Autonics
PR30-10DN2
Cylindrical Type Inductive Proximity Sensor - Autonics (PR Series) - DC 3-wire - Supply voltage (DC) 12-24Vdc - Sensing distance 10mm - (Cable) 2m pre-wiring - 1 digital output (Open collector) NPN (NC operation) - Standard body
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
Brand
SKU
PR30-10DN2
Online Price
$31.20
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
PRPR30-10DN2
Description
Cylindrical Type Inductive Proximity Sensor - Autonics (PR Series) - DC 3-wire - Supply voltage (DC) 12-24Vdc - Sensing distance 10mm - (Cable) 2m pre-wiring - 1 digital output (Open collector) NPN (NC operation) - Standard body
Specifications
Primary brand
Autonics
Product series / family name
PR Series
Functions
DC 3-wire
(Standard sensing target) 30x30x1mm (Iron)
(Hysteresis) Maximum 10% of sensing distance
Standard body
(Standard sensing target) 30x30x1mm (Iron)
(Hysteresis) Maximum 10% of sensing distance
Standard body
Sampling rate
(Response frequency) 400 Hz
Degree of protection
IP67
Material
(Case/Nut) Nickel plated Brass
(Washer) Nickel plated iron
(Sensing surface) PBT
(Standard cable) Polyvinyl chloride (PVC)
(Washer) Nickel plated iron
(Sensing surface) PBT
(Standard cable) Polyvinyl chloride (PVC)
Ambient air temperature for operation
-25 / +70 °C
Technology used in component
Standard cable
Visual position indicator
(Operation indicator) Red LED
Color
(Cable) Black
Current consumption
(Maximum) 10mA / 0.010 A
Manufacturer product status
Commercialized
Compliant with standard(s)
CE marking
Digital outputs
(Open collector) NPN (NC operation)
Diameter (mm)
(Head) 30 mm
Length (m)
(Cable) 2 m
Sensing distance
10 mm
Distance
(Setting distance) 0-7mm
Shape
Cylindrical
Protection functions
Reverse polarity
Overcurrent
Surge protection
Overcurrent
Surge protection
Related Documents
| Name | Last Update | Language |
|---|---|---|
| Autonics - PR Series - Datasheet | 14 Nov 2016 | English (US) |
