PU0C015NN21P00U
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The PU0C015NN21P00U is a modular servo amplifier with a rated power of 1.5 kW and operates at 200 VAC. Manufactured by Sanyo Denki under the PU Super Servo Amplifiers series, it features forced-air cooling and operates efficiently within 0°C to 40°C. This servo amplifier incorporates over-current protection.
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Product Description:
The PU0C015NN21P00U is a Sanyo Denki Servo amplifier that was designed for the automation of industrial processes for controlling brushless AC servo motors. This servo amplifier is designed for continuous operation within an F-type insulated reliability grade.
An external controller or software for the PU0C015NN21P00U servo amplifier's main control system can be utilized to choose a variety of control functions for position, speed, and torque control. The motor’s position is accurately monitored with encoder feedback, which allows incremental and absolute encoders. In addition, the interfaces provide an electronic pulse to speed and position data, as well as an analogue signal to set torque or speed. Such design allows high-speed switching due to incorporated MOSFETs and IGBTs. The large aluminum structures help facilitate the dissipation of heat collected by the high-power devices due to the nature of the structure’s shape. A few 9-pin D-sub connectors (CN1) for control and communication signals, as well as the 15-pin D-sub encoder connectors (CN2), include, but are not limited to, I/O functions and feedback. The earth terminal helps guarantee grounding so that the drive can be operated safely. It is possible to use the drive at 280V DC supply voltage while being IP40-rated for a fully enclosed self-cooling protection system. The amplifier enables flange-type mounting, which is easy and facilitates secure attachment.
Enhanced operational monitoring is achieved through the diagnostic capabilities of PU0C015NN21P00U amplifier. Troubleshooting is facilitated by the display of multiple status conditions via LED indicators. For prompt diagnosis, the drive is equipped with an alarm output that indicates fault conditions. Electrical insulation is guaranteed through the protection system that has a dielectric strength of 1500 VAC for one minute. For motor control, the device features a three-phase output connected to the U, V, and W terminals.
Frequently Asked Questions about PU0C015NN21P00U:
Q: Do PU0C015NN21P00U LEDs provide fault and status indications?
A: Yes, multiple LED indicators display operational status and fault conditions. These visual signals help in quick diagnostics and troubleshooting of system issues.
Q: Why does PU0C015NN21P00U use MOSFETs and IGBTs for switching?
A: MOSFETs and IGBTs enable efficient high-speed switching for motor control. They reduce power losses and enhance overall drive performance in demanding applications.
Q: How does PU0C015NN21P00U ensure electrical insulation safety?
A: It features a dielectric strength of 1,500 VAC for one minute. This protects internal circuits from high-voltage surges and electrical faults.
Q: Why does PU0C015NN21P00U have a flange-type installation method?
A: The flange-type mounting secures the drive in place during operation. It minimizes vibrations and ensures stable performance in motor control applications.
Q: Does PU0C015NN21P00U support multiple control input options?
A: Yes, it supports pulse train input and analog input. This allows flexibility in selecting position, speed, or torque control based on requirements.
