Meder MK23-87-B-4 Mk reed sensor Datasheet

Europe: +49 / 7731 8399 0
| Email: [email protected]
Item No.:
USA:
+1 / 508 295 0771
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Asia:
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9232871015
Item:
MK23-87-B-4
Conditions
Magnetic properties
Min
Typ
Pull-In excitation (Reference value) measured in coil- "define operation"
Test-Coil
Reed switch unmodified
Pull-In excitation (modified contact) phys. conditioned tolerance of +/- 1 AT
Test-Coil
Reed switch modified
Pull-In in milliTesla (modified conta phys. caused tolerance +/- 0,1mT
Contact-No.
Contact-form
Contact-material
Contact rating
Switching voltage
Switching current
Carry current
Contact resistance static
Max
Unit
KMS-22
Min
Typ
87
A
Rhodium
Plating thicknesses are proprietary
!"
not to exceed their individual max.'s
DC or Peak AC
DC or Peak AC
DC or Peak AC
!
#
%
# & ' % %'
Start Value
(
' )
% (
Start Value
Contact resistance dynamic
Insulation resistance
Breakdown voltage
Operate time incl. bounce
Release time
Capacitance
Contact dimensions
Unit
KMS-01
Conditions
Contact data 87
Max
$
RH <45 %, 100V - to all points
according to IEC 255-5
measured with 40% overdrive
measured with no coil excitation
@ 10 kHz across open switch
C
Glass body length
$
*$
!
+
,
-.
Conditions
Min
Typ
Max
Unit
Typ
Max
Unit
Tolerance according to drawing
Modified dimensions
Conditions
Min
Remarks
to dimensions see drawing
Environmental data
Shock
Vibration
Conditions
Min
Typ
1/2 sine wave duration 11ms
from 10 - 2000 Hz
Max
Unit
/
/
Modifications in the sense of technical progress are reserved
Designed at:
14.07.08
Designed by:
AKELLER
Approval at:
Last Change at:
11.05.09
Last Change by:
AKELLER
Approval at:
17.02.11
Approval by:
Approval by:
RKAMP
Version:
04
Europe: +49 / 7731 8399 0
| Email: [email protected]
Item No.:
USA:
+1 / 508 295 0771
| Email: [email protected]
Asia:
+852 / 2955 1682
| Email: [email protected]
9232871015
Item:
MK23-87-B-4
Environmental data
Ambient temperature
Storage temperature
Soldering temperature
Conditions
Min
Typ
#
Max
+
+
,
wave soldering max. 5 sec.
Unit
0
0
0
Modifications in the sense of technical progress are reserved
Designed at:
14.07.08
Designed by:
AKELLER
Approval at:
Last Change at:
11.05.09
Last Change by:
AKELLER
Approval at:
17.02.11
Approval by:
Approval by:
RKAMP
Version:
04
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