Yaskawa DF9201455-B0 (JANCD-PS04) Power Supply Board
The DF9201455-B0, officially designated JANCD-PS04 Rev. B0, is an upgraded AC-DC power supply board for Yaskawa Motoman XRC robot controllers and Yasnac i80 CNC systems. Optimized on the basis of A0 version, it adopts RoHS-compliant lead-free components and enhanced circuit layout. This unit converts AC power into multiple stable DC outputs to supply power for internal CPU, I/O modules, servo units and communication boards, delivering higher operational stability and better environmental adaptability.
Description
Model Definition
DF9201455: Base part number of PS04 series power supply boardB0: Optimized hardware revision with improved circuit performance and RoHS complianceJANCD-PS04: Official Yaskawa model nameApplicable System: Motoman XRC robot controllers, Yasnac i80 CNC control platforms
Technical Specifications
Electrical Parameters
Input voltage: 200 V ~ 230 V AC, 50/60 Hz, 3.5 AOutput voltage:+5 V DC / 3.0 A±12 V DC / 1.0 A per channel+24 V DC / 4.0 ATotal output power: Approximately 150 WPower conversion efficiency: ≥ 84%Protection functions: Overvoltage, overcurrent, short-circuit and overheat protectionCompliance standard: RoHS lead-free standard
Mechanical & Environmental Parameters
Cooling method: Internal cabinet natural convection air coolingProtection class: IP20 for cabinet internal installationOperating temperature: 0 °C to +55 °CStorage temperature: -20 °C to +70 °CRelative humidity: 30% to 95% RH, non-condensingDimensions (W×H×D): 210 mm × 150 mm × 38 mmWeight: Approximately 0.8 kg
Interface and Communication Configuration
AC input terminals: Interface for connecting external industrial AC powerDC output terminals: Distribute multi-group DC power to all functional boardsSignal connectors: Auxiliary signal connection with controller mainframeStatus indicators: LED lights for power supply status and fault alarm
Core Functions
Convert industrial AC input into regulated multi-channel DC power for the whole controller.Provide reliable power support for main control board, servo system, I/O and communication modules.Suppress voltage fluctuation and electromagnetic interference to ensure system stable operation.Activate automatic power cut-off and alarm under overload, short circuit and overheat conditions.Upgraded circuit design extends service life and improves anti-interference capability.Modular structure enables quick disassembly, installation and field replacement.
Application Scenarios
Complete sets of Motoman XRC robot controller systemsWelding, handling, spraying and assembly robot workstationsYasnac i80 series CNC machine tools and automated machining linesController maintenance, board replacement and system upgrade projectsIndustrial sites requiring RoHS-compliant electronic components
Usage and Maintenance
Use ESD protective devices during disassembly, installation and replacement.Confirm the AC input voltage is within the rated range before powering on.Check LED indicators regularly to monitor operating status.Clean dust on circuit board and heat dissipation areas every six months.Retighten wiring terminals periodically to avoid poor contact and heat generation.Do not operate under long-term overload to prevent protection activation.Ensure unobstructed cabinet ventilation for normal heat dissipation.
英文版
Yaskawa DF9201455-B0 (JANCD-PS04) Power Supply Board
Product Description
The DF9201455-B0, officially named JANCD-PS04 Rev. B0, is an upgraded AC-DC power supply board compatible with Yaskawa Motoman XRC robot controllers and Yasnac i80 CNC systems. It is redesigned based on the A0 version with RoHS lead-free components and optimized circuits. This board converts alternating current into multiple stable direct current outputs to power internal CPU, I/O modules, servo units and communication boards, featuring superior stability and environmental performance.
Model Definition
DF9201455: Base part number of PS04 series power supply boardB0: Optimized hardware revision with enhanced circuit design and RoHS complianceJANCD-PS04: Official Yaskawa model designationApplicable System: Motoman XRC robot controllers, Yasnac i80 CNC control platforms
Technical Specifications
Electrical Parameters
Input voltage: 200 V ~ 230 V AC, 50/60 Hz, 3.5 AOutput voltage:+5 V DC / 3.0 A±12 V DC / 1.0 A per channel+24 V DC / 4.0 ATotal output power: Approximately 150 WPower conversion efficiency: ≥ 84%Protection functions: Overvoltage, overcurrent, short-circuit and overheat protectionCompliance standard: RoHS lead-free standard
Mechanical & Environmental Parameters
Cooling method: Internal cabinet natural convection air coolingProtection class: IP20 for cabinet internal installationOperating temperature: 0 °C to +55 °CStorage temperature: -20 °C to +70 °CRelative humidity: 30% to 95% RH, non-condensingDimensions (W×H×D): 210 mm × 150 mm × 38 mmWeight: Approximately 0.8 kg
Interface and Communication Configuration
AC input terminals: For connection with external industrial AC power supplyDC output terminals: Deliver multi-channel DC power to all functional boardsSignal connectors: Auxiliary signal ports connecting to the controller mainframeStatus indicators: LED lights indicating power status and fault alarms
Core Functions
Convert industrial AC power into regulated multi-channel DC power for the entire controller.Supply steady power to main control board, servo system, I/O and communication modules.Restrain voltage fluctuations and electromagnetic interference to guarantee system reliability.Automatically cut off power and trigger alarms when overload, short circuit or overheating occurs.Upgraded circuits extend service life and strengthen anti-interference capability.Modular structure allows easy disassembly, installation and on-site replacement.
Application Scenarios
Full sets of Motoman XRC robot controller systemsWelding, handling, spraying and assembly robot workstationsYasnac i80 series CNC machine tools and automated production linesController maintenance, board replacement and system renovation projectsIndustrial facilities requiring RoHS-compliant electronic products
Usage and Maintenance
Wear ESD protection devices during disassembly, installation and replacement.Verify the AC input voltage is within the rated range before powering on the system.Check LED indicators regularly to monitor operating conditions.Remove dust from the board and heat dissipation areas every six months.Retighten wiring terminals periodically to prevent poor contact and overheating.Avoid long-term overload operation to prevent protection mechanisms from activating.Keep the cabinet well ventilated to ensure effective heat dissipation.
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