Parameter List
Source: is580-parameters.html (Appendix D “Function Parameter Tables” of the IS580-S comprehensive manual)
Usage notes
When FP-00 is set to a nonzero value, a user password is enabled. In function-parameter mode and user-changed-parameter mode, the parameter menu is accessible only after the correct password is entered. To remove the password, set FP-00 to 0.
The user password only locks panel operation. After entering the correct password, the valid session for reading/writing via the keypad lasts one hour; after that, the password must be re-entered. Communication operations can read and write parameters without a password (except for the FP group).
The F group and A group are basic function parameters, and the U group is monitoring parameters. The “Change” column uses the following symbols:
| Symbol | Meaning |
|---|---|
| ☆ | The setting can be changed in both stop and run states. |
| ★ | The setting cannot be changed while running. |
| ● | The value is a read-only detected value. |
| * | Factory parameter; restricted to the manufacturer. |
The parameter tables were extracted from PDF-to-HTML conversion. Long tables that cross pages may have misaligned cells. Before batch-writing parameters in the field, verify against the original manufacturer PDF or the drive’s actual display.
Parameter table fields
| Field | Description |
|---|---|
| Function code | Drive parameter number, e.g. A0-00, F0-02, A2-01. |
| Name | Parameter name. |
| Setting range | Settable values, enumerations, or read-only range. |
| Min unit | Minimum adjustment resolution. |
| Factory value | Default. |
| Change | Whether the value can be changed while running, or whether it is read-only / factory. |
D.1 Basic function parameter summary
A0 group: field-weakening control
| Code | Name | Range | Min unit | Default | Change |
|---|---|---|---|---|---|
| A0-00 | Synchronous-motor field-weakening method | 0: direct calculation; 1: auto-adjust | 1 | 1 | ★ |
| A0-01 | Field-weakening current coefficient | 0–500 | 1 | 5 | ☆ |
| A0-02 | Synchronous-motor field-weakening depth | 0%–50% | 1% | 5% | ☆ |
| A0-03 | Synchronous-motor maximum output gain | 20%–300% | 1% | 100% | ☆ |
| A0-04 | Synchronous-motor calculated excitation-current gain | 40%–200% | 1% | 100% | ☆ |
A1 group: PG card
| Code | Name | Range | Min unit | Default | Change |
|---|---|---|---|---|---|
| A1-00 | PG card type | 0: resolver; 1: reserved; 2: reserved | 1 | 0 | ★ |
| A1-02 | Encoder mounting angle | 0.0°–359.9° | 0.1° | 0.0 | ☆ |
| A1-03 | Speed-feedback direction | 0: same as motor shaft; 1: opposite | 1 | — | ★ |
| A1-04 | Resolver pole pairs | 1–50 | 1 | Motor-specific | ★ |
| A1-05 | PG-card disconnection detection time | 0.000 s–00.050 s | 0.001 s | 0.020 s | ☆ |
| A1-06 | Encoder pulses | 3–65535 | 1 | 1024 | ★ |
| A1-08 | Encoder interference detection count | 0–60000 | 1 | 0 | ☆ |
A2 group: CAN communication
| Code | Name | Range | Min unit | Default | Change |
|---|---|---|---|---|---|
| A2-00 | Baud rate | 0: 20K; 1: 50K; 2: 125K; 3: 250K; 4: 500K; 5: 1M | 1 | 4 | ☆ |
| A2-01 | Communication address | 1–64 | 1 | 1 | ☆ |
| A2-02 | Communication disconnection detection time | 0.1 s–600.0 s | 0.1 s | 0.3 s | ☆ |
| A2-03 | CAN multi-pump mode | 0: broadcast; 1: multi-master | 1 | 0 | ☆ |
| A2-04 | CAN slave-pump address 1 | 0–65535 | 1 | 0 | ☆ |
| A2-05 | CAN slave-pump address 2 | 0–65535 | 1 | 0 | ☆ |
| A2-06 | CAN slave-pump address 3 | 0–65535 | 1 | 0 | ☆ |
| A2-07 | CAN slave-pump address 4 | 0–65535 | 1 | 0 | ☆ |
| A2-09 | CAN protocol in speed mode | 0: reserved; 1: CANopen; 2: reserved | 1 | 0 | ★ |
| A2-10 | CANopen expert mode | 0: off; 1: on | 1 | 0 | ★ |
| A2-11 | PDO inhibit time in CANopen | 0–65535 | 1 | 0 | ★ |
F0 group: basic operation and command parameters
The HTML extraction shows that the F0 group contains the command source, running frequency, and upper-limit frequency. Parameters from the quick-tuning manual that are explicitly used during basic commissioning include:
| Code | Name / purpose | Recommendation or note |
|---|---|---|
| F0-02 | Command source / operator-panel command mode | During basic commissioning, set F0-02=0 to use the operator panel. |
| F0-03 | Operation-related parameter | The extraction shows a F0-03=6 scenario; verify the specific function against the original table. |
| F0-10 | Upper-limit frequency / related clamp | Several ranges reference F0-10; confirm the upper limit before changing related parameters. |
| F0-28 | Communication-card type | Required during communication-fault diagnosis. |
Common field-parameter index for injection machines
| Scenario | Key parameters / group | Purpose |
|---|---|---|
| Operator-panel commissioning | F0-02 | Select operator-panel command mode. |
| Motor and feedback | A1 group | Set PG-card type, encoder angle, feedback direction, pulses, disconnection detection. |
| CAN communication and multi-pump | A2 group | Set baud rate, address, multi-pump mode, slave addresses, and CANopen parameters. |
| Fault diagnosis | A1-05, F0-28, FD group | Encoder disconnection detection, communication-card type, communication parameters. |
| Braking circuit | F9-08 | For models under 75 kW with a built-in braking unit, set the unit’s action start voltage after connecting the braking resistor. |
Multi-pump mode faults
The parameter HTML also includes the “Appendix C: Injection-Machine Multi-Pump Mode” alarms. Faults specific to multi-pump control include slave-fault early warning E47.00 and CAN address conflict E48.00.
| Fault | Diagnostic path |
|---|---|
Slave fault early warning E47.00 | Check whether the slave has a fault; check CAN wiring; try replacing the terminal board; if unresolved, contact technical support. |
CAN address conflict E48.00 | Check whether more than one drive has the same station number; check CAN wiring; try replacing the terminal board; if unresolved, contact technical support. |
Recommendations for future completion of the parameter table
This page already covers the deterministic A0, A1, A2 groups and the common parameters referenced in the quick-tuning and fault chapters. Because the original PDF tables span pages and the HTML uses absolute positioning, achieving an “item-by-item complete parameter table” is best done later using Excel/Word source tables or manually verified CSV; otherwise setting range, min unit, and factory values may be misaligned across columns.