Yaskawa DF9200847-B0N (JANCD-MIF06) Communication & Signal Interface Board
The DF9200847-B0N, officially designated JANCD-MIF06 Rev B0N, is a RoHS-compliant communication and signal interface board for Yaskawa Motoman MRC and XRC robot controllers. It adopts natural convection cooling inside the control cabinet and uses lead-free electronic components. This board serves as a key connection unit for teach pendant, system bus and field peripherals, featuring reliable signal conversion, strong anti-interference performance and high operational stability for long-term industrial use.
Description
Model Definition
DF9200847: Base part number of MIF06 series interface boardB0: Standard hardware revision with mature circuit layout and wide compatibilityN: RoHS lead-free version complying with environmental protection regulationsJANCD-MIF06: Official Yaskawa model nameApplicable System: Motoman MRC and XRC robot control platforms
Technical Specifications
Electrical Parameters
Internal supply voltage: 5 V DC, supplied by the controller main powerExternal control power: 24 V DC, operating range 20 V DC to 28 V DCOperating current: Approximately 1.4 ASignal isolation: 500 Vrms optocoupler isolation for all external signal circuitsPower dissipation: Approximately 19 WCompliance: 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): 230 mm × 160 mm × 30 mmWeight: Approximately 0.62 kg
Interface and Communication Configuration
System bus interface: Connects to main control board for high-speed data exchangeTeach pendant port: Dedicated interface for handheld teach pendant connectionSerial communication port: Used for parameter setting, fault diagnosis and data transmissionExternal signal terminals: Isolated I/O terminals for peripheral device signal accessStatus indicators: LED lights to display power, communication and fault status
Core Functions
Maintain stable real-time communication between the main controller and teach pendant.Perform conversion, isolation and transmission of external control and feedback signals.Support serial communication for equipment debugging, parameter configuration and data monitoring.Optocoupler isolation design effectively resists on-site electromagnetic interference.Integrated overvoltage, overcurrent and short-circuit protection to safeguard internal circuits.Realize signal interlock and linkage between robot host and external automation equipment.Lead-free circuit design meets industrial environmental protection requirements.
Application Scenarios
Complete sets of Motoman MRC and XRC industrial robot controller systemsRobot workstations with frequent teach operation and on-site debugging demandsAutomated production lines requiring multi-device signal interconnectionController maintenance, spare part replacement and system upgrade projectsIndustrial facilities that enforce RoHS environmental compliance standards
Usage and Maintenance
Use ESD protection during board disassembly, installation and replacement.Verify 5 V DC internal power and 24 V DC external power within rated range before power-on.Check LED indicators regularly to monitor communication and operating status.Clean circuit board and connectors every six months to remove dust and oxidation.Retighten loose wiring terminals periodically to avoid poor signal contact.Prohibit access of abnormal voltage to external ports to prevent protection activation.Inspect all communication cables and interfaces annually to ensure stable data transmission.
Get a Quote