10V~30V MINI-BEAM? Series Adjustable, Potentiometer Retroreflective, NonPolarized 4-Pin -20°C~70°C
SOT-23
SM312LVQDP Datasheet
non-compliant
In-Stock: 0 items
Specifications
Name
Value
Type
Parameter
Number of Pins
4
Housing Material
Polyester
Operating Temperature
-20°C~70°C
Published
2012
Series
MINI-BEAM®
Part Status
Active
Moisture Sensitivity Level (MSL)
1 (Unlimited)
Voltage - Supply
10V~30V
Ingress Protection
NEMA 1, 2, 3, 3S, 4, 4X, 6, 12, IEC IP67
Output Configuration
NPN/PNP - Dark-ON/Light-ON
Output Current
150mA
Response Time
1ms
Adjustment Type
Adjustable, Potentiometer
Sensing Distance
196.850 (5m)
Sensing Method
Retroreflective, NonPolarized
Max Supply Voltage (DC)
30V
Connection Method
Connector
Light Source
Red LED
Min Supply Voltage (DC)
10V
REACH SVHC
No SVHC
RoHS Status
ROHS3 Compliant
Ratings
IP67
Pricing & Ordering
Quantity
Unit Price
Ext. Price
1
$156.00000
$156
500
$154.44
$77220
1000
$152.88
$152880
1500
$151.32
$226980
2000
$149.76
$299520
2500
$148.2
$370500
SM312LVQDP Product Details
SM312LVQDP Overview
Ensure reliable performance by setting the photoelectric sensor's temperature to -20°C~70°C. If these electronic components are to work, they should receive 10V~30V voltage into the circuit or system. An ideal response time for photoelectric sensors is 1ms. The photoelectric sensor must have the 4 pins connected to work properly. In order to operate, photoelectric sensor should have a current of 150mA at the output. It is possible to apply the maximum voltage of 30V to the photoelectric sensor without damaging it in a DC circuit. Ideally, this photoelectric sensor should operate at a low voltage, such as 0V.
SM312LVQDP Features
Sensing Distance: 196.850 (5m) 4 pins Response Time: 1ms Operating Temperature: -20°C~70°C MINI-BEAM? Series Maximal Supply Voltage (DC): 30V Minimal Supply Voltage (DC): 10V
SM312LVQDP Applications
There are a lot of Banner Engineering Corporation SM312LVQDP Photoelectric Sensors applications.
detect objects
Automatic doors
Zone scanners
Measuring distance
Monitoring bigger areas for objects with light grids