die selector chart - farnell element14 · ma 120-3d 1 mk 34-520 mk 38-520 mk 42-520 2 2 2 pa...
TRANSCRIPT
DI
E
SE
LE
CT
OR
C
HA
RT
84
COPPER CONDUCTORS
Cond
ucto
r Size
sqmm
TERM
INAL
SPLI
CENE
STIND
EN-
TORDI
E SE
TNE
STIN
DENT
ORNE
STIND
ENTO
RDI
E SE
TNE
STIN
DENT
ORDIE
SET
NEST
INDE
NTOR
DIE SE
TDI
E SE
TDI
E SE
TDI
E SE
TLo
w st
r.Fle
x
COND
UCTO
RAP
PLIC
ATIO
N
HY
DR
AU
LIC
TO
OL
S
CONN
ECTO
RHT
45
- EHT
51
RH 5
0B
50
HT 8
1-U
RHU
81
HT 1
20
HT 1
31-C
HT
131
-UC
RHC
131
RHU
131
-CB
131-
C B
131
-UC
ECW
-H3D
RHU
520
4 ÷
6A
1-M..
MA 1
MA 2.
3
MA 5
MA 7
MA 10
ME 1
MA 2
.3-50
MA 5
-50
MA 7
-50
MA 1
0-50
MA 1
4-50
MA 1
9-50
PA 5
-50
PA 1
0-50
PA 1
9-50
ME 2
ME 3
ME 5
ME 7
ME 10
ME 14
ME 19
ME 24
ME 9
-50
ME 1
2-50
ME 1
7-50
ME 2
0-50
ME 2
9-50
ME 3
5-50
ME 1
4-50
ME 1
9-50
ME 2
4-50
ME 3
0-50
ME 3
7-50
PA 1
PA 1
0
PA 5
A 19
-M..
A 24
-M..
A 30
-M..
A 37
-M..
A 37
-4ESI
A 48
-M..
A 48
-4ESI
A 60
-M..
A 60
-4ESI
A 80
-M..
A 80
-4ESI
A 9-M
..
A 12
-M..
A 17
-M..
A 20
-M..
A 29
-M..
A 35
-M..
A 40
-M..
A 10
0-M..
A 100
-4ESI
A 12
0-M..
A 120
-4ESI
A 16
0-M..
A 160
-4ESI
A 20
0-M..
10 16 25
3525
*35
*
5035
*50
*
7050
*70
*
9570
*95
*
120
95*
120
150
120*
150*
185
150*
185*
240
185*
240*
300
240
300
A 2-M
..A
2-P12
A 3-M
..A
3-P14
A 5-M
..A
5-P16
A 7-M
..A
7-P20
A 10
-M..
A 10
-P25
A 14
-M..
A 14
-P30
L 1-M
L 1-P
L 19-M
L 19-P
L 24-M
L 24-P
L 30-M
L 30-P
L 37-M
L 37-P
L 48-M
L 48-P
L 60-M
..
L 80-M
..
L 100
-M..
L 120
-M..
L 160
-M..
L 200
-M..
L 2-M
L 2-P
L 3-M
L 3-P
L 5-M
L 5-P
L 7-
ML
7-P
L 10-M
L 10-P
L 14-M
L 14-P
2A 19
-M..
2A 24
-M..
2A 30
-M..
2A 37
-M..
2A 48
-M..
2A 60
-M..
2A 80
-M..
2A 10
0-M.
.
2A 12
0-M..
2A 3
-M..
2A 5
-M..
2A 7
-M..
2A 1
0-M..
2A 1
4-M..
