D2F-X super small basic switch
Large current super miniature micro switch suitable for installation of circuit board ■certified by CCC ■use plug-in terminal to prevent flux entering ■* * current can reach 3A ■In line with the EU FEACH regulations
Model naming rules
![](https://s2.d2scdn.com/2017/12/14/FvONotq1-4PUzaP-i0XEG-fMzRTx.jpg) ①X:3A 125VAC the ratings action force (OF) * * No: 1.47NF:<0.78N the drive rod no mark button for L: pendulum type needle roller pendulum type L3:R L2: springboard L4: bending type the drive rod number XX: or two digit 5 terminal T: straight PCB terminal A: PCB A1: left right terminal PCB terminal D: terminal |
Shape size (unit: mm) / action characteristics ■needle button type D2F-XD |
![](https://s2.d2scdn.com/2017/12/14/FhOTRzedUNwyN5esaKYCD0UY5fQ2.jpg) | ![](https://s2.d2scdn.com/2017/12/14/Fmc8ap887DouMYa_jh8iyd8vm4nc.jpg)
The action characteristics of unit value of action specifications OFN**1.47 reply RFN0.2 PTmm**0.5 OTmm0.2 pre stroke stroke stroke MDmm**0.12 response action position OPmm6.9 + 0.3 of the difference |
|
|
■Pendulum rod type D2F-XLD |
![](https://s2.d2scdn.com/2017/12/14/FvcRQ_8Z9ej1EIroIAuh-UwQi8Iz.jpg) | ![](https://s2.d2scdn.com/2017/12/14/Fo6UMmvzXnx1IFSGf7NHWw-aGlRp.jpg)
Action characteristic unit specification value action force OFN**0.78 recovery force RFN0.05 over stroke OTmm0.55 response difference of stroke MDmm**0.5 position FPmm**11.5 action position OPmm8.5 + 1.5 |
|
|
■R type pendulum rod type D2F-XL3D |
![](https://s2.d2scdn.com/2017/12/14/Fvppf6uqscc0n1Lp-u7GAeEntgPu.jpg) | ![](https://s2.d2scdn.com/2017/12/14/FuiGUNY26fY1TEjCnRtlvXFii7Ss.jpg)
The action characteristics of unit value of action specifications RFN0.05 OFN**0.78 back stroke OTmm0.5 responders trip MDmm**0.45 position FPmm**14.5 action position OPmm10.2 + 1.2 |
|
|
■R type pendulum rod type DXF-XL2D |
![](https://s2.d2scdn.com/2017/12/14/FoBcFY3n5dJ9NOkny50TFMgPKA6t.jpg) | ![](https://s2.d2scdn.com/2017/12/14/FgtE9V_umKuaWtfuLZ5ZFFXSqeRm.jpg) Action characteristic unit specification value action force OFN**0.78 recovery force RFN0.05 over stroke OTmm0.55 response difference of stroke MDmm**0.5 position FPmm**17.0 action position OPmm13.5 + 2 |