XS1M18MA230 SQUARE D, XS1M18MA230 Datasheet - Page 20

• Manufacturer Part Number: XS1M18MA230
• Description: Inductive Proximity Sensor
• Manufacturer: SQUARE D

Specifications of XS1M18MA230

• Sensor Input: Inductive
• Sensing Range: 5mm
• Supply Voltage Range Ac: 24V To 240V
• Sensor Output: NO
• Peak Reflow Compatible (260 C): No
• Sensor Housing: Cylindrical
• Sensing Range Max: 5mm
• Output Type: NO
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant

OSICONCEPT™ Proximity Sensors
XS9 Application Specific Inductive Sensor
Flat Rectangular Motion Detection, DC and AC/DC
216
Power
Supply
Self-teaching Button
Self-teaching LED
> 3 Sec.
> 7 Sec.
Output
LED
Slow Flash
Reference
Speed
XS9 Application Specific Inductive Sensor / Flat Rectangular Motion Detection, DC and AC/DC
Features:
• Universal AC/DC versions
• Linear speed threshold adjustment
• Built-in fixed start up delay to overcome start up inertia
• Reverse polarity protection on DC models
• Ease of mounting (flat body style)
Principle and Applications
c Inductive proximity sensors for monitoring rotation or rolling speed operate by comparing a
speed threshold that has been preset by the operator with an instantaneous measurement of
the speed of the moving part to be monitored or protected.
c These devices provide a simple and economical solution for monitoring drift, belt breakage,
couplings, overloads, etc.
c They are commonly used for applications such as crushers and grinders, mixers and
blenders, pumps, centrifuges and centrifugal separators, conveyor belts, bucket elevators,
archimedean screws, etc.
Installation and Setup
Installing and Positioning the Sensor
c The sensor must be properly positioned at the outset to ensure that all of the target points
on the moving part to be monitored can be detected. The XS9 sensor facilitates this task with
its ability to operate as a standard inductive sensor (Telemecanique patent pending).
c Thanks to this system, positioning is 100% reliable and can be checked at any time without
changing the product parameters.
Self-teaching Speed Setup
c The normal or reference speed for the moving part (1) to be monitored can be set by simply
pressing the self-teaching button (2). It is then confirmed with the display LED.
• In case of uncertainty, the product can be restarted at any time in order to return to the
1. In order to ensure that the moving part can attain its normal speed (inertia), the product
2. By default, the sensor’s underspeed trip speed is equivalent to the preset speed - 30%.
Nominal
Sensing
Distance
Size E (13x26x26 mm) M12 pigtail, 0.1 m
10 mm
Size E (13x26x26 mm) U20 pigtail, 0.1 m
10 mm
Size C (15x40x40 mm) M12 pigtail, 0.1 m
15 mm
Size C (15x40x40 mm) U20 pigtail, 0.1 m
15 mm
factory setting.
output remains closed for nine seconds.
Example: if the preset speed is 1000 rotations/min., underspeed tripping will occur when
the speed of the moving part falls below 1000 - 1000 x 0.3 = 700 rotations/min.
Thresholds of -20%, -11% and -6% can be obtained by pressing the self-teaching button.
©
Circuit
Type
PNP
2 wire
PNP
2 wire
1997-2002 Schneider Electric All Rights Reserved
Threshold
Range
(Pulse/Min.)
6-6000
6-6000
6-6000
6-6000
Voltage
Range
12-24 Vdc
24-240 Vac/
24-210 Vdc
12-24 Vdc
24-240 Vac/
24-210 Vdc
Load Current
Maximum
100 mA
5…100 mA
200 mA
5…200 mA AC
5…300 mA DC
Maximum
Frequency
(Pulse/Min.)
48000
48000
48000
48000
Start-up
Delay
9 sec.
9 sec.
9 sec.
9 sec.
Catalog Number
XS9E11RPB1L01M12
XS9E11RMB3L01U20
XS9C11RPB1L01M12
XS9C11RMB3L01U20
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