SFDL2-PM6B-BM20K-T - Safety Flat Type Door Lock Switches
* Image may differ
SFDL2-PM6B-BM20K-T
- Directing opening force : Min. 80N
- Directing opening distance : Min. 10mm
- Locking pullout strength : Min. 1,300N
- Indicator : Solenoid status or contact status (orange, depending on connection)
- Weight : ≈ 400 g (≈ 490 g)
Data sheet Print
Directing opening force | Min. 80N |
---|---|
Directing opening distance | Min. 10mm |
Locking pullout strength | Min. 1,300N |
Operating speed | 0.05 to 1m/s |
Operating frequency | Max. 20/min |
Life cycle_Mechanical | Min. 1,000,000 operations (20/min) |
Indicator | Solenoid status or contact status (orange, depending on connection) |
Vibration_Malfunction | 0.35mm single amplitude at frequency of 10 to 55Hzin each X,Y,Z direction for 10 min |
Shock | 1,000m/s² (approx. 100G) in each X, Y, Z direction for 3 times |
Shock_Malfunction | 80m/s² (approx. 8G) in each X, Y, Z direction for 3 times |
Environment_Ambient temperature | -10 to 55℃, storage: -25 to 65℃ |
Environment_Ambient humidity | 35 to 85% RH, storage: 35 to 85% RH |
Protection structure | IP67(IEC standerd, except head) |
Material | Head: zinc or PA, case: PA |
Weight | ≈ 400 g (≈ 490 g) |
Rated load voltage & current | Resistive load: 6 A/250 VAC~, 0.6 A/250 VDC@(=)Inductive load (IEC): AC-15 3 A/240 VAC~, DC-13 0.27 A/250 VDC@(=)Inductive load (UL): A300, Q300 |
Dielectric strength_Between the terminals of same polarity | 2.5kV |
Dielectric strength_Between the terminals of different polarity | 4 kV |
Dielectric strength_Between each terminal and non-live part | 6 kV |
Insulation resistance | 100MΩ or more (500VDC megger basis) |
Contact resistance | ≤ 100 mΩ |
Life cycle_Electrical | ≥ 100,000 operations (250 VAC~/6 A) |
Conditional short circuit current | 100A |
Rated voltage | 24 VDC@(=), class 2 |
Current consumption | Supplying power: 0.26ANormal: max. 0.2A (approx. 3 seconds after supplying power) |
Insulation class | Class E |
3D Viewer
* You can check out the 3D Viewer by the CAD button under the product image.
PR materials
PR materials can be downloaded without login.
Technical dataView more
3D drawings for each detailed model can be checked and downloaded from the model page at the bottom.
- No search results
-
- {{ result.parntsBbsCtgryNm }}
- {{ result.bbsCtgryNm }}
{{ result.nationAtchVoList[0].extension }} {{ result.nttSj }}- {{ result.parntsBbsCtgryNm }}
- {{ result.bbsCtgryNm }}
{{ result.nationAtchVoList[0].extension }} {{ result.nttSj }}