VT1610-S-30
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Bosch Rexroth Indramat Servo Amplifier Card in the VT1600 Series. This Servo Amplifier Card comes Factory Assigned Voltage Regulator along with a Power Supply Current of ~ 200 mA.
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Product Description:
VT1610-S-30 is the part name of one of the Servo Amplifiers produced by Rexroth Bosch Indramat employed to control the servo valves without any LVDT feedback. These are generally beneficial in controlling the closed-loop applications and are designed with a Factory Assigned Current below 200 mA. Its other highlights include a 27 Volts Internal Voltage within a +/- 10% variation and +/- 60 mA to +/- 100 mA rated Output Current. It also has a wide operational range of Ambient Temperature between 32F to 122 F (and 0 degrees C to 50 C).
The VT1610-S-30 carries the legendary quality control of Indramat and is aimed at providing several years of uninterrupted assistance in controlling the typical closed-loop applications. What you will find more intriguing about its design is the fact that for an element that delivers such complex and essential functions as a servo amplifier, it is relatively considerably unobtrusive and weighs mere 0.33 lbs i.e. 0.15 kg. It's solid-state build character that possesses the best of electronic parts aid in regulating and controlling the inter-connected mechanisms. The relevant adjustments based on continuous monitoring are almost instantaneous, which ensures the integrity of the process for all the associated drives. It makes the system function seamlessly within the designed parameters and makes the operations smooth and efficient.
The VT1610-S-30 electronic cards are ideal for moderating and supplying a controlled power to the connected servo mechanisms. The power amplifier circuit of the motion controller manages the command line signals to modify the output variable data on a real-time basis. This card has an integrated voltage regulator circuit as well as a faceplate, both factory-assigned and it functions optimally within its defined ambient temperature limits of 0C to 50C.
