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Manufacture of Sensor and Magnetic Components
Series Datasheet – MS Reed Relays
www.standexmeder.com
MS Series
Reed Relays
Features: Micro Single In-Line Relay, High Resistance Coil Option available
Applications: ATE Systems, Computer Peripherals, Alarm Systems, Measurement Equipment & Others
Markets: Test and Measurement, Security & Others
Part Description:
MS 00-1A87-75X
Nominal
Voltage
05, 12
Contact QTY
1
Contact
Form
A,
Switch
Model
87
Pin Out
75
Option
L, D
(HR = High Resistance Version)
Customer Options
Contact Data
Rated Power (max.)
Any DC combination of V&A not to exceed their individual max.’s
Switch Model
87
10
200
0.5
1.0
150
0.225
0.5
0.1
10
11
0.2
Unit
W
V
A
A
mOhm
kVDC
ms
ms
GOhm
pF
Switching Voltage (max.)
DC or peak AC
Switching Current (max.)
DC or peak AC
Carry Current (max.)
DC or peak AC
Contact Resistance (max.)
@ 0.5V & 50mA
Breakdown Voltage (min.)
According to EN60255-5
Operating Time (max.)
Incl. Bounce; Measured with w/ Nominal Voltage
Release Time (max.)
Measured with no Coil Excitation
Insulation Resistance (typ.)
Rh<45%, 100V Test Voltage
Capacitance (typ.)
@ 10kHz across open Switch
USA:
Europe:
Asia:
+1.866.782.6339
+49.7731.8399.0
+86.21.37820625
│
salesusa@standexmeder.com
│ info@standexmeder.com
│ salesasia@standexmeder.com
Version 01
27.01.2015
Modifications in the sense of technical progress are reserved.
A Global Leader in the Design, Development, and
Manufacture of Sensor and Magnetic Components
Series Datasheet – MS Reed Relays
Coil Data
Contact Switch
Form
Model
Unit
1A
87
www.standexmeder.com
Coil Voltage
(nom.)
VDC
05
05HR
12
Coil Resistance
(typ.)
Ohm
280
500
700
Pull-In Voltage
(max.)
VDC
3.75
3.75
8.4
Drop-Out Voltage
(min.)
VDC
0.5
0.75
1.8
Nominal Coil Power
(typ.)
mW
89
50
205
The Pull-In / Drop-Out Voltage and Coil Resistance will change at rate of 0.4% per °C.
Environmental Data
Shock Resistance (max.)
1/2 sine wave duration 11ms
Unit
50
20
-20 to 70
-35 to 95
260
g
g
°C
°C
°C
MS Reed Relay
Vibration Resistance (max.)
Operating Temperature
Storage Temperature
Soldering Temperature (max.)
5 sec. max.
Handling & Assembly Instructions
Switching inductive and/or capacitive loads create voltage
and/or current peaks, which may damage the relay.
Protective circuits need to be used.
External magnetic fields needs to be taken into
consideration, including a too high packing density. This may
influence the relays’ electrical characteristics.
Mechanical shock impacts e.g. dropping the relays may cause
immediate or post-installation failure.
Wave soldering: maximum 260°/5 seconds.
Reflow soldering: Recommendations given by the soldering
paste manufacturer need to be considered as well as the
temperature limits of other components/processes.
Life Test Data
*Load increase reduces life expectancy of Reed Switches
Glossary Contact Form
Form A
Form B
Form C
NO = Normally Open Contacts
SPST = Single Pole Single Throw
NC = Normally Closed Contacts
SPST = Single Pole Single Throw
Changeover
SPDT = Single Pole Double Throw
USA:
Europe:
Asia:
+1.866.782.6339
+49.7731.8399.0
+86.21.37820625
│
salesusa@standexmeder.com
│ info@standexmeder.com
│ salesasia@standexmeder.com
Version 01
27.01.2015
Modifications in the sense of technical progress are reserved.
A Global Leader in the Design, Development, and
Manufacture of Sensor and Magnetic Components
Series Datasheet – MS Reed Relays
Pin Out
Top View
3.81mm [0.15“] pitch grid
Pin #2 must be positive when internal diode protection is present.
www.standexmeder.com
USA:
Europe:
Asia:
+1.866.782.6339
+49.7731.8399.0
+86.21.37820625
│
salesusa@standexmeder.com
│ info@standexmeder.com
│ salesasia@standexmeder.com
Version 01
27.01.2015
Modifications in the sense of technical progress are reserved.
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