MIL-PRF-6106/40D
Inches
mm
Inches
mm
Inches
mm
Inches
mm
.001
0.03
.062
1.57
.200
5.08
.640
16.26
.002
0.05
.100
2.54
.230
5.84
.712
18.08
.002
0.08
.110
2.79
.250
6.35
.810
20.57
.005
0.13
.115
2.92
.300
7.62
.850
21.59
.025
0.64
.133
3.38
.345
8.76
1.062
26.97
.030
0.76
.140
3.56
.400
10.16
1.070
27.17
.031
0.79
.141
3.58
.425
10.80
1.078
27.38
.040
1.02
.156
3.96
.460
11.68
1.280
32.51
.050
1.27
.170
4.32
.500
12.70
NOTES:
1. Dimensions are in inches.
2. Metric equivalents are given for general information only.
3. Unless otherwise specified, tolerance is .010 (0.25 mm).
4. There shall be affixed to the relay a legible circuit diagram that identifies each terminal location specified.
5. These relays are polarized monostable.
6. this relay shall not operate or be damaged by reverse polarity. Semiconductors shall not be used for this purpose.
7. Permanent magnet drive consists of a permanent magnet with its flux path switched and combined with the
electromagnetic flux.
8. Applicable to configuration C only. The circuit diagram, manufacturer's PIN, and the military PIN shall be marked
on the near side. The remaining portion of the nameplate data shall be marked on the far side.
9. Applicable to configuration C only. Relays shall be marked with the manufacturer's name or source code and date
code. In addition, ER relays shall be marked with the serial number. Marking shall be with the bottom of the print
adjacent to the near side.
10. Socket pin terminals shall provide the operational, environmental, and interface characteristics to provide a
reliable interconnect to gold-plated contacts. Terminals, except the polarizing pin, shall be gold plated. One
system for gold plating that may be used is ASTM-B488, type 3, class 1.25 with a nickel underplate of 50 to 150
microinches thick. The gold plating system shall enable the product to meet the performance requirements of this
specification and shall be approved by the qualifying activity.
11. Gasket shall provide a reliable seal between the relay and mating socket that will meet the environmental,
operational, and interface requirements of the relay with the mating socket. The gasket shall have shore
hardness 25 5, thickness .050 .005. Gasket material according to SAE- AMS3332 has been considered
acceptable.
12. Back EMF (trnasient voltage): 42 V dc maximum.
13. JANTX or equivalent screened semiconductors shall be used in ER relays with internal coil suppression. Relays
using suppression devices shall continue to operate should the suppression circuit be in a failure mode. Diodes
shall have a peak inverse voltage of 600 V dc minimum.
FIGURE 1. Relay, outline drawing - Continued.
6
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