400
300
500
400
630
500
800
630
1000
800
35 50 70 95 120
150
185
1 1 1 1
ME 9
ME 1
2
ME 1
7MA
17-5
0PA
19-5
0
ME 2
0
1 2 2 21 2 2 2 2
1 2 2 2 3 3
ME 1
-50
ME 2
-50
ME 3
-50
ME 5
-50
ME 7
-50
ME 1
0-50
1 1 1 1 1 2 2 2 2 3 3
ME 2
-C
ME 3
-C
ME 5
-C
ME 7
-C
ME 1
0-C
ME 1
4-C
ME 1
9-C
ME 2
4-C
ME 3
0-C
ME 3
7-C
1 1 1 1 1 1 1 1 1 1
ME 4
8-C
ME 6
0-C
ME 8
0-C
2 3
ME 9
-C
ME 1
2-C
ME 1
7-C
ME 2
0-C
ME 2
9-C
1 1 1 1 1
ME 3
5-C
ME 4
0-C
1 13ME
80-3D
ME10
0-3D
ME12
0-3D
2 2 2
ME 2
.19-U
ME 3
.14-U
ME 5
.7-U
ME 10
.24-U
ME 3
.14-U
ME 2
.19-U
ME 1
0.24
-U
ME 3
0-U
ME 3
7-U
ME 4
8-U
1 1 1 2 2 2 2 2 2 3
ME 9
.20-U
ME 12
.17-U
ME 12
.17-U
ME 9
.20-U
ME 2
9-U
ME 3
5-U
ME 4
0-U
1 2 2 2 2 2 3
1
MA 9
PA 1
01
MA 2
-C
PA 1
0-C
PA 2
4-C
PA 4
8-C
PA 6
0-C
PA 1
0-C
PA 2
4-C
PA 4
8-C
1
MA 3
-C1
MA 5
-C1
MA 7
-C1
MA 1
0-C1
MA 1
4-C1
1 1 1 1 1 1 1
MA 1
9-C1
MA 2
4-C1
MA 3
0-C1
MA 3
7-C1
MA 4
8-C1
MA 6
0-C1
MA 9
-C1
MA 1
2-C1
MA 1
7-C1
MA 2
0-C1
MA 2
9-C1
MA 3
5-C1
MA 4
0-C1
1 1 11MA
3.5-U
MA 7.
14-U
MA 10
.19-U
MA 7.
14-U
1 1
MA 10
.19-U
MA 19
-U11
MA 9.
17-U
MA 12
.20-U
MA 9.
17-U
1 1 1
MA 12
.20-U
MA 29
.80-U
MA 35
-U
1 1
MA 40
-U
MA 24
-U
MA 30
-80-U
MA 37
-U
1 1
MA 48
-U
1
PA 1
00-3D
PA 1
20-3D
MA 8
0-3D
1
MA 1
00-3D
1
MA 1
20-3D
1
MK 34
-520
MK 38
-520
MK 42
-520
2 2 2
PA 1
20-52
0
PA 2
00-52
0
MA 8
0-520
1
MA 10
0-520
1
MA 12
0-520
1
MK 50
P-520
MK 52
-520
2 2
MA 16
0-520
1
MA 20
0-520
1
Adap
tor
AU 2
30-13
0D
with d
ie se
t MA.
.-C
and i
nden
tor PA
..-C
Adap
tor
AU 5
20-13
0C
with d
ie se
t MA.
.-C
and i
nden
tor PA
..-C
Adap
tor
AU 2
30-13
0D
with d
ie se
t
ME..-C
Adap
tor
AU 5
20-13
0C
with d
ie se
t
ME..-C
Adap
tor
AU 2
30-13
0D
with d
ie se
t MA.
.-C
and i
nden
tor PA
..-C
Adap
tor
AU 5
20-13
0C
with d
ie se
t MA.
.-C
and i
nden
tor PA
..-C
Adap
tor
AU 2
30-13
0D
with d
ie se
t
ME..-C
Adap
tor
AU 5
20-13
0C
with d
ie se
t
ME..-C
DI
E
SE
LE
CT
OR
C
HA
RT
2 3 2 2
N.B.
:Nu
mber
inside
symb
ol ind
icates
the n
umbe
r of c
rimps
on A
-M ba
rrel
= He
xago
nal c
rimp
(ose
one
size
up
with
fine
stra
nded
con
duct
ors,
E.G
.: 95
❏fin
e st
rand
ed u
se A
19-..
+ M
E 19
or A
20-
.. +
ME
20)
* Co
ntac
t Cem
bre
for a
ppro
priat
e die
set
= Ind
ent c
rimp
A..-M
..
A..-P
..
L..-M
..
L..-P
..
2A..-
M..
