High Efficiency, Intelligent Control, LCD Display, Multi-Function Keys
Surface Finish
Matte / Industrial Finish
Shape
Rectangular
Insulation Material
High Grade Polymer
Efficiency
>=98%
Operating Temperature
-10C to +50C
Power Factor
>0.98 (solar operation)
Humidity %
<95% (non-condensing)
IP Rating
IP20
Mounting Type
Panel Mount
Connector Type
Screw Clamp Terminal
Product Type
Solar Drive (VFD)
Application
Solar Pump, Motor Control
Protection Level
Over-voltage, Under-voltage, Overload, Short Circuit
Frequency (MHz)
50/60 Hz
Rated Voltage
380V - 480V AC
Energy Consumption
Optimized for solar applications
Output Type
AC Output
Color
Black
Dimension (L*W*H)
340 x 185 x 170 mm (approx.)
Weight
Approx. 4.5 kg
Input Voltage
DC Input 600V max (solar), AC Input 380-480V
Size
Standard Industrial
Phase
Three Phase
Material
ABS Plastic/Metal Housing
Connection Type
Terminal Block
No Of Poles
3
Display
LCD with LED indicators
Compatible Motor Type
Induction motor, Permanent magnet motor
Maximum Output Current
13A
Control Panel
Detachable, multi-function
Braking Unit
Built-in dynamic braking
Control Method
V/F control, vector control, sensorless control
Cooling Method
Forced air cooling
Noise Level
<65dB
Communication Port
RS485 (MODBUS support)
Startup Torque
180% at 0.5Hz
Compliance Standards
CE Certified, ISO 9001:2015
Warranty Support
On-site/Carry-in
About ACC Solar Drive 5.5 KW
Experience the latest in solar technology with the ACC Solar Drive 5.5 KW-a top-notch solution for solar pump and motor control applications! Offering unparalleled efficiency at 98% and intelligent vector and sensorless control, this noteworthy drive combines performance with user-friendly features like an LCD display, multi-function keys, and a panel-mount design. Boasting CE and ISO certification, built-in dynamic braking, and comprehensive protection levels, this hot deal is engineered for reliability. Grab yours now and harness optimized energy with every use!
Versatile Plant Applications and User Benefits
The ACC Solar Drive 5.5 KW stands out for its robust usage across solar farms, commercial water pumping stations, and industrial motor control plants. Widely used by facility managers, service providers, and technicians, it excels in both continuous and intermittent operation. India's agricultural sector and manufacturing units frequently rely on this durable unit, supporting three-phase induction or permanent magnet motors for consistent, high-efficiency output in demanding environments.
Export Reach, Main Market & Purchase Process
The ACC Solar Drive 5.5 KW enjoys a noteworthy presence in both the main domestic market across India and leading export markets worldwide. Customers can benefit from competitive rates and tailored payment terms including advance payment, letter of credit, and online transactions. Quick dispatch and reliable delivery ensure you receive your unit with minimal waiting, helping you maintain operational continuity and efficiency in all solar-powered projects.
FAQ's of ACC Solar Drive 5.5 KW:
Q: How is the ACC Solar Drive 5.5 KW installed in solar pump applications?
A: The installation involves connecting the drive to your three-phase induction or permanent magnet motor, utilizing the screw clamp terminals for secure connections, and mounting it on a standard control panel. Detailed instructions are provided for safe and efficient commissioning.
Q: What features make the ACC Solar Drive 5.5 KW especially suitable for industrial environments?
A: Its rugged ABS plastic and metal housing, advanced control methods (V/F, vector, sensorless), and high protection levels against voltage fluctuations, overload, and short circuits make it ideal for challenging industrial settings.
Q: When should I use the dynamic braking feature?
A: Dynamic braking is useful during rapid motor stopping or in applications requiring frequent start-stop sequences, ensuring enhanced safety and optimal motor protection.
Q: Where can I access warranty support for the ACC Solar Drive?
A: Warranty support is available both on-site and carry-in, providing flexibility for quick troubleshooting and efficient servicing as per your location.
Q: What are the main benefits of using vector and sensorless control methods?
A: These control methods deliver precise speed and torque performance, maximizing energy savings and ensuring efficient operation, especially in solar-based or fluctuating power environments.
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