Veichi AC310 AC drive

Register map(s) for this device, with a note of how far each has been checked. Addresses are 0-based, as on the wire. Scale and byte order are confirmed only at the hardware-verified rung.

coherence-checked

Round-trips through a real Modbus stack with no overlapping addresses and a word-order-sensitive codec — the map is internally coherent and wire-decodable. Does NOT prove byte-order or scaling match a real device: the emulator is seeded from the map's own types, so a uniformly wrong byte-order still round-trips. Only hardware-verified confirms byte-order/scale on the wire.

point	address (0-based)	type	scale	unit
Parameter access level	0	U16	1
Use selection	1	U16	1
Reserved	2	U16	1
Initialization	3	U16	1
Keyboard parameter copy	4	U16	1
Reserved	5	U16	1
Reserved	6	U16	1
Free parameter 1	7	U16	1
Free parameter 2	8	U16	1
Common parameter address setting	10	U16	1
Motor control mode	256	U16	1
Run command channel	257	U16	1
Frequency given source channel A	258	U16	1
Gain of frequency given source channel A	259	U16	1
Frequency given source channel B	260	U16	1
Gain of frequency given source channel B	261	U16	1
Frequency channel B reference source	262	U16	1
Frequency given source selection	263	U16	1
Frequency given with run command binding	264	U16	1
Keyboard digital given frequency	265	U16	1
Maximum frequency	266	U16	1
Upper frequency limit source selection	267	U16	1
Upper frequency limit digital setting	268	U16	1
Lower frequency limit	269	U16	1
Frequency command resolution	270	U16	1
Reference frequency for acceleration/deceleration time	276	U16	1
Unit of acceleration/deceleration time	277	U16	1
Acceleration time 1	278	U16	1
Deceleration time 1	279	U16	1
Acceleration time 2	280	U16	1
Deceleration time 2	281	U16	1
Acceleration time 3	282	U16	1
Deceleration time 3	283	U16	1
Acceleration time 4	284	U16	1
Deceleration time 4	285	U16	1
S-curve acceleration/deceleration selection	286	U16	1
S-curve acceleration start time	287	U16	1
S-curve acceleration end time	288	U16	1
S-curve deceleration start time	289	U16	1
S-curve deceleration end time	290	U16	1
Frequency of switching between acceleration time 1 and accel	291	U16	1
Carrier frequency	296	U16	1
PWM control mode	297	U16	1
Dead-time compensation gain	299	U16	1
PWM random depth	302	U16	1
Motor type	512	U16	1
Number of motor poles	513	U16	1
Rated motor power	514	U16	1
Rated motor frequency	515	U16	1
Rated motor speed	516	U16	1
Rated motor voltage	517	U16	1
Rated motor current	518	U16	1
Selection of motor parameter auto-tuning	519	U16	1
No-load current of asynchronous motor	522	U16	1
Stator resistance of asynchronous motor	523	U16	1
Rotor resistance of asynchronous motor	524	U16	1
Stator leakage inductance of asynchronous motor	525	U16	1
Stator inductance of asynchronous motor	526	U16	1
Stator resistance per-unit value	527	U16	1
Rotor resistance per-unit value	528	U16	1
Stator leakage inductance per-unit value	529	U16	1
Stator inductance per-unit value	530	U16	1
Decimal place selection for F02.11 - F02.14	531	U16	1
Stator resistance of synchronous motor	532	U16	1
d-axis inductance of synchronous motor	533	U16	1
q-axis inductance of synchronous motor	534	U16	1
Back-EMF of synchronous motor	535	U16	1
Mounting angle of synchronous motor encoder	536	U16	1
Stator resistance per-unit value of synchronous motor	537	U16	1
d-axis inductance per-unit value of synchronous motor	538	U16	1
q-axis inductance per-unit value of synchronous motor	539	U16	1
Pulse width coefficient of synchronous motor	540	U16	1
Decimal place selection for F02.20 - F02.22	541	U16	1
Types of speed feedback encoder	542	U16	1
Encoder direction	543	U16	1
ABZ encoder Z pulse detection selection	544	U16	1
Number of ABZ encoder pulse	545	U16	1
Number of resolver poles	546	U16	1
Encoder transmission ratio numerator	547	U16	1
Encoder transmission ratio denominator	548	U16	1
Encoder speed measurement filter time	549	U16	1
Encoder disconnection detection time	550	U16	1
Allowable deviation of Z pulse	559	U16	1
Tuning current value of Z pulse	560	U16	1
Encoder debug register	561	U16	1
Stator resistance start tuning function selection	562	U16	1
Stator resistance start tuning coefficient 1	563	U16	1
Stator resistance start tuning coefficient 2	564	U16	1
Stator resistance start tuning coefficient 3	565	U16	1
Magnetic pole search of synchronous motor	572	U16	1
Pole search current set point	573	U16	1
ASR speed rigidity class	768	U16	1
ASR speed rigidity mode	769	U16	1
ASR (speed loop) proportional gain 1	770	U16	1
ASR (speed loop) integral time 1	771	U16	1
ASR filter time 1	772	U16	1
ASR switching frequency 1	773	U16	1
ASR (speed loop) proportional gain 2	774	U16	1
ASR (speed loop) integral time 2	775	U16	1
ASR filter time 2	776	U16	1
ASR switching frequency 2	777	U16	1
Current loop D-axis proportional gain	778	U16	1
Current loop D-axis integral gain	779	U16	1
Current loop Q-axis proportional gain	780	U16	1
Current loop Q-axis integral gain	781	U16	1
