PY0A050A0GB1P02
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The PY0A050A0GB1P02 is a panel-mounted servo amplifier with a maximum output current of approximately 12 A and forced air cooling. Manufactured by Sanyo Denki as part of the PY Super BL Servo Amplifiers series, it operates at 200-230 VAC input voltage. It also includes overvoltage, overcurrent, and thermal overload protection.
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Product Description:
The PY0A050A0GB1P02 Servo amplifier is the most recent development by Sanyo Denki. It is tailored for high-end applications where thermal management and electrical parameters are of utmost importance. It employs a heat duct that improves cooling and enables more effective ventilation. It has active cooling by means of built-in fan motor stators and optimized conduction cooling through a heat sink.
The PY0A050A0GB1P02 servo amplifier has an electric characteristic of having a maximum rush current of 40A for the control circuit within 1 ms after power-on and 18A for the main circuit within 600ms of power-on. It has a dynamic brake operation delay time of 24.0 ms. The material and construction details include an instantaneous resistance with an electric charge of 1800J, a built-in cooling fan that serves as a heatsink, and M4 terminal screws that require a torque of 1.18 N·m. The primary casing is in SPCC of chromate treatment, whereas the frontal plate is in resin sheet. The specs for the regenerative resistor are an inter resistor of 20 Ω and an effective power capability of 60W. For external regenerative resistors, the resistance value is 20 Ω, with an effective power of 60W and a maximum power of 1500W.
The PY0A050A0GB1P02 servo amplifier allows both front and back mounting, each having its distinct clearance limitations. For front mounting, a clearance of 50mm is required above and below the device and at least 90mm in front of the device. In addition, the airflow is implemented to go from bottom to top for cooling purposes. The mounting panel has a depth of 237mm, and the distance between the mounting holes is 225mm vertically. The rear surface mounted method has a surface clearance of 67mm and four M5 mounting screws in the back panel facilitate this method. These features help achieve the desired airflow and cooling characteristics while optimizing system performance.
Frequently Asked Questions about PY0A050A0GB1P02:
Q: Does PY0A050A0GB1P02 require front or back mounting clearance?
A: It requires a 50mm top and bottom clearance for front mounting. A 67mm rear-surface clearance is necessary for back mounting.
Q: How does PY0A050A0GB1P02 manage regenerative energy dissipation?
A: It includes an internal 20Ω regenerative resistor with 60W power capacity. An external resistor supports up to 1500W for enhanced dissipation.
Q: Why do PY0A050A0GB1P02 terminal screws require specific torque?
A: The M4 terminal screws require 1.18 N·m torque for secure fastening. Proper torque prevents loosening that ensures reliable electrical connections.
Q: Do PY0A050A0GB1P02 fan motors improve thermal performance?
A: Yes, built-in cooling fan motors efficiently dissipate heat. They help maintain stable performance that prevents temperature-related failures.
Q: How does PY0A050A0GB1P02 ensure secure panel installation?
A: It features four M5 screws for rear mounting. The mounting hole distance is 225mm in height that ensures secure attachment.
