67ZA030A571S00
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The Sanyo Denki 67ZA030A571S00, part of the BL Super Servo Amplifiers series, is a worm gear speed reducer crafted with aluminum alloy housing. It features a 50:1 reduction ratio, an input shaft diameter of 9mm, and an output shaft at 11mm. The unit handles up to 23 Nm torque and maintains noise levels below 65 dB(A).
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Product Description:
The 67ZA030A571S00 Sanyo Denki servo amplifier is designed for precise control of servo motors in industrial automation. The servo amplifier features a rack-mountable chassis with a strong metal enclosure and is designed to support reliable operation in demanding control applications.
The 67ZA030A571S00 servo amplifier comes with a variety of connector options, such as CN1 and CN2 for feedback and communication, a CN3 for control of the encoder or brake, and an OP port for optional I/O or adjustment of parameters. Signal grounding is the exclusive domain of the SG terminal. While M1 and M2 are probably meant for brake or auxiliary connections, motor terminals U, V, and W provide a 3-phase output to the servo motor. The input AC supply can be connected to the R and T terminals, while an external brake resistor can be connected to B1 and B2. The voltage or charging of the DC bus is controlled by the P and C terminals. The front panel has LED indications that show the current state in real-time, including POWER, CHARGE, RDY, ALM, and RUN. Address and parameter selection are made possible by a rotary switch labelled SELECT. Front panel brackets allow for rack mounting, and air conditioning vent apertures are a part of the amplifier's physical structure. The black-finished aluminum or steel enclosure has dimensions of about 300 mm in width, 80-100 mm in height, and 250-300 mm in depth.
The 67ZA030A571S00 servo amplifier is well-suited for industrial automation due to its wide interface and terminal architecture. Dedicated connections for brake resistors and signal grounding are only two examples of improved feedback and safety features that may be easily integrated into the design, allowing for flexible integration into multi-axis systems. Diagnostics and on-site parameter adjustments are made easier by the amplifier's rotary switch and LED indications.
Frequently Asked Questions about 67ZA030A571S00:
Q: Why does 67ZA030A571S00 have CN1 and CN2 connectors?
A: CN1 and CN2 provide communication, feedback, and control signal interfaces. These connectors enable integration with controllers and feedback devices.
Q: Does 67ZA030A571S00 support brake resistor connections?
A: Yes, B1 and B2 terminals are available for connecting an external brake resistor. This supports dynamic braking and energy dissipation.
Q: Why do U, V, W terminals exist on 67ZA030A571S00?
A: U, V, and W terminals deliver standard 3-phase output to the servo motor. This enables precise motor control and operation.
Q: How does 67ZA030A571S00 indicate operational status?
A: The amplifier uses LED indicators labeled POWER, CHARGE, RDY, ALM, and RUN. These provide real-time status and diagnostic information.
Q: Why does 67ZA030A571S00 have a rotary switch?
A: The rotary switch labeled SELECT allows address or parameter selection. This simplifies setup and on-site configuration.