Reserved	782	U16	1
Torque limit in drive state	783	U16	1
Torque limit in power generation state	784	U16	1
Regenerative torque limit at low speed	785	U16	1
Frequency amplitude for torque limit action at low speed	786	U16	1
Torque limit selection	787	U16	1
Low frequency pull-in current of synchronous motor	788	U16	1
High frequency pull-in current of synchronous motor	789	U16	1
Pull-in current frequency of synchronous motor	790	U16	1
Slip compensation	791	U16	1
Initial value of starting torque	792	U16	1
Flux weakening feedforward coefficient	798	U16	1
Flux weakening control gain	799	U16	1
Flux weakening current upper limit	800	U16	1
Flux weakening voltage coefficient	801	U16	1
Shaft output power limit	802	U16	1
Over-excitation brake gain	803	U16	1
Over-excitation brake limit	804	U16	1
Energy-saving running	805	U16	1
Lower excitation limit in energy-saving running	806	U16	1
Filter coefficient of energy-saving running	807	U16	1
Torque control selection	808	U16	1
Torque command setting	809	U16	1
Torque given by keyboard digital	810	U16	1
Torque input lower limit	811	U16	1
Corresponding setting of lower torque limit	812	U16	1
Torque input upper limit	813	U16	1
Upper torque limit setting	814	U16	1
Torque filter time	815	U16	1
Speed limit selection	816	U16	1
Torque command upper limit	820	U16	1
Torque command lower limit	821	U16	1
Selection of torque control forward speed limit	822	U16	1
Selection of torque control reverse speed limit	823	U16	1
Forward speed limit number/gain setting	824	U16	1
Reverse speed limit number/gain setting	825	U16	1
Torque gain switching frequency setting	826	U16	1
Torque gain setting	827	U16	1
High-frequency injection selection	828	U16	1
High-frequency injection voltage	829	U16	1
High-frequency injection cutoff frequency	830	U16	1
Position compensation control	838	U16	1
Compensation gain	839	U16	1
Compensation range limiting	840	U16	1
Compensation range	841	U16	1
MTPA gain of synchronous motor	848	U16	1
MTPA filter time of synchronous motor	849	U16	1
Linear V/F curve selection	1024	U16	1
Torque boost	1025	U16	1
Torque boost cutoff frequency	1026	U16	1
Slip compensation gain	1027	U16	1
Slip compensation range limiting	1028	U16	1
Slip compensation filter time	1029	U16	1
Oscillation suppression gain	1030	U16	1
Oscillation suppression filter time	1031	U16	1
Output voltage percentage	1032	U16	1
Self-setting voltage 1	1034	U16	1
Self-setting frequency 1	1035	U16	1
Self-setting voltage 2	1036	U16	1
Self-setting frequency 2	1037	U16	1
Self-setting voltage 3	1038	U16	1
Self-setting frequency 3	1039	U16	1
Self-setting voltage 4	1040	U16	1
Self-setting frequency 4	1041	U16	1
Self-setting voltage 5	1042	U16	1
Self-setting frequency 5	1043	U16	1
V/F separation voltage setting	1044	U16	1
V/F separation output voltage number setting	1045	U16	1
V/F separation voltage acceleration time	1046	U16	1
V/F separation voltage deceleration time	1047	U16	1
V/F separation stop mode	1048	U16	1
V/F separation voltage digital setting	1049	U16	1
Automatic energy-saving control	1054	U16	1
Frequency lower limit of the energy-saving voltage drop	1055	U16	1
Voltage lower limit of the energy-saving voltage drop	1056	U16	1
Voltage regulation rate of the energy-saving voltage drop	1057	U16	1
Energy-saving voltage recovery rate	1058	U16	1
Over-excitation coefficient	1059	U16	1
Function selection of terminal X1	1280	U16	1
Function selection of terminal X2	1281	U16	1
Function selection of terminal X3	1282	U16	1
Function selection of terminal X4	1283	U16	1
Function selection of terminal X5	1284	U16	1
Function selection of terminal X6	1285	U16	1
Function selection of terminal X7	1286	U16	1
Function selection of terminal X8	1287	U16	1
Function selection of terminal X9	1288	U16	1
Function selection of terminal X10	1289	U16	1
X1 activation detection delay	1290	U16	1
X1 deactivation detection delay	1291	U16	1
X2 activation detection delay	1292	U16	1
X2 deactivation detection delay	1293	U16	1
X3 activation detection delay	1294	U16	1
X3 deactivation detection delay	1295	U16	1
X4 activation detection delay	1296	U16	1
X4 deactivation detection delay	1297	U16	1
X5 activation detection delay	1298	U16	1
X5 deactivation detection delay	1299	U16	1
Terminal control running mode	1300	U16	1
Terminal X1-X4 characteristic selection	1302	U16	1
Terminal X5-X8 characteristic selection	1303	U16	1
Terminal X9-X10 characteristic selection	1304	U16	1
Terminal's frequency adjustment mode	1305	U16	1
Acceleration/deceleration rate of the terminal UP/DW control	1306	U16	1
Deceleration time of emergency stop by terminal	1307	U16	1
PUL port signal source	1310	U16	1
Minimum frequency of PUL input	1311	U16	1
PUL minimum frequency corresponding setting	1312	U16	1
Maximum frequency of PUL input	1313	U16	1
PUL maximum frequency corresponding setting	1314	U16	1
PUL filter time	1315	U16	1
PUL cutoff frequency	1316	U16	1
AI1 input signal type	1321	U16	1
AI2 input signal type	1322	U16	1
