12VDC~240VDC 24VAC~240VAC Q85 Series Adjustable, Potentiometer Retroreflective, Polarized 5-Pin -25°C~55°C
SOT-23
Q85VR3LP-T9 Datasheet
non-compliant
In-Stock: 0 items
Specifications
Name
Value
Type
Parameter
Number of Pins
5
Housing Material
ABS
Operating Temperature
-25°C~55°C
Published
2008
Series
Q85
Part Status
Active
Moisture Sensitivity Level (MSL)
1 (Unlimited)
Voltage - Supply
12VDC~240VDC 24VAC~240VAC
Ingress Protection
NEMA 1, 2, 3, 3S, 4, 4X, 6, 6P, 12, 13 IEC IP67
Output Configuration
SPDT
Output Current
3A
Response Time
20ms
Adjustment Type
Adjustable, Potentiometer
Sensing Distance
3.15 ~ 181.10 (80mm ~ 4600mm)
Sensing Method
Retroreflective, Polarized
Max Supply Voltage (DC)
240V
Light Source
Red LED
Min Supply Voltage (DC)
12V
REACH SVHC
No SVHC
RoHS Status
ROHS3 Compliant
Ratings
IP67
Pricing & Ordering
Quantity
Unit Price
Ext. Price
1
$216.00000
$216
500
$213.84
$106920
1000
$211.68
$211680
1500
$209.52
$314280
2000
$207.36
$414720
2500
$205.2
$513000
Q85VR3LP-T9 Product Details
Q85VR3LP-T9 Overview
To maintain reliable performance, the photoelectric sensor should have a temperature of -25°C~55°C. In order for these electronic components to work, their voltage must be set to 12VDC~240VDC 24VAC~240VAC. It's ideal for photoelectric sensors to have a response time of 20ms. Connecting the 5 pins is necessary for the photoelectric sensor to work properly. It is required that the output current of a photoelectric sensor be 3A. There is no damage to the photoelectric sensor when applied a voltage of 240V in a DC circuit. Using a voltage as low as possible, such as 12V, this photoelectric sensor can operate.
Q85VR3LP-T9 Features
Sensing Distance: 3.15 ~ 181.10 (80mm ~ 4600mm) 5 pins Response Time: 20ms Operating Temperature: -25°C~55°C Q85 Series Maximal Supply Voltage (DC): 240V Minimal Supply Voltage (DC): 12V
Q85VR3LP-T9 Applications
There are a lot of Banner Engineering Corporation Q85VR3LP-T9 Photoelectric Sensors applications.
Automotive industry
Entrance and gate
Monitoring bigger areas for objects with light grids