The EMB9341-E by Lenze is a regenerative power supply suitable for various applications. It offers efficient energy recovery with a rated output to the DC bus of 7.2 kW and can achieve a maximum output of 10.8 kW.
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Manufacturer | Lenze |
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Series | Series 9300 |
Part Number | EMB9341-E |
Product Type | Regenerative Power Supply |
Mains Voltage | 320 V to 528 V |
Mains Frequency | 48 Hz to 62 Hz |
Power Output to DC Bus (Rated) | 7.2 kW |
Maximum Power Output to DC Bus | 10.8 kW |
Apparent Power (Mains side) | 8.3 kVA |
Shaft Power (Motor Mode) | 6.0 kW |
Shaft Power (Generator Mode) | 8.5 kW |
Rated Mains Current | 12:00 AM |
Maximum Mains Current | 18 A |
DC Bus Current (Rated) | 13 A |
Maximum DC Bus Current | 19.5 A |
Power Loss | 100 W |
Operating Temperature Derating | 2%/K above 40°C |
Weight | 7.5 kg |
Lenze's EMB9341-E belongs to the Series 9300 and operates as a regenerative power supply. This power supply is designed to recover and redirect energy in various systems. Its mains voltage operates within a range of 320 to 528 volts, providing versatility for different applications. For frequency, it can function between 48 Hz and 62 Hz, accommodating various electrical environments.
This unit's rated output to the DC bus measures 7.2 kW, while it can handle a peak output of 10.8 kW for enhanced performance during demanding conditions. The apparent power on the mains side is rated at 8.3 kVA, reflecting its significant capacity. In motor mode, the shaft power reaches 6.0 kW, while in generator mode, it can deliver up to 8.5 kW.
The rated mains current is established at 12 A, tapering off to a maximum of 18 A. The DC bus current has a rated capacity of 13 A and can peak at 19.5 A. While operational, this regenerative power supply incurs power losses of 100 W, making it efficient under its design parameters.
For environments exceeding 40°C, a derating of 2% per Kelvin is recommended to maintain optimal functionality. Weighing in at 7.5 kg, the EMB9341-E offers a compact solution for regenerative energy applications.