A..-
4ESI
85
COPPER CONDUCTORS
Cond
ucto
r Size
Flex s
qmm
TERM
INAL
NEST
INDE
NTOR
DIE
SET
NEST
INDE
NTOR
DIE
SET
Cond
ucto
r Size
Flex s
qmm
TERM
INAL
DIE
SET
APPL
ICAT
ION
CONN
ECTO
RHT
81-
URH
U 81
10
MN
12 F-
50
MN
17 F-
50
ANE
2-M
..
ANE
3-M
..
ANE
5-M
..
ANE
7-M
..
ANE
2-P1
2
ANE
3-P1
4
ANE
2-U.
.
ANE
3-U.
.
ANE
5-P1
6
ANE
7-P2
0
ANE
9-M
..
PKD
16..
PKD
25..
PKD
35..
PKD
50..
PKC
16..
PKC
25..
PKC
35..
KE 1
6..
KE 2
5..
KE 3
5..
PKC
50..
PKE
16..
PKE
25..
ANE
12-M
..
ANE
17-M
..
ANE
20-M
..
ANE
29-M
..
ANE
35-M
..
16 25
25 ÷
35
35 50 70 95 120
150
16 25 35 50
MN
2 RF
-50
MN
3 RF
-50
MN
5RF
-50
MN
7RF
-50
MN
2 RF
-C
MN
3 RF
-C
MN
5 RF
-C
MN
7 RF
-C
MN
12 F
-C
MN
17 F
-C
MN
20 F
-C
MN
29 F
-C
MN
35 F
-C
MN 2
-C
PN 7
-C
PN 1
4-C
PN 2
4-C
PN 3
7-C
MN 3
-C
MN 5
-C
MN 7
-C
MN 9
-C
MN 1
2-C
MN 1
7-C
MN 2
0-C
MN 2
9-C
MN 3
5-C
Adap
tor
AU 2
30-13
0D
with d
ie se
t MN.
.-C
and i
nden
tor PN
..-C
or
with d
ie se
t MN.
.-RF-C
and d
ie se
t MN.
.F-C
= He
xago
nal c
rimp
= Ind
ent c
rimp
= Ra
dial c
rimp
= cir
cular
crim
p=
Trap
ezium
crim
p
MTT
16-
50
MTT
25-
50
MTT
35-
50
MTT
50-
50
HT 4
5 - E
HT 5
1 R
H 50
B 50
HT 1
20
HT 1
31-C
HT
131
-UC
RHC
131
RHU
131
-C
B 13
1-C
B
131-
UCEC
W-H
3DCO
NDUC
TOR
HY
DR
AU
LIC
TO
OL
S
ANE.
.-M..
ANE.
.-P..
ANE.
.-U..
PK ..
.
86
TAP-OF ON COPPER CONDUCTOR
Cond
ucto
r Size
sqmm
CONN
ECTO
RCO
NNEC
TOR
DIE
SET
DIE
SET
DIE
SET
DIE
SET
DIE
SET
DIE
SET
Run
Tap
COND
UCTO
RAP
PLIC
ATIO
N
HY
DR
AU
LIC
TO
OL
S
CONN
ECTO
RHT
45-
EHT
51
RH 5
0B
50
HT 8
1-U
RHU
81
HT 1
20
HT 1
31-C
HT
131
-UC
RHC
131
RHU
131
-CB
131-
C
B 13
1-UC
ECW
-H3D
RHU
520
6 ÷
2,5
6 ÷
1,5
C 6
- C 6
ST
MC
6
MC
10
MC
25
MC
35
MC
6-50
MC
10-5
0
MC
25-5
0
MC
35-5
0
*MC
70-5
0
MC
6.25
-U
MC
10-U
MC
10-C
Adap
tor
AU 2
30-1
30D
with
die
set M
C..-C
Adap
tor
AU 5
20-1
30C
with
die
set M
C..-C
MC
6.25
-UM
C 25
-UM
C 25
-C
MC
35-U
MC
35-C
MC
70-8
0UM
C 70
-CM
C 70
-3D
MC
95-8
0UM
C 95
-CM
C 95
-3D
MC
185-
CM
C 18
5-3D
MC
240-
3D
C 10
- C
10 S
T
C 16
- C
16 S
T
C 25
- C
10 S
T
C 25
- C
25 S
T
C 35
- C
