10V~30V QS18 Series Adjustable, Potentiometer Diffuse 4-Pin -20°C~70°C
SOT-23
QS18VP6DQ8 Datasheet
non-compliant
In-Stock: 0 items
Specifications
Name
Value
Type
Parameter
Number of Pins
4
Housing Material
ABS
Operating Temperature
-20°C~70°C
Published
2014
Series
QS18
Part Status
Active
Moisture Sensitivity Level (MSL)
1 (Unlimited)
Voltage - Supply
10V~30V
Ingress Protection
NEMA 6P, IEC IP67
Output Configuration
PNP - Dark-ON/Light-ON
Output Current
100mA
Response Time
600μs
Adjustment Type
Adjustable, Potentiometer
Sensing Distance
17.717 (450mm)
Sensing Method
Diffuse
Max Supply Voltage (DC)
30V
Connection Method
Connector
Light Source
LED
Min Supply Voltage (DC)
10V
REACH SVHC
No SVHC
RoHS Status
ROHS3 Compliant
Ratings
IP67
Pricing & Ordering
Quantity
Unit Price
Ext. Price
1
$87.00000
$87
500
$86.13
$43065
1000
$85.26
$85260
1500
$84.39
$126585
2000
$83.52
$167040
2500
$82.65
$206625
QS18VP6DQ8 Product Details
QS18VP6DQ8 Overview
In order for the photoelectric sensor to work reliably, it should be set to -20°C~70°C degrees Celsius. If these electronic components are to work, they should receive 10V~30V voltage into the circuit or system. Sensors with a response time of 600μs are considered ideal. Connecting the 4 pins is necessary for the photoelectric sensor to work properly. Photoelectric sensors require an output current of 100mA to operate. There is a maximum voltage of 30V that can be applied to a photoelectric sensor in a DC circuit without damaging it. The photoelectric sensor can operate at an extremely low voltage, such as 0 volts.
QS18VP6DQ8 Features
Sensing Distance: 17.717 (450mm) 4 pins Response Time: 600μs Operating Temperature: -20°C~70°C QS18 Series Maximal Supply Voltage (DC): 30V Minimal Supply Voltage (DC): 10V
QS18VP6DQ8 Applications
There are a lot of Banner Engineering Corporation QS18VP6DQ8 Photoelectric Sensors applications.
detect objects
Automatic doors
Contrast sensors
Luminescence sensors
Pharmaceutical industry
Detecting colours
Mechanical engineering
Monitoring bigger areas for objects with light grids