V1561C5 [ETC]

MIKROSCHALTER MIT STANDARD ROLLENHEBEL ; MIKROSCHALTER MIT标准ROLLENHEBEL\n
V1561C5
型号: V1561C5
厂家: ETC    ETC
描述:

MIKROSCHALTER MIT STANDARD ROLLENHEBEL
MIKROSCHALTER MIT标准ROLLENHEBEL\n

LTE
文件: 总15页 (文件大小:275K)
中文:  中文翻译
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Miniature Basic Switch  
V
Reliable and Safe Basic Switch  
Best seller series with switching currents of 10 to  
21 A.  
Applications include not only industrial equipment  
but also commercial products (OEM).  
Available in two types of cases:  
thermoplastic resin and thermosetting resin.  
716  
RC SD+  
Ordering Information  
Consult OMRON for standard approvals of models.  
Ordering Information  
General-purpose  
Thermoplastic Case  
Actuator  
21 A  
Contact  
form  
Terminals  
(see note)  
Without barrier  
Right-hand barrier  
Left-hand barrier  
Pin plunger  
SPDT  
C
V-21-1C6  
V-21-1CR6  
V-21-2CR6  
V-21-3CR6  
---  
V-21-1CL6  
V-21-2CL6  
V-21-3CL6  
---  
SPST-NC  
SPST-NO  
SPDT  
C
C
C
V-21-2C6  
V-21-3C6  
V-211-1C6  
Short hinge lever  
Hinge lever  
SPDT  
SPDT  
C
C
V-212-1C6  
V-213-1C6  
---  
---  
---  
---  
Long hinge lever  
Simulated hinge lever  
Short hinge roller lever  
SPDT  
SPDT  
C
C
V-214-1C6  
V-215-1C6  
---  
---  
---  
---  
Hinge roller lever  
SPDT  
C
V-216-1C6  
---  
---  
Note: C: Quick-connect terminal (#250)  
59  
V
V
Actuator  
16 A  
Contact  
form  
Terminals  
(see note)  
Without barrier  
Right-hand barrier  
Left-hand barrier  
Pin plunger  
SPDT  
A
V-16-1A5  
V-16-1AR5  
V-16-1AL5  
C2  
C
V-16-1C25  
V-16-1C5  
V-16-1C2R5  
V-16-1C2L5  
---  
---  
SPST-NC  
SPST-NO  
SPDT  
A
V-16-2A5  
V-16-2AR5  
V-16-2AL5  
C2  
C
V-16-2C25  
V-16-2C5  
V-16-2C2R5  
V-16-2C2L5  
---  
---  
A
V-16-3A5  
V-16-3AR5  
V-16-3AL5  
C2  
C
V-16-3C25  
V-16-3C5  
V-16-3C2R5  
V-16-3C2L5  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
Short hinge lever  
Hinge lever  
A
V-161-1A5  
V-161-1C25  
V-161-1C5  
V-162-1A5  
V-162-1C25  
V-162-1C5  
V-163-1A5  
C2  
C
SPDT  
A
C2  
C
Long hinge lever  
SPDT  
A
C2  
V-163-1C25  
---  
---  
C
V-163-1C5  
V-164-1A5  
V-164-1C25  
V-164-1C5  
V-165-1A5  
V-165-1C25  
V-165-1C5  
V-166-1A5  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
---  
Simulated hinge lever  
Short hinge roller lever  
Hinge roller lever  
SPDT  
SPDT  
SPDT  
A
C2  
C
A
C2  
C
A
C2  
C
V-166-1C25  
V-166-1C5  
---  
---  
---  
---  
Note: A: Solder/quick-connect terminal (#187)  
C2: Quick-connect terminal (#187)  
C: Quick-connect terminal (#250)  
60  
V
V
Actuator  
Contact form  
SPDT  
T
erminals (see note)  
11 A  
Pin plunger  
A
V-11-1A4  
C2  
C
V-11-1C24  
V-11-1C4  
Short hinge lever  
Hinge lever  
SPDT  
SPDT  
SPDT  
A
V-111-1A4  
V-111-1C24  
V-111-1C4  
V-112-1A4  
V-112-1C24  
V-112-1C4  
V-113-1A4  
C2  
C
A
C2  
C
Long hinge lever  
A
C2  
V-113-1C24  
C
V-113-1C4  
V-114-1A4  
V-114-1C24  
V-114-1C4  
V-115-1A4  
V-115-1C24  
V-115-1C4  
V-116-1A4  
V-116-1C24  
V-116-1C4  
Simulated hinge lever  
Short hinge roller lever  
Hinge roller lever  
SPDT  
SPDT  
SPDT  
A
C2  
C
A
C2  
C
A
C2  
C
Note: A: Solder/quick-connect terminal (#187)  
C2: Quick-connect terminal (#187)  
C: Quick-connect terminal (#250)  
61  
V
V
Thermosetting Case  
Actuator  
15 A  
10 A  
Contact  
form  
Terminals  
(see note)  
OF: 200 gf  
V-10-1A5  
OF: 100 gf  
