1
CPTCONNECTOR
Board-to-wire
Board-to-wire
Developed in pursuit of miniaturization and low profile
as PC board connector for automobile.
This connector is surface mounting type connector
having the spring structure on male terminal disproving
the conventional concept.
●Compact design
2.0 mm pitch is realized miniaturization and low profile as the
connector for automobile.
●Terminal construction
Female terminal is designed for simple box structure by having
spring structure on male terminal.
¡Current rating: 3 A AC, DC (0.3 mm2, Single circuit)
¡Voltage rating: 50 V AC, DC
¡Temperature range:
-
40°C to +100°C
(including temperature rise in applying
electrical current)
¡Contact resistance: Initial value/ 8 mΩ max.
After environmental tests/ 16 mΩ max.
¡Insulation resistance: 100 MΩ min.
¡Withstanding voltage: 1,000 VAC/minute
¡Applicable wire: AESSX-f/ AVSS
0.3 mm2
Features
∗ Compliant with ELV/RoHS.
∗ Contact JST for details.
Specifications
5.5 5.5
1.4
6
2
6.6 12.5
0.8
Housing
Retainer
6.6 13.5
2X3=6
2
0.8
Housing
Retainer
10
6.6 13.5
2×3=6
2
0.8
Housing
Retainer
10
2X7=14
2
18
Housing
Retainer
0.8
13.5
6.6
2
CPTCONNECTOR
Female terminal
Female connector
15,000
Q’ty/reel
Applicable wire range
Insulation O.D.
(mm)
Model No.
SCPT
-
A021GF
-
0.5 1.4
Conductor
(mm2)
0.3
Brass, nickel
-
undercoated, Contact area; gold
-
plated
Barrel area; tin
-
plated
Material and Finish
¡4 circuits
¡8 circuits
04CPT-B1-2A 04CPT-B1-2B
Single row
¡2 circuits
12.5
18
2
2×7=14
9.1
0.8
Housing
Retainer
Housing
Retainer
13.5
2×9=18
22
2
9.1
13.59.1
2×11=22
26
2
0.8
Housing
Retainer
0.8
12.5
10
2
2×3=6
9.1
0.8
Housing
Retainer
13.5
0.8
Housing
Retainer
2×5=10
2
14
9.1
3
Double row
CPT CONNECTOR
Female connector
¡8 circuits
¡12 circuits ¡24 circuits
Material and Finish
Housing: Glass
-
filled PBT, Black
Retainer: Glass
-
filled PBT, Blue
Single row
Double row
500
600
400
500
300
250
250
200
Q’ty/box
2
8
8
12
16
20
24
4
CircuitsType Model No.
02CPT
-
B
-
2A
04CPT
-
B1
-
2A
04CPT
-
B1
-
2B
08CPT
-
B1
-
2A
08CPT
-
B
-
2A
12CPT
-
B
-
2A
16CPT
-
B
-
2A
20CPT
-
B
-
2A
24CPT
-
B
-
2A
¡16 circuits
¡20 circuits
Circuit No.
15.6
4
85
1
2
2.5
12.7
9.2
2
10.5
2 1
Circuit No. 11.7
6.8
6.8
15.2
10.6
Circuit No.
12
11.6
14.1
15.2
10.6
6.8
6
15.2
10.6
6.8
6
15.6
18.1
Circuit No.
41
15.6
18.1
Circuit No.
41
2
4
Male connector
Top entry type
Side entry type
CPT CONNECTOR
¡4 circuits
SM04B1-CPTK-1A-TB SM04B1-CPTK-1B-TB
Single row
¡2 circuits
Single row
¡2 circuits
Double row
¡8 circuits
Circuit No.
19
20
10
11
1
2.5
30.1
27.6
15.2
9.3
10.6
11
19.6
22.1
2.5
1
6
7
12
Circuit No. 10.6
15.2
9.3
14
Circuit No.
23.6
26.1 15.2
10.6
6.8
81
5
CPT CONNECTOR
Male connector
Side entry type
¡12 circuits
¡20 circuits
Single row
¡8 circuits
15
23.6
26.1
2.5
18
916
Circuit No.
23
34.1
31.6
2.5
10.6
15.2
9.3
9.3
10.6
15.2
7
15.6
18.1
2.5
14
58
Circuit No.
Circuit No.
10.6
15.2
9.3
12 1
13
24
6
CPT CONNECTOR
370
240
500
500
500
390
390
390
390
390
BM02B
-
CPTK
-
1A
-
TB
BM08B
-
CPTK
-
1A
-
TB
SM02B
-
CPTK
-
1A
-
TB
SM04B1
-
CPTK
-
1A
-
TB
SM04B1
-
CPTK
-
1B
-
TB
SM08B1
-
CPTK
-
1A
-
TB
SM08B
-
CPTK
-
1A
-
TB
SM12B
-
CPTK
-
1A
-
TB
SM16B
-
CPTK
-
1A
-
TB
SM20B
-
CPTK
-
1A
-
TB
SM24B
-
CPTK
-
1A
-
TB
Material and Finish
Terminal: Copper alloy, nickel
-
undercoated,
Contact area; gold
-
plated
Solder tail; tin
-
plated (reflow treatment)
Housing: Glass
-
filled LCP, Black
Peg: Brass, nickel
-
undercoated, tin
-
plated (reflow treatment)
Q’ty/reelModel No.
