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VT-MSPA1-50-10 Bosch Rexroth Indramat

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Internal Product Review

The VT-MSPA1-50-10 is a well-engineered drive module that pairs a 24 V nominal supply with power consumption below 48 W for efficient panel integration. IP20 protection and start-up time under 1 s support dependable commissioning in controlled industrial environments. A maximum solenoid current of 2.7 A stands out as a strong performance point for responsive drive control.

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Product Description:

The VT-MSPA1-50-10 is an electronic drive module in the VT-MSPA Drives series produced by Bosch Rexroth Indramat. The unit conditions a 24 V control supply and modulates current to operate proportional solenoid actuators used in industrial automation. By acting as an interface between a PLC command signal and the magnet coil, it enables repeatable valve positioning and flow control on hydraulic machinery.

For input power, the module accepts a nominal supply of 24 V, and at that level, the current draw stays below 2 A. The amplifier stage can deliver up to 2.7 A of solenoid current, which suits proportional valves without saturation. Command inputs have a load resistance of 100 Ω, while voltage commands encounter an input resistance of 200 kΩ, limiting source loading. Total power consumption remains below 48 W, helping the card remain within its convection-cooled operating limits. These electrical characteristics allow the module to process command signals while supplying controlled current to the connected solenoid.

A supply line protected by a 3.15 A time-delay fuse guards the board against overcurrent faults. The electronics have an IP20 enclosure rating, making the card suitable for closed cabinets where protection against finger contact is required. With a mass of 0.14 kg, it adds minimal load to DIN rails and withstands a free-fall test from 1 m. Reliable operation is permitted at altitudes up to 2000 m, while ambient temperature changes must not exceed 5 °C per minute. The circuit reaches ready status in less than 1 s after power-up, reducing the delay before valve control becomes available. Output accuracy can be adjusted through ±10% zero-point calibration. The load circuit must present at least 1000 Ω, while residual ripple must not exceed 2.5 Vpp to preserve a consistent valve response.

Current Consumption
< 2 A
Current Input Load Resistance
100 Ω
External Fuse
3.15 A Time-Lag
Free Fall
1 m
Maximum Altitude
2000 m
Maximum Solenoid Current
2.7 A
Minimum Load Impedance
1000 Ω
Nominal Voltage
24 V
Power Consumption
< 48 W
Protection Class
IP20
Residual Ripple Max
2.5 Vpp
Start-up Time
< 1 s
Temperature Change Max
5 °C/min
Voltage Input Resistance
200 kΩ
Weight
0.14 kg
Zero Point Calibration
±10 %

Frequently Asked Questions about VT-MSPA1-50-10:

Q: What is the nominal operating voltage for the VT-MSPA1-50-10?

A: The VT-MSPA1-50-10 operates at a nominal voltage of 24 V.

Q: What is the maximum solenoid current supported by the VT-MSPA1-50-10?

A: This device has a maximum solenoid current of 2.7 A.

Q: What protection class is specified for the VT-MSPA1-50-10?

A: The protection class for this unit is IP20, providing basic ingress protection.

Q: What type of external fuse should be used with the VT-MSPA1-50-10?

A: A 3.15 A time-lag external fuse is required with this drive.

Q: What is the maximum altitude at which the VT-MSPA1-50-10 can function?

A: The VT-MSPA1-50-10 can be operated at altitudes up to 2000 m.

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