V-10-1A4  
Pin plunger  
SPDT  
A
V-15-1A5  
C2  
C
V-15-1C25  
V-15-1C5  
V-15-1B5  
V-10-1C25  
---  
V-10-1C24  
---  
B
V-10-1B5  
V-10-1E5  
V-10-2A5  
V-10-2C25  
---  
V-10-1B4  
V-10-1E4  
V-10-2A4  
V-10-2C24  
---  
E
V-15-1E5  
SPST-NC  
SPST-NO  
SPDT  
A
V-15-2A5  
C2  
C
V-15-2C25  
V-15-2C5  
V-15-3A5  
A
V-10-3A5  
V-10-3C25  
---  
V-10-3A4  
V-10-3C24  
---  
C2  
C
V-15-3C25  
V-15-3C5  
V-151-1A5  
V-151-1C25  
V-151-1B5  
V-151-1E5  
V-152-1A5  
V-152-1C25  
V-152-1B5  
V-152-1E5  
V-153-1A5  
Short hinge lever  
Hinge lever  
A
V-101-1A5  
V-101-1C25  
V-101-1B5  
V-101-1E5  
V-102-1A5  
V-102-1C25  
V-102-1B5  
V-102-1E5  
V-103-1A5  
V-101-1A4  
V-101-1C24  
V-101-1B4  
V-101-1E4  
V-102-1A4  
V-102-1C24  
V-102-1B4  
V-102-1E4  
V-103-1A4  
C2  
B
E
SPDT  
SPDT  
A
C2  
B
E
Long hinge lever  
A
C2  
V-153-1C25  
V-103-1C25  
V-103-1C24  
B
V-153-1B5  
V-153-1E5  
V-154-1A5  
V-154-1C25  
V-154-1B5  
V-154-1E5  
V-155-1A5  
V-155-1C25  
V-155-1B5  
V-155-1E5  
V-156-1A5  
V-103-1B5  
V-103-1E5  
V-104-1A5  
V-104-1C25  
V-104-1B5  
V-104-1E5  
V-105-1A5  
V-105-1C25  
V-105-1B5  
V-105-1E5  
V-106-1A5  
V-103-1B4  
V-103-1E4  
V-104-1A4  
V-104-1C24  
V-104-1B4  
V-104-1E4  
V-105-1A4  
V-105-1C24  
V-105-1B4  
V-105-1E4  
V-106-1A4  
E
Simulated hinge lever  
Short hinge roller lever  
Hinge roller lever  
SPDT  
SPDT  
SPDT  
A
C2  
B
E
A
C2  
B
E
A
C2  
V-156-1C25  
V-106-1C25  
V-106-1C24  
B
E
V-156-1B5  
V-156-1E5  
V-106-1B5  
V-106-1E5  
V-106-1B4  
V-106-1E4  
Note: A: Solder/quick-connect terminal (#187)  
C2: Quick-connect terminal (#187)  
C: Quick-connect terminal (#250)  
B: Screw terminal  
E: Solder terminal  
62  
V
V
Heat Resistant Models  
Actuator  
15 A  
V-15-1A5-T  
10 A  
V-10-1A4-T  
Pin plunger  
Short hinge lever  
V-151-1A5-T  
V-101-1A4-T  
Hinge lever  
V-152-1A5-T  
V-102-1A4-T  
Long hinge lever  
V-153-1A5-T  
V-154-1A5-T  
V-155-1A5-T  
V-103-1A4-T  
V-104-1A4-T  
V-105-1A4-T  
Simulated hinge lever  
Short hinge roller lever  
Hinge roller lever  
V-156-1A5-T  
V-106-1A4-T  
Note:  
Terminals: solder and quick-connect (#187)  
Barrier (V-21 and V-16 Series Only)  
Right-hand Barrier  
Left-hand Barrier  
Model Number Legend  
V-jjj-jjjj-j  
1
2
3
4
5
6
7
8
1. Ratings  
5. Terminals  
A: Solder/quick-connect terminal (#187)  
21: 21  
A
16: 16 A  
15: 15 A  
C2: Quick-connect terminal (#187)  
C: Quick-connect terminal (#250)  
B: Screw terminal  
11:  
10: 10 A  
2. Contact Gap  
None: 1 mm (F gap)  
G: 0.5 mm (G gap)  
3. Actuator  
None: Pin plunger  
11 A  
E: Solder terminal  
6. Barrier (Models with Thermoplastic Case Only)  
R
Right-hand barrier  
1:  
Short hinge lever  
2:  
Hinge lever  
L
Left-hand barrier  
Without barrier  
3:  
Long hinge lever  
4:  
Simulated hinge lever  
Short hinge roller lever  
Hinge roller lever  
5:  
6:  
25:  
26:  
Stainless short hinge roller lever  
Stainless hinge roller lever  
None  
7. OF Max. (Pin Plunger)  
6: 400 gf  
4. Contact Form  
1: SPDT  
5: 200 gf  
2: SPST-NC  
3: SPST-NO  
4: 100 gf  
8. Special Purpose  
T: Heat-resistive Model  
M: Model with 2.9-inch mounting hole  
63  
V
V
Combination  
General-purpose  
Classification  
Model Ratings  
Terminal  
OF max. (pin plunger)  
With  
Approved  
barrier standards  
100 gf  
200 gf  
400 gf  
Shape (see note)  
(0.98 N) (1.96 N) (3.92 N)  
