| Genus |
AC potentia copia exempla |
DC potentia copia exempla |
| Exemplar |
CP1e- @@@ @ @ D @ CP1e- @@@ D @ - |
CP1e- @@@ @ @ D @ -D CP1e- @@@ D @ -D |
| Praesepes |
ANGULUS |
|
Dimensiones (H × d × w) |
E / N / na @@ typecpu unitas cum X I / O puncta (CP1E-E210 @ - @ ) 90mm * I × 85mm * II × LXVI
CPU unitas cum aut XX I / O puncta (CP1e- @ 14D- @ @ /@ 20D@ - @ × 90mm * I × 85mm * * II × 30DXIV @ × × × × × × × × × CPU unitas cum XL I / O puncta (cp1e- @ 40D@ - @ ) 90mm * I × * II × CL mm CPU unitas cum LX I / 85mm II CXCV× × © CPU unitas cum XX I / O puncta et aedificavit, in Analog (CP1E-Na20D @ - @ ) 90mm * I × 85mm II × CXXX mm E / N / @@ S (I) -Type CPU unitas cum XIV aut XX I / O puncta (CP1e- @ 14SD @ - @ /@ 20SD @ - @ × 90mm * * I × × × × × × .× × × × × × × × CPU unitas cum XL I / O puncta (CP1e- @ 40s (I) D × × - * * I × 60) I @ @ , 90mm × × × × × × × |
|
Pondus |
CPU unitas cum X I / O puncta (CP1E-E20D @ - @ ) 300G max. CPU unitas cum XIV I / O puncta (CP1e- @ XIV (s) D @ - @ ): 360g max. CPU unitas cum XX I / O puncta (CP1e- @ XX (s) D @ - @ ): 370g max.cpu unitatis cum XXX I / O Points (CP1e- @ XXX (@ Points (CP1e- @ XXX (@ Points ( @ - @ ) 600G Max. CPU unitas cum XL I / O puncta (CP1e- @ XL (s @) D @ - @ ): 660G Max. CPU unitas cum LX I / O puncta (CP1e- @ LX (s @) D @ - @ ): 850g max.
CPU unitas cum XX I / O puncta et aedificavit, in Analog (CP1E-Na20D @ - @ ) 680g max. |
| Copia voltage |
C ad CCXL VC 50/60 HZ |
XXIV VDC |
| Operating voltage range |
LXXXV ad CCLXIV vac |
20.4 ad 26.4 VDC |
|
Potentiam consummatio |
XV VA / C VA max.25 VA / CCXL Vac Max.
(CP1e-E20D @ -A / @ XIV (s) D @ -A / @ XX (s) D @ -a) |
IX w max. (CP1E, E20D @ -D) XIII W max. (CP1e-N14D @ -D / N20D @ -D) |
|
L VA / C VA Max.70 VA / CCXL Vac Max.
(CP1e-Na20D @ -A / @ XXX (@ @) D @ / @ XL (@ @) D @ / N60 (@ @) D @ ) |
XX W max. (CP1e-Na20D @ -D / N30 (@ @) D @ / N40 (@ -D @) D @ -D) * IV |
| Inrush current |
CXX vac, XX A ad VIII MS max. Nam frigus satus ad locus temperatus240 vac, XL A ad VIII MS max. quia frigus satus ad locus temperatus |
XXIV VDC, XXX A ad XX MS max. quia frigus satus ad locus temperatus |
| Externa potentia copia
*3 |
Non provisum. (CP1e-E10D @ -A / @ XIV (s) D @ -A / @ XX (s) D @ -A) XXIV VDC, CCC MA
(CP1e-Na20D @ -a / @ 30D@ -A / @ 40D@ -/ @ 60D@ -A / @ 30SDR-A / @ 40SDR-A / @ 60SDR-A) |
Non provisum |
| Nulla resistitur |
XX Mω min. (At D VDC) Inter externum AC terminals et GR terminals |
Nisi inter DC primaria current et DC secundarium current |
| Dielectric fortitudinem |
2,300 Vac L / 60hz pro I min inter ac externum et gr terminalibus Leakage Current: V ma max. |
Nisi inter DC primaria current et DC secundarium current |
| Ambientium operating temperatus |
0 ad LV ° C |
| Ambientis humiditas |
X% ad XC% |
| Atmosphaera |
Nulla mordax Gas. |
| Ambientium repono temperatus |
-20 ad LXXV ° C (exclusis altilium) |
| Altitudo |
2,000 m max. |
| Pollutio |
II minusve: occurrit IEC 610-2-2-201. |
| Sonitus resistentia |
II KV in potentia copia linea (conformis ad Iec61000-4-4.) |
| Overvoltage genus |
Genus II: occurrit IEC 610-2-2-2-201. |
| EMC immunitatem gradu |
Zona b |
| Vibratio resistentia |
6,4 ad 8.4 60068-2-6.5 ad 8.4 HZ cum 3,4 ad 3.5-mm, ad CL HZ 8,4
Accelerationem de 9.8 m / S2 ad C min in x, y et z directions (X twer of X min se = C min totalis) |
| Inpulsa resistentia |
Conformis ad jis 60068-2-227.147 m / S2, III tempora in x, y et z directions |
| Terminal obstructionum |
Fixum (non removeri) |
| Terminal stupra magnitudine |
M3 |
| Applicabiles signa |
Conformis EC Directive |
| Grounding Ratio |
Terram ad C Ω vel minus. |
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