Push Terminal
Features
1. A coil spring is used to hold the lead wire securely.
2. Select from our 2P to 8P series for the configuration
which best suits your applications.
3. The parts of which holes for lead wires accepting the
automatic check machine are available.
TERMINALS
Products Variation
Poles
Part No.
LQV0200-
01
Terminal Form
Straight Type
Straight Type
Straight Type
Right Angle Type
Straight Type
Right Angle Type
Right Angle Type
Right Angle Type
Straight Type
Right Angle Type
Terminal Pitch(mm) Automatic Check Machine
17
13
13
13
13
13
13
13
12.5
12.5
Page
110
110
110
111
111
111
112
112
112
113
LQV0220-0003
2P
LQV0250-
LQR0210-
LQV0420-
4P
LQR0410-
LQR0410-
6P
LQR0610-
02
04
07
07
09
01M
LQV0820-2002
8P
LQR0810-
06
Push Terminal
Electric Performance
No.
1
2
3
4
Item
Contact
Resistance
Insulation
Resistance
Withstanding
Voltage
Temperature
Increase
Test Condition
Hold soft copper wires of AWG 20(21/0.18)completely,and
measure with the current measuring instrument of 1000Hz.
Measure at DC 500V, measure between each terminal (between
terminal and knob).
Measure at AC 1200V(50/60Hz) for 1 minute,and between each
terminal.
Hold soft copper wires of AWG 14 (ø1.6mm),and measure
temperature increase of the terminal bases when turning on
electricity at DC 4A.
Specifications
30m
Ω
max.
100M
Ω
min.
Normal
30deg max.
No.
5
6
7
8
9
Item
Lead Wire
Holding Force
Knob Handing
Force
Maximum Knob
Press
Inserting Hole
Widened Amount
Terminal
Strenght
Test Condition
Twist conductor parts of lead wires of AWG (21/0.18), then insert
them full depth and tense them in the vertical direction.
When pushing knobs point.
3kg when pushing knobs with.
When moving knobs full stroke
30N for 10 seconds in each direction (a terminal per 1 direction).
Specifications
8N min.
11N max.
Normal
2.0mm min.
Normal
Environmental Performance
No.
10
11
Item
Soldering Heat
Resistance
Soldering Heat
Test Condition
Soak the terminals of the edge to 4mm in solder at 270
＋
−
5°C for 3
＋
0.5 seconds.
−
Soak the terminal in solder at 230
＋
5°C for 5
＋
0.5 seconds.
−
−
Specifications
Normal in external
appearance
90% soldered area or more
after soldering
TERMINALS
Mechanical Performance
Push Terminal
LQR0210-
04
Arrangement
38
32
25
13
14
2-ø2.5
5.7
10
20
A
B
Red Black
Black Red
20
A
B
4
(Recommended P.W.Board Dimension)
(The Pattern Side)
5
32
9.5 11
4
Base
4 6
4
13
4
2-ø1.5x2
Base
Right Angle (2P)
LQV0420-
07
Arrangement
10
2-ø2.5
5.7
64
58
51
39
13
18
14
A
B
C
D
Red Black Black Red
Black Red Red Black
Red Red Red Red
Black Black Black Black
20
30
40
A
B
C
D
(Recommended P.W.Board Dimension)
(The Pattern Side)
9.5 11
13 7
13
13
13
4-1x2
Straight (4P)
LQR0410-
07
Arrangement
64
58
51
39
13
20
4 14
10
40
2-ø2.5
A
B
C
D
Red Black Black Red
Black Black Black Black
5
A
B
C
D
9.5
4
58
39
13
4
9.5 11
46
4
E
4 11
(Recommended P.W.Board Dimension)
(The Pattern Side)
E
Right Angle (4P)
4-ø1.5x2
TERMINALS
9.5
Push Terminal
LQR0410-
09
Arrangement
40
34
29
25
A C
18.5 16
16.5 8
10
2-ø2.5
01
02
03
04
05
9.5
A
B
C
D
Red Black Red Black
Black Red Black Red
Red Red Black Black
Black Black Red Red
Black Black Black Black
29
13
TERMINALS
4
B
D
(Recommended P.W.Board Dimension)
(The Pattern Side)
33
13
5
8 11
6
5
A
A
4-ø1.2
2- 4
5
A
Right Angle (4P)
LQR0610-
01M
A
53
47
42
38
13
A
16
8
9
B
13
C
Arrangement
00
01
9.5
2-ø2.5
A
B C D E
F
Red Red Red BlackBlackBlack
BlackBlackBlack Red Red Red
18.5
16.5
(Recommended P.W.Board Dimension)
(The Pattern Side)
D
E
F
7.8
4
5
29
47
13 13 10.5
5
5
5
6
5
A
6-ø1.5
A
A
2-
11
8
Right Angle (6P)
LQV0820-2002
4
A
Arrangement
64
58
49.5
B C
10
2-ø2.5
D
A B C D E F G H
Red BlackBlack Red Red BlackBlack Red
A
16
18.5
16.5
29
E
F G
12.5
37.5
57
H
(Recommended P.W.Board Dimension)
(The Pattern Side)
8 11
13 7
8-1x2
12.5 12.5 12.5
Straight (8P)
3.6
Robotics Development
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