Yaskawa DF9200689-E0 Teach Pendant Main Board
DF9200689-E0, officially designated JANCD-MSP02 Rev E0, is a core control board for Yaskawa Motoman XRC and MRC robot teach pendants. It is installed inside the JZNC-MPB02E handheld teach pendant, responsible for signal processing, display driving, manual operation and data communication.
Description
Model Definition
DF9200689: Base part number of the MSP02 seriesE0: Hardware revision E0. It is fully interchangeable with E04 and E05 versionsJANCD-MSP02: Official Yaskawa model nameApplicable device: JZNC-MPB02E handheld teach pendant
Technical Specifications
Electrical Parameters
Input Voltage: 24 V DC, powered by the robot controllerPower Consumption: Approximately 12 WSignal Type: Digital control signals and dedicated bus communication signals
Mechanical & Environmental Parameters
Dimensions: 220 mm × 150 mm × 25 mmWeight: Approximately 0.4 kgOperating Temperature: 0 °C to 55 °CStorage Temperature: -20 °C to 70 °CRelative Humidity: ≤ 80% RH, non-condensingProtection Class: IP20, designed for indoor installation
Interface Configuration
Key Matrix Interface: Connect all physical operation buttonsJoystick Interface: For robot jog motion controlDisplay Interface: Drives LCD screen and status indicatorsCommunication Bus: Links to the robot main controllerEmergency Stop Circuit: Built-in safety stop signal loop
Core Functions
Receive and process signals from buttons and jog joystick.Control the LCD screen to display robot status, coordinates, alarms and parameters.Enable real-time data exchange between the teach pendant and main controller.Continuously monitor emergency stop and safety circuit status.Manage internal power distribution of the teach pendant.
Compatibility
Applicable Controllers: Motoman XRC, Motoman MRCMatching Teach Pendant: JZNC-MPB02ECompatible BoardsMain Backplane: DF9200674-D0, DF9200674-E0NI/O Control Board: DF9200676-D0, DF9200676-D0N
Common Faults & Maintenance
Common Faults
Blank or abnormal display resulting from defective display circuits.Malfunctioning buttons or joystick caused by poor contact or component aging.Communication failure between the teach pendant and controller.Continuous emergency stop alarms due to damaged safety circuits.
Maintenance Guidelines
Wear ESD protective equipment during disassembly, installation and replacement.Inspect connectors and wiring regularly for looseness and oxidation.Prevent dust and liquid from entering the teach pendant.Cut off the entire system power before performing any maintenance.
Application Scenarios
Supporting control for Motoman XRC and MRC robot teach pendants.Spare part replacement and repair for aging JZNC-MPB02E teach pendants.On-site troubleshooting and maintenance for robot operating systems.
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