A
C2  
C
B
E
Thermo-  
plastic  
case  
UL, CSA,  
VDE,  
SEMKO,  
DEMKO,  
SETI,  
KEMA,  
NEMKO,  
SEV  
Standard  
model  
V-21  
V-16  
21 A,  
250 V  
Yes  
Yes  
Yes  
Yes  
16 A,  
250 V  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Only  
upon  
request  
Yes  
Only  
upon  
request  
V-11  
V-15  
11 A.  
250 V  
Yes  
Only  
upon  
request  
Thermo-  
setting  
case  
15 A,  
250 V  
Yes  
Yes  
Yes  
Yes  
Yes  
Only  
upon  
request  
Yes  
Only  
upon  
request  
UL, CSA  
UL, CSA  
V-10  
10 A,  
250 V  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Special  
model  
Heat re-  
sistive  
V-j-T  
10 and  
15 A,  
Yes  
Only  
upon  
250 V  
request  
Inch  
screw-  
mount  
V-j-K  
10 to  
21 A,  
250 V  
Only upon Only upon Only upon  
request request request  
Only  
upon  
request  
Only  
upon  
request  
Only  
upon  
request  
Note: A: Solder/quick-connect terminal (#187)  
C2: Quick-connect terminal (#187)  
C: Quick-connect terminal (#250)  
B: Screw terminal  
E: Solder terminal  
Remarks  
V-series Switch Selection Guide According to Rated Current and OF  
OF max. (pin plunger)  
100 gf  
Rated  
current  
10 gf  
D2MV-01,  
D2MV-1  
25 gf  
50 gf  
200 gf  
400 gf  
VX-01, D2MV-01,  
D2MV-1  
VX-01, D2MV-01,  
D2MV-1  
0.1 A,  
1 A  
VX-5,  
K
VX-5  
5 A  
V-10 (see note 1)  
V-11  
V
-10 (see note 1)  
10 A,  
V-11 (see note 2)  
11 A  
V-15 (see note 1 and 2)  
V
V-16  
-15 (see note 1)  
V
-15 (see note 1 and 2)  
15 A,  
16 A  
V-16 (see note 2)  
V-16 (see note 2)  
V-21  
21 A  
Note: 1. Heat resistive versions of asterisk marked models are available, which resist temperatures up to 150°C.  
2. These models can be modified.  
Features  
D2MV: Switching ultra-minute loads  
VX:  
K:  
V:  
Highly reliable switching of minute loads  
Switching minute loads  
Switching high currents  
64  
V
V
Specifications  
Ratings  
Ratings  
Rated voltage  
Non-inductive load  
Resistive load Lamp load  
NC NO NC NO  
21 A  
Inductive laod  
Inductive load Motor load  
NC NO NC NO  
12 A  
21 A  
250 VAC  
8 VDC  
3 A  
5 A  
5 A  
4 A  
7 A  
5 A  
21 A  
14 A  
0.6 A  
0.3 A  
16 A  
16 A  
10 A  
0.6 A  
0.3 A  
15 A  
15 A  
10 A  
0.6 A  
0.3 A  
12 A  
12 A  
0.6 A  
0.3 A  
10 A  
10 A  
10 A  
0.6 A  
0.3 A  
10 A  
10 A  
10 A  
0.6 A  
0.3 A  
6 A  
30 VDC  
125 VDC  
250 VDC  
250 VAC  
8 VDC  
0.1 A  
0.1 A  
0.05 A  
2 A  
0.05 A  
3 A  
16 A  
15 A  
4 A  
6 A  
30 VDC  
125 VDC  
250 VDC  
250 VAC  
8 VDC  
4 A  
4 A  
0.1 A  
0.05 A  
2 A  
0.1 A  
0.05 A  
3 A  
4 A  
6 A  
30 VDC  
125 VDC  
250 VDC  
250 VAC  
8 VDC  
4 A  
4 A  
0.1 A  
0.05 A  
1.5 A  
3 A  
0.1 A  
0.05 A  
2 A  
1
1 A  
11 A  
11 A  
6 A  
3 A  
30 VDC  
125 VDC  
250 VDC  
250 VAC  
8 VDC  
6 A  
3 A  
6 A  
3 A  
0.6 A  
0.3 A  
10 A  
10 A  
6 A  
0.1 A  
0.05 A  
1.5 A  
3 A  
0.6 A  
0.3 A  
6 A  
0.1 A  
0.05 A  
2 A  
10 A  
6 A  
3 A  
30 VDC  
125 VDC  
250 VDC  
3 A  
6 A  
3 A  
0.6 A  
0.3 A  
0.1 A  
0.05 A  
0.6 A  
0.3 A  
0.1 A  
0.05 A  
Note: 1. The above current values are the normal current values of models with a contact gap of 1 mm (gap F), which vary with the normal  
current values of models with a contact gap of 0.5 mm (gap G).  
