C-135504616 Datasheet, PDF (1/1 Pages) TE Connectivity Ltd – THIS DRAWING IS A CONTROLLED DOCUMENT.

8
THIS DRAWING IS UNPUBLISHED.
RELEASED FOR PUBLICATION
C ^{COPYRIGHT2014}
Tyco Electronics AMP GmbH
ALL RIGHTS RESERVED.
2014
7
6
SECTION C-C
Schnitt
E # 0.3
SECTION D-D
Schnitt
H # 0.3
5
DESIGN 1
Ausfuehrung 1
X10CrNi18-8
5
D # 0.5
7
4
C
B
A
3
DESIGN 5
Ausfuehrung 5
D
965901-1
A
1
12
965899-1
A
1
12
928876-1 A
1
927775-7 M
927775-6 M
1
927775-3 M
927775-1 M
928810-1
A15
A
1
9
963884-1
A
1
9
927773-3 N
1
927773-1 N
2-927768-1 R
1-927768-1 R
927768-9 P
1
927768-6 P
C
927768-3 P
927768-1 P
1719810-1 ^{10 A}
1
2-927771-2 N
2-927771-1 N
1-927771-1 N
927771-9 M
1
927771-8 N
927771-6 M
927771-3 M
927771-1 M
2-927774-1 C
1-927774-1 C
927774-6 B
2
927774-3 B
927774-1 B
963708-1 B
2
969137-1
A
3
12
1-927778-1 D
3
927778-3 C
B
927778-1 C
2112132-1
A
4
13
2-927766-1 E
1-927766-1 E
5
927766-3 D
927766-1 D
2-929937-1 E
1-929937-1 E
929937-6 E
5
929937-3 E
929937-1 E
2-929939-1 E
1-929939-1 E
929939-6 E
5
929939-3 E
929939-1 E
2-927770-1 G
1-927770-1 G
927770-6 F
5
927770-3 F
927770-1 F
A
2-929941-1 E
1-929941-1 E
929941-6 D
6
929941-3 D
929941-1 D
1-927772-1 D
927772-3 C
6
927772-1 C
TE
ORDER NO.
REV.
STRIP FORM
Bandware
DESIGN
Ausfuehrung
4806 (3/13)
CuSn4
CuSn4
CuSn4
CuNi12ZN24
CuSn4
CuSn4
CuFe2
CuFe2
CuSn4
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuSn4
CuFe2
CuFe2
CuSn4
CuFe2
MATERIAL
Werkstoff
PRETINNED
vorverzinnt
min.0.8µm
PRETINNED
vorverzinnt
min.0.8µm
PLAIN
BLANK
PRETINNED
vorverzinnt
min.0.8µm
1
PRETINNED
vorverzinnt
min. 0.8µm
PRETINNED
vorverzinnt
min. 0.8µm
PRETINNED
vorverzinnt
min. 1µm
PRETINNED
vorverzinnt
min. 1µm
PRETINNED
vorverzinnt
min. 1µm
0.5-1.0
FLR
>1.0-2.5
FLR
0.5-1.0
FLK
0.5-1.0
FLK
0.5-1.0
FLR
>1.0-2.5
FLR
>1.0-2.5
FLK
1.4-2.3
2.1-3.1
2.0-2.7
2.0-2.7
1.4-2.3
2.1-3.1
2.7-4.1
2
34
1
PRETINNED
vorverzinnt
min. 1µm
>1.0-2.5
FLR
2.1-3.1
36
2
34
35
1
PRETINNED
vorverzinnt
min. 1µm
0.5-1.0
FLR
1.4-2.3
2
1
PRETINNED
vorverzinnt
min. 1µm
PRETINNED
vorverzinnt
min. 1µm
PRETINNED
vorverzinnt
min.0.8µm
0.2-0.5
FLR
0.08-0.2
Sonderleitung
0.2-0.5
FLR
1.0-1.6
1.5-1.8
1.2-2.3
2
PRETINNED
vorverzinnt
