59
Detector Slide Push Rotary Power
Dual-in-line
Package Type
General-
purpose Type
Water-proof
Type
Fast Switching
Type
SPVQ710102
SPVQ710202
SPVQ710403
SPVQ740202
SPVQ740302
SPVQ740501
SPVQ740402
SPVQ740601
SPVQ710303
SPVQ740102
Slim type with body height of 6.7mm
Water-proof Type
SPVQ7
Unit:mm
Dimensions
Style StyleNo. No.
12
ø2.2
5.4
3.1
ø2.7
12.13
12.2
9.53
1.7
ø2
0.4
Terminal No.③Te rminal No.①
Free position
6.7
(4.63)
14.7
2.6
4.05
3.6
7.73
Terminal No.②
5.1
6.55
6.95
7.45 max.
2.27 5.08 3-0.6
5.08
Total travel position
Terminal No.①-③ OFFstarting point
Terminal No.①-② ON starting point
ø2.2
ø2.7
3.1
0.4
1.7
ø2
Terminal No.③
Terminal No.①
Free position
Terminal No.①-③ OFFstarting point
Terminal No.①-② ON starting point
12.13
9.53
5.4
12.2
Total travel position
7.45 max.
5.1
6.55
6.95
Terminal No.②
(4.63)
14.7
3-0.6
7.73
2.27
5.08
5.08 5.08
6.7
2.6
4.05
3.6
■Typical Specifications
Items Specifications
Rating （max.）/（min.）
（Resistive load）
0.1A 12V DC / 50μA 5V DC
Contact resistance
（Initial/After operating life）
500mΩ max. / 1Ω max.
Operating force
1±0.5N
Operating life
Without load
300,000cycles
With load
300,000cycles （0.1A 12V DC）
Product Line
Product No.
For PC board
For Lead
For Lead
（hole type）
Terminal type Main body
form
Push
Operating part
shape
Non shorting
Change over
timing
1
2
3
7
4
5
9
6
8
10
Drawing
No.
Boss - left side
Boss - right side
Boss - left side
Boss - left side
Boss - right side
Boss - right side
Minimum order unit （pcs）
Japan Export
1, 3 5 0 5,400
Poles
1
2
1
2
Positions
Boss - left side
Boss - left side
Boss - right side
Boss - right side
This unit cannot be used in water (IP67 rating, except for terminal).
Note
Refer to P.73 for soldering conditions.
Packing Specifications
Tray
Number of packages （pcs.）
Export package measurements
（mm）
1 case /Japan 1 case /export packing
1, 3 5 0 5,400 540×360×270
60
Detector Slide Push Rotary Power
Dual-in-line
Package Type
General-
purpose Type
Water-proof
Type
Fast Switching
Type
Unit:mm
Dimensions
StyleNo. StyleNo.
3 7
4 8
5.4
3.1
12.13
12.2
9.53
1.7
0.4
6.7
14.7
2.6
4.25 max.
7.73 3.6
5.1
6.55
7.45 max.
2.27
5.08
5.08
ø2.2 ø2.7
ø2
Terminal No.②
Terminal No.①
Total travel position
Terminal No.①-② ON starting point
2-0.6
Free position
(4.63)
2.6
14.7
6.7
4.25 max.
7.73
2.27
5.08
5.08
3.6
5.1
6.55
7.45 max.
ø2.2
ø2.7
3.1
12.13
9.53
5.4
12.2
1.7
0.4
ø2
Terminal No.②
Terminal No.①
Total travel position
Terminal No.①-② ON starting point
Free position
2-0.6
(4.63)
5 9
ø2.2
5.4
3.1
12.13
12.2
9.53
Free position
Total travel position
Terminal No.①-②
ON starting point
2-2.5
(4.95)
6.7
14.7
2.6
4.13 4.13
8.05
4.95 max.
3.6
5.1
6.55
7.45 max.
3.22
1.7
0.4
ø2
ø2.7
Terminal No.①
Terminal No.②
610
14.7
ø2.7
3.1
5.4
7.45 max.
Terminal No.②
(4.95)
12.13
12.2
9.53
0.4
1.7
Free position
Total travel position
Terminal No.①
Terminal No.①-② ON starting point
2-2.5
2.6
6.7
8.05
4.95 max.
4.134.13
3.22
3.6
5.1
6.55
ø2.2
ø2
Circuit Diagram
1
2
Drawing No.3, 4, 5, 6
Drawing No.1, 2, 7, 8, 9, 10
3
1
2
Terminal No.③
Terminal No.②
Terminal No.①
Ø2.7
Ø2.2
Terminal No.①-③ OFF Starting point
Terminal No.①-② ON Starting point
3.22
7.45 max.
6.55
6.95
5.1
3.68.05
4.134.13
2.6
14.7
6.7
(4.95)
3-2.5
Total travel position
A
0.4
Ø2
1.7
9.53
12.2
12.13
3.1
5.4
3.22
7.45max.
6.55
5.1
3.6
8.05
4.134.13
6.2
12.2
6.95
2.6
14.7
6.7
3-2.5
3-1.3
3-1.8
Total travel position
Terminal No.①
Terminal No.②
Terminal No.③
Terminal No.①-③ OFF Starting point
0.4
Ø2
1.7
9.53
12.13
Ø2.7
3.1
5.4
Ø2.2
Free position
Terminal No.①-② ON Starting point
Terminal No.①Terminal No.②Terminal No.③
Ø2
Free position
Terminal No.①-②
ON Starting point
7.45max.
