PY2B015K0XXVP02
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships in 3 Days
The PY2B015K0XXVP02 is a servo amplifier with a rated output of 1500 W and a rated revolution speed of 2000 rpm. Manufactured by Sanyo Denki under the PY Super BL Servo Amplifiers series, it delivers a rated torque of 7.4 N·m and weighs 16.1 kg. Additionally, it features a torque constant of 1.34 N·m/Arms.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Sanyo Denki built the PY2B015K0XXVP02 BL Servo Amplifier for industrial automation. The amplifier enables internal speed control operation without depending on external command signals. The unit operates effectively between 0 meters to 1000 meters in height. The control circuit operates from an output of 200–230 VAC single-phase power at 50/60 Hz frequency.
A smooth operational procedure results from the IGBT PWM method and sine wave current drive within the PY2B015K0XXVP02 servo amplifier. The rated output current of the amplifier is 15A. The amplifier provides direct encoder feedback through its wiring-safe system. This works for motor setups that use either incremental or absolute configurations. Integration into closed systems becomes simpler with the V-type interface due to its capabilities for internal control management. The main circuit accepts a 3-phase 200–230 VAC power supply at either 50 or 60 Hz frequencies within ±3% of tolerance. The control circuit experiences a rush current of 40A for a duration of 1 ms, whereas the main circuit accepts 20A during 600 ms. The PY2B015K0XXVP02 servo amplifier works between 0°C and 55°C of ambient temperature. The storage environment requires a relative humidity level not exceeding 90% RH. Self-fan cooling operations require a vertical position with a minimum 50 mm space available for top and bottom installation.
The PY2B015K0XXVP02 servo amplifier demonstrates shock resilience at 2 G. It achieves vibration resistance of 0.5G across 10–55 Hz frequency ranges for two hours regarding its two axes. The storage system has a tolerated temperature range from −20°C to +65°C as long as condensation remains absent. The unit has a weight of 3.2 kg while being designed for installation on metal panels. The SPCC chromated steel forms the base of the device, while the resin front panel covers its front section.
Frequently Asked Questions about PY2B015K0XXVP02:
Q: What role does CN2 play in the PY2B015K0XXVP02's encoder feedback?
A: CN2 in PY2B015K0XXVP02 ensures accurate real-time feedback from encoders. It enables dynamic performance tuning for torque and speed control.
Q: How does 0.5G vibration resistance benefit PY2B015K0XXVP02 in long-duration use?
A: The 0.5G vibration resistance allows PY2B015K0XXVP02 to maintain stable performance in continuous operation. It helps avoid signal drift and component fatigue.
Q: Why is vertical mounting essential for PY2B015K0XXVP02's optimal performance?
A: Vertical mounting in PY2B015K0XXVP02 ensures optimal airflow for the internal cooling system. This arrangement reduces thermal buildup and maintains reliability.
Q: What makes the internal control capability of PY2B015K0XXVP02 advantageous for closed systems?
A: The internal control capability of PY2B015K0XXVP02 reduces system complexity. It allows seamless integration without external controllers, improving response time.
Q: How does the 2G shock resistance improve PY2B015K0XXVP02’s industrial application?
A: The 2G shock resistance allows PY2B015K0XXVP02 to operate in environments with high mechanical impact. It protects internal components during transport and installation.