min.0.8µm
PLAIN
BLANK
0.2-0.5
FLK
0.2-0.5
FLR
1.2-2.3
1.15-1.6
2
PRETINNED
vorverzinnt
min. 1µm
>1.0-2.5
FLK
2.7-3.0
2
1
PRETINNED
vorverzinnt
min. 1µm
>1.0-2.5
FLR
2.7-3.0
2
1
PRETINNED
vorverzinnt
min. 1µm
0.5-1.0
FLR
1.4-2.1
2
1
PRETINNED
vorverzinnt
min. 1µm
0.5-1.0
FLR
1.4-2.1
2
1
PRETINNED
vorverzinnt
min. 1µm
2
PRETINNED
vorverzinnt
min. 1µm
0.2-0.5
FLR
0.2-0.5
FLR
1.15-1.6
1.15-1.6
SURFACE
Oberflaeche
WIRE RANGE
Drahtgroessen
Bereich
[mm²]
INSULATION
Isolations
[mm]
D _Dr
E = 2.6
G = 2.8
D _Dr = 1.1
E = 3.6
G = 3.8
D _Dr = 1.8
E = 2.6
G = 2.8
D _Dr = 1.1
D # 0.2
H = 3.6
K = 3.9
D = 1.8
H = 4.7
K = 4.9
D = 2.6
H = 3.9
K = 4.1
D = 2.4
3
4 5.5 18.8 0.4
3.3 4.3 5.8 18.8 0.4
3
4 5.5 18.8 0.4
E = 2.6
G = 2.8
D _Dr = 1.1
H = 3.9
K = 4.1
D = 2.4
3
4 5.5 18.8 0.4
E = 2.6
G = 2.8
D _Dr = 1.1
E = 3.6
G = 3.8
D _Dr = 1.8
E = 3.6
G = 3.8
D _Dr = 1.8
H = 3.6
K = 3.9
D = 1.8
H = 4.7
K = 4.9
D = 2.6
H = 5.5
K = 5.8
D = 3.6
3.0 4.0 5.5 18.8 0.4
3.3 4.3 5.8 18.8 0.4
3.3 4.3 5.8 18.8 0.4
E = 3.6
G = 3.8
D _Dr = 1.8
H = 4.7
K = 4.9
D = 2.6
3.3 4.3 5.8 18.8 0.4
E = 2.6
G = 2.8
D _Dr = 1.1
H = 3.6
K = 3.9
D = 1.8
3
4 5.5 18.8 0.4
E = 2.1
G = 2.1
D _Dr = 0.8
E = 1.7
G = 1.7
D _Dr = 0.6
E = 2.1
G = 2.1
D _Dr = 0.8
E = 2.1
G = 2.1
D _Dr = 0.8
E = 2.4
G = 2.3
D _Dr = 1
E = 3.6
G = 3.8
D _Dr = 1.8
H = 2.7
K = 2.8
D = 1.4
2.5 3.5 5.6 18.8 0.4
H = 3.1
K = 3.2
D = 1.6
H = 3.5
K = 3.6
D=2
H = 3.5
K = 3.6
D = 2.0
H = 2.9
K = 2.9
D = 1.4
H = 5.4
K = 4.6
D = 3.2
2.5 3.7 5.9 18.8 0.4
2.5 3.5 5 18.8 0.4
2.5 3.5 5 18.8 0.4
2.5 3.5 5.6 18.8 0.2
3.5 5.9 7.5 18.8 0.4
E = 3.6
G = 3.8
D _Dr = 1.8
H = 5.4
K = 4.6
D = 3.2
3.5 5.9 7.5 21 0.4
E = 2.6
G = 2.8
D _Dr = 1.1
H = 5.4
K = 4.6
D = 3.2
3 5.4 7 21 0.6
E = 2.6
G = 2.8
D _Dr = 1.1
H = 5.4
K = 4.6
D = 3.2
3 5.4 7 18.8 0.6
E = 2.1
G = 2.1
D _Dr = 0.8
H = 5.4
K = 4.6
D = 3.2
2.5 4.9 6.5 21 0.9
E = 2.1
G = 2.1
D _Dr = 0.8
H = 5.4
K = 4.6
D = 3.2
STRIP FORM
WIRE CRIMP
INSUL.-CRIMP
Drahtcrimp
Iso.-Crimp
Bandware
CRIMP DIMENSION (mm)
Crimpabmessungen (mm)
2.5 4.9 6.5 18.8 0.9
CRIMP DATA
AND
A
B
C
D
E
CRIMP TOOL
Crimpdaten u.
Crimpwerkzeuge
8
7
3.6
4.9
4.5 ^0.2
DESIGN 2
Ausfuehrung 2
0.5 max.
