CA121004-9 ITT Cannon, CA121004-9 Datasheet - Page 4
![PROTECTING CAP, ALUMINUM ALLOY](/photos/18/55/185542/4239930_sml.jpg)
CA121004-9
Manufacturer Part Number
CA121004-9
Description
PROTECTING CAP, ALUMINUM ALLOY
Manufacturer
ITT Cannon
Datasheet
1.CA3100E14S-7PF42.pdf
(56 pages)
Specifications of CA121004-9
Connector Shell Size
24
Connector Body Material
Aluminum Alloy
Enclosure Material
Aluminum Alloy
Accessory Type
Dust Cap
For Use With
CA Series Reverse Bayonet Circular Connector Plugs
Cannon VG/CA-Bayonet
Electrical Data
Contact rating at 68 °F (+20 °C)
Contact size
10
16S/15S
16/15
12/25
Current rating
depending on ambient temperature
Operating voltage and connector usage
Connectors in equipments must not be separated or mated
under load when used per specifications.
As according to specification the connectors are suitable for an
operating voltage of 50 V (see Product Safety Information).
However, this is only valid, when the connectors are freely
accessible during operation and consequently might be
touchable. When the connectors will be operated with line
voltage, please contact ITT Customer Service.
8/60/100
4/160
0/500
max. current
A
135
245
22
22
41
74
8
Contact resistance
(Millivolt test)
The contact resistance has to be tested according to VG95234
part 2, test no. 5.10.1 and VG 95210, part 37. The measuring
points are indicated in the illustration.
Contact size
metric
160
500
Insulation resistance
Acc. to VG95319, part 2, test no. 5.12 and VG95210, part 32,
test condition B
Standard insulator material
FKM insulator material (upon request)
Test voltage
Acc. to VG95319, part 2, test no. 5.13 and VG 95210, part 31
Test voltage for service rating:
Service rating
Instruments
A
B
D
E
Air and creepage paths (min.)
Voltage class
Air and creepage paths mm
10
15S/15
25
60/100
4
AWG
–
16S/16
12
8
4
0
Specifications and dimensions subject to change
Test voltage V
1050
1600
4000
2500
3000
Instr.
0,7
Max. contact
resistance
mΩ
12
A
1,1
6
3
1
0,5
0,2
rms
Dimensions shown in mm
www.ittcannon.com
> 1000 MΩ
> 5000 MΩ
D
2,8
E
4,8