2. Inductive load has a power factor of 0.4 min. (AC) and a time constant of 7 ms max. (DC).  
3. Lamp load has an inrush current of 10 times the steady-state current.  
4. Motor load has an inrush current of 6 times the steady-state current.  
Contact Form  
SPDT  
SPST-NC  
SPST-NO  
NC  
NC  
NO  
NO  
COM  
COM  
COM  
65  
V
V
Characteristics  
Operating speed  
0.1 mm to 1 m/s (at pin plunger)  
Operating frequency  
Mechanical: 600 operations/min  
Electrical: 60 operations/min  
Insulation resistance  
Contact resistance  
Inrush current (NC/NO)  
Dielectric strength  
100 M  
15 m  
-21: 50 A max., V-16: 40 A max., V-15: 36 A max., V-11: 24 V max., V-10: 24 A max.  
min. (at 500 VDC)  
max. (initial value)  
V
1,000 VAC, 50/60 Hz for 1 min between non-continuous terminals  
2,000 VAC (1,500 VAC for V-15 and V-10), 50/60 Hz for 1 min between each terminal and ground  
Vibration resistance  
Malfunction: 10 to 55 Hz, 1.5-mm double amplitude  
2
Shock resistance  
Mechanical: 1,000 m/s min. (approx. 100G min.)  
2
Malfunction: V-21/V-16/V-15: 300 m/s (approx. 30G min.)  
2
V-11/V-10:  
200 m/s (approx. 20G min.)  
Life expectancy  
Mechanical: 50,000,000 operations min.  
Electrical: V-21/V-16/V-15: 100,000 operations min.  
V-11/V-10:  
300,000 operations min.  
C (with no icing)  
C for heat-resistive model  
Ambient temperature  
Operating: –25°C to 80  
°
–25°C to 150  
°
Ambient humidity  
Contact  
Operating: 85% max.  
Specifications: Rivet  
Materials:  
V-21/V-16/V-15: Silver alloy  
V-11/V-10: Silver  
Weight  
Approx. 6.2 g  
Note: The operating speed value shown is for pin plunger models. For hinge lever models, this speed is for the plunger parts.  
Approved Standards  
UL (File No. E32667)/CSA (File No. LR21642)/  
VDE (File No. 716)/SEMKO (File No. 9114062)  
Operating Characteristics  
Thermoplastic Case  
Model  
Pin plunger  
V-16-1j5  
Short hinge lever  
V-161-1j5  
V-21-1j6  
OF max. 3.92 N (400 gf)  
V-11-1j4  
0.98 N (100 gf)  
0.20 N (20 gf)  
V-211-1j6  
3.92 N (400 gf)  
0.49 N (50 gf)  
1.6 mm  
V-111-1j4  
0.98 N (100 gf)  
0.15 N (15 gf)  
1.96 N (200 gf)  
0.49 N (50 gf)  
1.96 N (200 gf)  
0.49 N (50 gf)  
RF min.  
PT max.  
OT min.  
0.78 N (80 gf)  
1.2 mm  
1.0 mm  
0.8 mm  
MD max. 0.4 (0.3) mm (see note)  
0.6 (0.5) mm (see note)  
OP  
14.7±0.4 mm  
15.2±0.5 mm  
Model  
Hinge lever  
V-162-1j5  
Long hinge lever  
V-212-1j6  
V-112-1j4  
0.59 N (60 gf)  
0.06 N (6 gf)  
V-213-1j6  
1.27 N (130 gf)  
0.12 N (12 gf)  
9.0 mm  
V-163-1j5  
0.69 N (70 gf)  
0.06 N (6 gf)  
V-113-1j4  
0.34 N (35 gf)  
---  
OF max. 2.45 N (250 gf)  
1.23 N (125 gf)  
0.14 N (14 gf)  
RF min.  
PT max.  
OT min.  
