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Home > Products > Drives & Motion Control > ATV310 Ac Frequency Converter 0.37kW-30kW VFD Inverter 3 Phase

ATV310 Ac Frequency Converter 0.37kW-30kW VFD Inverter 3 Phase

Product Details

Place of Origin: Japan

Model Number: ATV310

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: USD80-300

Delivery Time: 3-5Workday

Payment Terms: L/C,D/A,D/P,T/T,Western Union,MoneyGram

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ATV310 Ac Frequency Converter

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Ac Frequency Converter 0.37kW

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30kW VFD Inverter 3 Phase

Product Name:
Frequency Converter Inverter
Output Power:
0.37~30kW
Level Of Protection:
IP21
Warranty:
Original Factory Warranty
Pakage:
Original Pakage
Shipping Term:
International Express(DHL/FEDEX/TNT/UPS/ARAMEX)/ Sea Freight / Air Freight / International Special Line
Product Name:
Frequency Converter Inverter
Output Power:
0.37~30kW
Level Of Protection:
IP21
Warranty:
Original Factory Warranty
Pakage:
Original Pakage
Shipping Term:
International Express(DHL/FEDEX/TNT/UPS/ARAMEX)/ Sea Freight / Air Freight / International Special Line
ATV310 Ac Frequency Converter 0.37kW-30kW VFD Inverter 3 Phase

ATV310 Frequency Converter Inverter Vector-type frequency converters suitable for both mechanical loads and fans/pumps

