Slide switch MFS
Common specifications
- Initial contact resistance
Measured at 1.5mA 200 μVAC 1kHz - Dilectric strength
Measurement at 500 VAC. - Insulation Resistance
Measured at 500VDC - Operating temperature range
-10℃~+70℃
Part number designation
MFS | 101 | D- | 6 - | Z |
---|---|---|---|---|
Series code |
Number of poles 101:1-pole |
Switching function D:1-pole or 3-poles/ON ー ON |
Registration number |
List of part numbers
Part Number | Rating | Initial contact resistance | Insulation resistance | Operating force | Switch timing | CAD |
---|---|---|---|---|---|---|
MFS101D-6-Z | Max. DC10V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 0.98~2.94N | Non-shorting | |
MFS101D-8-Z | Max. DC30V 0.3A AC30V 2A(Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 2.45±0.98 N | Shorting | |
MFS101D-9-Z | Max. DC12V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 0.98±2.94N | Non-shorting | |
☆ MFS101D-10-Z | Max. DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 2.94±1.96N | Non-shorting | |
MFS101D-14-Z | Max. DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
50mΩ Max. | 100MΩ min. | 1.96±0.98N | Non-shorting | |
☆MFS101EA-Z | Max. DC30V 0.3A AC30V 2A (Resistive load) Min. DC5V 10mA (Resistive load) |
50mΩ Max. | 100MΩ min. | 2.45±0.98N/1.47±0.98N | Undefined | |
MFS201N-Z | Max.AC125V 1A/ DC30V 1A Min. DC5V 10mA (Resistive load) |
30mΩ Max. | 100MΩ min. | 0.98~4.9N | Non-shorting | |
MFS201N-4-Z | Max.AC125V 1A / DC30V 1A Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 300MΩ min. | 1.47~4.41N | Non-shorting | |
MFS201N-9-Z | Max.AC125V 1A/ DC30V 1A Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 300MΩ min. | 1.47~4.41N | Non-shorting | |
MFS201N-16-Z | Max.AC125V 1A/ DC30V 1A Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 2.94±1.47N | Non-shorting | |
MFS201N-19-Z | Max.DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 2.45±0.98N | Shorting | |
★ MFS201N-20-Z | Max.DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 4.41±1.47N | Shorting | |
MFS201N-21-Z | Max.DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 2.45±0.98N | Non-shorting | |
MFS201N-23-Z | Max.DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 3.92±2.45N | Non-shorting | |
MFS201N-24-Z | Max.DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 1.96±0.98N | Non-shorting | |
★MFS201PA-4-Z | Max.DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 2.45±0.98N/1.47±0.98N | Undefined | |
★MFS201PA-5-Z | Max.DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 4.41+1.67N/4.41-2.16N | Undefined | |
★ MFS401N-2-Z | Max.DC30V 0.3A (Resistive load) Min. DC5V 10mA (Resistive load) |
20mΩ Max. | 100MΩ min. | 0.98 N Max./No detent | Shorting |
Outline Dimensions
(Unit:mm)
Soldering
- Manual Soldering Device : Soldering iron Please refer to “MFS Series Heat-resistant Table” shown below.
- Auto Soldering MFS series are not compatible with auto soldering. Soldering should be done manually.
- When soldering two or more terminals to the common land, use solder resist to solder them independently
◆MFS series heat-resistant table
Resin board | MFS101D-6-Z | 270℃ MAX. 3sec MAX. |
---|---|---|
MFS101D-9-Z | ||
MFS101D-11-Z | ||
Phenol board | MFS101D-8-Z | 360℃ MAX. 3sec MAX. |
MFS201N-19-Z | ||
MFS201N-20-Z | ||
MFS101D-10-Z | ||
MFS101D-14-Z | ||
MFS201N-Z | ||
MFS201N-4-Z | ||
MFS201N-9-Z | ||
MFS201N-16-Z | ||
MFS201N-21-Z | ||
MFS201N-23-Z | ||
MFS201N-24-Z | ||
MFS201PA-4-Z | ||
MFS101EA-Z | ||
MFS201PA-5-Z | ||
MFS401N-2-Z |
Flux Cleaning
- Solvent : Fluorine or Alcohol type.
- MSF Series are not process sealed. If the PC board is to be cleaned, clean the soldering surface of substrate with a brush so that the switch is not exposed to the cleaning solution.
Frequency of switch use
If the switch is not likely to be operated frequently (e.g. two or three operations a year) in the dry circuit area, a sulfide film is likely to be formed on the contacts, resulting in contact failure. If this is the case, goldplated products are recommended. Please contact your local Nidec COMPONENTS sales representative.
Packaging specifications
Documents
Environmental Data
- ●The above contents and descriptions are subject to change without notice.