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Kaco blueplanet hy-switch circuit breaker

Kaco blueplanet hy-switch circuit breaker

The blueplanet hy-switch provides you with real-time measurement of the energy consumption at the feed-in point for controlling the energy storage system. Internal current sensors reliably measure up to 50 amps. With external current sensors, the measurement can even be extended to 100 amps. In addition, all-pole mains disconnection is possible in the event of a mains failure, so that the energy storage system can continue to supply your consumers.

Specifications - Circuit Breaker
Max. Separation Voltage: 264V
Max. Load Current: 50A
Max. Continuous power: 30 000W
Power failure detection: 200ms
Switchover time from grid to island operation: <3s

Specifications - Electric Meter
Measuring range current sensors internal: 50A RMS
Measuring range current sensors external: 100A RMS

Please refer to the data sheet for further details.

 

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Manufacturer "KACO new energy GmbH"
KACO new energy GmbH, a subsidiary of Siemens AG, is a German manufacturer of inverters for grid-fed solar power. Headquartered in Neckarsulm, the company draws on a long tradition in power electronics and is considered an industry pioneer, having launched the first mass-produced transformerless inverter back in the 1990s. Today, the product portfolio includes a wide range of string and hybrid inverters for residential photovoltaic systems, commercial rooftop installations, and large-scale solar farms in the megawatt range. KACO new energy places great value on the "Made in Germany" seal of quality, combining decades of experience with the innovative strength of a modern technology company.

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Safety Instructions:

  1. Installation by qualified personnel: Installation must only be carried out by qualified electricians or other qualified personnel.
  2. Work with the system switched off: Switch off all power sources (AC and DC) and verify that the system is de-energized before installation.
  3. Ensure grounding: The inverter and the entire system must be properly grounded to ensure safety.
  4. Ensure ventilation: Install the inverter in a well-ventilated location to prevent overheating. Observe the minimum clearances recommended by the manufacturer.
  5. No contact with flammable materials: The inverter must not be installed near flammable or explosive materials.
  6. High voltage hazard: Inverters operate at high DC and AC voltages. Do not touch any exposed wires or connectors.
  7. Use correct cables: Use only cables and connectors recommended or certified by the manufacturer.
  8. Observe polarity: Ensure the DC side is connected with correct polarity to avoid damage to the device.
  9. Do not work while connected: Never open or work on the inverter while it is live.
  10. Install surge protection: Protect the inverter and system from surges by installing surge protection devices and appropriate fuses.
  11. Ensure the device is de-energized: Before any maintenance or repair, all power sources must be disconnected and verified to be de-energized.
  12. No modifications: Unauthorized alterations, modifications, or repairs, as well as opening the product, are prohibited.
  13. Protect from water and moisture: Install the inverter in an environment protected from rain, condensation, and high humidity.
  14. Avoid dust and contamination: Keep the inverter free from dust, insects, and other contaminants.
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