ATV310 Frequency Converter - Vector-Type Inverter
The Altivar 310 inverter is a mature, reliable, easy-to-use, and cost-effective vector inverter designed for both mechanical loads and fans/pumps. With a power range of 0.37-30kW, it is compatible with both normal and heavy-duty applications. For heavy-duty operations, it maintains full performance at 55℃ without derating.
Key Advantages
Load Adaptability & Environmental Durability
  • Compatible with both normal and heavy-duty scenarios, meeting diverse industrial needs
  • 55℃ operation without derating under heavy load, ensuring stable performance in high-temperature environments
  • Anti-corrosion coating protects internal components, suitable for harsh on-site conditions
Performance & Functionality
  • Full series supports vector control for precise speed and torque regulation
  • Built-in braking unit (1.5kW and above) reduces additional accessory costs
  • Comprehensive functions cover most general industrial application requirements
Installation & Commissioning Convenience
  • Compact design saves cabinet space, ideal for equipment with limited installation area
  • Parameter configuration via simple/multi-function loader, significantly shortening commissioning time
Technical Specifications
Parameter Category Specific Details
Power Range Heavy-duty: 0.37-22kW
Normal-duty: 0.37-30kW
Voltage Range 380V(-15%)-460V(+10%), three-phase
Overcurrent Capacity Heavy-duty: 150% for 60 seconds
Normal-duty: 110% for 60 seconds
Operating Temperature Heavy-duty: Rated -10℃-55℃ (no derating); Max 60℃
Normal-duty: Rated -10℃-50℃ (no derating); Max 60℃
Coating Standard Complies with IEC60721-3-3 (3C3, 3S2)
Communication Protocol Modbus
Switching Frequency 2-12kHz (factory default: 4kHz)
Certifications CE (EU), EAC (Russia)
Core Control Mode Vector control (full series support)
Braking Unit Built-in (for models ≥1.5kW)
Key Advantages Normal/heavy-duty compatible; Anti-corrosion coating; Compact design; Easy parameter configuration via loader; Comprehensive functions
Model Specifications
Model Number Rated Power (Normal-duty) Rated Power (Heavy-duty) Core Configuration
ATV310U037N4 0.37kW 0.37kW Vector control; Anti-corrosion coating; Compact design
ATV310U055N4 0.55kW 0.55kW Vector control; Anti-corrosion coating; Compact design
ATV310U075N4 0.75kW 0.75kW Vector control; Anti-corrosion coating; Compact design
ATV310U15N4 1.5kW 1.5kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310U22N4 2.2kW 2.2kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310U30N4 3.0kW 3.0kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310U40N4 4.0kW 4.0kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310U55N4 5.5kW 5.5kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310U75N4 7.5kW 7.5kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310D11N4 11kW 11kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310D15N4 15kW 15kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310D18N4 18.5kW 18.5kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310D22N4 22kW 22kW Vector control; Built-in braking unit; Anti-corrosion coating
ATV310D30N4 30kW - Vector control; Built-in braking unit; Anti-corrosion coating (normal-duty only)
Application Areas
The ATV310 inverter is suitable for general mechanical equipment and small fans/pumps, and can be widely used in the following industrial fields:
Material handling
Packaging and printing
Woodworking machinery
Metal processing
Textile machinery
Ceramic machinery
Animal husbandry and breeding
HVAC and fountains
Fans, pumps and various applications
Frequently Asked Questions
Q: Can the ATV310 series be used for both our factory's small conveyor belt (heavy-duty, 15kW) and workshop exhaust fan (normal-duty, 22kW)?
A: Absolutely. The ATV310 covers 0.37-30kW for normal-duty and 0.37-22kW for heavy-duty. For the 15kW heavy-duty conveyor belt, you can choose the ATV310D15N4; for the 22kW normal-duty exhaust fan, the ATV310D22N4 is suitable. Both models support vector control, meeting the precise speed regulation needs of the conveyor belt and the energy-saving operation requirements of the fan—no need to select different inverter series separately.
Q: Our workshop temperature often reaches 50℃ in summer. Will the 11kW ATV310 trigger overheating protection when used under heavy load?
A: No. The ATV310's rated operating temperature for heavy-duty is -10℃-55℃. 50℃ falls within the rated range, allowing stable operation without derating. It can even work normally at a short-term maximum of 60℃, fully adapting to high-temperature workshop environments—no additional heat dissipation equipment is required.
Q: We need precise torque adjustment to control the spindle speed of woodworking machinery. Is the ATV310's vector control effective enough?
A: It fully meets the requirement. The entire ATV310 series comes standard with vector control, enabling high-precision speed and torque regulation. It ensures stable start/stop and accurate speed for woodworking machinery spindles. Additionally, it's easy to operate—parameter configuration can be completed via a simple loader without professional programmers, significantly improving commissioning efficiency.
Q: ATV310 models below 1.5kW don't have a built-in braking unit. Do we need to add an external braking resistor for packaging machines with frequent start/stop?
A: It depends on the start/stop frequency and load inertia. For normal intermittent start/stop (e.g., 1-2 times per minute), no external resistor is needed—the inverter's dynamic braking can meet the demand. For high-frequency start/stop (e.g., more than 3 times per minute) or large load inertia (such as the feeding roller of a packaging machine), it's recommended to match an external braking resistor to avoid delayed shutdown affecting production efficiency. The selection of the braking resistor can be further discussed based on equipment inertia.
Q: The ventilation fans in our farm are installed outdoors, with a dusty and slightly humid environment. Can the ATV310's anti-corrosion coating handle this?
A: Yes. The ATV310's coating complies with IEC60721-3-3 standards (3C3, 3S2), offering excellent anti-corrosion and moisture-resistant performance to adapt to outdoor dusty and slightly humid conditions. However, it's advisable to provide rain shielding during installation to avoid direct exposure to rain, further extending its service life.
Q: Our existing equipment uses Modbus communication. Can the ATV310 connect directly without additional communication modules?
A: It can connect directly with no extra modules required. The ATV310 comes standard with the Modbus communication protocol, which is fully compatible with the communication interfaces of existing equipment. Wiring is simple—just configure communication parameters (baud rate, address, etc.) according to standards to achieve centralized control, with no additional procurement costs.
Q: How to distinguish between models with "U" and "D" suffixes when selecting? For example, what's the difference between the 3kW ATV310U30N4 and ATV310D30N4?
A: The core difference lies in power segment and application scenario adaptation: the "U" suffix focuses on small-to-medium power general-purpose scenarios (e.g., small equipment of 0.37-7.5kW), while the "D" suffix is designed for medium-to-high power heavy-duty scenarios (e.g., heavy equipment of 11-30kW). Essentially, the 3kW "U" and "D" models have the same functions (both with built-in braking unit and vector control), but the "D" suffix model features enhanced heat dissipation design for long-term heavy-duty operation. If your equipment runs under continuous high load, the "D" suffix is more reliable; the "U" suffix is sufficient for normal loads.