5.5KW VFD 1Phase 220V 24A CNC Router Frequency Inverter 1000Hz |

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5.5KW VFD 1Phase 220V 24A CNC Router Frequency Inverter 1000Hz

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$349.00

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Product information:

Type: E550-2S0055B (With braking unit and 485 communication)

Input: 220VAC ±15% 1 or 3 Phase (R,S or R, T or S,T) 50/60Hz

Output: 220VAC 3 Phase (U,V,W) 5.5kw

Output Frequency: 0~1000HZ

Output Current: 24A

Net weight: 4.3KG

VFD size: W 160 x H 275 x D 190 (mm)

Mounting screw size: M5

F0.00 = 1 (or 3 if you want to test using the knob on the VFD)

F0.02=1001 (or 1000 if you want to test using the knob on VFD)

F0.04= 400 or up to 1000HZ set according your spindle
F0.05=10
F0.06=10
F0.11=0

F0.12=400 or up to 1000HZ set according your spindle

F0.13=220

F1.00 =0

F1.01 =10V

F1.03=0

F1.04 =400, up to 1000HZ set according your spindle

F3.08=3 (Show spindle speed on screen)

F1.08=11 ( Terminal X1 as a Run)

F1.14=8 ( Inverter Fault signal Output)

TA, Tc connect to fault output

X1 and Com connect to Run (or relay)

AI1 and GND ( 0-10VDC)

one year manufacture warranty

VFD Manual:

Features:

User-defined V/F curve and torque boost function, support powerful cutting capability when processing
Output frequency up to 1000Hz, support the requirement of high-speed processing.
Highly adaptive to grid voltage, and can stand for ±20% fluctuation.
Particular self-adaptive control technology, allowing for automatic current and voltage limitation and under-voltage suppression during operation.
Configuration of RS485 communication interface, optional MODBUS protocol and self-defined protocol; with linkage synchronous control function, allowing for easily communicating inverters with PLC, industrial personal computers and other industrial personal equipment.
The panel supports hog plug, applicable for system integration for various applications.
Vivid real-time monitoring, allowing for monitoring input and output current, voltage and so on in real time.
8. 4-channel multi-functional input terminal, with 29 kinds of terminal function definitions, 16 kinds of programmable status outputs, hence enabling flexible control over parameters.
9. Having a built-in counter, able to conduct simple counting with match of functional terminals.
10. Internally integrated and optimized PID controller, facilitating users to conduct closed-loop control over temperature, etc. Able to simplify control system structure, so as to reduce cost.

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