An unofficial summary of facts (addresses, types, units, scaling) from the maker's manual. Not affiliated with the maker; values can differ by firmware or model. Always check the device manual before writing (run commands, settings).
Default communication
| Protocol | Modbus RTU |
|---|---|
| Baud (factory) | 9600 bps — options: 1200, 2400, 4800, 9600, 19200, 38400 |
| Data · parity · stop | 8 · None · 1 |
| Slave ID (factory) | 1 (1~250) |
| Manual address style | 1-based numbers (wire address + 1) |
- Addressing: the manual's Modbus-RTU example (p.191, PDF 203) sends starting address 0x1102 for comm address 0x1103 ('Starting Address -1'), so address = manual address - 1. The example is from the parameter area only; under this rule 0x0000 (model) maps to -1 and is omitted. Verify on hardware for the common area.
- Defaults: CM.01 ID 1 (1-250), CM.02 0 Modbus-RTU (1 LS INV 485), CM.03 3 = 9600 bps (0-5 = 1200-38400), CM.04 0 = D8/PN/S1; CM.04 offers 8N1/8N2/8E1/8O1. p.179-180 (PDF 191-192).
- The CM.03 text says 'up to 115,200 bps', but the setting table and spec table (p.177) list only 1,200-38,400 bps, so only those are listed.
- Function codes 03, 04, 06, 16; exception codes 01/02/03/06 (p.189-190, PDF 201-202). Up to 16 drives, RJ45 pin 1 S+ / pin 8 S- (p.177-179).
Registers (23)
«Wire» is the 0-based address in the request frame (PortDock's «0-based» notation). Value = raw × scale. Table: HR holding register, IR input register, CO coil, DI discrete input. Function codes in hex.
23
Swipe the table sideways — the first column (manual address) stays put.
| Manual | Wire | Table | Name | Type | Unit · scale | R/W | FC | Details |
|---|---|---|---|---|---|---|---|---|
| 0x0001 | 0 (0x0000) | HR | Inverter capacity | U16 | R | 03·04 | Value names as printed (hex 000A = 10, 000F = 15 …). 0 = 0.1kW-1 · 1 = 0.2kW-1 · 2 = 0.4kW-1 · 3 = 0.8kW-1 · 4 = 1.5kW-1 · 5 = 2.2kW-1 · 10 = 1.5kW-2 · 11 = 2.2kW-2 · 12 = 3.7kW-2 · 15 = 0.4kW-4 · 16 = 0.8kW-4 · 17 = 1.5kW-4 · 18 = 2.2kW-4 · 19 = 3.7kW-4 p.192 (PDF 204) | |
| 0x0002 | 1 (0x0001) | HR | Inverter input voltage | U16 | R | 03·04 | 0 = 220 V 1-phase · 1 = 220 V 3-phase · 2 = 440 V 3-phase p.192 (PDF 204) | |
| 0x0003 | 2 (0x0002) | HR | Version | U16 | R | 03·04 | Common-area S/W version is shown in hex (p.194 note 2). Manual example: 0x0010 = version 1.01 (as printed). p.192 (PDF 204) | |
| 0x0004 | 3 (0x0003) | HR | Parameter setting (comm) | U16 | R/W | 03·04·06·10 | 0 = Prohibit communication settings · 1 = Allow communication settings p.192 (PDF 204) | |
| 0x0005 | 4 (0x0004) | HR | Command frequency | U16 | ×0.01 Hz | R/W | 03·04·06·10 | Start frequency to maximum frequency p.192 (PDF 204) |
| 0x0006 | 5 (0x0005) | HR | Operation command | U16 | R/W | 03·04·06·10 | B0-B4 writable, B5 reserved. B6-B7 (read) run command source: 0 terminal block, 1 keypad, 3 communication. B8-B12 (read) frequency source: 0 keypad-1/2, 2-8 multi-step speed 1-7, 9 up, 10 down, 11 up/down zero, 12 V0, 13 V1, 14 I2(I), 15 I2(V), 16 V0+I2(I), 17 V0+I2(V), 18 V0+I2(V) (as printed), 19 communication. B13-B15 reserved. b0 Stop · b1 Forward operation · b2 Reverse operation · b3 Fault reset · b4 Emergency stop p.192 (PDF 204) | |
| 0x0007 | 6 (0x0006) | HR | Acceleration time | U16 | ×0.1 s | R/W | 03·04·06·10 | p.192 (PDF 204) |
| 0x0008 | 7 (0x0007) | HR | Deceleration time | U16 | ×0.1 s | R/W | 03·04·06·10 | p.192 (PDF 204) |
| 0x0009 | 8 (0x0008) | HR | Output current | U16 | ×0.1 A | R | 03·04 | p.193 (PDF 205) |
| 0x000A | 9 (0x0009) | HR | Output frequency | U16 | ×0.01 Hz | R | 03·04 | p.193 (PDF 205) |
