service life is reduced to the value indicated for the electrical service life. The life time data stated are MTBF values.
Analogue output: 4 mA ... 20 mA/0 V ... 10 V
This issues a current/voltage signal proportional to the dis­tance. The limits of the analogue measuring window can be parameterised as required within the sensing range. Depend­ing on the type, this can be realised by:
-TEACH-IN with programming wire or programming plug
- RS 232 interface
External evaluation
On these sensors an external synchronising pulse trggers the measuring cycle. The sensor transmits the ultrasonic pulse and, on receipt of the time-delayed echo, outputs a voltage pulse. The echo time evaluation is performed by the evaluation unit.
The following evaluation units are available:
is 8
c
lu
£■ o
UH3-KHD2-4I
UH3-KHD2-4E5
UH3-T1-KT
(4 analogue outputs) (4 switching outputs) (1 relay output)
1
o o
<u
o
vt vt <u
s
With the types UH3-KHD2..., 4 sensors can be used in syn­chronous or multiplex mode, thus permitting special applica­tions such as the spatial detection of objects, increased sound-cone coverage, and multiple measuring ranges. The type UH3-T1-KT features a clock-pulse output and 3 sig­nal inputs. It has a relay output with adjustable pick-up and release delay.
Power is also supplied to the connected sensors by the eval­uation unit.
8
O C\J 05
CD — CO CO
Subject to reasonable modifications due to technical advances.
Copyright Pepperl+Fuchs, Printed in Germany
Pepperl+Fuchs Group • Tel.: Germany +49 621 776-0 • USA +1 330 4253555 • Singapore +65 67799091 • Internet http://www.pepperl-fuchs.com 501
DirectIndustry's Virtual Technical Library: PDF Catalogue | Technical Documentation | Brochure | Manual | Industrial directory | Specifications | Characteristics
Search Go
Contents table
page 501 p.501
page 502 p.502
page 503 p.503
page 504 p.504
page 505 p.505
page 506 p.506
page 507 p.507
page 508 p.508
page 509 p.509
page 510 p.510
page 511 p.511
page 512 p.512
page 513 p.513
page 514 p.514
page 515 p.515
page 516 p.516
page 517 p.517
page 518 p.518
page 519 p.519
page 520 p.520
page 521 p.521
page 522 p.522
page 523 p.523
page 524 p.524
page 525 p.525
page 526 p.526
page 527 p.527
page 528 p.528
page 529 p.529
page 530 p.530
page 531 p.531
page 532 p.532
page 533 p.533
page 534 p.534
page 535 p.535
page 536 p.536
page 537 p.537
page 538 p.538
page 539 p.539
page 540 p.540
page 541 p.541
page 542 p.542
page 543 p.543
page 544 p.544
page 545 p.545
page 546 p.546
page 547 p.547
page 548 p.548
page 549 p.549
page 550 p.550
Pages:
1-50
51-100
101-150
151-200
201-250
251-300
301-350
351-400
401-450
451-500
501-550
551-600
601-650
651-700
701-722
pdf-page pdf di En 2008-10-41-11