SDKP 5A 250V AC Qualified Primary Input Voltage Selection Type

SDKP
5A 250V AC Qualified Primary Input Voltage Selection Type
Primary voltage changeover switch replacing the SDKG
Detector
■ Ratings and Safety Standards
Items
Specifications
SEMKO
5A 250V〜
Ratings satisfying local electrical
appliance and material safety law
250V 5A2
Push
5RA 250V AC
Slide
C-UL-US
Product Line
Travel
(mm)
Operating
force
Mounting
method
Terminal
configuration
6
Minimum order unit(pcs.)
Japan
Export
Without
Self-tap
(for M2.6)
DPDT
Marking
variety
Turn stopper
Right angle
10
10 +
−5 N
Without
marking
Without
100
1,000
With
Drawing
No.
SDKPA40100
1
SDKPA40200
2
SDKPA40300
1
SDKPA40400
2
Dual-in-line
Package Type
Packing Specifications
Tray
Number of packages(pcs.)
1 case /Japan
1 case /export packing
100 Export package measurements(mm)
1,000
555×381×267
Unit:mm
PC board mounting hole dimensions
(Viewed from the direction A)
Style
Circuit Diagram
(Viewed from Direction A)
DPDT
4
5
6
1
2
3
Rocker
Type
Travel
42
36
28
6
Push
Type
Dimensions
No.
Power
Self-tap
(for M3)
With
Product No.
Rotary
Circuit
arrangement
8
1
1.2
A
PC board mounting face
9
9
0.8
17
14
2.5
6-ø2 hole
8
0.8
Rotary
Type
Terminal No.1
Slide
Type
4
15.6
10
2-ø2.2 or 2-ø2.5hole
9
9
7
Terminal No.4
Travel
42
36
28
26
6
15.6
10
2-ø2.2or 2-ø2.5hole
2
1
A
PC board mounting face
8
4
2-ø2
1.2
9
9
8
0.8
0.8
17
14
2.5
6-ø2 hole
Terminal No.1
Terminal No.4
9
9
7
Refer to P.176 for soldering conditions.
171
Rocker
Slide
Series
SDDJF1A
SDKP
8A / 128A 250V〜
10 (6) / 250〜
5RA 250V AC
10,000cycles
100cycles
10A 250V AC
Travel(mm)
Rotary
SDKZ
SDDE
PS: 16(6)A 250V AC
14(6)A 250V AC
AC Switch: 1A / 16A 250V 〜
DC Switch: 20mA 12V DC
DC: 0.1A 12V DC
Encoders: 0.1A 12V DC
10,000cycles(Power)
30,000cycles(Encoder)
AC Switch: 10,000 cycles
DC Switch: 10,000 cycles
Without load
16A 250V AC(Power)
0.1A 12V DC(Encoder)
Encoder 30,000 cycles
4.6
6
Endless
Push Switches: 1.85mm
Encoders: 360°
(360°Rotation)
Features
—
—
With Encoders circuit
AC Switch, DC Switch,
With Encoder
Operating temperature range
−10℃ to +55℃
−10℃ to +60℃
−10℃ to +70℃
0℃ to +85℃
Automotive use
○
—
—
—
100mΩ max.(Power)
AC Switch: 100mΩ max.
DC Switch: 500mΩ max.
Encoder: 1Ω max.
Detector
Type
Photo
Slide
Rating
500MΩ min. 500V DC
Voltage proof
2,000V AC for 1minute
Terminal strength
AC Switch: 2,000V AC for 1 minute
DC Switch: 100V AC for 1 minute
Encoder: 100V AC for 1 minute
AC Switch: 5N for 1 minute
DC Switch: 5N for 30s
Encoder: 5N for 1 minute
50N for 1minute
10N for 1minute
25N
50N
Encoder: 100V
100N
25N
50N
30N
30N
(Retract direction)
5N(Encoder)
Slide
Type
Environmental
performance
Operating
Actuator direction
strength Perpendicular
direction
20N(Power)
AC Switch: 100MΩ min. 500V DC
DC Switch: 100MΩ min. 100V DC
Encoder: 100MΩ min. 100V DC
−20℃ 96h
−40℃ 240h
Dry heat
85℃ 96h
85℃ 240h
Damp heat
40℃, 90 to 95%RH 96h
40℃, 90 to 95%RH 240h
170
171
172
Rotary
Type
Cold
Page
Rocker
Type
Mechanical
performance
500MΩ min. 500V DC
(Power)
100MΩ min. 100V DC
(Encoder)
2,000V AC for 1minute
(Power)
100V AC for 1minute
(Encoder)
Push
Type
Insulation
resistance
1Ω max.(Encoder)
Dual-in-line
Package Type
100mΩ max.