Analog value input curve selection	1323	U16	1
AI1 lower limit	1330	U16	1
AI1 lower limit corresponding setting	1331	U16	1
AI1 upper limit	1332	U16	1
AI1 upper limit corresponding setting	1333	U16	1
AI1 filter time	1334	U16	1
AI2 lower limit	1335	U16	1
AI2 lower limit corresponding setting	1336	U16	1
AI2 upper limit	1337	U16	1
AI2 upper limit corresponding setting	1338	U16	1
AI2 filter time	1339	U16	1
Curve 1 lower limit	1340	U16	1
Curve 1 lower limit corresponding setting	1341	U16	1
Input voltage of inflexion point 1 of curve 1	1342	U16	1
Corresponding setting of inflection point 1 of curve 1	1343	U16	1
Input voltage of inflexion point 2 of curve 1	1344	U16	1
Corresponding setting of inflection point 2 of curve 1	1345	U16	1
Curve 1 upper limit	1346	U16	1
Curve 1 upper limit corresponding setting	1347	U16	1
Curve 2 lower limit	1350	U16	1
Curve 2 lower limit corresponding setting	1351	U16	1
Input voltage of inflexion point 1 of curve 2	1352	U16	1
Corresponding setting of inflection point 1 of curve 2	1353	U16	1
Input voltage of inflexion point 2 of curve 2	1354	U16	1
Corresponding setting of inflection point 2 of curve 2	1355	U16	1
Curve 2 upper limit	1356	U16	1
Curve 2 upper limit corresponding setting	1357	U16	1
Characteristic selection of AI as digital input terminals	1360	U16	1
Function selection of AI1 terminal (as X)	1361	U16	1
High level setting for AI1	1362	U16	1
Low level setting for AI1	1363	U16	1
Function selection of AI2 terminal (as X)	1364	U16	1
High level setting for AI2	1365	U16	1
Low level setting for AI2	1366	U16	1
AO mode selection	1536	U16	1
AO quantity selection	1537	U16	1
AO gain	1538	U16	1
AO bias	1539	U16	1
AO filter	1540	U16	1
Setting AO as the FM output lower limit	1541	U16	1
Setting AO as the FM output upper limit	1542	U16	1
Expanded AO mode selection	1546	U16	1
Expanded AO quantity selection	1547	U16	1
Expanded AO gain	1548	U16	1
Expanded AO analog output bias	1549	U16	1
Expanded AO filtering	1550	U16	1
Output terminal polarity selection	1556	U16	1
Output terminal Y	1557	U16	1
Relay 1 output (TA-TB-TC)	1558	U16	1
Extended output terminal Y1	1559	U16	1
Extended relay 2 output (TA-TB-TC)	1560	U16	1
Delay when Y outputs ON	1561	U16	1
Delay when relay 1 outputs ON	1562	U16	1
Delay when extended Y outputs ON	1563	U16	1
Delay when extended relay 2 outputs ON	1564	U16	1
Delay when Y outputs OFF	1565	U16	1
Delay when relay 1 outputs OFF	1566	U16	1
Delay when extended Y outputs OFF	1567	U16	1
Delay when extended relay 2 outputs OFF	1568	U16	1
Frequency detection value 1	1576	U16	1
Frequency detection range 1	1577	U16	1
Frequency detection value 2	1578	U16	1
Frequency detection range 2	1579	U16	1
Detection range for the given frequency reached	1580	U16	1
Comparator 1 monitor selection	1586	U16	1
Comparator 1 upper limit	1587	U16	1
Comparator 1 lower limit	1588	U16	1
Comparator 1 bias	1589	U16	1
Comparator 1 action selection	1590	U16	1
Comparator 2 monitor selection	1591	U16	1
Comparator 2 upper limit	1592	U16	1
Comparator 2 lower limit	1593	U16	1
Comparator 2 bias	1594	U16	1
Comparator 2 action selection	1595	U16	1
Function selection of virtual terminal vX1	1596	U16	1
Function selection of virtual terminal vX2	1597	U16	1
Function selection of virtual terminal vX3	1598	U16	1
Function selection of virtual terminal vX4	1599	U16	1
Activation state source of terminal vX	1600	U16	1
Activation state of function code setting for virtual termin	1601	U16	1
Virtual vY1 output selection	1602	U16	1
Virtual vY2 output selection	1603	U16	1
Virtual vY3 output selection	1604	U16	1
Virtual vY4 output selection	1605	U16	1
Delay when vY1 outputs ON	1606	U16	1
Delay when vY2 outputs ON	1607	U16	1
Delay when vY3 outputs ON	1608	U16	1
Delay when vY4 outputs ON	1609	U16	1
vY1 output OFF delay time	1610	U16	1
vY2 output OFF delay time	1611	U16	1
vY3 output OFF delay time	1612	U16	1
vY4 output OFF delay time	1613	U16	1
Start mode	1792	U16	1
Start pre-excitation time	1793	U16	1
Start frequency	1794	U16	1
Start protection selection	1795	U16	1
Rotation direction selection	1797	U16	1
Selection of restart action upon power failure	1798	U16	1
Waiting time for restart after power failure	1799	U16	1
Stop mode	1802	U16	1
Stop detection frequency	1803	U16	1
Minimum time between stop and restart	1804	U16	1
Selection of action below lower frequency limit	1807	U16	1
Zero-speed torque retention current	1808	U16	1
Zero-speed torque retention time	1809	U16	1
Forward and reverse rotation dead time	1810	U16	1
Start DC braking current	1812	U16	1
DC braking time on startup	1813	U16	1
DC braking start frequency	1814	U16	1
Stop DC braking current	1815	U16	1
Stop DC braking time	1816	U16	1
Speed tracking mode	1817	U16	1
Speed tracking time	1818	U16	1
Speed tracking stop delay	1819	U16	1
Speed tracking current	1820	U16	1
Jogging frequency setting	1822	U16	1
Jogging acceleration time	1823	U16	1
Jogging deceleration time	1824	U16	1
Jogging S-curve selection	1825	U16	1