16 S
T
C 35
- C
35 S
T
C 70
- C
25N
ST
C 50
- C
25 S
T
C 50
- C
50 S
T
C 70
- C
35 S
T
C 70
- C
70 S
T
C 95
- C
35 S
T
C 95
- C
70 S
T
C 95
- C
95 S
T
C 12
0 - C
120
ST
C 15
0 - C
120
ST
C 15
0 - C
150
ST
C 18
5 - C
95
STC
240
- C 1
20 S
T
C 6
- C 6
C 10
- C
10
C 16
- C
16
C 25
- C
10
C 25
- C
25
C 35
- C
16
C 35
- C
35
C 70
- C
25N
C 50
- C
25
C 50
- C
50
C 70
- C
35
C 70
- C
70
C 95
- C
35
C 95
- C
70
C 95
- C
95
C 12
0 - C
120
C 15
0 - C
120
C 15
0 - C
150
C 18
5 - C
95
C 24
0 - C
120
10 ÷
1,5
16 ÷
1,5
10 ÷
1,5
25 ÷
16
16 ÷
1,5
40 ÷
25
25 ÷
10
25 ÷
1,5
25 ÷
4
50 ÷
35
40 ÷
4
70 ÷
35
40 ÷
4
70 ÷
40
100
÷63
125
÷25
125
÷25
150
÷63
100
÷16
120
÷95
10 16
25 ÷
16
25
40 ÷
35
40 ÷
35
50
70 ÷
63
50 *50
*70
÷50
*70
÷50
100
÷95
100
÷95
100
÷95
125
÷11
0
160
÷15
0
150
185
240
÷15
0
DI
E
SE
LE
CT
OR
C
HA
RT
* W
hen
using
die
set t
ype
MC7
0-50
, the
con
duct
ors
mar
ked
with
a s
tar m
ust b
e an
neale
d.=
Hexa
gona
l crim
p=
Oval
crim
p
C..-C
..ST
C..-C
..
= cir
cular
crim
p
MM
T 25
-U
MM
T 50
-U
MM
T 95
-U
MM
T 20
0-U
MM
T 25
-C
MM
T 50
-C
MM
T 95
-C
MM
T 20
0-C
MM
T 31
5-C
ME
80-C
MT
25 -
TD
MT
40 S
- TD
MT
50 R
- TD
MT
50 S
- TD
MT
70 S
- TD
MT
95 R
- TD
MT
95 S
- TD
MT
150
R - T
D
MT
150
S - T
D
MT
200
R - T
D
MT
240
R - T
D
MT
315
R - T
D
MT
315
S - T
D
MT
400
- TD
MT
500
- TD
MT
630
- TD
MT
25 -
GC
MT
40 S
- GC
MT
50 R
- GC
MT
50 S
- GC
MT
70 S
- GC
MT
95 R
- GC
MT
95 S
- GC
MT
150
R - G
C
MT
150
S - G
C
MT
200
R - G
C
MT
240
R - G
C
MT
315
R - G
C
MT
315
S - G
C
CA 2
5 - M
..
CA 4
0 S
- M..
CA 5
0 R
- M..
CA 5
0 S
- M..
CA 7
0 S
- M..
CA 9
5 R
- M..
CA 9
5 S
- M..
CA 1
50 R
- M
..
CA 1
50 S
- M
..
CA 2
00 R
- M
..
CA 2
40 R
- M
..
CA 3
15 R
- M
..
CA 3
15 S
- M
..
2A 8
0 - M
..
2A 1
00 -
M..
2A 1
20 -
M..
2A 8
0 - 2
M..
2A 1
00 -
2M..
2A 1
20 -
2M..
CA 2
5 - 2
M..
CA 4
0 S
- 2M
..
CA 5
0 R
- 2M
..
CA 5
0 S
- 2M
..
CA 7
0 S
- 2M
..
CA 9
5 R
- 2M
..
CA 9
5 S
- 2M
..
CA 1
50 R
- 2M
..
CA 1
50 S
- 2M
..
CA 2
00 R
- 2M
..
CA 2
40 R
- 2M
..
CA 3
15 R
- 2M
..
CA 3
15 S
- 2M
..
MT
25 -
C..
