About Altivar ATV340D18N4E
Reduced requirement for additional devices thanks to rich interfaces, I/Os, and PTIs/PTOs, and an embedded encoder
5 DI +2 (DI/DO);2 RO ;2 AI ;1 AO
30kWa75kW : 8 DI ;1DO ;3RO ;3AI ;2AO
DC choke inbuilt from 30kW and above
Heavy duty 150%In for 60sec & 180%In for 2sec
Embedded STO SIL3
On board A/B/I & SinCos 1Vpp encoder
Chemical class for harsh environment 3C3
High-speed native multi-Ethernet connectivity a real-time communication
1 ms application cycle time
Engineered for Demanding ApplicationsThe Altivar ATV340D18N4E stands out in industrial environments requiring precision and reliability. Its robust construction, advanced control algorithms, and high overload capacity enable it to handle intensive tasks in fields like material handling, hoisting, and packaging. The drive's adaptability is further enhanced by multiple programmable analog and digital inputs, making it easy to customize for broad automation needs.
Advanced Connectivity and Safety FeaturesWith Ethernet, CANopen, and Modbus compatibility, the ATV340D18N4E seamlessly integrates into modern automated systems. The drive supports remote control, ensuring flexibility in distributed settings. Its Safe Torque Off (STO) function and integrated EMC filter offer both operational security and compliance with stringent industrial standards, allowing manufacturers and processors to maintain both productivity and safety.
Built for Challenging EnvironmentsDesigned to withstand harsh conditions, this drive operates reliably in ambient temperatures from -15C to +50C and features a conformal coating (3C3) for enhanced protection against dust and moisture. Its storage and operating humidity ratings ensure durability, while the capability to perform up to 4800 meters altitude (with derating) expands its deployment options. The fan-cooled system and robust materials contribute to a long operational life even in demanding locations.
FAQ's of Altivar ATV340D18N4E:
Q: How does the Altivar ATV340D18N4E support integration with industrial automation systems?
A: The ATV340D18N4E offers versatile connectivity including Ethernet, CANopen, and Modbus interfaces, enabling seamless integration with a wide range of automation architectures. Its programmable analog and digital inputs/outputs allow for easy customization to suit specific process requirements in industrial machinery or material handling setups.
Q: What benefits does the conformal coating (Class 3C3) provide for this variable frequency drive?
A: The conformal coating protects internal components from dust, humidity, and aggressive industrial atmospheres, reducing the risk of corrosion and improving the drive's longevity. This makes the ATV340D18N4E ideal for applications where environmental conditions can be harsh or unpredictable.
Q: When should I consider derating the ATV340D18N4E for altitude?
A: Derating is necessary when the drive is installed above 1000 meters altitude. While it can operate up to 4800 meters, operating above 1000 meters requires a reduction in load capacity to compensate for thinner air, which can affect cooling and overall performance.
Q: What process steps are involved in mounting and commissioning the ATV340D18N4E?
A: Mount the drive securely on a panel using provided brackets, ensure correct three-phase wiring (380-480V), connect the control and communication lines, and configure input/output settings via its LED display or software. Initializing the drive parameters according to motor ratings and application specifics is essential for optimal performance.
Q: How can users benefit from the Safe Torque Off (STO) feature?
A: The STO function immediately disconnects motor power without removing supply voltage, ensuring quick and safe stopping during emergencies or maintenance. This enhances the safety of operators and maintenance personnel, aligning with rigorous industrial safety standards.
Q: Where is the typical application for the ATV340D18N4E drive?
A: This drive is designed for industrial sectors such as material handling, hoisting, packaging, and similar processes that require high performance and versatility in motor control. Its robust features make it suitable for both new and retrofit installations in these environments.