Altivar 1200.pdf - Schneider Electric

Flexibility and reliability
Optimized modular architecture
The inverter of the drive is based on a proven, modular lowvoltage
IGTB architecture for added reliability.
• Easy maintenance with module power cells that can be replaced in
just a few minutes
• Simple multi-level architecture for cost-saving maintenance
• Fewer spare parts thanks to just one power cell design
A dedicated CPU compartment close to the power cells requires
only short cables and simplifies the installation on site. Cabinets
can be shipped separately.
• Space optimized dimensions without squeezing components and
avoiding any hot spot inside the system
• Easy access to the control panel allows you to install additonal
components according to your needs
Efficient cooling system
Innovative transformer design with no need for additional bottom
blowers.
• Up to 0.3% total drive efficiency
Separate air flow in the control cabinet
• Efficient air flow in the control cabinet thanks to the Altivar 1200 design.
No additional fans needed inside the cabinet.
• No maintenance required.
Cooling with air duct channel (as an option)
The ATV1200 can be equipped with the air duct system to
exhaust heated air outside the electrical room. This solution
optimizes the design of the air conditioning system. Clean air
has to be provided in the drive air inlets.
• Air inlet grid for transformer cabinet
• Guided air flow to avoid internal air short-circuit between
transformerand powercell cabinet
• Air inlet grid for powercell cabinet
• Air duct channel
Drive with air duct channel
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