Type
Top type
Side type
Circuits
2 (Single)
8 (Double)
2 (Single)
8 (Single)
8 (Double)
12 (Double)
16 (Double)
20 (Double)
24 (Double)
4 (Single)
¡16 circuits
Male connector
Side entry type
Double row
¡8 circuits
¡24 circuits
28.4±0.1
32±0.3
14.2±0.1 1.75±0.1
16±0.1
0
1.5+0.1
4±0.1
2±0.1
Feeding direction
Cover tape
Carrier tape
Carrier tape
Connector
mounting part
The end
part
160min. 400min.
Leader
part
100min.
Feeding direction
Cover tape leader
Carrier tape
Connector
mounting part
The end
part
160min. 400min.
Leader
part
100min.
Feeding direction
Cover tape leader
φ
380
±2
2±0.5
A+2.5
-
1
(
φ
13)
Feeding direction
φ
380
±2
2±0.5
33.5+2.5
-
1
(
φ
13)
Feeding direction
Carrier tape
Cover tape
4±0.1
2±0.1 0
1.5+0.1
32±0.3
28.4±0.1
1.75±0.1
14.2±0.1
24±0.1
Feeding direction
Carrier tape
Cover tape
D±0.3
C±0.1
1.75±0.1
B±0.1
20±0.1
4±0.1
2±0.1 0
1.5+0.1
Feeding direction
7
CPT CONNECTOR
Taping Specifications
Top entry type
¡2, 8 circuits ¡2 circuits
¡8 circuits
Side entry type
¡2, 4, 8, 12, 16, 20, 24 circuits
2
4
8
8
12
16
20
24
33.5
33.5
45.5
45.5
45.5
45.5
45.5
57.5
A
Circuits
Type
14.2
14.2
20.2
20.2
20.2
20.2
20.2
26.2
B
28.4
28.4
40.4
40.4
40.4
40.4
40.4
52.4
C
32
32
44
44
44
44
44
56
D
Single
Double
8
CPT CONNECTOR
19.6
15
9.3
16
6.8
8.2
3±0.05
4.9±0.05
2±0.05
1±0.05
10.9±0.1
5.8
1.85
4.35±0.05
Circuit No.1
Circuit No.2
14.5±0.1
5.5±0.05
6.2±0.05
1.35±0.05
3±0.05
11.8±0.1
1±0.05
6±0.1
2±0.05
4.75±0.05
1.6±0.05
4.95±0.05
15.7±0.1
Circuit No.1
Circuit No.8
13.5
16.1
9.2
19.6
15
6.8
9.3
20.6
16
19.6
15
9.3
5±0.05 3.3±0.05
8.8±0.05
3.85±0.05
B±0.1
6.4±0.05
1±0.05
0.75±0.03
A±0.05
ac 1b
Circuit No.
1a
bc
Circuit No.1Circuit No.a
Circuit No.b
Circuit No.c
9.3
20.6
16
Circuit No.1
Circuit No.a
1
a
5±0.05 3.3±0.05
8.8±0.05
3.85±0.05
B±0.1
7.4±0.05
0.75±0.03
A±0.05
2±0.05
Circuit No. a1
6.8
20.6
16
6.8
20.6
16
PC board layout, Assembly layout
Note: 1. Tolerances are non-cumulative: ±0.05 mm for all centers.
2. The dimensions above should serve as guideline. Contact JST for details.
Note: When crimping operation is conducted using an applicator and die set other than the above, JST cannot guarantee the performance of the terminal.
Crimping machine, Applicator
Crimp applicator MKS
-
L
Strip terminal
SCPT
-
A021GF
-
0.5
Dies Crimp applicator with dies
APLMK SCPT
-
A021
-
05MK/SCPT
-
A021
-
05
Crimping
machine
AP
-
K2N
Top entry type
¡2 circuits
Side entry type
¡2, 4, 8 (Single) circuits
¡8 (Double), 12, 16, 20, 24 circuits
¡12 circuits
¡4 circuits
¡20, 24 circuits
¡8 circuits
8 (Double)
12
16
20
24
7
11
15
19
23
ACircuits
19.8
23.8
27.8
31.8
35.8
B
2
4
8 (Single)
2
6
14
ACircuits
15.8
19.8
27.8
B
¡2 circuits
¡8 (Double) circuits
¡16 circuits
¡8 (Single) circuits