Jogging stop mode selection	1826	U16	1
Start retention frequency	1832	U16	1
Start frequency retention time	1833	U16	1
Stop retention frequency	1834	U16	1
Stop frequency retention time	1835	U16	1
Hopping frequency 1	1836	U16	1
Hopping frequency amplitude 1	1837	U16	1
Hopping frequency 2	1838	U16	1
Hopping frequency amplitude 2	1839	U16	1
Counter input source	2048	U16	1
Count input frequency division	2049	U16	1
Counter maximum value	2050	U16	1
Counter setting value	2051	U16	1
Number of pulses per meter	2052	U16	1
Set length	2053	U16	1
Actual length	2054	U16	1
Timer time unit	2055	U16	1
Timer set point	2056	U16	1
Swing frequency control selection	2078	U16	1
Swing frequency amplitude control selection	2079	U16	1
Preset swing frequency	2080	U16	1
Preset swing frequency waiting time	2081	U16	1
Swing frequency amplitude	2082	U16	1
Jump frequency	2083	U16	1
Triangular wave rise time	2084	U16	1
Triangular wave drop time	2085	U16	1
Device maintenance alarm selection	2306	U16	1
Cooling fan maintenance setting	2307	U16	1
Main relay maintenance setting	2308	U16	1
Over-current suppression function	2560	U16	1
Over-current suppression point	2561	U16	1
Over-current suppression gain	2562	U16	1
Current protection setting 1	2563	U16	1
Current protection setting 2	2564	U16	1
Current imbalance judgment threshold	2565	U16	1
Current imbalance filter coefficient	2566	U16	1
Bus overvoltage suppression function	2571	U16	1
Bus overvoltage suppression point	2572	U16	1
Bus overvoltage suppression gain	2573	U16	1
Dynamic brake enabling	2574	U16	1
Dynamic brake action voltage	2575	U16	1
Bus under-voltage suppression function	2576	U16	1
Bus under-voltage suppression point	2577	U16	1
Bus under-voltage suppression gain	2578	U16	1
DC bus under-voltage protection point	2579	U16	1
Input and output phase loss protection selection	2580	U16	1
Input phase loss threshold	2581	U16	1
Grounding short circuit protection selection	2582	U16	1
Fan ON/OFF control selection	2583	U16	1
Fan control delay time	2584	U16	1
AC drive overheat oH1 warning detection level	2585	U16	1
Motor overheat protection selection (Extension card)	2586	U16	1
Motor overheat alarm level (Extension card)	2587	U16	1
Motor overheat warning level (Extension card)	2588	U16	1
Load warning detection setting	2592	U16	1
Load warning detection level 1	2593	U16	1
Load warning detection time 1	2594	U16	1
Load warning detection level 2	2595	U16	1
Load warning detection time 2	2596	U16	1
Protection against excessive speed deviation	2600	U16	1
Excessive speed deviation detection threshold	2601	U16	1
Excessive speed deviation detection time	2602	U16	1
Speed surge protection	2603	U16	1
Speed surge detection threshold	2604	U16	1
Speed surge detection time	2605	U16	1
Fault self-recovery times setting	2610	U16	1
Fault self-recovery interval	2611	U16	1
Times of fault recovery	2612	U16	1
Motor overload model	2615	U16	1
Motor insulation class	2616	U16	1
Motor working system	2617	U16	1
Motor overload start threshold	2618	U16	1
Motor overload current coefficient	2619	U16	1
Parameters and button lock selection	2816	U16	1
Button lock password	2817	U16	1
Keyboard multi-function button selection	2818	U16	1
Keyboard STOP button setting	2819	U16	1
Function of up/down button (knob) in status interface	2820	U16	1
Parameter code setting quick change with up/down button	2821	U16	1
Keyboard command button selection	2822	U16	1
Function of left/right buttons in status interface	2826	U16	1
Loop parameter 1 for the keyboard first line	2827	U16	1
Loop parameter 2 for the keyboard first line	2828	U16	1
Loop parameter 3 for the keyboard first line	2829	U16	1
Loop parameter 4 for the keyboard first line	2830	U16	1
Loop parameter 1 for the keyboard second line	2831	U16	1
Loop parameter 2 for the keyboard second line	2832	U16	1
Loop parameter 3 for the keyboard second line	2833	U16	1
Loop parameter 4 for the keyboard second line	2834	U16	1
Keyboard display item setting	2836	U16	1
Speed display coefficient	2837	U16	1
Power display coefficient	2838	U16	1
Monitoring parameter group display selection	2839	U16	1
Monitoring parameter filtering selection	2840	U16	1
Display during motor auto-tuning	2841	U16	1
Fault self-recovery display selection	2843	U16	1
Lower voltage limit of keyboard potentiometer	2847	U16	1
Corresponding value to lower limit of keyboard potentiometer	2848	U16	1
Upper voltage limit of keyboard potentiometer	2849	U16	1
Corresponding value to upper limit of keyboard potentiometer	2850	U16	1
Keyboard potentiometer selection	2851	U16	1
Master/Slave selection	3072	U16	1
Modbus communication address	3073	U16	1
Communication baud rate selection	3074	U16	1
Modbus communication data format	3075	U16	1
Modbus communication transmission response processing	3076	U16	1
Modbus communication response delay	3077	U16	1
Modbus communication timeout fault time	3078	U16	1
Communication disconnection processing	3079	U16	1
Receiving data (address 0x3000) zero bias	3080	U16	1
