MIL-22520/7/01 Souriau Connection Technology, MIL-22520/7/01 Datasheet - Page 11

• Manufacturer Part Number: MIL-22520/7/01
• Description: Circular MIL / Spec Connectors CRIMP TOOL FRAME
• Manufacturer: Souriau Connection Technology
• Series: JBX Seriesr
• Type: Crimping Toolr

Specifications of MIL-22520/7/01

• Product Type: Tools
• Termination Style: Crimp
• Cable Diameter: 0.7 mm to 0.9 mm, 1.3 mm
• Product: Crimping, Stripping & Cutting Tools & Drills
• Description/function: Contact Crimping
• Wire Gauge Range: 28-16
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• For Use With: Contacts 0.7 mm to 9 mm, 1.3 mm

JBX Series
Push-Pull Connectors
Contact layouts
Note : Contact numbering mating faces receptacle view: counterclockwise from key at position 1 -
**Inserts with fixed non removable contacts-* For receptacles with female contacts. -
Male insulator wire side
Solder
Crimp
PCB straight tails
PCB right angles
Contact diameter mm
Solder Max. AWG
Crimp wire Max. AWG
Max current rating
Test voltage (Vrms)
Working Voltage (Vdc/Vrms)
Male insulator wire side
Solder
Crimp
PCB straight tails*
PCB right angles*
Contact diameter mm
Solder Max. AWG
Crimp wire Max. AWG
Max current rating
Test voltage (Vrms)
Working Voltage (Vdc/Vrms)
Shell size 00
Contact numbering mating faces plug view: clockwise from key at position 1
Shell size 0
600/460
1 400
02
0.9
24
20
10
Q
S
C
P
500/350
1000
04
0.5
30
2
S
600/420
1 300
03
0.9
24
20
Q
C
P
8
S
Voltage Test Procedure
The testing voltage corresponds to the maximum voltage the
connector is able to withstand in normal climatic conditions.
The value is about 75% of the electrical breakdown voltage.
The testing voltage level can be reached several times in
connectors life, but never applied for a continuous duration.
The working voltage corresponds to the maximum vol-
tage the connector is able to withstand continuously during
its life time, in real environmental conditions, even with high
temperature. The value is around 1/3 of the testing voltage.
Maximum current rating
This indicated maximum current rating corresponds to the
maximum current that can be applied simultaneously on each
line of the connector mated pair, continuously during its life
time, in normal climatic conditions.
Remark : If the current is applied on only one contact of the
layout, then an increased current value can be achieved over
a long duration.
600/4205
1 350
04
11
0.7
S**
26
22
Q
C
7
P
400/220
05
800
0.7
6.5
S**
26
22
Q
C
P
320/220
06
680
0.5
2.5
S**
28
P
320/220
07
680
0.5
2.5
S**
28
P
320/220
08
680
0.5
S**
28
P
2