10-69518-11S Datasheet, PDF (61/70 Pages) Amphenol Corporation – Amphenol QWL Series Cylindrical Connectors

QWL
crimp contacts
Machined from copper alloy and silver-plated for maximum corrosion resistance, with a
minimum millivolt drop and a maximum current carrying capacity, the size 16 and 12
socket contacts are of the closed entry design. Crimp contacts are available for all MS
insert arrangements and are identified with an Amphenol^® proprietary number.
MS/STANDARD CRIMP CONTACTS
Part
Number
Mating Wire
Pin/ End Barrel
Socket Size Size
10-40553
Pin
10-40552 or
16
Short†
16
10-597109-161 Socket
10-40557
Pin
10-40556 or
16
Long
16
10-597109-171 Socket
10-40561
Pin
10-40560 or
12
12
10-597109-131 Socket
10-40792
10-40793
Pin
Socket
8
8
10-40564
10-40565
Pin
Socket
4
4
10-40562 or Pin
10-581806
10-40563 or
0
0
10-581808 Socket
Allowable
Wire
Size
16
18
20
22*
16
18
20
22*
12
14
8
10*
4
6*
0
2*
Required
Test
Wire Adapter Current**
Sleeve
Amps
13
10
7.5
10-74696-6
5
13
10
7.5
10-74696-6
5
23
17
46
10-74696-1 33
80
10-74696-2 60
150
10-74696-7 100
* When using wire adapter sleeve shown.
** Contact ratings as stated are test ratings only. The connector could not withstand full
rated current through all contacts continuously. Please note that the electrical data
given is not an establishment of electrical safety factors. This is left entirely in the
designer’s hands as he can best determine which peak voltage, switching surges,
transients, etc. can be expected in a particular circuit.
† The 12S, 14S and 16S connectors require short contacts.
TABLE I
CONTACT ARRANGEMENT SERVICE RATING
MS
Service
Rating
Inst.
A
D
E
B
C
Recommended
Operating Voltage*
at Sea Level
DC
AC (RMS)
250
200
700
500
1250
900
1750
1250
2450
1750
4200
3000
Effective
Creepage
Distance
Nom.
1/16
1/8
3/16
1/4
5/16
1
Mechanical
Spacing
Nom.
1/16
1/8
3/16
1/4
5/16
* The values listed in Table I represent operating values which include a gen-
erous safety factor. It may be necessary for some applications to exceed
the operating voltages listed here. If this is necessary, designers will find
Table II useful for determining the degree to which the recommended val-
ues of Table I can be exceeded.
MS
Service
Rating
Inst.
A
D
E
B
C
Nominal
Distance
Airspace
1/32
1/16
1/8
3/16
1/4
5/16
Creepage
1/16
1/8
3/16
1/4
5/16
1
TABLE II
ALTITUDE VOLTAGE DERATING** CHART
Standard Sea
Level Conditions
Minimum
Flashover
Voltage
AC (RMS)
Test
Voltage
AC (RMS)
1400
1000
2800
2000
3600
2800
4500
3500
5700
4500
8500
7000
Pressure Altitude†
50,000 Feet
Minimum
Flashover
Voltage
AC (RMS)
Test
Voltage
AC (RMS)
500
400
800
600
900
675
1000
750
1100
825
1300
975
† Not corrected for changes in density due to variations in temperature.
** No attempt has been made to recommend operating voltages. The designer
must determine his own operating voltage by the application of a safety factor to
the above derating chart to compensate for circuit transients, surges, etc.
Pressure Altitude†
70,000 Feet
Minimum
Flashover
Voltage
AC (RMS)
Test
Voltage
AC (RMS)
325
260
450
360
500
400
550
440
600
480
700
560
60