MOOG D138-002-001 MSCⅡ Motion version hardware authorization key
Description
Model Interpretation
D138: Full series of MSCⅡ system authorization keys
002: Second-generation green double-row pin hardware specification
001: Motion authorization code, Motion standard edition license (001=Motion, 002=Professional, 012=Full functionality). Technical Specifications
Electrical and physical parameters
Power supply: Built-in +5V power supply in the main control slot, no need for external power supply
Appearance: 35mm×26mm×12mm, green flame-retardant casing, gold-plated double-row pins, snap-lock fixed type
Operating temperature: -25℃ to +70℃, storage -40℃ to +85℃, humidity 5% to 95% RH without condensation
Protection level: IP52, dust-proof and resistant to light oil mist, plug-in and unplugging service life ≥ 10,000 times
Authorized resources
Basic permissions: Native E-BUS local IO, basic control library, communication initialization function all enabled
Motion-specific permissions: PID expansion algorithm library, transfer function module, custom waveform generation library, axis control closed-loop algorithm; supports offline joint simulation interface with Matlab/Simulink
Communication permissions: EtherCAT master station (upper limit 16 slave stations), does not include Profibus-DP master-slave, CANopen master station protocol
Visualization: Activated simple Web page monitoring interface, no advanced soft motion curve programming permission
Interface and communication configuration
No external terminal wiring, double-row gold-plated pins are connected to the D136 main control key slot, identification of authorization is based on the internal E-BUS bus of the controller; power-on main control automatically verifies the hardware SN code, the key is bound to a single controller and cannot be mixed and used across devices. Core function
Hardware encrypts and unlocks the Motion level MACS software functions. After removing the key, the simulation, advanced motion, and EtherCAT bus functions are automatically locked.
Supports hydraulic servo closed-loop control within 16 axes, single/multi-axis synchronous loading, and fatigue waveform editing.
Hardware fault self-check. When the contact of the pins is poor, the communication indicator light on the main control panel alarms, and a pop-up window in the MACS software prompts for missing authorization.
Open a graphical communication configuration menu, and can configure the parameters of EtherCAT slave devices. Applicable scenarios
Single-channel / multi-channel hydraulic fatigue testing machine, small and medium-sized component mechanical test bench, conventional electro-hydraulic position / force control servo system, small hydraulic actuator debugging bench.
Operation and maintenance instructions
Must be unplugged before plugging in, strictly prohibit hot plugging while powered on, to prevent gold-plated pins from breaking and burning out
Clean the oil stains and dust on the pins every 6 months to avoid contact failure and loss of authorization
Keep away from hydraulic oil, corrosive water vapor, and high-power frequency power cables
If the key is lost, only the original factory can purchase the same model encoded hardware, and the Motion permission cannot be unlocked by software cracking
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