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The Yaskawa GPD-315 parameter listing device is essential for managing motor settings and configurations. With a total of 179 parameters accessible through digital operator interfaces or Modbus registers, users can modify significant settings easily.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | Parameter Listing Device |
| Product Line | GPD |
| Part Number | GPD-315-Listing-of-Parameters |
| Total Parameters | 179 |
| Access Method | Digital Operator or Modbus Register |
| Startup Parameters | Init, Control, Run, Freq Ref |
| Motor Settings | n012 (Voltage), n036 (Current), n018 (Slip) |
| Communication Params | n151–n155 (Modbus config) |
| Display Settings | n035 (Display Units, RPM/Hz) |
| Reset Function | n001 = 6 (clear fault history) |
| Advanced Mode Activation | n079 = 0 (basic), 1 (advanced) |
| Read/Write Method | Operator panel or via serial/Modbus |
| Parameter Units | Varies: Hz, V, A, %, Hex |
| Access Levels | Basic / Advanced / Read-only |
| Parameter Save Method | Stored in EEPROM after power-off |
| Factory Reset | n001 = 10 or 11 (initialization) |
The GPD-315 from Yaskawa serves as a comprehensive parameter listing device, tailored for precise motor management. Users can interact with a total of 179 parameters through either a digital operator or Modbus registers. This accessibility streamlines configuration processes within systems reliant on motor control.
Startup configurations include critical parameters like Init, Control, Run, and Frequency Reference entries. The device supports specific motor settings with values set for voltage (n012), current (n036), and slip (n018), thereby enabling users to fine-tune motor performance based on their operational needs.
Communication is facilitated through designated parameters (n151–n155) focused on Modbus configuration, which aids in seamless integration into networked environments. Users have the flexibility to adjust display settings (n035), selecting preferred units, whether in RPM or Hertz. In terms of fault management, the reset function (n001 = 6) clears fault history effectively.
Advanced users can switch operational modes using the advanced mode activation parameter (n079), with options for basic (0) or advanced (1) access. Parameters may be read or written through an operator panel or by employing serial communication supported by Modbus. Units utilized vary, including Hertz, Volts, Amperes, percentages, or hexadecimal. Access levels are categorized into basic, advanced, or read-only, ensuring proper user permissions.
Parameter retention is handled efficiently, with data stored in EEPROM, maintaining settings after power loss. For factory initialization, values for n001 are set to 10 or 11, returning the device to its default settings, thereby ensuring an effective reset process.