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CSNL641

Description
HONEYWELL S&C - CSNA111 - CURRENT SENSOR
CategoryThe sensor   
File Size708KB,9 Pages
ManufacturerHoneywell
Websitehttp://www.ssec.honeywell.com/
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CSNL641 Overview

HONEYWELL S&C - CSNA111 - CURRENT SENSOR

Solid State Sensors
Closed Loop Current Sensors
CSN Series
CATALOG NUMBER SYSTEM
PLEASE NOTE: This matrix is intended
only
to aid you in identifying sensor cata-
log listings. It is not all-inclusive, and
must
not be used
to form new listings.
Example: CSNA111
CSN
Closed Loop Current Sensor
Current Range (Peak/RMS nom.)
A
±70
A/50 A rms nom.
B
±100
A/50 A rms nom.
C
±90
A/50 A rms nom.
D
±22
A/15 A rms nom.
E
±36
A/25 A rms nom.
F
±150
A/100 A rms nom.
J
±600
A/300 A rms nom.
K
±1200
A/500 A rms nom.
L
±600
A/300 A rms nom.
M
±1200
A/500 A rms nom.
P
±90
A/50 A rms nom.
R
±200
A/125 A rms nom.
T
±150
A/50 A rms nom.
Supply Voltage
1
±15
V
2
±13
V
3
±5
V
4
±12
V to 18 V
5
±15
V to 24 V
6
±12
V to 15 V
Coil Characteristics
1
1:1000 turns/90 @ 70°C
2
1:2000 turns/160 @ 70°C
3
1:2000 turns/130 @ 70°C
4
1:1000 turns/50 @ 70°C
5
1:1000 turns/110 @ 70°C
6
1:1000 turns/30 @ 70°C
7
1:2000 turns/80 @ 70°C
8
1:2000 turns/25 @ 70°C
9
1:5000 turns/50 @ 85°C
Housing Material
1
Polycarbonate/ABS blend
PDFINFO
p a g e - 0 6 0
FEATURES
Current sensing up to 1200 amps
Measures AC, DC and impulse
currents
Lowest cost/performance ratio
Rapid response, no overshoot
High overload capacity
High level of electrical isolation
between primary and secondary
circuits
Small size and weight
CLOSED LOOP SENSORS
Closed loop current sensors measure
AC, DC and impulse currents over 0-25,
0-50, 0-100, 0-600 and 0-1200 Amp rang-
es. The CSN Series is based on the princi-
ples of the Hall effect and the null balance
or zero magnetic flux method (feedback
system). The magnetic flux in the sensor
core is constantly controlled at zero. The
amount of current required to balance
zero flux is the measure of the primary
current flowing through the conductor,
multiplied by the ratio of the primary to
secondary windings. This closed loop
current is the output from the device and
presents an image of the primary current
reduced by the number of secondary
turns at any time. This current can be
expressed as a voltage by passing it
through a resistor.
60
Honeywell MICRO SWITCH Sensing and Control 1-800-537-6945 USA
1-815-235-6847 International 1-800-737-3360 Canada

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