NKE 2/25,50

Line reactor NKE 230 / 400

Version NKE 2/25,50
Rated voltage max. 400 Vac Rated current 2 A
Version Rated voltage Rated current
NKE 2/14,65 max. 230 Vac 2 A
NKE 2/25,50 max. 400 Vac 2 A
NKE 4/7,33 max. 230 Vac 4 A
NKE 4/12,75 max. 400 Vac 4 A
NKE 6/4,88 max. 230 Vac 6 A
NKE 6/8,50 max. 400 Vac 6 A
NKE 10/2,93 max. 230 Vac 10 A
NKE 10/5,10 max. 400 Vac 10 A
NKE 16/1,83 max. 230 Vac 16 A
NKE 16/3,19 max. 400 Vac 16 A
NKE 20/1,47 max. 230 Vac 20 A
NKE 20/2,55 max. 400 Vac 20 A
NKE 25/1,17 max. 230 Vac 25 A
NKE 25/2,04 max. 400 Vac 25 A
NKE 35/0,84 max. 230 Vac 35 A
NKE 35/1,46 max. 400 Vac 35 A
NKE 40/0,73 max. 230 Vac 40 A
NKE 40/1,28 max. 400 Vac 40 A
NKE 50/0,59 max. 230 Vac 50 A
NKE 50/1,02 max. 400 Vac 50 A
NKE 63/0,49 max. 230 Vac 63 A
NKE 63/0,81 max. 400 Vac 63 A
NKE 100/0,29 max. 230 Vac 100 A
NKE 125/0,23 max. 230 Vac 125 A
Image of BLOCK Item: NKE 2/25,50
Technical files Data sheet Approvals / Manufacturer's declaration EU-Declaration of Conformity

Technical Data for NKE 2/25,50

Operating data
Rated voltage max. 400 Vac
Voltage drop 9,2 Vac
Rated current 2 A
Rated frequency 50 - 60 Hz
Inductance 25.5 mH
Inductance deviation ±10%
Approvals
Approvals cURus
Environment
Ambient temperature 14 °F to +104 °F
Type of cooling AN
Safety and protection
Insulation class B
Protection index IP 00
Safety class (prepared) I
Type Open type
Test voltage 2500 Vac
Terminal and mounting
Terminals phase Screw clamp, 2.5 mm²
Connection type Tab connector, 6.3 x 0.8 mm
Fixing method Base plate
Fixing screws M3
Measures and weights
Depth 2.36 inch
Height 3.07 inch
Width 2.60 inch
Weight 1.10 lbs

Information for NKE 230 / 400 series

General Data
  • Insulation class B
  • Inductance 1.170 to 12.750 mH
  • Degree of protection IP 00
  • Ambient temperature 14 °F / -10 °C to +104 °F / +40 °C
  • Rated voltage 230 or 400 Vac
  • Rated current 2 - 63 A
Benefits
  • Use as line reactor, commutating reactor or PFC reactor
  • Peak current limitation
  • Bridging voltage dips
  • Very good corrosion protection and low noise due to vacuum impregnation
  • Low ripple
  • Increases the service life of equipment
  • Starting current limitation
  • Power harmonic damping