VT 5015 S30 Bosch Rexroth Indramat
Wake Industrial LLC is not an authorized distributor of this product.
The VT 5015 S30 IO card features a 32-pin male multipoint connector and weighs just 0.15 kg. Manufactured by Bosch Rexroth Indramat as part of the VT-5000 IO Cards series, it has adjustable ramp times ranging from 30 ms to approximately 5 s. The card operates within a temperature range of 0 to 50 °C.
Internal Product Review
The VT 5015 S30 IO card offers flexible integration with its 32-pin male multipoint connector. Adjustable ramp times, ranging from 30 ms to approximately 1 or 5 seconds, provide versatility in application. The card's compact design, weighing only 0.15 kg, is suitable for space-constrained environments. Operation within a 0 to 50 °C temperature range makes it suitable for various industrial settings.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Bosch Rexroth Indramat manufactures the VT 5015 S30. The ramp times, which can be adjusted from 30 ms to 1 to 5 seconds (±20%), are crucial for controlling the output signal rate of change. This is to protect connected devices from electrical surges or mechanical shocks. Ramp times in physics affect a system’s transient response and are related to its time constant. Engineers can fine-tune the system’s dynamic behavior by adjusting the ramp time. Solenoid current options from the output stage are 1.8 A (±20%) with 5.4 Ω and 2.2 A (±20%) with 10 Ω. Solenoids convert electrical energy into linear motion. The power of the solenoid is determined by the resistance and current, which also affect the solenoid’s force and speed. This is according to Ohm’s Law, where voltage, current and resistance are related.
The card can be configured to meet different solenoid requirements based on the options available to ensure reliable and effective operation. The ±20% tolerance ensures consistent performance across different operating conditions by accounting for temperature and manufacturing variances. For timing and signal generation, the 2.5 kHz ±10% oscillator frequency and self-clocking frequency up to 1.5 kHz are required. The self-clocking frequency defines the maximum rate at which the card can process and output signals and affects the system’s responsiveness. The oscillator frequency provides a stable time base for the card’s internal operations. Stable frequency generation is done by using quartz crystal oscillators, which use the piezoelectric effect to generate accurate frequencies. Signal levels and power delivery are defined by the card’s electrical features, which include a maximum load of 30 mA, output voltage of 5 V and regulated voltage supply of ±9 V ±1% (externally loadable with ±25 mA).
These specifications allow for compatibility with various sensors and actuators. Signal conditioning is not required as the voltage amplitudes and current limits are set to match industrial signal levels. By reducing the impact of power source voltage variations, the regulated voltage supply ensures stable operation. Measurement sockets allow for accurate monitoring and feedback control, with command and actual values (0 to ±7.6 V and 0 to 6.6 V, respectively, with Ri = 100 Ω). The 100 Ω input impedance minimizes loading effects on the measurement circuits. To make integration into industrial control cabinets easier, the Euro-card 100 x 160 mm (DIN 41 494) and its front panel specifications (height: 3 HE (128.4 mm), solder side width: 1 TE (5.08 mm), component side width: 7 TE) are specified. Installation and maintenance are made easier with these dimensions, which are compatible with standard rack systems.
