Nader
NDC1T-65 Series AC Contactor, Nader
Model: NDC1T-65
Key specifications
- Rated current In (A) 65A
- Rated working voltage Ue AC380/415/660/690V
- Coil control voltage Uc (V) AC24/48/110/220/380V
- Poles 3P
Technical parameters
Rated working current (A) Ie | AC-3 | 415V | 65A | ||||
690V | 42A | ||||||
AC-4 | 415V | 28A | |||||
690V | 14A | ||||||
Agreed thermal current of the free air Ith/A (θ≤60℃) | 80A | ||||||
Rated insulating voltage Ui (V) | 690V | ||||||
Rated working voltage Ue (V) | 380/415V, 660/690V | ||||||
Power-frequency withstand voltage (V) | 1890V 1min | ||||||
Rated Frequency (Hz) | 50/60Hz | ||||||
Standards and Certificates | ·CCC,CE,TUV ·GB/T 14048.4, GB/T 14048.5, IEC60947-4-1, IEC60947-5-1 | ||||||
Mechanical life | 800×104 times | ||||||
AC-3 | Electrical life | 60×104 times | |||||
Operating frequency h−1 | 600 | ||||||
AC-4 | Electrical life | 15×104 times | |||||
Operating frequency h−1 | 300 | ||||||
AC-4(6Ie,6Ie) | Electrical life | 15×104 times | |||||
Operating frequency h−1 | 300 | ||||||
Rated working current (A) Ie | 380/400V | 28A | |||||
660/690V | 14A | ||||||
Auxiliary contact | Set heating current Ith A | 10A | |||||
Electrical life | AC-15(360VA) | 60×104 times | |||||
DC-13(33W) | |||||||
Min load connected | 17V 5mA | ||||||
Coil | Rated control voltage Uc/V | AC(50Hz,50Hz/60Hz,60Hz): 24V, 48V,110V,220V,380V | |||||
Pull-in voltage range | 85%Uc ~ 110%Uc | ||||||
Discharge voltage range | 20%Uc ~ 75%Uc | ||||||
Coil power 50/60Hz VA | Pick-up | 230VA | |||||
Maintain | 32VA | ||||||
Contact Operation Time ms | Closing Time (C) | 20~25ms | |||||
Opening Time (O) | 8~12ms | ||||||
Terminal Tightening Torque N.m (max) | Main Circuit Terminals | 2.5~5N.m | |||||
Terminal Capacity (max) | O-Type Lug Terminals | 16mm2 | |||||
Protection class | IP50 | ||||||
Installation Mode | Bolt 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 | ||||||





