Relais Reed : BE Relais - MEDER electronic - #5

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BE Series
MEDER electronic
All Purpose Reed Relays
Contact Form
Switch Model
Coil Voltage
Coil Resistance
Pull-In Voltage
Drop-Out Voltage
Nominal Coil Power
VDC
Q
VDC
VDC
mW
All Data at 20 °C *
Nom.
Max.
Typ. **** Tolerence ± 10%
Max.
Min.
Typ.****
5
7.5
140 (345)
3.5
0.75
179 (72)
66
12
16
855 (2145)
8.4
1.8
168 (67)
1A
24
30
3285 (7845)
16.8
3.6
175 (73)
5
7.5
105 (140)
3.5
0.75
238 (179)
85
12
16
620 (1000)
8.4
1.8
232 (144)
24
30
1400 (2300)
16.8
3.6
411 (250)
5
7.5
(180)
3.5
0.75
139
1B **
66
12
16
(1100)
8.4
1.8
131
24
30
(4240)
16.8
3.6
136
5
7.5
345
3.5
0.75
72
1C
90
12
16
2145
8.4
1.8
67
24
30
7845
16.8
3.6
73
1E ***
66
5
12
7.5 16
2 x 850 2x 5060
3.5 8.4
0.75 1.8
5
7.5
70 (180)
3.5
0.75
357 (139)
2A
66
12
16
445 (1100)
8.4
1.8
324 (131)
24
30
1700 (4240)
16.8
3.6
339 (136)
5
7.5
70 (110)
3.5
0.75
357 (227)
85
12
16
420 (600)
8.4
1.8
343 (240)
24
30
1080 (1600)
16.8
3.6
533 (360)
5
7.5
(55)
3.5
0.75
455
1A1B**
66
12
16
(370)
8.4
1.8
424
24
30
(1350)
16.8
3.6
427
The pull-in / drop-out voltage and coil resistence will change at the rate of 0,4 % per degrees C.
* Reclosure of Form B may occur if the max. voltage is exceeded. Coil polarity on Form B must be observed. Pin 2 is positive. ** Coil polarity must be observed. Applying a 2 ms pulse to Coil No. 1 with nominal voltage will latch the contacts.
Applying a 2 ms pulse to Coil No. 2 will unlatch the contacts. *** The figures in brackets are for relays in metal casing.
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pageCatalog pdf di En 2012-02-06-09