0.25 N (25 gf)  
4.0 mm  
1.6 mm  
2.0 mm  
MD max. 1.5 (0.8) mm (see note)  
2.8 (2.0) mm (see note)  
+2.6  
OP  
15.2±1.2 mm  
15.2  
/
mm  
15.2±2.6 mm  
–3.2  
Model  
Simulated hinge lever  
V-164-1j5  
Short hinge roller lever  
V-214-1j6  
V-114-1j4  
0.59 N (60 gf)  
0.06 N (6 gf)  
V-215-1j6  
4.71 N (480 gf)  
0.49 N (50 gf)  
1.6 mm  
V-165-1j5  
2.35 N (240 gf)  
0.49 N (50 gf)  
V-115-1j4  
1.18 N (120 gf)  
0.15 N (15 gf)  
OF max. 2.45 N (250 gf)  
1.23 N (125 gf)  
0.14 N (14 gf)  
RF min.  
PT max.  
OT min.  
0.25 N (25 gf)  
4.0 mm  
1.6 mm  
0.8 mm  
MD max. 1.5 (0.8) mm (see note)  
OP 18.7±1.2 mm  
0.6 (0.5) mm (see note)  
20.7±0.6 mm  
Note: The value in the parentheses indicates the G gap.  
66  
V
V
Model  
Hinge roller lever  
V-166-1j5  
V-216-1j6  
OF max. 2.45 N (250 gf)  
V-116-1j4  
0.59 N (60 gf)  
0.06 N (6 gf)  
1.23 N (125 gf)  
0.14 N (14 gf)  
RF min.  
PT max.  
OT min.  
0.25 N (25 gf)  
4.0 mm  
1.6 mm  
MD max. 1.5 (0.8) mm (see note)  
OP 20.7±1.2 mm  
Note: The value in the parentheses indicates the G gap.  
Thermoplastic Case (V-15/-10 Models)  
Model  
Pin plunger  
Short hinge lever  
Hinge lever  
V-15-1j5  
V-10-1j5  
V-10-1j4  
V-151-1j5  
V-101-1j4  
V-152-1j5  
V-102-1j4  
V-101-1j5  
1.96 N (200 gf)  
0.49 N (50 gf)  
1.6 mm  
V-102-1j5  
1.23 N (125 gf)  
0.14 N (14 gf)  
4 mm  
OF max. 1.96 N (200 gf)  
0.98 N (100 gf)  
0.20 N (20 gf)  
0.98 N (100 gf)  
0.15 N (15 gf)  
0.59 N (60 gf)  
0.06 N (6 gf)  
RF min.  
PT max.  
OT min.  
0.49 N (50 gf)  
1.2 mm  
1.0 mm  
0.8 mm  
1.6 mm  
MD max. 0.4 (0.3) mm (see note)  
OP 14.7±0.4 mm  
0.6 (0.5) mm (see note)  
1.5 (0.8) mm (see note)  
15.2±0.5 mm  
15.2±1.2 mm  
Model  
Long hinge lever  
Simulated hinge lever  
Short hinge roller lever  
V-153-1j5  
V-103-1j5  
V-103-1j4  
V-154-1j5  
V-104-1j5  
V-104-1j4  
V-155-1j5  
V-105-1j5  
V-105-1j4  
OF max. 0.69 N (70 gf)  
0.34 N (35 gf)  
---  
1.23 N (125 gf)  
0.14 N (14 gf)  
4.0 mm  
0.59 N (60 gf)  
0.06 N (6 gf)  
2.35 N (240 gf)  
0.49 N (50 gf)  
1.6 mm  
1.18 N (120 gf)  
0.15 N (15 gf)  
RF min.  
PT max.  
OT min.  
0.06 N (6 gf)  
9.0 mm  
2.0 mm  
1.6 mm  
0.8 mm  
MD max. 2.8 (2.0) mm (see note)  
1.5 (0.8) mm (see note)  
0.6 (0.5) mm (see note)  
+2.6  
OP  
15.2  
/
mm  
15.2±2.6 mm  
18.7±1.2 mm  
20.7±0.6 mm  
–3.2  
Model  
Hinge roller lever  
V-156-1j5  
V-106-1j5  
V-106-1j4  
OF max. 1.23 N (125 gf)  
0.59 N (60 gf)  
0.06 N (6 gf)  
RF min.  
PT max.  
OT min.  
0.14 N (14 gf)  
4.0 mm  
1.6 mm  
MD max. 1.5 (0.8) mm (see note)  
OP 20.7±1.2 mm  
Note: The value in the parentheses indicates the G gap.  
67  
V
V
Engineering Data  
Mechanical Life Expectancy  
Electrical Life Expectancy  
V-21/-16/-15  
V-21/-16/-15/-11/-10  
V-11/-10  
Without load  
Operating frequency: 600 operations/min  
5
5
Operating frequency: 60 operations/min  
cosφ = 1 250 VAC  
Operating frequency: 60 operations/min  
cosφ = 1 250 VAC  
200  
2
1
2
V10 (100 g) V11  
100  
50  
1
0.5  
0.5  
V-21  
Full stroke  
V-10 (200 g)  
V-15  
V-16  
V-21  
0.3  
0.3  
V-15  
V-16  
V-10  
V-11  
OT rated value  
10  
0.1  
0.1  
0.01  
0
0.5 1 2 3 4 5 6 7 8 9 10 11 12  
0
4
8
12  
16  
20  
24  
28  
0
0.2 0.4 0.6 0.8 1.0 1.2 1.4 (1.6) 1.8  
OT (mm)  
Switching current (A)  
Switching current (A)  
Dimensions  
Note: 1. All units are in millimeters unless otherwise indicated.  
