ATV320U30M3C

The ATV320U30M3C from Schneider Electric is an Altivar machine ATV320 series 3 phase compact variable speed drive. It is an IP20 variable speed drive for 3 phase synchronous and asynchronous motors and incorporates functions suitable for most common applications including material handling, packaging, textiles, hoisting, mechanical actuators and material working. Altivar machine ATV320 is designed to improve effectiveness and efficiency of machines while optimising design and engineering costs for original equipment manufacturers (OEMs). It features enhanced automation capabilities, extended machine availability and reduced total machine cost. This variable speed drive is focused on easy integration for simple and advanced machine requirements with proven motor control and connectivity. The Altivar machine ATV320 drive can also be integrated into commonly used automation architectures. It is particularly suitable for applications involving simple industrial machines.

• Advanced connectivity, flexible, robust design and effective motor control
• UL, CSA, RCM, NOM 117, EAC certified, IP20 conforming to EN/IEC 61800-5-1 degree of protection
• Three-phase supply voltage range from 200V to 240V (50/60Hz) without integrated EMC filter
• Motor power of 3KW (4hp) for heavy duty, maximum line current of 19A at 200V and 15.9A at 240V
• 6.6KVA apparent power of at 240V, 109W power dissipated at maximum output current
• Maximum continuous output current of 13.7A and maximum transient current of 20.6A for 60s
• Modbus & CANopen communication port protocol, RJ45 connector for Modbus/CANopen on control terminal
• 0.1Hz to 599Hz speed drive output frequency, 4KHz nominal switching frequency
• Operating temperature range from -10°C to 50°C without derating, 50°C to 60°C with derating factor
• Dimension is 140mm x 184mm x 158mm (W x H x D) and product weight is 2.2Kg

Applications

Motor Drive & Control, Industrial, Automation & Process Control

Warnings

Do not touch unshielded components or terminals with voltage present.