E52Q-AN15SAB01 EATON CUTLER HAMMER, E52Q-AN15SAB01 Datasheet

Inductive Proximity Sensor

E52Q-AN15SAB01

Manufacturer Part Number
E52Q-AN15SAB01
Description
Inductive Proximity Sensor
Manufacturer
EATON CUTLER HAMMER
Datasheet

Specifications of E52Q-AN15SAB01

Sensor Input
Inductive
Sensing Range
15 Mm
Sensing Range Max
15mm
Sensor Housing
Cube
Switch Terminals
Connector
Sensor Connection
AC Mini, 3-Pin
Sensor Output
NPN/PNP
Output Type
1 N.C.
MODELS COVERED IN THIS MANUAL
Effective: January 2008
IN ORDER TO AVOID ELECTRIC SHOCK OR OTHER POSSIBLE INJURY:
• DO NOT USE THIS PRODUCT FOR HUMAN SAFETY APPLICATIONS.
• DO NOT USE THIS PRODUCT IN HAZARDOUS LOCATIONS (E.G.
• ENSURE THE PRODUCT IS PROPERLY WIRED TO THE CORRECT
E 5 2 Q A L 5 0 S A A 0 1
IT WAS NOT DESIGNED, TESTED OR RECOMMENDED FOR THIS
USE.
EXPLOSIVE ATMOSPHERES). IT WAS NOT DESIGNED, TESTED OR
RECOMMENDED FOR THIS USE.
POWER SUPLLY FOR THE APPLICATION. REFER TO THE
SPECIFICATIONS AND WIRING DIAGRAMS IN THIS MANUAL.
Product Family
E52Q
Note: Not all possible
combinations shown
in table are offered
as standard product.
E52Q Cube Series
Inductive Proximity
Sensor
Voltage Type
A
D
AC/DC 2-wire
DC 4-wire
Output Type
L
M
N
1 N.O. / 1 N.C.
1 N.O.
1 N.C.
E52Q Cube Style Inductive Proximity Sensor
WARNING
Sensing Range
15
20
25
30
35
40
Shielding
U
S
Questions? Call our Sensor Application Engineers at (800) 426-9184.
15 mm
20 mm
25 mm
30 mm
35 mm
40 mm
Output Mode
A
N
P
Unshielded
Shielded
Connection
A01
B01
C02
D01
E01
Installation Instructions
Auto-Confi g (NPN/PNP)
NPN
PNP
AC Micro, 3-Pin
AC Mini, 3-Pin
Cable, 2 m
DC Micro, 4-Pin
DC Mini, 4-Pin
INTRODUCTION
The Cutler-Hammer E52Q Series
from Eaton’s electrical business
is a high performance cube
inductive proximity sensor. The
E52Q Series provides long range
sensing capabilities in a rugged,
compact and industry-standard package size.
The E52Q Series features Eaton’s exclusive Autoconfi gure
technology, which automatically detects NPN or PNP
wiring states and switches the sensor accordingly, without
user intervention. Furthermore, the E52Q Series utilizes
complementary outputs on DC models to further reduce the
number of units needed to cover a wide array of inductive
sensing applications.
The E52Q Series is available in either AC/DC 2-Wire or DC
4-Wire varieties. The built-in mounting bracket is made of high
quality zinc die cast alloy and the Ryton™ enclosure is fully
potted to protect the sensing components from shock, vibration
and chemical intrusion. The fi ve-way adjustable sensing head
can be confi gured for either side- or top-sensing. Dual LEDs
indicate both power and output status. All models are available
with either mini or micro connectors.
BASIC OPERATION
Inductive proximity sensors generate a high frequency
oscillating magnetic fi eld in the vicinity of the sensing head.
When a metal object enters this fi eld, it changes the fi eld
loading of the oscillator coil. This change is recognized by a
detector circuit, which then energizes the output.
The E52Q Series will detect all metals, but will detect steel best.
The exact distance at which a target is detected is determined
by its size, thickness and type of metal. To determine sensing
distance with your target, see below.
CORRECTION FACTORS FOR METALS
Sensing range is determined by target size, thickness and metal
type. The below correction factors assume standard target sizes
(see Specifi cations).These curves must be corrected for smaller-
than-standard targets and other metals.
Target Material
Steel 1020
Stainless Steel 400
Stainless Steel 300
Brass
Aluminum
Copper
Corrective Factor
1.00
0.90
0.70
0.54
0.50
0.46
P51893 Rev 02
Page 1

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E52Q-AN15SAB01 Summary of contents

Page 1

... This change is recognized by a E01 DC Mini, 4-Pin detector circuit, which then energizes the output. The E52Q Series will detect all metals, but will detect steel best. Output Mode The exact distance at which a target is detected is determined A Auto-Confi g (NPN/PNP) by its size, thickness and type of metal ...

Page 2

... For all unshielded inductive sensors, ensure there is adaquate distance between the sensor face any adjacent metals. See the below diagram for isolation distances. When E52Q Series sensors are mounted side-by-side, there is the possibility of interaction between the magnetic fi elds of the sensors. This could cause unreliable operation. Follow the limitations noted in the below illustration when mounting sensors in the same location ...

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