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50 Hp (37 KW) AC Line Reactor, 3 Phase Input

50 Hp (37 KW) AC Line Reactor, 3 Phase Input
50 Hp (37 KW) AC Line Reactor, 3 Phase Input
50 Hp (37 KW) AC Line Reactor, 3 Phase Input
50 Hp (37 KW) AC Line Reactor, 3 Phase Input
50 Hp (37 KW) AC Line Reactor, 3 Phase Input
from
$505.84
Ex Tax: $505.84
  • Stock: In Stock
  • Model: RDDLZ-ILR-037
  • Weight: 1.00
  • SKU: RDDLZ-ILR-037

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High quality AC input line reactor for VFD, voltages are available in 220V, 380V, 400V, 460V and 480V, with 90 Amps, VFD line reactor has the characteristics of strong anti-rust ability and good insulation effect.

50 hp Input Line Reactor Specifications

BasicModelRDDLZACR-0090-0M16-0.4SC
Recommended VFD ModelGK3000-4T0370G (50 hp three phase VFD)
Phase3 Phase
Power50 hp (37 kW)
Weight17 kg
Technical ParametersWork Valtage380V (optional: 220V/ 240V/ 400V/ 415V/ 440V/ 460V/ 480V)
Work Frequency50Hz/60 Hz
Rated Current90 A
Max Current1.5 Times the Rated Current, Continued 60s
Inductance Value0.156 mH
MaterialAluminium/Copper (Optional)
Voltage Drop2%
Noise≤65dB
Insulation ClassClass F, H
Protection ClassIP00-IP22
Insulation Resistor≥100MΩ
Working EnvironmentOperation Environment-10℃~+45℃
Temperature Rise≤85K
Humidity≤90%RH, without condensation
Running Ambient Temperature-25℃~+45℃
Altittude≤2000m

50 hp Input Line Reactor Size & Circuit Diagram


Dimension (±5mm)
LDWW1HA×B
195mm120mm150mm92mm165mm8.5×20

Tips:

Adding an input reactor to the input end of the VFD can suppress the harmonics generated by the VFD to the grid, reduce the interference generated by the VFD to other electrical equipment, and limit the abnormal fluctuation of the grid voltage and the inrush current on the grid. Reduce its impact on the drive. The output voltage of a general-purpose VFD contains harmonics other than the fundamental wave. The lower harmonics usually have a great influence on the motor load, causing torque ripple, and the higher harmonics increase the leakage current of the VFD output cable, which makes the motor output insufficient, so the high and low harmonics of the VFD output are Must be suppressed. Adding an AC output reactor on the output side of the VFD can optimize the AC waveform output by the VFD, suppress the harmonic current, prevent the ground leakage current caused by the capacitance to the ground of the VFD, and extend the cable length from the VFD to the motor side.

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