Baumer

Baumer O330.EP-NDNVZ.72N

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SKU:
11261109
MPN:
11261109
Condition:
New
Type:
Through beam sensor
Emitter / receiver:
Receiver
Actual range Sb:
10 m
Nominal range Sn:
12 m
Alignment / soiled lens indicator:
Flashing output indicator
Output indicator:
LED yellow
Power on indication:
LED green
Sensitivity adjustment:
No
Suppression of reciprocal influence:
Yes
Response time / release time:
< 0.8 ms
Voltage supply range +Vs:
10 … 30 VDC
Current consumption max. (no load):
50 mA
Current consumption typ.:
25 mA
Voltage drop Vd:
<2 VDC
Output function:
Light / dark operate
Output circuit:
NPN complementary
Output current:
100 mA
Short circuit protection:
Yes
Reverse polarity protection:
Yes
Width / diameter:
11 mm
Height / length:
32 mm
Depth:
21 mm
Design:
Rectangular
Mechanical mounting:
Sleeve smooth (brass)
Housing material:
Plastic (ABS, ASA, PMMA)
Front (optics):
PMMA
Connection types:
Connector M8 4 pin
Operating temperature:
-25 … +55 °C
Protection class:
IP 67
Storage temperature:
-40 … +70 °C
Datasheet:
View
$59.00

Description

The Baumer O330.EP-NDNVZ.72N is a through beam sensor designed for precise object detection with a receiver component. It offers an actual range of 10 meters and a nominal range of 12 meters. Key features include a flashing output indicator for alignment or soiled lens detection, LED indicators for power status and output, and no sensitivity adjustment required. It supports a voltage supply range of 10 to 30 VDC and has a quick response time of less than 0.8 ms. The sensor is equipped with NPN complementary output circuit and can handle an output current of 100 mA. It includes safety features such as short circuit and reverse polarity protection. The compact, rectangular design measures 11 mm in width, 32 mm in height, and 21 mm in depth, with a smooth brass sleeve for mechanical mounting and a durable plastic housing. It connects via an M8 4-pin connector and operates within a temperature range of -25 to +55 °C, boasting an IP67 protection class for robust performance in various environments.
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