Description

　　Product Description

The manufacturer that truly gained global recognition in the entire motion control industry is Indramat. Decades ago, this commercial giant established a foothold in the market with its vibrant leadership, the use of modern design and manufacturing technology, and a diverse product range. After its merger in 2001, its products are now sold under the Bosch Rexroth brand, another automation giant in the modern world. Rexroth, Indramat, and Bosch’s DKC02.3-200-7-FW are AC servo amplifier drive controllers in the DKC series. DKC02.3-200-7-FW has a rated current of 200A and a nominal DC bus voltage of 700V. The version of this servo driver is 3 and comes with standard firmware. The DKC02.3 Drive Controller is a series of state-of-the-art automation devices under the Indramat ECODRIVE initiative. These machines are known for their high functionality and affordable features. DKC02.3-200-7 FW is a drive controller in this product series designed specifically for controlling various Indramat motors. It adopts a convenient modular design and easy-to-use interface, making it the best choice for engineers. This model has a current type of 200A, which makes it almost suitable for any industrial power grid and power source. This device is designed to operate at a rated input voltage between 200V and 480V. In addition, the input frequency can vary between 50 Hz and 60 Hz, providing engineers with the flexibility they need. To improve communication quality and ensure precise motion control, it has a built-in SERCOS interface in its communication module. With this additional feature, this unit is everything that industrialists need to achieve better performance. Modular design makes troubleshooting very easy. If any faults occur, each module can be checked and resolved separately, greatly reducing maintenance time and saving resources. Indramat’s DKC02.3-200-7- FW drive controller is undoubtedly one of the best controllers, and it is also your way to maximize output and quality! This product can be purchased from Wake Industrial with a one-year warranty. In the drive system, the Rexroth IndraDrive capacitor is used as an energy storage for the DC bus. In the drive controller, especially in the power supply, units such as capacitors have been integrated. Even in the event of energy supply interruption, energy storage can still maintain its energy cut off power supply, and must be discharged before anyone comes into contact. Their discharge device has been integrated into the components of the drive, and the Rexroth IndraDrive system; The device will discharge the voltage below the allowable 50V within the indicated discharge time. If the form of additional capacitors is ● DC bus capacitor unit or when connecting additional capacitors, please ensure that these capacitors have also been discharged before anyone can contact them. Due to its working principle, the longer the discharge duration, the higher the capacitance value of the energy storage device, the higher the voltage at which the energy storage device is charged, and the greater the resistance of the capacitor discharge. The components of the Rexroth drive system, IndraDrive, have been sized to cut off energy supply for a maximum of 30 minutes. This type of exposed conductive component includes: copper drill bits during welding, human body parts (grounded items due to contact with conductive materials), and tools (placed on conductive supports). Hazardous components can only be stored or transported in a conductive manner. Packaging materials should be noted that the Lele connection diagram is only used to generate installation connection diagrams. The machine must use the manufacturer’s installation connection diagram for installation wiring! Separate the signal line from the load resistance line due to interference. Shield the line by transmitting analog signals (such as command values and actual values). Do not connect the power supply, DC bus, or power cord to low voltage, or allow them to come into contact with these. Perform a voltage withstand test on the electrical equipment of the machine during high-voltage testing or overvoltage application, and disconnect the connected equipment. This can protect electronic components (allowed according to EN 60204-1). During their routine testing, the Rexroth drive components were in compliance with EN 50178.

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