Receive data (address 0x3000) gain	3081	U16	1
Master loop transmission parameter selection	3082	U16	1
Custom address of given frequency	3083	U16	1
Command setting custom address setting	3084	U16	1
Custom address of forward running command	3085	U16	1
Custom address of reverse running command	3086	U16	1
Custom address of stop command	3087	U16	1
Custom address of reset command	3088	U16	1
Master sending command selection	3091	U16	1
RJ45 interface communication mode selection	3092	U16	1
Slave address of RJ45 interface	3093	U16	1
RJ45 interface communication baud rate selection	3094	U16	1
RJ45 interface data format	3095	U16	1
RJ45 interface transmission response processing	3096	U16	1
RJ45 interface communication response delay	3097	U16	1
RJ45 interface communication timeout fault time	3098	U16	1
RJ45 interface communication disconnection processing	3099	U16	1
DP card address	3102	U16	1
DP master-slave communication fault action	3104	U16	1
CAN mode selection	3112	U16	1
CAN communication slave address	3113	U16	1
CAN communication baud rate	3114	U16	1
CAN master-slave communication fault action	3115	U16	1
Expansion port communication disconnection processing	3122	U16	1
Extension port EX-A parameter updating	3123	U16	1
Extension port EX-B parameter updating	3124	U16	1
Extension port EX-A monitor frame address group 1	3125	U16	1
Extension port EX-A monitor frame address group 2	3126	U16	1
Extension port EX-A monitor frame address group 3	3127	U16	1
Extension port EX-A monitor frame address group 4	3128	U16	1
Extension port EX-B monitor frame address group 1	3129	U16	1
Extension port EX-B monitor frame address group 2	3130	U16	1
Extension port EX-B monitor frame address group 3	3131	U16	1
Extension port EX-B monitor frame address group 4	3132	U16	1
PID control given source	3328	U16	1
Keyboard digital of PID given/feedback	3329	U16	1
PID given change time	3330	U16	1
PID control feedback source	3331	U16	1
Feedback signal low-pass filter time	3332	U16	1
Feedback signal gain	3333	U16	1
Feedback signal range	3334	U16	1
PID control selection	3335	U16	1
PID preset output	3336	U16	1
PID preset output running time	3337	U16	1
PID control deviation limit	3338	U16	1
Proportional gain P1	3339	U16	1
Integral time I1	3340	U16	1
Differentiation gain D1	3341	U16	1
Proportional gain P2	3342	U16	1
Integral time I2	3343	U16	1
Differentiation gain D2	3344	U16	1
PID parameter switching conditions	3345	U16	1
Lower value of switching deviation	3346	U16	1
Higher value of switching deviation	3347	U16	1
Differentiation limit	3349	U16	1
Upper limit of PID output	3350	U16	1
Lower limit of PID output	3351	U16	1
PID output filter time	3352	U16	1
Feedback disconnection action selection	3353	U16	1
Feedback disconnection detection time	3354	U16	1
Disconnection alarm upper limit	3355	U16	1
Disconnection alarm lower limit	3356	U16	1
Sleep selection	3357	U16	1
Sleep frequency	3358	U16	1
Sleep delay time	3359	U16	1
Wake-up deviation	3360	U16	1
Wake-up delay time	3361	U16	1
PLC multi-speed 1	3584	U16	1
PLC multi-speed 2	3585	U16	1
PLC multi-speed 3	3586	U16	1
PLC multi-speed 4	3587	U16	1
PLC multi-speed 5	3588	U16	1
PLC multi-speed 6	3589	U16	1
PLC multi-speed 7	3590	U16	1
PLC multi-speed 8	3591	U16	1
PLC multi-speed 9	3592	U16	1
PLC multi-speed 10	3593	U16	1
PLC multi-speed 11	3594	U16	1
PLC multi-speed 12	3595	U16	1
PLC multi-speed 13	3596	U16	1
PLC multi-speed 14	3597	U16	1
PLC multi-speed 15	3598	U16	1
PLC running mode selection	3599	U16	1
PLC segment 1 running time	3600	U16	1
PLC segment 2 running time	3601	U16	1
PLC segment 3 running time	3602	U16	1
PLC segment 4 running time	3603	U16	1
PLC segment 5 running time	3604	U16	1
PLC segment 6 running time	3605	U16	1
PLC segment 7 running time	3606	U16	1
PLC segment 8 running time	3607	U16	1
PLC segment 9 running time	3608	U16	1
PLC segment 10 running time	3609	U16	1
PLC segment 11 running time	3610	U16	1
PLC segment 12 running time	3611	U16	1
PLC segment 13 running time	3612	U16	1
PLC segment 14 running time	3613	U16	1
PLC segment 15 running time	3614	U16	1
Direction and acceleration/deceleration time of PLC segment	3615	U16	1
Direction and acceleration/deceleration time of PLC segment	3616	U16	1
Direction and acceleration/deceleration time of PLC segment	3617	U16	1
Direction and acceleration/deceleration time of PLC segment	3618	U16	1
Direction and acceleration/deceleration time of PLC segment	3619	U16	1
Direction and acceleration/deceleration time of PLC segment	3620	U16	1
Direction and acceleration/deceleration time of PLC segment	3621	U16	1
Direction and acceleration/deceleration time of PLC segment	3622	U16	1
Direction and acceleration/deceleration time of PLC segment	3623	U16	1
Direction and acceleration/deceleration time of PLC segment	3624	U16	1
Direction and acceleration/deceleration time of PLC segment	3625	U16	1
Direction and acceleration/deceleration time of PLC segment	3626	U16	1
Direction and acceleration/deceleration time of PLC segment	3627	U16	1
