Used RENA DC Load1 #9078525 for sale

ID: 9078525
Vintage: 2012
Wafer transfer system Load inline system into carriers Carrier type: RENA RCC100 Inline speed: >0.5 and <4m/min Transport height: 950mm +/-50mm Supply voltage: 380 - 480VAC +/-10% Connected load: 0.5kVA Full power current: 1A Frequency: 50/60Hz Connection cable: 3 phase + PE Prefuse max: 16A Cross section recommended: 2.5mm2 Cross section max.: 4mm2 Air consumption: 0 Nm3/h Lane: 1 2012 vintage.
RENA DC Load1 is a solar production equipment that optimizes a equipment's energy output. It is designed to offer maximum string voltage usage, as well as both voltage and power output control. Its features include active power regulation and maximum power point tracking, as well as remote monitoring capabilities. DC Load1 is designed for efficient energy transfer. It works by tracking the power points of a system, and its active power regulation feature helps ensure that maximum available power is utilized. This feature avoids energy wastage and boosts unit performance, while its voltage and power output controls enable the user to adjust the output voltage and power level accordingly. RENA DC Load1 is equipped with several safety features such as halogen-free housing to protect against fire, overcurrent and overvoltage protection, reverse current protection, and short-circuit protection. Its overcurrent and overvoltage protection helps protect machine components from overload, while the reverse current protection ensures that the systems are capable of running safely in reverse direction. DC Load1 also has surge protection to ensure that the tool is not damaged due to sudden changes in voltage or current. RENA DC Load1 also includes remote monitoring capabilities, which allow users to monitor the asset in real-time, and receive notifications when something needs to be adjusted. This helps users optimize their model's performance, and helps to prevent any issues from occurring. In conclusion, DC Load1 is a high-performing solar production equipment, offering maximum power output and equipment efficiency. Its features, such as active power regulation, maximum power point tracking, and safety features, enable the user to optimize their system's performance without compromising on safety. Remote monitoring capabilities also help to ensure that the unit is optimized and that any issues that arise are identified quickly.
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