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OT300.DL-UBZZB.72CU - Distance sensors

OT300.DL-UBZZB.72CU - Distance sensors

PRODUCENT CODE: 11240056
CATEGORY: Object/detection - Laser sensors - Miniature sensors
Producer: Baumer
1127.02 PLN
(net)
7-14 days
The product is available on request
At the moment, the product is not available in our warehouse.
After placing the order, we will notify you of the expected delivery date of the product.
Fast shipping
Free delivery
from 1000 PLN (net)
Do you have questions about the product?
Ask an experienced consultant:
+48 32 237 61 98 w. 112
wn@newtech.com.pl
+48 32 237 61 98 w. 117
rw@newtech.com.pl
Description
  • Distance measurement via analog output
  • Reliable also on very dark and shiny objects
  • Manipulation-proof, simple teach-in via qTeach or line teach
  • Longest distances thanks to time of flight principle
  • Compact, miniaturized housing
Technical data
General data
Type Distance measuring
Version Time of Flight
Measuring distance Sd 100 … 1800 mm
Measuring range Mr 1700 mm
Focal distance 700 mm
Adjustment qTeach / external
Power on indication LED green
Output indicator LED yellow
Repeat accuracy ≤ 1400 … 5500 µm
Linearity error ± 10 mm
Beam type Point
Suppression of reciprocal influence Yes
Alignment optical axis < 2°
Temperature drift ± 15 mm
Light Source
Light source Pulsed red laser diode
Wave length 680 nm
Laser class 1
Electrical data
Response time / release time < 8 ms
Voltage supply range +Vs 12 … 30 VDC
Current consumption max. (no load) 60 mA
Output circuit Analog 0 ... 10 VDC
Short circuit protection Yes
Reverse polarity protection Yes, Vs to GND
Mechanical data
Width / diameter 12.9 mm
Height / length 32.3 mm
Depth 23 mm
Type Rectangular
Housing material Plastic (ASA, PMMA)
Front (optics) PMMA
Connection types Cable 4 pin, 2 m
Ambient conditions
Protection class IP 67
Operating temperature -20 … +50 °C
Storage temperature -40 … +70 °C
Vibration (sinusoidal) IEC 60068-2-6:2008
10 g at f = 10 - 2000 Hz, duration 150 min per axis
Shock (semi-sinusoidal) IEC 60068-2-27:2009
50 g / 11 ms, 10 impulses per axis and direction