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The Yaskawa JUSP-DCP30A is a DC power supply module designed for precise power management in automation applications. It operates with a 3-phase AC input ranging from 200–230 VAC at 50/60 Hz, delivering a DC bus output of approximately 270–310 VDC.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | DC Power Supply Module |
| Product Line | Sigma 5 |
| Part Number | JUSP-DCP30A |
| Weight | 10.75 lbs (4.88 kg) |
| AC Input | 3-phase 200–230 VAC, 50/60 Hz |
| DC Bus Output | ~270–310 VDC |
| Rated Current | 30 A class |
| Control Supply | ~200/220 VAC for control circuits |
| Controllers | LX1 / LX2 |
| Servopacks | CPCR-MR-*J / *K |
| Motors | Minertia J-Series |
| Braking | Regen resistor connection |
| DC Reactor | L1/L2 external reactor terminals |
| Indicators | Power / alarm LEDs |
| Switchgear | Front switch + fuse access |
| Cooling | Rear heat sink |
The JUSP-DCP30A model from Yaskawa's Sigma 5 series is a dedicated DC power supply module. This unit is powered by a 3-phase alternating current input operating within a range of 200 to 230 VAC at 50/60 Hz. Its DC output bus generates a voltage between 270 to 310 volts. With a rated current rating of 30 A, this module is well-suited for various applications.
For control circuits, the module maintains an approximate supply voltage of 200-220 VAC. It is designed for use with both LX1 and LX2 controllers, utilizing servopacks with the designations CPCR-MR-*J and *K. The unit works seamlessly with Minertia J-Series motors, delivering reliable performance.
A regenerative braking system can be incorporated through a dedicated connection for a regen resistor. The module also features external terminals for DC reactors, designated as L1/L2. Users can monitor system status via power and alarm indicator LEDs, providing real-time feedback. The design includes convenient access to the front switch and fuse, ensuring quick maintenance.
To manage heat dissipation effectively, a rear heat sink is integrated into the module design, promoting longevity and stability during operation. The overall architecture supports efficient voltage management, making it suitable for various sophisticated automation tasks.