|
MODE DE COMMUTATION D`ALIMENTATION
|
|
1.UNIVERSAL INPUT 2.BUILT-IN EMI FICTER Power Factor Correction 3.OPTIONAL 4.OPTIONAL-12VDC + /-24VDC + / +-48VDC ENTRÉE 5.MULTIPLE SORTIES
|
| |
MODE DE COMMUTATION D`ALIMENTATION
|
|
1.UNIVERSAL INPUT 2.BUILT-IN EMI FICTER Power Factor Correction 3.OPTIONAL 4.OPTIONAL-12VDC + /-24VDC + / +-48VDC ENTRÉE 5.MULTIPLE SORTIES
|
| |
MODE DE COMMUTATION D`ALIMENTATION
|
|
1.UNIVERSAL INPUT 2.BUILT-IN EMI FICTER Power Factor Correction 3.OPTIONAL 4.OPTIONAL-12VDC + /-24VDC + / +-48VDC ENTRÉE 5.MULTIPLE SORTIES
|
|
|
MODE DE COMMUTATION D`ALIMENTATION
|
|
1.UNIVERSAL INPUT 2.BUILT-IN EMI FICTER Power Factor Correction 3.OPTIONAL 4.OPTIONAL-12VDC + /-24VDC + / +-48VDC ENTRÉE 5.MULTIPLE SORTIES
|
| |
MODE DE COMMUTATION D`ALIMENTATION
|
|
1.UNIVERSAL INPUT 2.BUILT-IN EMI FICTER Power Factor Correction 3.OPTIONAL 4.OPTIONAL-12VDC + /-24VDC + / +-48VDC ENTRÉE 5.MULTIPLE SORTIES
|
| |
MODE DE COMMUTATION D`ALIMENTATION
|
|
1.UNIVERSAL INPUT 2.BUILT-IN EMI FICTER Power Factor Correction 3.OPTIONAL 4.OPTIONAL-12VDC + /-24VDC + / +-48VDC ENTRÉE 5.MULTIPLE SORTIES
|
|
|
MODE DE COMMUTATION D`ALIMENTATION
|
|
1.UNIVERSAL INPUT 2.BUILT-IN EMI FICTER Power Factor Correction 3.OPTIONAL 4.OPTIONAL-12VDC + /-24VDC + / +-48VDC ENTRÉE 5.MULTIPLE SORTIES
|
| |
MODE DE COMMUTATION D`ALIMENTATION
|
|
1.UNIVERSAL INPUT 2.BUILT-IN EMI FICTER Power Factor Correction 3.OPTIONAL 4.OPTIONAL-12VDC + /-24VDC + / +-48VDC ENTRÉE 5.MULTIPLE SORTIES
|
| |