Baumer

Baumer UNCK 09U6914/D1 11004067

(No reviews yet) Write a Review
SKU:
11004067
MPN:
11004067
Condition:
New
Scanning range Sd:
3 … 150 mm
Scanning range close limit Sdc:
3 … 150 mm
Scanning range far limit Sde:
3 … 150 mm
Repeat accuracy:
0.5 mm
Resolution:
< 0.3 mm
Response time ton:
< 35 ms
Release time toff:
< 35 ms
Temperature drift:
> 50 mm < 2 % of distance to target Sde
Sonic frequency:
380 kHz
Adjustment:
Teach-in
Alignment aid:
Target indication flashing
Light indicator:
Yellow LED / red LED
Voltage supply range +Vs:
15 … 30 VDC
Current consumption max. (no load):
35 mA
Output circuit:
Voltage output
Output signal:
0 ... 10 V / 10 ... 0 V
Output current:
15 mA
Residual ripple:
< 10 % Vs
Short circuit protection:
Yes
Reverse polarity protection:
Yes
Design:
Rectangular
Housing material:
PA 12
Material (beam columnator):
POM
Width / diameter:
8.6 mm
Height / length:
82 mm
Depth:
24.5 mm
Connection types:
Cable PUR 4 x 0,08, 2 m
Operating temperature:
0 … +60 °C
Protection class:
IP 67
Datasheet:
View
$789.00

Description

The Baumer UNCK 09U6914/D1 11004067 is a high-precision ultrasonic sensor designed for versatile applications, featuring a scanning range of 3 to 150 mm with repeat accuracy of 0.5 mm and resolution under 0.3 mm. It operates with a response and release time of less than 35 ms and minimal temperature drift. Equipped with a 380 kHz sonic frequency and Teach-in adjustment, it ensures optimal alignment with target indication flashing and dual-color LED status indicators. The sensor supports a voltage supply range of 15 to 30 VDC and includes a voltage output signal of 0 to 10 V or 10 to 0 V. It offers robust protection features including short circuit and reverse polarity protection. The compact, rectangular design with a PA 12 housing and POM beam columnator measures 8.6 mm in width, 82 mm in length, and 24.5 mm in depth, and is connected via a 2-meter PUR cable. Suitable for operating temperatures from 0 to +60 °C and rated IP 67 for water and dust resistance, this sensor is ideal for precise distance measurement tasks in challenging environments.
View AllClose