6.55
5.1
3.6
4.134.13
6.2
6.95
12.2
3.22
8.05
14.7
3-1.3
3-2.5
3-1.8 6.7
Total travel position
A
1.7
0.4
9.53
12.13
3.1 Ø2.7 Ø2.2
5.4
Terminal No.①-③
OFF Starting point
Terminal No.③
Terminal No.②
Terminal No.①
Terminal No.①-②
ON Starting point
Tot a l tr a ve l
Terminal No.①-③
OFF Starting point
6.55
5.1
7.45max.
3.6
3.224.13 4.13
8.05
6.95
6.7
14.7
2.6
3-2.5
(4.95)
A
Ø2
1.7
0.4
9.53
12.2
12.13
5.4
3.1
Ø2.7 Ø2.2
Water-proof Type
SPVQ7
14
Detector Slide Push Rotary Power
Dual-in-line
Package Type
General-
purpose Type
Water-proof
Type
Fast Switching
Type
List of Varieties
Detector Switches
Series Water-proof Type
SPVQ1 SPVQ3 SPVQ4H SPVQ6 SPVQ7
Photo
Operation type
One-way
Two -way Two-way One-way
Two -way Two-way
Dimensions
（mm）
W
13 . 3 13 19 13 . 3 14 .7
D
5.8 65.3 5.4
H
88.35 11 . 9 76.7
Operating temperature range
−40℃ to ＋85℃
Automotive use
●●●●●
Life cycle (availability)
Poles / Positions
1/2 1/1
1/2 1/2 1/1
1/2
Rating （max.）
（Resistive load）
0.1A 12V DC 0.1A 12V DC or
0.3A 16V DC 0.1A 12V DC
Rating （min.）
（Resistive load）
50μA 3V DC 50μA 5V DC or
1m A 5 V D C 1m A 5 V D C 50μA 5V DC
Durability
Operating life
without load
300,000cycles
1Ω m a x .
300,000cycles or
1,200,000cycles
1Ω m a x .
300,000cycles
1Ω m a x .
Operating life
with load
R a t i n g（ m a x . ）
（Resistive load）
300,000cycles
1Ω m a x .
300,000cycles
or 1,200,000cycles
1Ω m a x .
300,000cycles
1Ω m a x .
Electrical
performance
Initial contact
resistance
500mΩ max.
Insulation
resistance
100MΩ min. 500V DC
Voltage proof
5 0 0 V A C f o r 1m in u t e
Mechanical
performance
Terminal
strength
3N for 1minute (with terminal)
Wire strength 30N for 1minute (with wire）
Wire strengh
3 0 N f o r1 mi n ute
3 N f o r 1mi n u te
Actuator
strength
20N
Environmental
performance
Cold
−40℃ 500h
Dry heat
85℃ 500h
Damp heat
60℃, 90 to 95% RH 500h
Operation force
2N max.
5.9N max.
1± 0 . 5 N
3N max. 3N max. 1± 0 . 5 N
3N max. 1± 0 . 5 N
Page
46 50 55 56 59
Detector Switches Soldering Conditions ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 73
Detector Switches Cautions ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 74
Note
● Indicates applicability to all products in the series.
73
Detector Slide Push Rotary Power
Dual-in-line
Package Type
Fast Switching
Type
Water-proof
Type
General-
purpose Type
Example of Reflow Soldering Condition
1. Heating method: Double heating method with infrared heater.
2.
Temperature measurement: Thermocouple φ0.1 to 0.2 CA （K） or CC （T） at soldering portion （copper foil surface）.
A heat resisting tape should be used for fixed measurement.
3. Temperature profile
300
200
100
A max.
B
E
D
Time (s)
C
Pre-heating
F max.
Room
temperature
Temperature (˚C )
SPPB
260
230
40
35
40
18 0 15 0 12 0
SPPW8
SPVE
250
SSCQ
250
SPVN
S
PVL
S
PVM
S
PVS
S
PVT
S
SCM
S
PVR
Series （Reflow type） A（℃）3s max. B（℃） C（s） D（℃） E（℃） F（s）
SPVQC, SPVQE
1. The condition mentioned above is the temperature on the mounting surface of a PC board. There are cases where the PC board's
temperature greatly differs from that of the switch, surface depending on the PC board's material, size, thickness, etc.
The above-stated conditions shall also apply to switch surface temperatures.
2. Soldering conditions differ depending on reflow soldering machines.
Prior verification of soldering condition is highly recommended.
Notes
Detector Switches Soldering Conditions
Reference for Hand Soldering
SPVS, SPVN, SPVT, SPVM, SPVR,
SPVE, SPPW8,SSCQ, SSCM,
SPVL, SSCT, SPVQC, SPVQE
SPVQ1, SPVQ3, SPVQ6, SPVQ7,
SPVQ8, SPVQ9, SSCN, SPVQA
SPPB
（Reflow）
SSCF, SPPB
（For Lead, Dip）
Soldering
temperature
350±5℃
300±5℃
3 0 0 ±10 ℃
3 5 0 ±10 ℃
Soldering time
3s max.
5s max.
3 +1 / 0s
3 +1 / 0s
Series
Reference for Dip Soldering
(For PC board terminal types)
SSCT, SPVQ1, SPVQ3,
SPVQ6, SPVQ7, SPVQ8,
SPVQ9, SPVQA
SSCF
SPPW8, SPPB
Items
Preheating
temperature
Soldering
temperature
Preheating
time
Duration of
immersion
Dip soldering
260±5℃10 0±10 ℃ 5 ±1s60s max.
260±5℃ー5 ±1s
255±5℃
10 0 ℃
max. 5 ±1s60s max.
Series