Direction and acceleration/deceleration time of PLC segment	3628	U16	1
Direction and acceleration/deceleration time of PLC segment	3629	U16	1
Given frequency	8192	U16	0.01	Hz
Command setting	8193	U16	1
Drive status information	8194	U16	1
AC drive fault code	8195	U16	1
Upper frequency limit	8196	U16	0.01	Hz
Torque setting	8197	U16	0.1	%
Torque control forward speed limit	8198	U16	0.1	%
Torque control reverse speed limit	8199	U16	0.1	%
PID given	8200	U16	0.1	%
PID feedback	8201	U16	0.1	%
VF separation voltage setting	8202	U16	0.1	%
Tension setting	8203	U16	0.1	%
Roll diameter setting	8204	U16	0.1	%
Linear speed setting	8205	U16	0.1	%
Acceleration time 1	8206	U16	0.01	s
Deceleration time 1	8207	U16	0.01	s
Fault warning & warning code	8208	U16	1
Torque current component	8209	U16	0.1	%
Torque filter time	8210	U16	0.001	s
Tension PID feedback	8211	U16	1
Communication-set electric torque limit	8212	U16	1
Communication-set power generation torque limit	8213	U16	1
Reserved	8214	U16	1
Reserved	8215	U16	1
Terminal output control	8216	U16	1
AO output	8217	U16	0.01
Expanded AO output	8218	U16	0.01
Custom 1	8219	U16	1
Custom 2	8220	U16	1
Custom 3	8221	U16	1
Custom 4	8222	U16	1
Custom 5	8223	U16	1
Given frequency	8448	U16	1
Output frequency	8449	U16	1
Output current	8450	U16	0.1	A
Input voltage	8451	U16	0.1	V
Output voltage	8452	U16	0.1	V
Mechanical speed	8453	U16	1	rpm
Given torque	8454	I16	0.1	%
Output torque	8455	I16	0.1	%
PID given	8456	I16	0.1	%
PID feedback value	8457	I16	0.1	%
Output power	8458	I16	0.1	%
DC-Bus voltage	8459	U16	0.1	V
Module temperature 1	8460	I16	0.1	°C
Module temperature 2	8461	I16	0.1	°C
Input terminal X connection status	8462	U16	1
Output terminal Y connection status	8463	U16	1
Analog AI1 input value	8464	U16	0.001	V
Analog AI2 input value	8465	U16	0.001	V
Pulse signal PUL input value	8467	U16	0.001	kHz
Analog output AO	8468	U16	0.01	V
Expanded AO output	8469	U16	0.01	V
Counter value	8470	U16	1
Running time after power-on	8471	U16	0.1	hours
Cumulative running time of this AC drive	8472	U16	1	Hours
AC drive capacity	8473	U16	0.1	kVA
Rated voltage of AC drive	8474	U16	1	V
Rated current of AC drive	8475	U16	0.1	A
Software version	8476	U16	0.01
PG feedback frequency	8477	U16	0.01	Hz
Timer time	8478	U16	1
PID output value	8479	I16	0.01	%
AC drive Software Sub-Version	8480	U16	1
Encoder feedback angle	8481	U16	1
Z pulse cumulative error	8482	U16	1
Z pulse count	8483	U16	1
Fault warning code	8484	U16	1
Cumulative Power Consumption (low level)	8485	U16	1
Cumulative power consumption (high level)	8486	U16	1
Power factor angle	8487	I16	1	°
Diagnostic information on fault type	8704	U16	1
Fault diagnosis information	8705	U16	1
Output frequency upon fault	8706	U16	0.01	Hz
Output voltage upon fault	8707	U16	0.1	V
Output current upon fault	8708	U16	0.1	A
DC-Bus voltage upon fault	8709	U16	0.1	V
Module temperature upon fault	8710	I16	0.1
AC drive status upon fault	8711	U16	1
Input terminal status upon fault	8712	U16	1
Output terminal status upon fault	8713	U16	1
Last fault type	8714	U16	1
Diagnosis Information of Last Fault	8715	U16	1
Operating frequency of last fault	8716	U16	1
Output voltage of last fault	8717	U16	1
Output current of last fault	8718	U16	1
Bus voltage of last fault	8719	U16	1
Module temperature upon last fault	8720	U16	1
AC drive status of last fault	8721	U16	1
Input terminal status of last fault	8722	U16	1
Output terminal status of last fault	8723	U16	1
Fault types of the first two times	8724	U16	1
Diagnosis information of the first two times	8725	U16	1
Fault types of the first three times	8726	U16	1
Diagnosis information of the first three times	8727	U16	1
PID setting	8960	U16	1
PID feedback	8961	U16	1
PID output	8962	U16	1
PID Control status	8963	U16	1
PLC running stage	8965	U16	1
PLC segment frequency	8966	U16	1
PLC segment running time	8967	U16	1
Forward and reverse command setting	8968	U16	1
Jogging command setting	8969	U16	1
AI1 pre-correction voltage/current	8970	U16	1
AI2 pre-correction voltage/current	8971	U16	1
AO pre-correction voltage/current	8972	U16	1
Expanded AO pre-correction voltage/current	8973	U16	1
Reserved	8974	U16	1
AC drive overload timing coefficient	8975	U16	1
Motor overload timing coefficient	8976	U16	1
Reserved	8977	U16	1
Reserved	8978	U16	1
Times of cycle-by-cycle current limiting	8979	U16	1
Reserved	8980	U16	1
Reserved	8981	U16	1
Reserved	8982	U16	1
Reserved	8983	U16	1
Reserved	8984	U16	1
IO extension card analog 1	8985	U16	1
IO extension card analog 2	8986	U16	1
IO extension card analog 3	8987	U16	1
IO extension card input terminal status	8988	U16	1
Motor temperature detected by IO extension card	8989	U16	1
IO extension card PUL count low level	8990	U16	1
IO extension card PUL count high level	8991	U16	1
Stored parameter 1 after power-off	8992	U16	1
Stored parameter 2 after power-off	8993	U16	1
Stored parameter 3 after power-off	8994	U16	1
Stored parameter 4 after power-off	8995	U16	1