2. Unless otherwise specified, a tolerance of 0.4 mm applies to all dimensions.  
3. The following illustrations and drawings are for #250-series models with tab terminals (terminals C). V models with a switching  
current of 16 A or 11 A incorporates terminals A and C2. These models are different from #250-series models in terminal size only  
±
.
Terminals A, C2, and side terminals are omitted from the following drawings. Refer to Kinds of “Terminals” on page 72 for these  
terminals.  
Pin Plunger  
(Without Barrier)  
V-21-1j6  
V-16-1j5  
V-11-1j4  
20.2±0.25  
+0.13  
3.1  
–0.03 dia. holes  
1.6  
4.2  
PT  
2.8  
2.8  
0.6  
2.8  
2.8  
OP  
8.4  
10.3±0.1  
19.1  
15.9  
+0.13  
–0.03  
3.1  
3.4±0.15 dia.  
Three, #250 (t0.8)  
quick connect terminal  
10.3  
22.2±0.1  
27.8  
39.8±0.8  
(12.0)  
2.8  
(With Right-hand Barrier)  
V-21-1jR6  
V-16-1jR5  
20.2±0.25  
+0.13  
–0.03 dia. holes  
3.1  
PT  
4.2  
2.8  
1.6  
0.6  
2.8  
2.8  
OP  
10.3±0.1  
+0.13  
–0.03  
3.1  
0.6  
3.4±0.15 dia.  
Three, #250 (t0.8)  
quick connect terminal  
22.2±0.1  
27.8  
(12.0)  
10.3  
2.8  
39.8±0.8  
40.2  
68  
V
V
(With Left-hand Barrier)  
20.2±0.25  
+0.13  
3.1  
–0.03 dia. holes  
V-21-1jL6  
V-16-1jL5  
1.6  
PT  
4.2  
2.8  
2.8  
2.8  
0.6  
2.8  
8.4  
OP  
19.1  
10.3±0.1  
15.9  
21.9  
+0.13  
–0.03  
3.1  
3.4±0.15 dia.  
0.6  
Three, #250 (t0.8)  
quick connect terminal  
(12.0)  
22.2±0.1  
27.8  
2.8  
10.3  
39.8±0.8  
40.2  
Short Hinge Lever  
22.1  
V-211-1j6  
V-161-1j5  
V-111-1j4  
t = 0.5  
8.1  
(see  
+0.13  
4.3  
PT  
3.1  
–0.03 dia. holes  
note)  
1.6  
2.8  
0.6  
2.8  
2.8  
OP  
8.4  
10.3±0.1  
19.1  
15.9  
+0.13  
–0.03  
3.1  
3.4±0.15 dia.  
Three, #250 (t0.8)  
quick connect terminal  
10.3  
22.2±0.1  
27.8  
(12.0)  
2.8  
Note: Stainless steel lever  
39.8±0.8  
Hinge Lever  
35.6±0.8  
V-212-1j6  
V-162-1j5  
V-112-1j4  
8.1 1.6  
t = 0.5  
(see note)  
+0.13  
3.1  
PT  
2.8  
–0.03 dia. holes  
4.3  
0.6  
2.8  
2.8  
OP  
8.4  
10.3±0.1  
15.9 19.1  
+
3.1  
3.4±0.15 dia.  
Three, #250 (t0.8)  
quick connect terminal  
10.3  
22.2±0.1  
(12..0)  
2.8  
27.8  
Note: Stainless steel lever  
39.8±0.8  
Long Hinge Lever  
59.4±0.8  
t = 0.5 (see note)  
V-213-1j6  
V-163-1j5  
V-113-1j4  
PT  
+0.13  
3.1  
4.3  
–0.03 dia. holes  
2.8  
0.6  
2.8  
2.8  
OP  
8.4  
10.3±0.1  
15.9  
19.1  
3.
Three, #250 (t0.8)  
quick connect terminal  
3.4±0.15 dia.  
10.3  
22.2±0.1  
27.8  
(12.0)  
2.8  
Note: Stainless steel lever  
39.8±0.8  
Simulated Hinge Lever  
32.6±0.8  
t = 0.5  
V-214-1j6  
V-164-1j5  
V-114-1j4  
3.5R  
8.1 1.6  
+0.13  
–0.03 dia. holes  
PT  
3.1  
4.3 2.8  
(see note)  
0.6  
2.8  
OP  
10.3±0.1  
+0
–0
3.1  
3.4±0.15 dia.  
