About Altivar Atv310hu15n4e
Altivar Atv310hu15n4e
Optimized installation space & Optimized time and cost
Service cost savings
Easy to operate
Easy to maintain & Easy to integrate in automation system
55deg Celsius ambient temperature without derating
Advanced Motor Control EfficiencyThe Altivar ATV310HU15N4E enables precise speed and torque management for three-phase motors, supporting a broad output frequency from 0.5 to 400 Hz. Its vector and V/F control capabilities help optimize motor performance, reducing energy consumption while maximizing operational efficiency. This model is engineered for various industrial scenarios such as pump, fan, and conveyor systems, ensuring smooth and reliable motion control.
Built-In Protection and ReliabilityEquipped with comprehensive safety features, the ATV310HU15N4E safeguards against common electrical issues, including overvoltage, undervoltage, overload, short circuit, and overheating. The integrated braking unit and multiple stopping modes-free-wheel, ramp, or DC injection-enhance the flexibility and safety of operations. Its IP20 polycarbonate enclosure ensures resilience in harsh environments and meets international safety standards.
Seamless Installation and OperationInstallation of the ATV310HU15N4E is straightforward, thanks to its wall-mountable design, lightweight (1.5 kg) construction, and compact dimensions. The LED status indicators provide clear, real-time operational feedback, and its customizable control terminals accept both logic and analog signals. It is compatible with Modbus communication for easy integration into automated control systems.
FAQ's of Altivar Atv310hu15n4e:
Q: How is the Altivar ATV310HU15N4E installed and operated in industrial settings?
A: The ATV310HU15N4E is designed for quick wall mounting and weighs just 1.5 kg. After connecting to the three-phase power supply and linking control terminals, operation can be monitored through LED status indicators. The device supports both local and remote control, integrating smoothly into existing industrial motor control setups.
Q: What applications is the ATV310HU15N4E best suited for?
A: This variable frequency drive is ideal for controlling motors in industrial pumps, fans, conveyors, mixers, and general automation tasks. It supports a wide speed range (0.5 to 400 Hz), making it suitable for most small- to medium-sized industrial processes requiring precise speed regulation.
Q: When should the overload protection features be tested or enabled?
A: Overload protection is active by default and will automatically engage if the motor current exceeds 150% of the rated value for up to 60 seconds. Regular testing can be included in maintenance schedules, especially in applications where load fluctuations are common.
Q: Where can the Altivar ATV310HU15N4E be installed?
A: The drive is suitable for indoor environments with a pollution degree of 2 and a temperature range from -10C to +50C. It can be mounted at elevations up to 1000 m without derating. The polycarbonate IP20 enclosure ensures safety during operation in industrial facilities.
Q: What are the benefits of using this VFD model?
A: Users benefit from energy savings, reliable motor protection, flexible control modes, integrated braking, and easy communications via Modbus. Its compact size, robust protection features, and compliance with IEC/EN standards make it an efficient and secure choice for industrial automation.
Q: How does the device handle emergency stops and motor braking?
A: The ATV310HU15N4E offers multiple stopping modes, including free-wheel, controlled ramp, and DC injection braking. An integrated braking unit ensures rapid and safe motor deceleration, which can be critical in emergency or high-precision applications.
Q: What maintenance is required for optimal performance?
A: Routine inspection should include cleaning forced air cooling vents, checking terminal connections, monitoring LED indicators, and ensuring the unit operates within specified environmental conditions. Regular preventative maintenance helps extend service life and maintain safety compliance.