VT 5006 EU-450
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The Bosch Rexroth Indramat VT 5006 EU-450, part of the VT-5000 IO Cards series, operates at 24 VDC with a self-clocking frequency up to approximately 1.5 kHz. It features a ramp time adjustment range of 30ms to 1 or 5 seconds and a fuse rating of 2.5A. The card dimensions are 100x160mm.
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Product Description:
Bosch Rexroth Indramat manufactured the VT 5006 EU-450 IO card. It is part of the VT-5000 series. To work reliably, it needs to run on a nominal DC voltage of 24 V. That voltage—and the working range of 22 V to 35 V that comes with it—is what keeps the card's electrical components operating consistently and dependably. Within that range, the internal semiconductor devices get the voltage difference they need to promote charge carrier mobility—and, with it, the signal processing and logical processes you want. Operating outside that range can lead to unstable performance, decreased performance or even irreversible damage to the delicate electronic circuitry due to either inadequate power supply or overvoltage stress.
Power consumption is a major design concern in industrial automation systems. The VT 5006 EU-450 has a power consumption of less than 50 VA. That's close to the actual power used in DC circuits, where the phase difference between voltage and current is minimal. When you have multiple devices operating at once, keeping power consumption in check is key. One of the most important safety features is a fuse. It stops excessive current flow to protect the card and any connected devices. If the current exceeds the fuse's rating for a certain amount of time, the inside filament melts and the circuit breaks. The card's 2.5 A rating indicates the maximum current it can safely handle under normal working conditions. The time-delay feature safeguards against persistent overcurrent situations that could signal a problem. It lets you ride through short current surges that might happen when inductive loads are activated without needlessly triggering the fuse.
The IO card's temporal features are set by its self-clocking frequency and ramp time adjustment range. That self-clocking frequency—up to 1.5 kHz—determines how the card analyzes and updates its input and output signals. The VT 5006 EU-450's dimensions—100 x 160 mm in Euro-card format—are designed to meet DIN 41 494 requirements. That standard form factor ensures mechanical compatibility and easy integration in industrial control cabinets and backplane systems. The 32-pin male multi-point connector that complies with DIN 41 612, form D standard makes electrical connections safe and reliable. That connector type is often used in industrial automation for its durability, high pin density and dependable electrical contact. The card also displays specific output stage parameters: a resistance of 10 Ω at 20°C and a solenoid current of 2.2 A ± 20%.
Frequently Asked Questions about VT 5006 EU-450:
Q: What is the power consumption of the VT 5006 EU-450?
A: The power consumption of the VT 5006 EU-450 is less than 50 VA, ensuring efficient energy use in industrial systems without significant power drain.
Q: What is the ramp time adjustment range for the VT 5006 EU-450?
A: The ramp time adjustment range for the VT 5006 EU-450 is from 30 milliseconds to approximately 1 second or 5 seconds, depending on configuration. This allows for precise control over acceleration and deceleration times in automation applications.
Q: What type of connector does the VT 5006 EU-450 use?
A: The VT 5006 EU-450 features a 32-pin male multi-point connector, conforming to the DIN 41 612, form D standard. This connector is used for reliable and secure electrical connections in industrial environments.
Q: What is the fuse rating of the VT 5006 EU-450?
A: The VT 5006 EU-450 has a fuse rating of 2.5 A T. This fuse helps protect the card from excessive current that could potentially cause damage to the module or connected equipment.
Q: What is the self-clocking frequency of the VT 5006 EU-450?
A: The VT 5006 EU-450 operates with a self-clocking frequency of up to approximately 1.5 kHz, which ensures stable operation and timing precision in industrial automation systems.