DESIGN 3
Ausfuehrung 3
DESIGN 4
Ausfuehrung 4
SINGLE WIRE SEAL
Einzel-Dichtung
11
828904-1 1.2-2.1
blue
blau
828905-1 2.2-3.0
white
weiss
ORDER No. INSULATION n
Bestell-Nr. Isolations n
COLOUR
Farbe
828905
0.8 ^0.3
4.3 ^0.3
7.8 ^0.3
828904
0.8 ^0.3
4.3 ^0.3
7.8 ^0.3
DESIGN 6
Ausfuehrung 6
5:1
2
1
REVISIONS
P LTR
DESCRIPTION
DATE
DWN APVD
A13
A14
A15
A16
Part status changed
New Creo drawing created
Material of PN 928810-1 corrected
Add PN´s in the Table
13NOV13 Ho. Eder
25APR2014 Ho. Eder
26MAY2014 GilchEder
25NOV2014 Ho. Eder
D
C
NOTES
Bemerkungen
1 _{CONTACT BODY PRE-SILVER PLATED MIN. 0.8µm}
Kontaktkoerper vorversilbert min. 0,8µm
CONTACT ZONE SELECTIVE PRE-SILVER PLATED MIN. 3µm
Kontaktzone selektiv vorversilbert min. 3µm
2 _{CONTACT ZONE GOLD PLATED MIN. 0.8µm OVER MIN. 1.3µm NICKEL-LAYER}
Kontaktzone vergoldet min. 0,8µm ueber min. 1,3µm Nickel-Zwischenschicht
CRIMP AREA MIN.1µm TIN PLATED OVER NICKEL-LAYER
Crimpbereich min. 1µm verzinnt ueber Nickel-Zwischenschicht
3 _{CANTILEVER SPRING INSIDE AND OUTSIDE 0.4-1.2µm GOLD PLATED}
Ueberfeder innen und aussen 0,4-1,2µm vergoldet
4 _{CONTACT BODY, CONTACT SPRING INSIDE AND CRIMP AREA MIN. 1µm TIN PLATED OVER NICKEL-LAYER,}
TOUCHING AREA TO CANTILEVER SPRING AND CONTACT SPRING OUTSIDE
SELECTIVE 0.8µm GOLD OVER MIN. 1.3µm NICKEL-LAYER
Kontaktkoerper, Kontaktfeder innen und Crimpbereich min. 1.3µm verzinnt
ueber Nickel-Zwischenschicht, Anlageflaeche zur UeberfedeKronutnadktfeder aussen
selektiv 0,8µm vergoldet ueber min. 1µm Nickel-Zwischenschicht
B
5 _{CONTACT ZONE AND TOUCHING AREA TO CANTILEVER SPRING MIN. 0.8µm}
SELECTIVE GOLD PLATED OVER
1.3µm NICKEL PLATED, CRIMP AREA MIN. 1µm TIN PLATED OVER NICKEL-LAYER
Kontaktzone und Anlageflaeche zur Ueberfeder min. 0,8µm vergoldet ueber
min. 1,3µm Nickel-Zwischenschicht Crimpbereich min. 1µm verzinntNiucekbeelr-Zwischenschicht
6 _{CONTACT BODY AND CRIMP AREA MIN. 1µm TIN PLATED OVER NICKEL-LAYER,}
TOUCHING AREA TO CANTILEVER SPRING SELECTIVE 0.8µm GOLD OVER MIN. 1.3µmNICKEL-LAYER
Kontaktkoerper und Crimpbereich min. 1µm verzinnt uNeibcekrel-Zwischenschicht
Anlageflaeche zur Ueberfeder selektiv 0,8µm vergoldet ueber min.Ni1c,k3eµlm-Zwischenschicht
7 _{CONTACT OFF OPTIONAL}
Abschnitt\Freischnitt optional
8 _{SAWAG ONLY FOR PN 929937,929939, 929941}
Swage nur fuer PN 929937, 929939, 929941
9 _{VARIANTS WITH GAP-SIZE 0.3mm (±0.1)}
Varianten mit Gap-Size 0.3mm (±0.1)
10 _{CONTACTS DIPPED IN OR SPRAYED WITH LUBRICANT BARRIERTA}
Kontakte getaucht oder besprueht mit Lubricant Barrierta
11 _{ACCORDING INSULATION DIA IS TO CHOOSE THE SINGLE WIRE SEAL}
Entsprechend dem Isolationsdurchmesser ist die
Einzel-Dichtung auszuwaehlen
12 _{VARIANTS WITH GAP-SIZE 0.65mm (-0.1)}
Varianten mit Gap-Size 0.65mm (-0.1)
A
13 _{VARIANTS WITH GAP-SIZE 0.15mm (-0.05)}
Varianten mit Gap-Size 0.15mm (-0.05)
THIS DRAWING IS A CONTROLLED DOCUMENT.^DWN
09JUN99
K. Gerlach
CHK
09JUN99
TE Connectivity
DIMENSIONS:
TOLERANCES UNLESS
J. Has
OTHERWISE SPECIFIED: APVD
- ^NAME
mm
-
PRODUCT GROUP DRAWING FOR
0 PLC
-
1 PLC
-
2 PLC
-
3 PLC
-
PRODUCT SPEC
108-18013
APPLICATION SPEC
JUNIOR POWER TIMER CONTACT
Produkt-Gruppen-Zeichnung fuer JPT
4 PLC
-
ANGLES
1$
114-18050
SIZE CAGE CODE DRAWING NO
RESTRICTED TO
MATERIAL
SEE TABLE
FINISH
SEE TABLE
WEIGHT
-
A0 ⁰⁰⁷⁷⁹
1355046
-
-
-
Customer Drawing
SCALE
SHEET
OF
5:1
11
REV
A16