FN2070A-6-06 | Schaffner

2-stage filter, 50 to 400 Hz, 6 A, 250 V (DC), 250 VAC, 7.8 mH, faston plug 6.3 mm, FN2070A-6-06

Order No.: 71D0156
EAN: 7612774456513
MPN:
FN2070A-6-06
800765
Series: FN2070
Schaffner
default L
Image may differ
Unit Price (€ / pc.)
31.4993 € *
Available: 0 pcs.
Leadtime: 10 Weeks **
Total Price:
31.50 € *
*incl. VAT plus shipping costs
**Subject to prior sale
20 pcs.
31.4993 €

Two-stage filter, FN2070A-6-06, SCHAFFNER

Multi-stage performance AC/DC EMI filter

Features

  • High differential and common-mode attenuation
  • High frequency attenuation
  • Rated currents from 1 to 36 A
  • Optional safety version
  • Various terminal options allow you to select the desired connection style

Applications

  • Electrical and electronic equipment
  • Household equipment
  • Building automation
  • Industrial application
  • Machinery
  • Medical equipment
  • Electronic data processing equipment
  • Office automation and datacom equipment
  • Single Phase Motor Drive
Technical specifications
ohmic resistance 220 kΩ
Connection faston plug 6.3 mm
Number of phases 1
Version 2-stage filter
Rated Voltage 250 VAC
Inductance per line 7.8 mH
integrated switch No
Capacity X|Y X2 1 µF, Y2 470 pF
max. frequency 400 Hz
max. operating temperature 100 °C
min. frequency 50 Hz
min. operating temperature -25 °C
With fuse No
Rated voltage (DC) 250 V
Rated current 6 A
Logistics
Country of origin CN
Customs tariff number 85363010
Original Packaging Carton with 20 pieces
Compliance
RoHS conform Yes
Date of RoHS guidelines 3/31/15
SVHC free Yes
Variations
ohmic resistance
Capacity X|Y
Rated current
Version
Rated Voltage
max. frequency
Number of phases
Connection
min. operating temperature
Rated voltage (DC)
max. operating temperature
min. frequency
1 item in 2 variations
*incl. VAT plus shipping costs
Item description
Total
Price list
ohmic resistance
Capacity X|Y
Rated current
Version
Rated Voltage
max. frequency
Number of phases
Connection
min. operating temperature
Rated voltage (DC)
max. operating temperature
min. frequency