Schneider Electric TeSys™ LADN20 Auxiliary Contact Block, 690 VAC, 0.41 A, 2NO Contacts
Auxiliary Contacts
53192
MFG #: LADN20
Square D™
24.84000
/ ea
Schneider Electric LADN20 CONTACTOR AUXILIARY CONTACT BLOCK IEC,10 A at <= 60 deg.C,2 NO,CR1F,Clip-On (Front),Screw Clamp,TeSys,TeSys D-TeSys F-TeSys D control relay,UL Listed (E164862 / NLDX) - CSA Certified (LR43364 3211 04) - IEC Rated (60647-4) - CE Marked - RoHS Compliant,auxiliary contact block
- 360 Degree View URL - 360(360 Degree View URL)
- 360 Degree View URL - index.html?pid=11003&id=8088004360Den&ext=webp(360 Degree View URL)
- 3D Rendering URL - SEproductListV2.html?p=LADN20(3D Rendering URL)
- Brochure URL - 11003_9PT1LU7VOI5CXNW3.pdf(Brochure URL)
- Computer~Aided [CAD|BIM] Model URL(Computer~Aided [CAD|BIM] Model URL)
- Install Instructions 1 URL - 11003_4CT8A7OV2ZUEYDQP.pdf(Install Instructions 1 URL)
- Seller Home Page URL - us(Seller Home Page URL)
- Spec Sheet 1 URL - SquareD_LADN20_Datasheet.pdf(Spec Sheet 1 URL)
- Spec Sheet URL - 11003_KVE5FBZW9QHL0IC8.pdf(Spec Sheet URL)
- Tech Drawing URL - 0169e9f0be310094112aa39ec3cb411e1d29134e(Tech Drawing URL)
- Video - https://www.youtube.com/embed/kW01lFljKgE(Video)
- Applications
- Features
| TeSys D CAD;TeSys D LC1D;TeSys F LC1F;TeSys F CR1F;TeSys Deca CAD;TeSys Deca LC1D |
| NORMAL ENVIRONMENT |
| Screw clamp terminals |
| Instantaneous auxiliary contacts operation |
| 690 VAC rated insulation voltage |
| 10 A at <= 60 deg C conventional free air thermal current |
| 140 A amperage AC conforming to IEC 60947-5-1, 250 A amperage DC conforming to IEC 60947-5-1 |
| 100 A at -5 to 60 deg C 1 sec, 120 A at -5 to 60 deg C 500 m sec, 140 A at -5 to 60 deg C 100 ms permissible short-time rating |
| GG fuse <= 10 A rating according to operational current for Ue <= 690 VAC |
| 5 mA minimum switching current |
| 17 V minimum switching voltage |
| 1.5 ms non-overlap/overlap time |
| > 10 MOhm insulation resistance |
| IP2X conforming to VDE 0106 |
| TH conforming to IEC 60068 protective treatment |
| 3000 m operating altitude without derating in temperature |