Stored parameter 5 after power-off	8996	U16	1
Stored parameter 6 after power-off	8997	U16	1
Stored parameter 7 after power-off	8998	U16	1
Stored parameter 8 after power-off	8999	U16	1
Stored parameter 9 after power-off	9000	U16	1
Stored parameter 10 after power-off	9001	U16	1
Stored parameter 11 after power-off	9002	U16	1
Stored parameter 12 after power-off	9003	U16	1
Stored parameter 13 after power-off	9004	U16	1
Stored parameter 14 after power-off	9005	U16	1
Stored parameter 15 after power-off	9006	U16	1
Stored parameter 16 after power-off	9007	U16	1
Reserved	9008	U16	1
Reserved	9009	U16	1
Cache register 0	9010	U16	1
Cache register 1	9011	U16	1
Cache register 2	9012	U16	1
Cache register 3	9013	U16	1
Cache register 4	9014	U16	1
Cache register 5	9015	U16	1
Cache register 6	9016	U16	1
Cache register 7	9017	U16	1
Cache register 8	9018	U16	1
Cache register 9	9019	U16	1
Extension card A software version	9020	U16	1
Extension card B software version	9021	U16	1
External keyboard version	9022	U16	1
Reserved	9023	U16	1
Running time after power-up	9216	U16	0.1	hours
Cumulative running time (hour)	9217	U16	1	hour
Cumulative power-on time (hour)	9218	U16	1	hour
Cumulative power-on time (minute)	9219	U16	1	minute
Cooling fan running time	9220	U16	1	hour
Cooling fan maintenance	9221	U16	1	%
Main relay maintenance	9223	U16	1	%
Final tension setting	9236	U16	0.1	N
Initial roll diameter value	9237	U16	1	mm
Current value of linear velocity	9238	U16	0.1	m/min
Current value of roll diameter	9239	U16	1	mm
Tension channel torque set value	9240	I16	0.1	%
Tension PID given	9241	I16	0.1	%
Tension PID feedback	9242	I16	0.1	%
Tension PID output	9243	I16	1
Static friction compensation value	9244	I16	0.1	%
Dynamic friction compensation value	9245	I16	0.1	%
Total friction compensation value	9246	I16	0.1	%
Given frequency	12544	U16	0.01	Hz
Command setting	12545	U16	1
AC drive status information	12546	U16	1
AC drive fault code	12547	U16	1
Upper frequency limit	12548	U16	0.01	Hz
Torque setting	12549	U16	0.1	%
Torque control forward speed limit	12550	U16	0.1	%
Torque control reverse speed limit	12551	U16	0.1	%
PID setting	12552	U16	0.1	%
PID feedback	12553	U16	0.1	%
VF separation voltage setting	12554	U16	0.1	%
Tension setting	12555	U16	0.1	%
Roll diameter setting	12556	U16	0.1	%
Linear speed setting	12557	U16	0.1	%
Acceleration time 1	12558	U16	0.01	s
Deceleration time 1	12559	U16	0.01	s
Fault warning & warning code	12560	U16	1
Torque current component	12561	U16	0.1	%
Torque filter time	12562	U16	0.001	s
Terminal output control	12568	U16	1
AO output	12569	U16	0.01
Expanded AO output	12570	U16	0.01
Custom 1	12571	U16	1
Custom 2	12572	U16	1
Custom 3	12573	U16	1
Custom 4	12574	U16	1
Custom 5	12575	U16	1
Extension port SPI communication mode	13312	U16	1
Input terminal status	13313	U16	1
Output terminal status	13314	U16	1
Multi-function input terminal functional group 0	13317	U16	1
Multi-function input terminal function group 1	13318	U16	1
Multi-function input terminal function group 2	13319	U16	1
Multi-function input terminal function group 3	13320	U16	1
Multi-function input terminal function group 4	13321	U16	1
Multi-function input terminal function group 5	13322	U16	1
IO extension card input terminal status	13323	U16	1
IO extension card output terminal status	13324	U16	1
IO extension card analog 1	13325	U16	0.01	%
IO extension card analog 2	13326	U16	1
IO extension card analog 3	13327	U16	1
IO extension card analog 4	13328	U16	1
IO extension card PUL frequency measurement 1	13329	U16	1
IO extension card PUL frequency measurement 2	13330	U16	1
A0 function 24 output	13332	U16	1
A0 function 25 output	13333	U16	1
A0 function 26 output	13334	U16	1
A0 function 27 output	13335	U16	1
A0 function 28 output	13336	U16	1
A0 function 29 output	13337	U16	1
A0 function 30 output	13338	U16	1
A0 function 31 output	13339	U16	1
IO extension card PUL port count 1	13340	U16	1
IO extension card PUL port count 2	13341	U16	1
Register 0	13568	U16	1
Register 1	13569	U16	1
Register 2	13570	U16	1
Register 3	13571	U16	1
Register 4	13572	U16	1
Register 5	13573	U16	1
Register 6	13574	U16	1
Register 7	13575	U16	1
Register 8	13576	U16	1
Register 9	13577	U16	1
Register 10	13578	U16	1
Register 11	13579	U16	1
Register 12	13580	U16	1
Register 13	13581	U16	1
Register 14	13582	U16	1
Register 15	13583	U16	1
Custom fault number register	13824	U16	1
Custom early-warning number register	13825	U16	1
Stored parameter 1 after power-off	13834	U16	1
Stored parameter 2 after power-off	13835	U16	1
Stored parameter 3 after power-off	13836	U16	1
Stored parameter 4 after power-off	13837	U16	1
Stored parameter 5 after power-off	13838	U16	1
Stored parameter 1 after power-off	13839	U16	1
Stored parameter 6 after power-off	13840	U16	1
Stored parameter 7 after power-off	13841	U16	1
Stored parameter 8 after power-off	13842	U16	1
Stored parameter 9 after power-off	13843	U16	1
Stored parameter 10 after power-off	13844	U16	1
