DART CONTROLS PU-20E Pulse Generator 10 Pulse/rev 4.5 To 24vdc

Dart Controls PU-20E pulse generator produces precise electrical pulses at controlled intervals, which are essential for synchronising and coordinating various automated processes. It is ideal for controlling motor speed, position and timing in complex machinery.

Features:

• Dart Controls PU-20E pulse generator features a Type 3 wire 18 AWG, ensuring optimal electrical connectivity, crucial for accurate RPM monitoring in industrial applications.
• This breaker has an ability to monitor speeds up to 5000 RPM, making it suitable for high-speed industrial machinery, offering precise control and monitoring capabilities.
• It comes with ball bearings for smooth and reliable operation, minimising friction and wear on the motor shaft.
• This breaker offers a mounting option with a #10-32 screw directly to motor shaft, simplifying installation and ensuring a secure attachment to the motor shaft for accurate RPM monitoring.
• It is equipped with 6-foot output cable that provides flexibility in installation and connectivity, allowing for convenient integration into industrial control systems.

Frequently Asked Questions:

Q. What is the significance of the square-wave pulses generated by this device, and how are they used in industrial settings?

A. The square-wave pulses produced by the generator have a frequency proportional to the RPM of the motor shaft. These pulses provide real-time feedback on motor speed, enabling precise control and monitoring in industrial processes.

Q. Can the brand's PU-20E pulse generator handle a wide range of input voltages, and why is this flexibility important?

A. Yes, it accepts input voltages ranging from 4.5 to 24VDC. This voltage range offers compatibility with various power sources, enhancing its versatility in different industrial setups.

Q. How does the presence of ball bearings in this pulse generator affect its performance and durability?

A. Ball bearings ensure smooth and reliable operation, reducing friction and wear on the generator. This enhances its longevity and performance in demanding industrial environments.