Power
Electrical
performance
Contact
resistance
Rotary
Life cycle (availability)
Push
Operating life
175
Power Switches Soldering Conditions・ ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 176
Power Switches Cautions・ ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 176
Power Switches Safety Standard・ ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 176
Note
○ Indicates applicability to some products in the series.
159
Power Switches Soldering Conditions
Detector
Reference for Hand Soldering
Reference for Dip Soldering
Slide
Soldering
temperature
Soldering time
SDDJE, SDDJF, SDKP,
SDDJF1A, SDKZ, SDDE
350±10℃
3+1/0s
SDKR
300±10℃
3±0.5s
Series
(For PC board terminal types and SDDJF right-angle
terminal types)
Series
SDKR, SDDJE, SDDJF,
SDKP, SDKZ, SDDE
Dip soldering
Soldering temperature Duration of immersion
260±5℃
10±1s
Push
Power Switches Cautions
Rotary
Power
Dual-in-line
Package Type
1. The primary power supply switching is subject to the safety regulations, and the provisions differ by
each destination. Consult with us for non-standard use cases.
2. An unstable contact may occur if the switch current is lower than 0.5A. For this case, consult with us.
3. These power switches were produced for alternating current. For direct current, consult with us.
4. Appling load to terminals during soldering under certain conditions may cause deformation and electrical
property degradation.
5. Avoid use of water-soluble soldering flux, since it may corrode the switches.
6. When soldering twice, wait until the first soldered portion cools to normal temperature. Continuous
heating will deform the external portions, loosen or dislodge terminals, or may deteriorate their electrical
characteristics.
7. Before soldering switches with locking mechanism, release the locks. If they are soldered without
releasing the locks, the soldering heat may deform the locking mechanism.
8. Be sure to release the locks before removing the knobs. Otherwise, the locking mechanism may be
broken.
9. Be sure to use the switch with forced travel positioned as close to the total travel as possible.
Push
Type
10. Tighten the mounting screws by applying the specified torque. Tightening with a larger torque than the
specified will result in malfunction or breakage of screws.
11. Corrosive gas if generated by peripheral parts of a set, malfunction such as imperfect contact may
occur. Thorough investigation shall be required beforehand.
12. Storage
Rocker
Type
Store the products as delivered at normal temperature and humidity, out of direct sunlight and away
from corrosive gases. Use them as soon as possible and no later than six months after delivery.
Once the seal is broken, use them as soon as possible.
Slide
Type
Power Switches Safety Standards
1. Safety Standards Outline
Rotary
Type
Safety standards are established by a country or an organization representing it to protect
general users from electrical shock and fire hazards. It establishes standards for electrical
devices and components. For electrical equipment manufacturers, utilizing switches that have
been safety-approved ensures the safety of the switch. The use of a safety-approved switch also
simplifies at least one part of the process of obtaining certification by safety testing.
2. Major Safety Standards
Electrical Appliance and Material Safety Law
(1)
The conventional [Electrical Appliance and Material Control Law] has changed to [Electrical
Appliance and Material Safety Law] and has been enforced since April 1, 2001. Electrical
appliances are categorized into special electric appliances and parts(formerly Class A)and
Electrical appliances other than the special electric appliances(formerly Class B). Special
electric appliances are required to receive goodness of fit test at a certified test agency and to
store the certificate. Also, penal provisions have been reinforced.
UL
(2)
(Underwriters Laboratories Inc.)
Underwriters Laboratories Inc.(UL)is the American safety approving organization. Its purpose is
to ensure consumer safety and protect them from fire hazards. State law requires that equipment
to be exported to the United States utilize UL approved power switches or power switches
meeting UL standards and capable of passing UL tests.
176