VT-5014 S30
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The Bosch Rexroth Indramat VT-5014 S30, part of the VT-5000 IO Cards series, operates on a 24 V DC input with a tolerance range of +40% to -10%. The card supports command value inputs like ±10 V swivel angle and 0…+10 V pressure inputs. It weighs approximately 0.15 kg and features a 32-pin male connector.
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Product Description:
Bosch Rexroth Indramat manufactured the VT-5014 S30. For reliable and safe operation in industrial environments, the VT-5014 S30 IO card is designed to operate within specified electrical limits. The card’s internal logic, control electronics and analog interface circuits are powered by a nominal input voltage of 24 V DC, which is the base of the architecture. However, the card has a wide operating range of 21.6 V to 33.6 V DC due to the inevitable voltage fluctuations in industrial environments. Without compromising performance, this inherent tolerance of -10% to +40% of nominal provides robustness against supply transients. Absolute non-destructive voltage limits are set at 21 V and 35 V beyond this operating window. Considering the breakdown voltage ratings of internal components, these limits are the electrical bounds for safe operation. From an electrical and thermal point of view, the VT-5014 S30’s current properties are also important. The module’s total current consumption is below 2 A in normal operation which helps to keep the enclosures cool.
A 2.5 A time delay fuse is in the power path to protect against overcurrent. This kind of fuse is designed to protect the card against prolonged fault currents while withstanding short surges like those that occur when inductive loads are being energized. The VT-5014 S30’s analog signal processing is designed for feedback acquisition and bidirectional control. For swivel angle actuation, it takes bipolar ±10 V signals, so directional control in mechanical systems like electric or hydraulic rotary actuators. With magnitude affecting speed or location and polarity determining direction, this signal type allows smooth bidirectional motion. Unipolar 0-10 V inputs are used by pressure regulation functions, which provide a linear mapping between control voltage and pressure setpoint. An extra programmable command input supports 0 to ±10 V to allow adaptation to more complex control schemes.
Analog real value inputs are used for feedback loops. For example, pressure feedback has a two kΩ input impedance to reduce the impact of signal loading and is 0-10 V or 0-5 V compatible. Important timing functions of the VT-5014 S30, like the stimulation of inductive transducers like IW9 and DM2, are driven by an internal oscillator running at 5.4 kHz with a tolerance of ±10%. These transducers need steady excitation pulses to work properly. The card has amplitude-tuned outputs of 1 V and 3.6 V, respectively. The card also has a robust output stage that can source up to 2.5 A and an effective output resistance of 2 Ω, so it can directly drive solenoids. You can calculate the drive voltage under load using Ohm’s law. Two measurement sockets, "w" and "x," are used for diagnostic purposes.
Frequently Asked Questions about VT-5014 S30:
Q: What type of inputs does the VT-5014 S30 support?
A: The VT-5014 S30 supports command value inputs like ±10 V for swivel angle and 0…+10 V for pressure.
Q: What is the maximum current that the solenoid output can handle?
A: The solenoid output stage of the VT-5014 S30 can handle up to 2.5 A of current, with a resistance of 2 Ω at rated conditions.
Q: What is the weight of the VT-5014 S30 card?
A: The VT-5014 S30 weighs approximately 0.15 kg, making it lightweight and suitable for space-constrained installations.
Q: What is the frequency of the oscillator in the VT-5014 S30?
A: The oscillator frequency in the VT-5014 S30 is approximately 5.4 kHz, with a tolerance of ±10%. For inductive position transducer measurements, additional amplitudes such as 1 V for IW9 or 3.6 V for DM2 are provided.
Q: What type of connector does the VT-5014 S30 use?
A: The VT-5014 S30 is equipped with a 32-pin male multi-point connector, conforming to DIN 41612 Type D for easy integration into existing systems.
