VT 5013S35

Product Description:

Bosch Rexroth Indramat manufactured the VT 5013S35 IO card. It is indicated that the Bosch Rexroth Indramat VT 5013S35 IO card can self-clock up to around 1.5 kHz. This feature is related to the card's internal oscillator circuit, which produces a timing signal on a regular basis. The pace at which the card can perform internal operations is determined by the frequency of this signal, which is measured in Hertz (Hz). When the frequency is 1.5 kHz, the card can generate 1500 clock cycles per second. The basic time foundation for many digital activities, including the sampling of input signals, the updating of output states, and the sequencing of logic operations, is this internal clock. By removing the need for external synchronization signals, a self-clocking mechanism makes the system architecture simpler and improves the predictability of the card's temporal behavior. In industrial automation settings that need predictable and low-latency job execution, this is very important. For example, a steady and accurate internal clock guarantees constant modulation of control signals and dependable data interchange with other components in closed-loop control systems that use high-frequency feedback.

Both sourcing and sinking external electrical loads with a maximum current of ±25 mA and accurate voltage management of ±9 V with a tolerance of ±1% are shown by the VT 5013S35 IO card. These specs outline the card's interface's power output properties. The ± symbol, which denotes the bipolarity of the power distribution, means that the card may provide or receive current in both positive and negative directions with respect to a common ground. Processing analog signals, which often need a bipolar supply to function within their linear areas, and integrating with balanced driver circuits both depend on this symmetrical voltage and current handling capacity. Bipolar transducers and operational amplifiers are examples of differential analog components that need a symmetrical power supply in order to operate correctly throughout their intended input and output ranges.

The VT 5013S35 IO card's physical interface is based on a 32-pin male multipoint connection that complies with DIN 41 612, form D, which is a commonly used interface in industrial control settings. In addition to being resilient against mechanical wear, vibrations, and heat cycling—all of which are often encountered in industrial settings—this connection type is designed to provide dependable, high-density signal communication. The card's dimensions of 100 x 160 mm meet the requirements of DIN 41 494 for Euro-cards. In complicated automation configurations, this standardization guarantees modular compatibility with industrial rack systems, promoting simple integration, quick component replacement, and effective maintenance practices. In order to ensure safe retention inside enclosures and reduce stress on the connected infrastructure, the card's 0.15 kg weight strikes a compromise between mechanical durability and lightweight design. Furthermore, deployment in a wide variety of industrial applications is made possible by the defined working temperature range of 0 °C to 50 °C, which eliminates the need for specific thermal management solutions.