VC3640-405-1-48C

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The VC3640-405-1-48C vacuum capacitor offers a capacitance range of 40-400 pF, a maximum voltage rating of 36 kV, and features a durable copper terminal. Part of the VC Servomotors series by Pacific Scientific, it has a bolt-down mounting style and operates efficiently within a temperature range of -25°C to +85°C.

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Product Description:

The Pacific Scientific VC3640-405-1-48C Servo Motor consumes 5 amps of current to run at 1800 RPM and produces accurate control of motion with optimum efficiency to automation designs in a wide variety of applications.

The VC3640-405-1-48C servo motor is engineered to operate with an alternating current supply of 120 volts and supports widespread power sources without requiring special converters or transformers. It is precisely constructed to maximize output efficiency and optimize performance because its design ensures greater operational throughput, less lag and better system cycle times. This module makes use of permanent magnets to provide the magnetic field instead of wound coils, a feature that minimizes energy losses and increases magnetic stability as well as providing quick motor response which is applicable in industrial automation activities that require high position control. It also features a stable feedback system with potentially embedded encoders or sensors that makes it capable of sending the precise real-time data on position or movement back to the control system. It can provide moderate mechanical output since its power rating is 0.5 horsepower which balances between energy consumption and mechanical strength.

This VC3640-405-1-48C servo motor is synchronized with a 60 Hz electrical frequency which allows for seamless operation in environments without requiring frequency converters and it is built with quality materials and solid craftsmanship which ensure its endurance within rough environments and extended usage. It allows continuous operation at a long time without any cool down period and its size can be integrated easily in robotics and in confined spaces. It has the ability to increase and decrease its speed very quickly that facilitates its management even in dynamic processes and it ensures predictable and steady performances as it reduces risks of operation or unforeseen shutdowns.

Body Diameter
110 mm
Capacitance Range
40-400 pF
Current Rating
48 Amps
Dielectric
Vacuum
Dissipation Factor (tan δ)
0.0005 max
Insulation Resistance
10,000 MΩ min
Maximum Voltage
36 kV
Mounting Style
Bolt-down
Operating Temperature Range
-25°C to +85°C
Overall Length
390 mm
Peak Test Voltage
54 kV
Terminal Material
Copper
Type
Vacuum Capacitor
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Frequently Asked Questions about VC3640-405-1-48C:

Q: Can the VC3640-405-1-48C servo motor operate reliably in high-duty cycle environments?

A: Yes, it is designed for continuous duty, making it suitable for non-stop operations. Its thermal management supports extended runtimes without overheating.

Q: What impact does the 0.5 HP rating have on load compatibility?

A: It balances torque and efficiency, ideal for driving medium-load machinery. This makes it suitable for tasks requiring steady, precise motion without over-engineering.

Q: How does the 1800 RPM speed influence system integration?

A: It aligns with many industrial transmission systems, simplifying gear ratio design. This standard speed aids in matching motor output with linear actuator needs.

Q: Does the VC3640-405-1-48C require special drive units?

A: It typically pairs with compatible servo drives that match its electrical and control characteristics. Using a mismatched drive can limit performance or cause errors.

Q: Is the 5A current draw manageable in standard control cabinets?

A: Yes, 5 amps is within the range of most industrial control systems. It simplifies power planning and reduces the need for oversized breakers or wiring.


Internal Product Review

  • ‘‘The Pacific Scientific VC3640-405-1-48C servo motor is a robust 0.5 HP AC motor operating at 1800 RPM with a 5 A draw. It delivers high magnetic stability and rapid speed response. It is commonly used in CNC milling, metal forming, and high-precision automation systems.’’

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