Three, #250 (t0.8)  
quick connect terminal  
10.3  
22.2±0.1  
(12.0)  
2.8  
27.8  
Note: Stainless steel lever  
39.8+0.8  
69  
V
V
Short Hinge Roller Lever  
20.1  
V-215-1j6  
V-165-1j5  
V-115-1j4  
t = 0.5  
5.1  
PT  
(see  
8.1 1.6  
0.6  
+0.13  
note 1)  
4.8 × 4.8 dia.  
(see note 2)  
2.8  
2.8  
OP  
8.4  
10.3±0.1  
15.9  
19.1  
+0.13  
–0.03  
3.1  
3.4±0.15 dia.  
Three, #250 (t0.8)  
10.3  
quick connect terminal  
22.2±0.1  
(12.0)  
2.8  
27.8  
Note: 1. Stainless steel lever  
2. Polyacetar resin roller  
39.8±0.8  
Hinge Roller Lever  
34.0±0.8  
V-216-1j6  
V-166-1j5  
V-116-1j4  
PT  
8.1 1.6  
5.1  
t = 0.5  
(see note 1)  
0.6  
4.8 × 4.8 dia.  
(see note 2)  
2.8  
2.8  
OP  
8.4  
10.3±0.1  
19.1  
15.9  
+
3.1  
3.4±0.15 dia.  
10.3  
Three, #250 (t0.8)  
quick connect terminal  
22.2±0.1  
(12.0)  
Note: 1. Stainless steel lever  
2.8  
27.8  
39.8±0.8  
2. Polyacetar resin roller  
Thermoplastic Case (V-15/-10 Models)  
The following illustration and drawing are for #187-series models with solder and tab terminals (terminals A). V models with a switching current  
of 15 A or 10 A incorporates terminals B, C2, and E. These models are different from #250-series models in terminal size only. Terminals B, C2,  
E, and side terminals are omitted from the following drawing. Refer to page 72 for these terminals.  
Pin Plunger  
20.2±0.25  
V-15-1j5  
4.2 2.8  
PT  
2.8  
V-10-1j5  
V-10-1j4  
+0.13  
–0.03 dia. holes  
3.1  
2.8  
OP  
10.3±0.1  
15.9  
18.8  
+0.13  
–0.03  
3.1  
3.4±0.15 dia.  
10.3  
Three, #187 (t0.5)  
solder/quick connect  
terminal  
22.2±0.1  
2.8  
(10)  
27.8  
37.8±0.8  
Short Hinge Lever  
t = 0.5 (see note)  
V-151-1j5  
V-101-1j5  
V-101-1j4  
22.1  
4.3 2.8  
PT  
2.8  
+0.13  
–0.03 dia. holes  
3.1  
8.1  
OP  
10.3±0.1  
15.9  
18.8  
+0.13  
–0.03  
3.1  
3.4±0.15 dia.  
10.3  
Three, #187 (t0.5)  
solder/quick connect  
terminal  
22.2±0.1  
27.8  
2.8  
Note: Stainless steel lever  
(10)  
37.8±0.8  
70  
V
V
Hinge Lever  
t = 0.5 (see note)  
V-152-1j5  
V-102-1j5  
V-102-1j4  
35.6±0.8  
+0.13  
–0.03 dia. holes  
PT  
3.1  
4.3 2.8  
8.1  
2.8  
OP  
10.3±0.1  
15.9  
18.8  
+0.
–0.0
3.1  
3.4±0.15 dia.  
10.3  
Three, #187 (t0.5)  
solder/quick connect  
terminal  
22.2±0.1  
2.8  
27.8  
(10)  
Note: Stainless steel lever  
37.8±0.8  
Long Hinge Lever  
t = 0.5 (see note)  
59.4±0.8  
4.3  
+0.13  
3.1  
–0.03 dia. holes  
V-153-1j5  
V-103-1j5  
V-103-1j4  
PT  
8.1  
2.8  
2.8  
OP  
10.3±0.1  
15.9 18.8  
3.1  
2.8  
10.3  
3.4±0.15 dia.  
Three, #187 (t0.5)  
solder/quick connect  
terminal  
22.2±0.1  
(10)  
27.8  
Note: Stainless steel lever  
37.8±0.8  
Simulated Hinge Lever  
3.5R  
V-154-1j5  
V-104-1j5  
V-104-1j4  
t = 0.5 (see note)  
32.6±0.8  
4.3  
+0.13  
PT  
3.1  
–0.03 dia. holes  
8.1  
2.8  
2.8  
OP  
10.3±0.1  
15.9 18.8  
+0.13  
–0.03  
3.1  
2.8  
10.3  
3.4±0.15 dia.  
Three, #187 (t0.5)  
solder/quick connect  
terminal  
22.2±0.1  
27.8  
37.8±0.8  
(10)  
Note: Stainless steel lever  
Short Hinge Roller Lever  
4.8 × 4.8 dia. (see note 2)  
t = 0.5 (see note 1)  
V-155-1j5  
V-105-1j5  
V-105-1j4  
5.1  
20.1  
8.1  
+0.13  
–0.03 dia. holes  
PT  
3.1  
2.8  
OP  
10.3±0.1  
15.9 18.8  
+0.13  
–0.03  
3.1  
2.8  
(10)  
10.3  
3.4±0.15 dia.  
