VT 5041-24/3-0V

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The VT 5041-24/3-0V card features high-efficiency signal processing with >95% power conversion and ±15 V auxiliary output. It supports ±10 V analog command inputs and 2.5 A solenoid output for dynamic industrial automation tasks.

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Product Description:

The VT 5007 S16 is a compact I/O card featuring a single unit. This product is manufactured to exceptionally high standards by Bosch Rexroth Indramat. It is an input/output card within the VT-5000 series. Both panel mounting and in-line mounting are feasible.

The Bosch Rexroth Indramat VT 5007 S16 operates on 24 VDC. It has a 1.5 kHz frequency and is capable of self-clocking. For safety purposes the generator frequency is maintained at 2.5 kHz with a 10% margin of error. The maximum current the unit can accommodate is 30 mA. It can be operated by a hand solenoid or a pilot. The metallic foundation is composed of brass or stainless steel. It is compatible with standard VT-series connections. The IO card allows for easy integration into current configurations. The VT 5007 S16 employs standard O-ring or gasket seals. These seals contribute to system integrity during operation. It is designed to operate under 0 to 50 °C temperature range. The storage temperature ranges from -25 to +85 °C. It complies with ISO, DIN, and ANSI standards. These criteria demonstrate its applicability for challenging situations. The attached motor has a rated RPM of 3000. It provides a steady torque output of 15 Nm. The motor draws a current of 10 A. This I/O card can successfully handle this electrical performance.

The VT 5007 S16 IO card is extremely efficient for automation applications. It offers reliable electrical performance and a consistent actuation response. The entire component weights 5.5 kg allowing for simple installation. Bosch Rexroth Indramat guarantees durability through strict quality control. It ensures long-term service in control systems. Its aluminum construction can withstand harsh environments. It works seamlessly with VT-series systems. It's a reliable option for complex automation tasks.

Auxiliary max current output
10 mA
Auxiliary voltage power out
±15 V
Auxiliary voltage tolerance
2% / -6%
Efficiency
>95%
Frequency
50/60 Hz
Input Voltage
230/400 VAC
Load resistance (for solenoid) output
2 Ω at 20°C
Maximum Current Consumption
1.25 A
Mounting Type
DIN rail or panel mounting
Operating Temperature Range
-20°C to 50°C
Rated Current Consumption
0.6 A
Rated Power
50 kW
Solenoid current output (max)
2.5 A
Swivel angle sensor
IW9 inductive transducer
Valve position sensor Compatibility
DM2 type sensor, uses 3.6 V oscillator amplitude

Frequently Asked Questions about VT 5041-24/3-0V:

Q: How does the internal oscillator of the VT 5041-24/3-0V enhance signal accuracy?

A: The internal 5.4 kHz oscillator minimizes signal distortion and stabilizes sensor feedback. It ensures cleaner transducer readings and more precise control loops.

Q: How does support for IW9 inductive transducers benefit the VT 5041-24/3-0V application?

A: IW9 transducers offer high linearity and durability in harsh conditions. Their compatibility ensures reliable position feedback in dynamic environments.

Q: How does the enable signal input (>12 V) contribute to safety in VT 5041-24/3-0V?

A: It acts as a control interlock, ensuring the unit only activates under authorized conditions. This prevents unintended operation during maintenance or power surges.

Q: Why is high input resistance (>50 kΩ) important for analog inputs in VT 5041-24/3-0V?

A: High resistance reduces the load on signal sources, preserving signal integrity. It allows accurate analog control even from low-power signal generators.

Q: How does the ±10 V power command input (Pmax or SWIST-Master) optimize energy usage in VT 5041-24/3-0V?

A: It allows dynamic adjustment of system power limits based on application needs. This minimizes energy waste and prevents overdriving actuators.


Internal Product Review

  • ‘‘The VT 5041-24/3-0V excels in tough industrial setups with 0.6 A rated current, 50 kΩ input resistance, and 2 Ω solenoid load resistance. Its 230/400 VAC support makes it ideal for global systems. The Accurate input-output control boosts overall system precision.’’

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