Nader

NDC1-1250 Series AC Contactor, Nader

Model: NDC1-1250

Key specifications

  • Rated current In (A) 1260A
  • Rated working voltage Ue AC660/690V
  • Coil control voltage Uc (V) AC/DC48~132V, AC/DC100~250V
  • Poles 3P

Technical parameters

Rated working current (A) Ie1250A
load typeAC-1
Set heating current Ith (A)1250A
Impulse withstand voltage Uimp(kV)12kV
Rated insulating voltage Ui (V)1000V
Rated working voltage Ue (V)660/690V
Rated making capacity/A (Ue≤690V)5000A
Rated breaking capacity/A (Ue≤690V)4000A
Short time withstand current(A) (starting from the cold state, θ≤40℃, no current 60 minutes before)1s8000A
10s8000A
30s5200A
1min4000A
3min3000A
10min2000A
Rated Frequency (Hz)50/60Hz
Standards and Certificates·CCC, TUV, CE ·GB/T 14048.4, GB/T 14048.5, IEC60947-4-1, IEC60947-5-1
Mechanical life80×104 times(≤600times/h)
Ue≤440VElectrical life20×104 times
Operating frequency h−1≤200
Ue≤690VElectrical life15×104 times
Operating frequency h−1≤150
Average impedance of each pole(mΩ)0.12mΩ
Main circuit connection capacityNumber of busbars per phase2
Busbar DimensionsArea/mm2500×2mm2
Perimeter/mm210×2mm
Tightening Torque/N.m58N.m
Wide voltage coilRated control voltage Uc/VAC/DC: 100~250V AC/DC: 48~132V
Pull-in voltage range85%Uc min~110%Uc max
Discharge voltage range0.48Uc min~0.52Uc min
100~250V AC/DCPull-in time/msPLC control70~85
Power control70~85
Discharge time/msPLC control21~25
Power control100~160
Pull-in power consumption VA/W≤600
Retention power consumption VA/W≤16
48~132V AC/DCPull-in time/msPLC control70~85
Power control70~85
Discharge time/msPLC control21~25
Power control80~140
Pull-in power consumption VA/W≤600
Retention power consumption VA/W≤13
Control circuit connection capacityCord1PC/2PCS2.5mm²
Hard wire1PC4mm²
Tightening torque/N.m0.8~1.2N.m
Protection classIP20
Installation ModeBolt installation
Working condition·Operation temperature:-25℃~+40℃ ·Storage Temperature: -60℃~+80℃ ·Altitude: ≤3000m. ·The relative air humidity at the installation site should not exceed 95%. Condensing should be avoided in the working environment. ·Pollution Level: 3