The SINAMICS PERFECT HARMONY GH150 features a series of low voltage cells that are linked together to create the medium voltage power output of the drive system. With this cell-based design, the drive can be scaled precisely for a very wide range of voltage and output power. The ability to bypass any cell during operation in less than 5 ms, and maintain the full output voltage, is why it offers your application maximum availability. The drive offers some unique features that contribute to its versatility like a separate transformer and control cabinet configurations, marine certification, and Arc Fault tested design.
SINAMICS PERFECT HARMONY GH150
The SINAMICS PERFECT HARMONY GH150 integrates the friendly Multi-cell-converter (M2C) motor module. The M2C topology consists of several low-voltage cells. Switched in series, they generate an output voltage at medium-voltage level.
SINAMICS PERFECT HARMONY
Number of pulses
4.0 … 11 kV
up to 24 MVA
up to 48 MVA
Separate converter transformer (e.g. dry or oil-type)
Drive two-quadrant operation (driving without regenerative feedback, 2 directions of rotation)
Line side: diode rectifier Motor side: cell based, modular multi-level topology with IGBTs
Raw water inlet temperature 35 °C up to max. 47 °C
Induction motors (incl. high speed motors)
Synchronous motor (on request)
Able to utilize separate dry-type or oil-filled standard converter transformers. It is also capable of accepting transformers of different primary voltages or number of pulses.
Flexible control cabinet placement enables optimization of plant layout and safety concepts with ability to install control cabinet in an alternative location or orientation to the drive.
Available in marine/offshore configurations that meet the requirements of all major marine certification societies.
Maximize your process availability thanks to cell bypass and redundant cells. High-speed cell bypass feature maintains a reliable and balanced output voltage without torque or speed reduction.
Capable of being configured with virtually any motor thanks to an almost sinusoidal output voltage. The motor friendliness of the drive is perfect for retrofits and long motor cable applications.
Internal arc certification based on IEC 62271-200. Eases plant safety concepts by providing safer drive operation.
This option enables you to quickly stop your process or application for safety or production purposes.
Commonly found on pumps, fans and compressors in the Oil & Gas industry. An especially strong solution for offshore, long cable, and high speed applications, especially when a separate transformer and high availability is required.
Used in numerous pump and fan applications in the power generation industry, such as ID Fans, FD Fans, coolant pumps and boiler feed pumps.
Used for ship propulsion systems like main propulsion, boosters, and thrusters, where a marine certified design and high availability are required.
Utilized primarily in medium voltage applications such as sinter fans and standard blowers and fans.
Utilized primarily in applications such as standard mining pumps and fans.
Within the water and wastewater industry this drive will mainly support medium voltage pumps in the several different types of water plants such as desalination, drinking water and wastewater, as well as assisting with water transport & pipeline networks.
Utilized in numerous test stands due to its modularity and motor friendliness, such as pump and compressor test beds.
Capable of supporting most medium voltage drive system retrofit projects, for applications such as pumps, fans, compressors and propulsion systems.
Modular High-voltage motors for maximum reliablity and short project execution times
Modular high voltage induction motors for accelerated projects and maximized plant availability in the double digit power range
Compact high-voltage motors especially for Oil, Gas and Petrochemicals
Modular High-voltage motors for high-speed applications
Modular High-speed synchronous motors for for compressor drives with the highest power ratings
Modular high power synchronous motors for accelerated projects and maximized plant availability in the double digit power range