Product Description
The DKC06.3-004-3-MGP-01VRS by Bosch Rexroth is a drive controller and belongs to the DKC Controllers series. Bosch Rexroth Indramat is a well-known manufacturing company, which is specialized in producing highly advanced drive controllers and AC/DC motors to run complex industrial systems. This drive features power section cooling with an internal blower. The blower is fitted inside the unit and uses forced air to cool the internal driving parts of the controller during operation. Its efficient cooling makes it an ideal choice for heavy-duty operation, where temperature control is paramount.
The internal blower of the drive maintains its temperature within the ambient temperature range. It overcomes the chances of overheating and freezing because the temperature of the drive controller lower than the surrounding temperature could cause moisture condensation. The volumetric capacity of the internal blower is approximately 150 m^3/h. The rotary field of the controller can rotate both in the clockwise or anti-clockwise direction. The drive can work in an environment that has a maximum humidity level of 25 g/m^3. The drive works with a low input current of about 4 A and a control voltage of 19.2 ... 28.8 VDC. The halve sine of the drive is equal to 15 g / 11 ms. The DKC06.3-004-3-MGP-01VRS offers RS232/485 interface, Analog interface, and a DKC06.3-LK-DVN01 optional card for DeviceNet interface. The Analog interface allows basic control through varying voltage or current, and the RS232/485 interfaces enable serial communication for diagnostics and settings. The DeviceNet interface is employed for networked industrial devices.
For maximum output, It is recommended to use this drive in ambient conditions, which include nominal temperature and 2.2 g acceleration with a maximum elevation of 2000 m. The tolerance of the drive is high (~ 3 dB), which ensures that it can be operated in any industrial condition and heavy-duty equipment. This drive can withstand the spectral acceleration amplitude density of 0.01 g^2/Hz and can work with the overvoltage of 45 V for 1 ms.