Banner Engineering QS18VN6FF100Q
Photoelectric Sensor, Fixed Field, 100mm, 10-30VDC, NPN, QD, QS18
Mfr. Part #: QS18VN6FF100Q / RS Stock #: 70167860
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Price
Qty.
Standard Price
1
$119.00
Additional Inventory
Bulk pricing available
Product Specifications
Product Attribute
Attribute Value
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Alternate Mfr Part Number
71881
Body Diameter
18 in
Body Style
Rectangular
Connection Type
Connector
Family Name
WORLD-BEAM Family
Housing Material
Thermoplastic
Humidity
95 %RH
Indicator
LEDs
Input Output
Discrete
IP Rating
IP67
Lens Material
Acrylic
Light Source
LED
Maximum Operating Temperature
70 °C
Measurement Range
100 mm
Mechanical Angle
0.85 Degree(s)
Minimum Operating Temperature
-20 °C
Mounting Type
M18 Threaded
NEMA Rating
6
Number of Pins
4
Operation
Dark-ON ; Light-ON
Output
NPN
Response Time
0.85 ms
Sensing Mode
Background Suppression
Supply Voltage
10-30 VDC
Turn On Delay Time
100 ms
Type
Fiber Optic Sensors
Overview
QS18 ‘World Beam’ Series
The WORLD-BEAM QS18 series of photoelectric sensors offer exceptional optical performance in compact QS18 housing and a unique space saving housing design that directly replaces barrel/rectangular style sensors. The sensors have a reliable detection when a fixed background is present and the object Color or shape when the shape varies. The QS18 series of sensors are available in opposed, polarized or non-polarized retro-reflective, convergent, regular or wide-angle diffuse, laser, ultrasonic, plastic or glass fiber optic, fixed-field and adjustable-field sensing modes.
The WORLD-BEAM QS18 series of photoelectric sensors offer exceptional optical performance in compact QS18 housing and a unique space saving housing design that directly replaces barrel/rectangular style sensors. The sensors have a reliable detection when a fixed background is present and the object Color or shape when the shape varies. The QS18 series of sensors are available in opposed, polarized or non-polarized retro-reflective, convergent, regular or wide-angle diffuse, laser, ultrasonic, plastic or glass fiber optic, fixed-field and adjustable-field sensing modes.