MT
40 S
- C.
.
MT
50 R
- C.
.
MT
50 S
- C.
.
MT
70 S
- C.
.
MT
95 R
- C.
.
MT
95 S
- C.
.
MT
150
R - C
..
MT
150
S - C
..
MT
200
R - C
..
MT
240
R - C
..
MT
315
R - C
..
MT
315
S - C
..
25 R
35 R
C/S
÷40
S
50 R
C
50 S
63 S
÷70
S
80 S
÷95
RC
95 S
÷10
0 S
120
RC/S
÷15
0 RC
150
S ÷
160
RC
160
S ÷
200
RC
200
S ÷
240
RC
240
S ÷
315
RC
315
S
400
R
500
R
600
R ÷
630
R
H.V. COPPER CONDUCTORS
Cond
ucto
r Size
sqm
mSP
LICE
TERM
INAL
SDI
E SE
TDI
E SE
TDI
E SE
TDI
E SE
T
Adap
tor
AU 2
30-1
30D
with
die
set M
MT..
-C
Adap
tor
AU 5
20-1
30C
with
die
set M
MT..
-C
MK
34 -
520
MK
38 -
520
MK
42 -
520
MT..
-TD
MT..
-GC
CA..-
M..
CA..-
2M..
MT..
-C..
ME
80 -
3D
ME
100
- 3D
ME
120
- 3D
87
AC 1
30-P
AU 1
30-1
50
AU 1
30-2
40
PS 1
30-3
5
PS 1
30-9
5
PS 1
30-1
50
PS 1
30-2
40
MV
35
MV
95
MV
150
MV
240 M
UA 3
00-3
4
ALUMINIUM CABLES
Cond
ucto
r Size
sqmm
LUGS
DIE
SUPP
ORT
DIE
HOLD
ERDI
EIN
DENT
OR
Cond
ucto
r Size
sqmm
LUGS
DIE
SUPP
ORT
DIE
HOLD
ERDI
EIN
DENT
OR
COND
UCTO
RAP
PLIC
ATIO
NS
HY
DR
AU
LIC
TO
OL
S
CONN
ECTO
RSHT
131
-UC
RHU
131-
C
B
131-
UC
16CA
A 16
- M
..
CAA
25 -
M..
CAA
35 -
M..
CAA
70 -
M..
CAA
95 -
M..
CAA
120
- M..
CAA
150
- M..
CAA
185
- M..
CAA
240
- M..
MTA
35
- C
MTA
25
- C
MTA
16
- C
MTA
70
- C..
MTA
95
- C..
MTA
120
- C.
.
MTA
150
- C.
.
MTA
185
- C.
.
MTA
240
- C.
.
AA 5
0 - M
..
AA 3
5 - M
..
AA 2
5 - M
..
AA 1
6 - M
..
AA 7
0 - M
..
AA 9
5 - M
..
AA 1
20 -
M..
AA 1
50 -
M..
AA 1
85 -
M..
AA 2
40 -
M..
25 35 70
CAA
50 -
M..
MTA
50
- C50 95 12
0
150
185
240
CAA
300
- 34
- M..
300
50352516 70 95 120
150
185
240
AA 3
00 -
34 -
M..
300
Inden
t crim
p
AC 1
30-P
AU 1
30-1
50
AU 1
30-2
40
PS 1
30-3
5
PS 1
30-9
5
PS 1
30-2
40
MUA
35
MUA
95
MUA
240
MUA
300
-34
MUA
35
MUA
95
MUA
150
MUA
240
PS 1
30-1
50M
UA 1
50
CAA.
.-M..
MTA
..-C
AA..-
M..
