About TELEMECANIQUE (ALTIVAR - 71) 30 HP AC DRIVE
TELEMECANIQUE (ALTIVAR - 71) 30 HP AC DRIVE Available In Stock At Raj Electricals, Bhavnagar, Gujarat, India.
We are engaged in the supply, dealing, distribution, export and import of the widest range of electrical and electronic items that would suit every type of project, economy and medium.
Product Specification :-
Type :- Frequency Ac Drive
Make :- Telemecanique
Hp :- 30 Hp
Kw :- 22 Kw
Model :- ALTIVAR - 71
Model Number :- ATV71HD22N4
Condition :- Refurbished
Voltage :- 380 - 480V AC
Frequency :- 50-60 Hz
For More Details
WhatsApp or call on :- +919426838080, +919904838080.
YouTube : https://www.youtube.com/@rajelectricals5253
Google : https://g.co/kgs/WCmt5a
Instagram : https://www.instagram.com/rajelectric52/
Facebook : https://www.facebook.com/RajElectricals52/
Website : https://www.rajelectrics.com/
Engineered for Industrial ReliabilityWith a rugged construction using high-grade polymers and metal, the ATV71HU30N4 drive withstands industrial environments, offers protection against overload, short circuits, and overvoltage, and ensures stable operation across a wide temperature range. Certified by leading international standards, it guarantees high safety and reliability for your automation systems.
Advanced Motor Control FunctionsUtilizing Sensorless Flux Vector Control and PID functions, this drive delivers precise and flexible motor speed regulation. Auto-tuning, programmable logic, and multi-speed operations make it suitable for complex industrial processes, while compatibility with asynchronous and synchronous motors enhances its versatility.
Efficient Energy ManagementDesigned with energy optimization in mind, the ALTIVAR 71 achieves a power factor of 0.98 and an efficiency greater than 95%. Its forced air cooling and integrated EMC filtering further improve longevity and operational savings, making it an ideal solution for energy-conscious industries.
FAQ's of TELEMECANIQUE (ALTIVAR - 71) 30 HP AC DRIVE:
Q: How do I configure the TELEMECANIQUE ALTIVAR 71 AC drive for my motor?
A: The ATV71HU30N4 comes equipped with an integrated LCD keypad, allowing for straightforward programming and auto-tuning. You can select your motor type (asynchronous or synchronous) and utilize the auto-tuning feature for precise parameter setup. The drive's programmable logic and multi-speed operations simplify customization for various applications.
Q: What communication options are available with the ATV71HU30N4 drive?
A: Standard communication ports include Modbus and CANopen. Optional modules are available for integrating Profibus or Ethernet, providing flexible connectivity to different industrial automation networks.
Q: When should I make use of the integrated brake chopper?
A: The integrated brake chopper is particularly useful in applications involving rapid stopping or decelerating heavy loads, such as conveyors or hoists. It enables efficient braking by dissipating excess energy during deceleration, thus safeguarding both the drive and the connected motor.
Q: Where can the ALTIVAR 71 drive be installed for optimal performance?
A: This drive is designed for panel mounting in industrial environments. It operates reliably at altitudes up to 1000 meters without derating and within ambient temperatures of -10C to +50C. Ensure sufficient ventilation for its forced air cooling system and avoid locations with excessive dust or corrosive gases.
Q: What is the process for protecting the drive against overheating or overload?
A: The ATV71HU30N4 features advanced protection mechanisms including overload protection (150% for 60 seconds), short circuit, and overheating safeguards. Its forced air cooling and integrated fault monitoring ensure that the drive operates within safe thermal limits, extending service life and reducing downtime.
Q: How does this AC drive contribute to energy efficiency in my facility?
A: With an optimized control strategy and high-efficiency hardware (efficiency >95%, power factor 0.98), the drive minimizes energy consumption during motor operations. It leverages vector control to adjust power use to demand, saving energy and reducing operational costs over time.