Looking for a fully regenerative or a clean power solution for your multi-drive or single-drive system? D1000 is your answer. Unlike passive rectifiers which can only supply power from source to load, the D1000 is capable of delivering power in both directions, and is most beneficial to supply single or multi-drive common bus systems that experience significant regeneration. Additionally, the D1000 system operates with low input current harmonics and improved power factor, which further reduces energy costs and stress on power systems. This clean power solution is achieved without the use of expensive multi-pulse components. 200 V CLASS CONVENTIONAL SYSTEM Brake Resistor Unit (Wasted Energy) Harmonic Filter Module • 5 - 150 HP DC Supply for Inverter Loads Brake Transistor Unit DC Supply for Inverter Loads 400 V CLASS • 5 - 750 HP AMBIENT OPERATING TEMPERATURE • -10°C to 50°C (Open Type IP00) CERTIFICATION • UL, cUL, RoHS, CSA B44.1 STANDARD I/O • Facilitates IEEE 519 Compliance • < 5% iTHD at Input Terminals • Paper Winders • Supports Single-Drive or Multi-Drive • Film Winders • Sawmill Systems • Compatible with All Conventional Drives • Downhill Conveyors Having Full Power Access to DC Bus • Engine Test Stands • Balancing Equipment • Tire Load Testers • Near Unity True Power Factor at Full Load • Transmission Test Stands • Ability to Compensate for Low Voltage (Boost Function) • Overcurrent and Overheat Protection (8) Digital Inputs (3) Analog Inputs (4) Relay Outputs (2) Analog Outputs COMMUNICATION OPTIONS • Modbus RTU (Standard) • Single/Dual Port EtherNet/IP • Single/Dual Port Modbus TCP/IP • DeviceNet • Profibus DP • PROFINET MECHANICAL OPTIONS • External Heatsink Kit Yaskawa America, Inc. 1-800-YASKAWA | Email: [email protected] | yaskawa.com Doc

C A PAC I T I E S A N D D I M E N S I O N S Each active rectifier system requires a D1000 power module, filter module, and reactor(s). These systems are only sold together as a single kit number as follows: System Capacity *1 System Kit Number Recommended Total Motor Load HP (kW) Maximum Continuous Output Power (HP) Output DC Current (DC Amps) Input AC Current (AC Amps) Height (inches) Width (inches) Depth (inches) *1 Recommended load is stated to account for typical efficiencies of connected loads (e.g. drives and motors). Maximum continuous values can be used if specific load device efficiencies...