DI
E
SE
LE
CT
OR
C
HA
RT
F
OR
D
EE
P
ST
EP
PE
D
IN
DE
NT
IN
G
WI
TH
C
ON
TA
IN
IN
G
DI
ES
88
Cond
ucto
r Size
sqm
mSP
LICE
SDI
E SU
PPOR
T
HY
DR
AU
LIC
TO
OL
S
HT
13
1-U
C
RH
U 1
31
-C
B 1
31
-UC
DIE
HOLD
ERDI
EIN
DENT
OR
ALUMINIUM CABLESCo
nduc
tor S
ize s
qmm
AlAl
/Cu
PRE-R
OUND
ERS
SELE
CTIO
NDI
ES D
ESCR
IPTIO
NDI
ES S
EQUE
NCE
16M
TMA
16-G
C
MTM
A 25
-GC
MTM
A 35
-GC
MTM
A 50
-GC
MTM
A 50
-25
GC
MTM
A 50
-35
GC
MTM
A 70
-35
GC
MTM
A 70
-50
GC
MTM
A 95
-50
GC
MTM
A 95
-70
GC
MTM
A 12
0-70
GC
MTM
A 12
0-95
GC
MTM
A 15
0-70
GC
MTM
A 15
0-95
GC
MTM
A 15
0-12
0 GC
MTM
A 18
5-12
0 GC
MTM
A 18
5-15
0 GC
MTM
A 24
0-15
0 GC
MTM
A 24
0-18
5 GC
MTM
A 70
-GC
MTM
A 95
-GC
MTM
A 12
0-GC
MTM
A 15
0-GC
MTM
A 18
5-GC
MTM
A 24
0-GC
25 35 5050 50 70 70 95 95 12
0
120
150
150
150
185
185
240
240
25 35 35 50 50 70 70 95 70 95 120
120
150
150
185
70 95 120
150
185
240
MTM
AD 3
00-1
85 G
C
MTM
AD 3
00-2
40 G
C
MTM
AD 3
00-G
C
MTM
A 16
/1
MTM
A 25
/1
MTM
A 35
/1
MTM
A 50
/1
MTM
A 70
/1
MTM
A 95
/1
MTM
A 12
0/1
MTM
A 15
0/1
MTM
A 18
5/1
MTM
A 24
0/1
MTM
AD 3
00/1
300
300
185
240
300
AC 1
30-P
AU 1
30-1
50
AU 1
30-2
40
MVM
35
MVM
95
MVM
150
MVM
240
MUA
35
MUA
95
MUA
150
MUA
240
PS 1
30-3
5
PS 1
30-9
5
PS 1
30-1
50
PS 1
30-2
40
50 70 95 120
150
185
240
UP 1
30-5
0
ALUM
INIU
M C
ONDU
CTOR
SIZ
E sq
mm
PRE-R
OUND
ERCR
IMPI
NGCO
NDUC
TOR
ROUN
DING
UP 1
30-7
0
UP 1
30-9
5
UP 1
30-1
20
UP 1
30-1
50
UP 1
30-1
85
UP 1
30-2
40
1) A
U 13
0-..
DIE-H
OLDE
RUs
ed to
hou
se d
ies a
nd p
re-ro
undin
g.
2) U
P 13
0-..
PRE-R
OUND
ERS
Used
to ro
und
alum
inium
sec
tora
l con
duct
ors
in or
der t
o int
rodu
ce th
em in
to c
ircula
r con
nect
ors.
Eac
h pr
e-rou
nder
is m
ade
of tw
opa
rts: t
he u
pper
par
t is
hous
ed in
die-
holde
r AU
130-
..an
d th
e low
er p
art i
s loc
ked
onto
AC
130-
P.. d
ie su
ppor
t.
3) A
C 13
0-P..
DIE
SUP
PORT
Hous
es lo
wer p
art o
f pre
-roun
der U
P 13
0-..
or in
dent
or P
S 13
0-..
4) M
UA...
DIES
Cont
aining
dies
.
5) P
S 13
0-..
INDE
NTOR
SSu
ch in
dent
ors
are
spec
ificall
y eng
ineer
ed fo
r dee
p ind
enta
tion
of a
lumini
um c
ondu
ctor
s, o
f any
stra
nding
con
figur
ation
and
they
are
hous
ed in
AC
130-
P die
sup
port.
11 4 5 3
2 3Ind
ent c
rimp
MTM
A..
MTM
A..-.
.GC
SPLI
CES
MUA
300
-34
DI
E
SE
LE
CT
OR
C
HA
RT
F
OR
D
EE
P
ST
EP
PE
D
IN
DE
NT
IN
G
WI
TH
C
ON
TA
IN
IN
G
DI
ES
25 35UP
130
-35
UP 1
30-2
5