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Altivar Atv630u07n4

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Altivar Atv630u07n4 Specification

Drive Type
Variable Frequency Drive (VFD)

Phase
Three Phase

Remote Control
Yes

Sensor Type
Supports external feedback (PT100/PT1000 via option module)

Speed Range
1:100 (Open Loop), 1:1000 (Closed Loop)

IP Rating
IP21 (standard), IP54 (option)

Mounting Type
Wall or cabinet mounting

Processor Type
Digital Microprocessor

Control Type
Vector control with or without sensor, Voltage/Frequency ratio

Connectivity Type
Modbus, Ethernet/IP, CANopen, Modbus TCP, Profibus DP (via option modules)

Frequency
50/60 Hz

Cable Length
Max 100 m shielded (motor cable)

Automation Grade
Automatic

Load Capacity
Normal Duty/Heavy Duty

Features
Integrated EMC filter, Energy saving functions, LCD interface, Conformal coating, Embedded protection functions

Screen Size
4 lines LCD display

Weight
3.5 kg

Application
Pump, Fan, Conveyor, HVAC, General Machinery

Material
Plastic and Metal Housing

Power
0.75 kW (1 HP)

Temperature
-15C to +50C (Operating)

Product Type
Variable Frequency Drives

Voltage
380-480 Volt (v)

Warranty
1 Year

Ambient Storage Temperature
-40C to +70C

Maximum Output Frequency
599 Hz

Analog Inputs
3 programmable (0-10V, 4-20mA)

Operation Altitude
Up to 1000 m without derating, up to 3000 m with derating

Product Series
Altivar Process ATV630

Relay Outputs
2

Communication Ports
RJ45: Modbus, Ethernet/IP (optional)

Analog Outputs
2 (0-10V/4-20mA)

Reference
ATV630U07N4

Protective Functions
Overvoltage, Undervoltage, Overcurrent, Overtemperature, Motor phase loss, Short circuit

Output Voltage
0 to supply voltage

Digital Inputs
6 (programmable)

Degree of Protection
IP21 (standard), Upgradable to IP54

Display Type
Integrated Local Display Unit (4-line LCD)

Enclosure Material
Polycarbonate, Sheet metal

Input Voltage Tolerance
-15% to +10%

Short Circuit Protection
Yes, integrated

Cooling Method
Forced air

Programming Interface
SoMove software, local keypad

Vibration Resistance
1.5 mm peak to peak (5 Hz - 13 Hz), 1 gn (13 Hz - 200 Hz)

Altivar Atv630u07n4 Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Telegraphic Transfer (T/T)

Delivery Time
3-4 Days

Main Export Market(s)
Asia

Main Domestic Market
Gujarat

About Altivar Atv630u07n4

Altivar Atv630u07n4

Alfa-numeric and graphical display to monitor trends and values
Inbuilt features dedicated for Pump eg. Pump Curves, Pipe fill, Anti Jam, Pipe cleaning etc
Calculative power consumption with respect to flow (kwh/m^3)
VFD designed for 50 deg C without derating.
In Built choke & EMC Filter
Integrated Modbus & Modbus TCP/IP (Ethernet)
Web server inbuilt
Ethernet & Modbus in Built
QR code feature in built to get documents acess on line and register service request directly from QR code.

Advanced Motor Control and Versatility

The Altivar ATV630U07N4 offers sophisticated vector control-both with and without a sensor-making it compatible with a broad range of motor-driven applications. Its flexibility is further enhanced by programmable analog and digital inputs, along with expandable communication options via optional modules.

Rugged Design with Superior Protection

Engineered for resilience, this VFD provides integrated protections against overvoltage, undervoltage, overcurrent, overtemperature, and motor phase loss. The enclosure offers IP21 protection as standard and can be upgraded to IP54, enabling safe operation in harsher industrial settings.

Intuitive Operation and Integration

Ease of use is at the forefront with a large, four-line LCD display for local monitoring and configuration. Operators can also program and control the drive via SoMove software, local keypad, or remotely over fieldbus systems, maximizing operational flexibility and efficiency.

FAQ's of Altivar Atv630u07n4:

Q: How do I upgrade the Altivar ATV630U07N4 from IP21 to IP54 protection rating?

A: To enhance the protection from IP21 to IP54, you need to install the appropriate IP54 conversion kit or mounting accessories as specified in the product's installation manual. This may involve securing additional covers and seals to prevent dust and water ingress, making the drive suitable for more demanding environments.

Q: What input and output voltage tolerances does the ATV630U07N4 support?

A: The ATV630U07N4 operates with an input voltage range of 380-480 V, tolerating fluctuations from -15% to +10%. The drive's output voltage can be precisely adjusted from zero up to the supply voltage, offering exceptional control and compatibility with various motor types.

Q: When is derating necessary for the ATV630U07N4 and at what altitudes?

A: Derating becomes necessary when operating above 1,000 meters (3,280 feet) altitude; the drive supports up to 3,000 meters with appropriate derating. Consult the manufacturer's guidelines to adjust power ratings and ensure reliable performance at higher elevations.

Q: Where can I monitor and control the drive's operation locally?

A: A built-in four-line LCD display unit enables operators to monitor real-time operational parameters and modify settings directly on the device. For remote or advanced configuration, the drive can connect to SoMove software via PC or integrate with automation systems using Modbus, CANopen, or Ethernet/IP.

Q: What process applications is the Altivar ATV630U07N4 best suited for?

A: This VFD is designed for a variety of process automation tasks, including pumps, fans, conveyors, and HVAC systems. Its versatile programming and feedback options make it effective for both energy-saving and critical machinery applications across industrial sectors.

Q: How does the ATV630U07N4 support energy savings and maintenance efficiency?

A: The drive features integrated energy-saving functions, such as variable speed adjustment and efficient motor control. Its embedded protection and diagnostic features, including conformal coating, contribute to reduced downtime and easier predictive maintenance.

Q: What benefits does integrated EMC filtering provide in the ATV630U07N4?

A: The built-in EMC filter reduces electromagnetic interference, ensuring compliance with industrial standards. This helps protect connected equipment, improves overall system reliability, and simplifies installation by reducing the need for external filtering components.

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