Three, #187 (t0.5)  
solder/quick connect  
terminal  
22.2±0.1  
Note: 1. Stainless steel lever  
27.8  
2. Polyacetar resin roller  
37.8±0.8  
Hinge Roller Lever  
4.8 × 4.8 dia. (see note 2)  
5.1  
t = 0.5 (see note 1)  
V-156-1j5  
V-106-1j5  
V-106-1j4  
34.0±0.8  
+0.13  
PT  
3.1  
–0.03 dia. holes  
8.1  
2.8  
OP  
10.3±0.1  
15.9 18.8  
+0.13  
–0.03  
3.1  
2.8  
(10)  
10.3  
3.4±0.15 dia.  
Three, #187 (t0.5)  
solder/quick connect  
terminal  
22.2±0.1  
27.8  
37.8±0.8  
Note: 1. Stainless steel lever  
2. Polyacetar resin roller  
71  
V
V
Terminals  
Solder/Quick-connect (#187)  
Quick-connect (#187)  
erminal (C2)  
Quick-connect (#250)  
Terminal (C)  
Terminal (A)  
T
(5.5)  
(6.5)  
(5.5)  
(6.5)  
(4.9)  
(7.7)  
2.9  
2.9  
3.2  
(10)  
(10)  
t = 0.5  
(12.0)  
t = 0.5  
Three, #187 solder or  
quick connect terminal  
Three, #187 quick  
connect terminal  
t = 0.8  
Three, #250 quick  
connect terminal  
8
6.35  
3.2  
6.35  
3.2 (see note)  
3.95  
4.75±0.1  
4.75±0.1  
6.35±0.1  
2.4 dia. 1.6 dia.  
1.6 dia. terminal hole  
1.65 dia. terminal hole  
Note: Indicates the length to the center of the  
1.6 dia. holes  
Bottom Terminal  
Solder Terminal (E)  
Screw Terminal (B)  
Three, #M3 x 0.5 x 3.2  
Phillips screw washer  
Three, 2.35 dia. terminal holes  
(5.5)  
(6.5)  
3.1  
3.1  
(7)  
(7)  
t = 0.8  
t = 0.8  
Precautions  
Mounting  
Separator  
Use two M3 mounting screws with an appropriate screwdriver to  
mount the switch. Tighten the screws to a torque of 4 to 6 kg cm  
(0.39 to 0.59 N m).  
When mounting a switch, check the insulation distance between the  
switch and the mounting plate. If the distance is not enough, mount  
the switch with an insulation guard or separator or use a switch that  
incorporates an insulation guard. Especially, when mounting a  
S
S
Mountintg Holes  
switch to a metal object, be sure to use an insulation guard or sepa  
-
rator.  
Two, 3.1 dia. mounting holes or  
M3 screw holes  
10.3 ± 0.1  
22.2 ± 0.1  
When soldering a lead wire to a terminal of the V, use a soldering  
iron with a maximum capacity of 60 W and do not take more than 5  
s
to solder the lead wire, otherwise the characteristics of the V may be  
altered.  
Operation  
Insatll the pin plunger switch so that the operating force is applied in  
alignment with the stroke of the actuator. The switch should be set  
so that is stroke is in the range of 60 to 90% of the rated OT (mini  
-
mum value) when the switch has been operated.  
72  
V
V
Connector  
If the user has difficulty using a conventional connector due to the  
following reasons, use of AMP’s Positive Lock Connector or Nippon  
Tanshi’s Firm Lock Connector are recommended.  
Difficult to conduct work due to large insertion force.  
Damage to the switch results due to large insertion force.  
The connector is disconnected with ease when the wires are  
pulled.  
Nippon Tanshi’s Firm Lock Connector  
Sensitive lever  
Lock  
Lock hole  
Sheath press-fit  
part  
Conductor  
press-fit part  
Lock Mechanism (Nippon Tanshi’s Firm Lock Connector)  
Insertion  
Locked  
The sensitive lever goes down  
when the tab is inserted.  
After the tab is inserted, the sensitive  
lever returns to the previous position  
and the tab is locked.  
Tab  
Lock  
Extraction  
Extraction Completed  
Hold the housing and pull the tab so that  
the tip of the sensitive lever touches the  
slant wall and the tab is unlocked.  
After the tab is extracted, the sensitive  
lever returns to the normal position due  
to the spring force of the sensitive lever  
.
Slope  
ALL DIMENSIONS SHOWN ARE IN MILLIMETERS.  
To convert millimeters into inches, multiply by 0.03937. To convert grams into ounces, multiply by 0.03527.  
Cat. No. B10-E1-8A  
73  

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