Baumer

Baumer FFAK 16NTD1001/L 10221255

(No reviews yet) Write a Review
SKU:
10221255
MPN:
10221255
Condition:
New
Type:
Liquid level sensor
Light source:
Pulsed infrared diode
Nominal pressure (probe tip):
10 bar
Output indicator:
LED yellow
Sensitivity adjustment:
No
Wave length:
880 nm
Measurement type:
Contact with medium
Voltage supply range +Vs:
10 … 30 VDC
Current consumption max. (no load):
15 mA
Voltage drop Vd:
<2 VDC
Output function:
Normally open (NO)
Output circuit:
NPN
Output current:
200 mA
Short circuit protection:
No
Reverse polarity protection:
Yes, Vs to GND
Width / diameter:
30 mm
Height / length:
81 mm
Thread:
M16x1 mm
Design:
Cylindrical
Material (sensing device):
Polysulphone
Housing material:
Polysulphone
Connection types:
Cable 3 pin, 2 m
Operating temperature:
0 … +65 °C
Protection class:
IP 67
Datasheet:
View
$369.00

Description

Baumer FFAK 16NTD1001/L 10221255 is a liquid level sensor equipped with a pulsed infrared diode light source and operates without sensitivity adjustment. It features a nominal pressure at the probe tip of 10 bar and an LED yellow output indicator. The sensor has a wavelength of 880 nm and makes contact with the medium for measurement. It requires a voltage supply range of 10 to 30 VDC, with a maximum current consumption of 15 mA and a voltage drop of less than 2 VDC. The output function is normally open (NO) with an NPN output circuit and can handle an output current of 200 mA. It lacks short circuit protection but includes reverse polarity protection from Vs to GND. The sensor has a cylindrical design with dimensions of 30 mm in width/diameter and 81 mm in height/length, featuring an M16x1 mm thread. Both the sensing device and housing material are made of polysulphone. It connects via a 3-pin, 2-meter cable and operates within a temperature range of 0 to +65 °C. The sensor is IP 67 rated for protection against dust and immersion. For more detailed information, you can access the datasheet [here](https://www.baumer.com/medias/__secure__/Baumer_FFAK-16NTD1001-L_EN_20221110_DS.pdf?mediaPK=9056431177758).
View AllClose