D
7.5
(3.45)
±0.10
±0.10
B
First HF
contact
=
C
First LF
contact
Pitch=2
Last LF
contact
A
TECHNICALS FEATURES
Last HF
contact
2
MATERIAL
INSULATOR : Special PPS (Polyphenylene Sulfide Fiberglass
filled thermoplastic) UL 94-V0
Radiation resistance
No humidity absorption
Oxygen free
Note : PPS characteristics are recognized for space applications
CRIMPING SIGNAL CONTACTS :
Female :
Body
Socket body
FIXING HARDWARE :
Copper alloy / Ni + Au 0.2µ
Beryllium copper / Ni + Au 1.25µ
4
5.5
13.4
=
Distance between the axies and length in mm :
A
=
nn
−
2
B
=
{(
yy
+
zz
)
×
4
}
+
A
+
7
B
max .
=
65
C
=
B
+
5
3
1.75
3.75
4
Part numbering :
nn : number of LF contacts
yy : number of HF contacts side LF pin 1
zz : number of HF contacts opposite side LF pin 1
(4.5)
Pitch=4
(3.5 if yy=0)
B
Fixing
hardware
M16
(A)
±0.10
(4.5)
3
(3.5 if zz=0)
Jackscrew :
Stainless steel
3.5
Hex.2
ELECTRICAL for LF Contacts
All contacts
Working voltage (sea level)
Proof voltage
Contact resistance (initially)
Insulation resistance
3 A max. @ 25°C
2.2 A max. @ 85°C
Tested at 800 V DC
Tested at 1200 V DC
max. 10 mΩ
1000 MΩ min
3
3
2
1
MECHANICAL for LF Contacts
Mechanical operations
Contact insertion and withdrawal force
Contact retention in insulator
Contact replacement in insulator
500 cycles min. up to 2500.
2 N max. / 0.2 N min.
10 N min.
3 cycles
M2
(2.5)
B
±0.10
(2.5)
ENVIRONMENTAL
Temperature range
Vibration severity
From -60°C to +260°C
0.75mm, 10 g RMS 6 hours long random
with superimposed sinusoid. No intermittencies
measured when using an H.S.L.I.
(High Speed Logic Interrupt) detector with a
trip threshold of 2 ns.
100g for 6 ms
HcFc 141 bMGX (ATOCHEM) solvent
96 hrs
56 days @ 90% Humidity
C
TECHNICAL FEATURES for HF COAXIAL CONTACT
MATERIAL
Body
Inner contact
Insulator
Retaining clip
Copper alloy / Ni + Au 0.5µ
Copper alloy / Ni + Au 0.75µ
PTFE
Do not complies with radiation
Beryllium alloy / Ni 3µ
LF contact C12468
type "S" to crimp
or to solder
scale : 3:1
Conductor
Jacket
2
0.7
1.1 max.
1
AWG 24-28
Conductor
Dielectric
Shield
Shock severity
Solvent resistance
Salt spray test
Humidity test
2
MECHANICAL
Endurance
Insertion force
Extraction force
Secure overlapping
Contact replacement
In insulator
500 cycles up to 2500.
From 0.60 to 5N per contact
From 0.50 to 2N per contact
1.30 mm
5 cycles
HF contact
30-2320-SS
to crimp
scale : 3:1
Jacket
0.5
Crimping following cable instruction ICLF01
LF contacts insertion & withdrawal tool
Tools
recommended Daniels MH800 hand crimp tool
for LF
Positioner K1692 for Daniels MH800 tool
contacts
AWG24 crimp tool setting
AWG26 & 28 crimp tool setting
C12935
MH800
C12929
Position 7
Position 6
2.2
1.7
4
5
3D view
scale : 1.5:1
2
Iss
Marking as referenced in the CMM catalogue pages 12 & 13
ELECTRICAL
Impedance
Insulator resistance
SWR (Stationary Wave Rate)
Frequency range
Insulation between
2 contacts
50Ω
10
6
mΩ / 250V (RMS)
< 1.05 + 0.04 F (GHz)
6 GHz (Depending on cable)
-100dB (Depending on cable)
2 31/05/13
www.nicomatic.com
Mail : nicomatic@nicomatic.fr
Tel : +33 (0)4.50.36.13.85
Date
A.Z.
Drawn
Checked
N.P.
Approved
Crimping following cable instruction IC30HF02
HF series 30 contacts removal
12368
Tools
Daniels MH800 hand crimp tool for conductor
MH800
recommended
Positioner K1131 for Daniels MH800 tool
K1131
for HF
Conductor Ø0.3 crimp tool setting
Position 2/3
contacts
Daniels HX3 hand crimp tool for sleeve
13858
Crimp die for Daniels HX3 tool
C13847
Item :
Connector CMM220 female on cables AWG24-28,
nn LF contacts, yy+zz HF contatcs 30-2320-SS, M16
1
General
tolerance
Folder :
X:\Méthodes\Plans clients\Plans clients 2D\10 - CMM220\Connecteurs femelles\222S\222SnnM16-yyzz-2320SS_cl
This document and drawings, sketches, and schematic drawings are the property of
the NICOMATIC company. and no parts thereof may be reproduced and used without
the written consent of the owner. Law dated 11.03.1902
Catalogue
Reference :
222SnnM16-yyzz-2320SS
±0.2
A4
Scale
2:1
Page
1/1
D
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