VT-VPCD-1-16/V0/1-P-1
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The VT-VPCD-1-16/V0/1-P-1 drive operates with a rated flow of 16L/min and supports voltage control mode. Manufactured by Bosch Rexroth Indramat as part of the VT-VPCD Drives series, it efficiently handles a working pressure of up to 350 bar. It features overcurrent protection and precise adjustments for hydraulic systems.
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Product Description:
When it comes to industrial automation, the VT-VPCD-1-16/V0/1-P-1 amplifier from Bosch Rexroth is the ideal choice for precise control. The 4WRE6-2X/822 proportional valve, with its set swivel angle, can reliably process signals. The amplifier operates reliably with a 5 kHz carrier frequency.
The compatibility of valves and transducers is ensured by the VT-VPCD-1-16/V0/1-P-1 amplifier through accurate control of signal transmission. The 4WRE6-2X/822 proportional valve consumes a maximum current of 2.5 A per solenoid. When the swivel angle remains constant, solenoid A draws 450 mA, while solenoid B draws 700 mA. At 20°C, the solenoid coil has a resistance of 2.7 Ω when it is cold, but it can reach 4.05 Ω when it is heated. According to EN 60529.1, this valve has an IP65 grade. Utilizing a 5 kHz carrier frequency, an integrated position transducer allows for precise placement. In contrast to ports 1 and 2, which have a resistance of 150 ± 11 Ω, ports 3 and 4 have a coil resistance of 50 ± 3.5 Ω. You can easily control the proportional valve by changing these electrical factors.
The VT-VPCD-1-16/V0/1-P-1 amplifier supports accurate current regulation as well as effective power distribution. From ports 1 to 2, the coil resistance is 110 Ω, and from ports 3 to 4, it is 560 Ω. To guarantee safe integration with control systems, the electrical connection adheres to DIN EN 175301-803. Optimal operation of proportional solenoids with specified current control requirements can be achieved with the help of this amplifier. To keep the electrical characteristics consistent and guarantee reliable valve actuation, these resistance levels are crucial. Control systems that demand precise and steady signal modulation are compatible with the amplifier and its related components.
Frequently Asked Questions about VT-VPCD-1-16/V0/1-P-1:
Q: Why does VT-VPCD-1-16/V0/1-P-1 use 5 kHz?
A: The 5 kHz carrier frequency ensures stable signal transmission. It enhances response time and precision in controlling proportional solenoids and position transducers.
Q: Does VT-VPCD-1-16/V0/1-P-1 support proportional solenoids?
A: Yes, it supports proportional solenoids with a maximum current consumption of 2.5 A. It provides controlled and precise current regulation for efficient valve operation.
Q: Do solenoids in VT-VPCD-1-16/V0/1-P-1 have resistance variation?
A: Yes, solenoid coil resistance varies from 2.7 Ω when cold to 4.05 Ω when hot. This affects current regulation and performance stability.
Q: Why does VT-VPCD-1-16/V0/1-P-1 have DIN EN 175301-803?
A: This standard ensures secure and standardized electrical connections. It allows compatibility with industrial control systems for reliable integration and operation.
Q: How does VT-VPCD-1-16/V0/1-P-1 ensure precise valve control?
A: The amplifier regulates signal transmission with defined resistance and current parameters. It ensures stable actuation and positioning of the proportional valve.