| 0x000B | 10 (0x000A) | HR | Output voltage | U16 | V | R | 03·04 | p.193 (PDF 205) |
| 0x000C | 11 (0x000B) | HR | DC link voltage | U16 | V | R | 03·04 | p.193 (PDF 205) |
| 0x000D | 12 (0x000C) | HR | Output power | U16 | ×0.1 kW | R | 03·04 | p.193 (PDF 205) |
| 0x000E | 13 (0x000D) | HR | Operation status | U16 | R | 03·04 | b0 Stopped · b1 Operating in forward direction · b2 Operating in reverse direction · b3 Fault trip · b4 Accelerating · b5 Decelerating · b6 Speed reached · b7 DC braking · b8 Drive stopping · b10 Brake release signal · b11 Forward command · b12 Reverse command p.193 (PDF 205) | |
| 0x000F | 14 (0x000E) | HR | Fault trip information A | U16 | R | 03·04 | b1 OVT · b2 EXT-A · b3 EST · b4 COL · b5 GFT · b6 OHT · b7 ETH · b8 OLT · b10 EXT-B · b11 EEP · b12 FAN · b13 POT · b14 IOLT · b15 LVT p.193 (PDF 205) | |
| 0x0010 | 15 (0x000F) | HR | Input terminal information | U16 | R | 03·04 | b0 P1 · b1 P2 · b2 P3 · b3 P4 · b4 P5 p.193 (PDF 205) | |
| 0x0011 | 16 (0x0010) | HR | Output terminal information | U16 | R | 03·04 | b4 3ABC p.193 (PDF 205) | |
| 0x0012 | 17 (0x0011) | HR | V1 input | U16 | R | 03·04 | 0x0000-0x03FF for 0-10 V input Range 0 ~ 1023 p.193 (PDF 205) | |
| 0x0013 | 18 (0x0012) | HR | V0 input (keypad volume) | U16 | R | 03·04 | 0-5 V keypad volume, 0x0000-0x03FF Range 0 ~ 1023 p.193 (PDF 205) | |
| 0x0014 | 19 (0x0013) | HR | I input | U16 | R | 03·04 | 0x0000-0x03FF for 0-20 mA input Range 0 ~ 1023 p.193 (PDF 205) | |
| 0x0015 | 20 (0x0014) | HR | RPM | U16 | R | 03·04 | p.194 (PDF 206) | |
| 0x001D | 28 (0x001C) | HR | Fault trip information B | U16 | R | 03·04 | b0 COM · b2 NTC · b3 REEP · b4 OCT · b5 NBR · b9 ROT p.194 (PDF 206) | |
| 0x001E | 29 (0x001D) | HR | PID feedback | U16 | ×0.1 % | R/W | 03·04·06·10 | Written/read in 0.1% when PID feedback is set to communication, regardless of AP.02. Example: max 60.00 Hz, 0x0032 (5.0%) → 3.00 Hz. p.194 (PDF 206) |
Notes
- RS-485 is available only on models with advanced I/O (p.177).
- Set drv = 3 (Int 485) and Frq = 9 (Int 485) to command over RS-485 (p.181, PDF 193).
- Values changed via the common area are not saved and revert on reset/power cycle; changes via group parameters are retained (p.194 note 1).
- 0x001A unit display, 0x001B poles, 0x001C custom version are 'Not Used'; 0x0100-0x010F are read/write windows for addresses registered in CM.31-38 and CM.51-58 (p.194).
Read it with PortDock
- Install the free PortDock Modbus Master and connect with the device's settings.
- On the table toolbar, «Device profile…» → pick this device → «Load». Polling tables, names, types and the Slave ID are filled in (optionally the serial settings too).
- Names carry the unit and scale (e.g. «×0.01 Hz»). Values on screen are raw — multiply by the scale.
- To test your program without the device, PortDock Modbus Slave's «Emulate device…» serves the same map with example values.
Download JSON
- ls-electric/m100.json (GitHub raw) · copy on this site · history
- schema.json — format (JSON Schema). table, address (0-based), type and order match the PortDock CSV.
- License: CC BY 4.0 — please cite:
PortDock device register maps, v2026.10 · 09ac1d0b2792, https://portdock.dev/devices/
and this page. LICENSE · data bundle, version and changelog - Found a mistake? Please open a GitHub issue with the manual page.
Sources
- M100 User Manual (M100_User Manual_EN_V2.3_260223.pdf) — LSLV-M100 — LS ELECTRIC, file V2.3, 2026-02-23 (last Revision History entry V2.0 2022.09, p.254) · chapter 8 RS-485 pp.177-194 (PDF 189-206) · checked 2026-10-22