Stored parameter 11 after power-off	13845	U16	1
Stored parameter 12 after power-off	13846	U16	1
Stored parameter 13 after power-off	13847	U16	1
Stored parameter 14 after power-off	13848	U16	1
Stored parameter 15 after power-off	13849	U16	1
Winding mode setting	20481	U16	1
Mechanical transmission ratio	20482	U16	1
Tension given selection	20483	U16	1
Tension keyboard digital given	20484	U16	1
Maximum tension	20485	U16	1
Tension taper coefficient	20486	U16	1
Taper compensation correction	20487	U16	1
Zero speed threshold	20488	U16	1
Zero speed tension gain	20489	U16	1
Static friction compensation coefficient	20492	U16	1
Static friction compensation delay time	20493	U16	1
Static friction compensation cutoff frequency	20494	U16	1
Start coefficient of sliding friction compensation	20495	U16	1
End coefficient of sliding friction compensation	20496	U16	1
Material interruption detection selection	20510	U16	1
Material interruption detection threshold	20511	U16	1
Material interruption detection delay	20512	U16	1
Pre-drive function selection	20516	U16	1
Pre-drive frequency gain	20517	U16	1
Pre-drive torque gain	20518	U16	1
Stop and brake hold frequency	20522	U16	1
Stop and brake hold time	20523	U16	1
Roll diameter calculation method selection	20524	U16	1
Maximum roll diameter	20525	U16	1
Roll shaft diameter	20526	U16	1
Initial roll diameter source selection	20527	U16	1
Initial roll diameter 1	20528	U16	1
Initial roll diameter 2	20529	U16	1
Initial roll diameter 3	20530	U16	1
Roll diameter reset selection	20531	U16	1
Roll diameter change rate limit	20534	U16	1
Roll diameter change direction	20535	U16	1
Linear velocity input source	20536	U16	1
Maximum linear velocity	20537	U16	1
Keyboard digital setting of linear velocity	20538	U16	1
Roll diameter calculation minimum linear speed	20539	U16	1
Linear speed given 1	20540	U16	1
Linear speed given 2	20541	U16	1
Minimum frequency for roll diameter calculation	20543	U16	1
Number of pulses per turn of winding roller	20548	U16	1
Number of turns per layer	20549	U16	1
Material thickness set with numbers	20550	U16	1
Enable tension PID	20555	U16	1
Tension PID output reference source	20556	U16	1
Tension PID maximum output percentage	20557	U16	1
Tension PID feedback signal source	20558	U16	1
Tension PID keyboard feedback Set with keyboard digital	20559	U16	1
Tension PID feedback signal gain	20560	U16	1
Proportional gain P	20561	U16	1
Integral time T	20562	U16	1
AI1 measured voltage 1	22784	U16	1
AI1 monitor voltage 1	22785	U16	1
AI1 measured voltage 2	22786	U16	1
AI1 monitor voltage 2	22787	U16	1
AI1 measured voltage 3	22788	U16	1
AI1 monitor voltage 3	22789	U16	1
AI1 measured current 1	22790	U16	1
AI1 monitor current 1	22791	U16	1
AI1 measured current 2	22792	U16	1
AI1 monitor current 2	22793	U16	1
AI1 measured current 3	22794	U16	1
AI1 monitor current 3	22795	U16	1
AI2 measured voltage 1	22796	U16	1
AI2 monitor voltage 1	22797	U16	1
AI2 measured voltage 2	22798	U16	1
AI2 monitor voltage 2	22799	U16	1
AI2 measured voltage 3	22800	U16	1
AI2 monitor voltage 3	22801	U16	1
AI2 measured current 1	22802	U16	1
AI2 monitor current 1	22803	U16	1
AI2 measured current 2	22804	U16	1
AI2 monitor current 2	22805	U16	1
AI2 measured current 3	22806	U16	1
AI2 monitor current 3	22807	U16	1
AO measured voltage 1	22808	U16	1
AO monitor voltage 1	22809	U16	1
AO measured voltage 2	22810	U16	1
AO monitor voltage 2	22811	U16	1
AO measured voltage 3	22812	U16	1
AO monitor voltage 3	22813	U16	1
AO measured current 1	22814	U16	1
AO monitor current 1	22815	U16	1
AO measured current 2	22816	U16	1
AO monitor current 2	22817	U16	1
AO measured current 3	22818	U16	1
AO monitor current 3	22819	U16	1

link settings as documented (unverified): RTU; default 9600 8N1; unit ID 1; FC 03,06,08,16; Modbus communication is divided into two groups: Group 1 (Terminals A+ and B-) and Group 2 (RJ45 reticle).

bench facts as documented (unverified)

terminals	A+ and B- (Group 1), RJ45 (Group 2)
A/B polarity	A+ positive, B- negative
termination	120 Ohm terminal resistance can be connected via DIP switch
connector	Screw terminals for A+/B-, RJ45 for Group 2
shield/ground	Shielded twisted pair cable recommended, ground terminal PE
wiring notes	RS485 communication is standard.
max registers/read	20
response timeout	1000 ms
broadcast	supported
protocol notes	For broadcast transmission, the slave station does not send a response message.
firmware register	C02.60
power	S2: Single-phase 200 V-240 V 50/60 Hz; T2: Three-phase 200 V-240 V 50/60 Hz; T3: Three-phase 380 V-480 V 50/60 Hz; T6: Three-phase 660 V-690 V 50/60 Hz
environment	Altitude < 1000 m (derated by 1% per 100 m above 1000 m); Temperature: -10°C to +50°C (derated above 40°C, max 60°C); Humidity: 5% RH to 95% RH (no condensation); Vibration: 5.9 m/s² (0.6 G) at 9 Hz - 200 Hz; Storage temperature: -30°C to +60°C; Protection level: IP20; Pollution degree: II; Cooling method: Forced air cooling
accuracy	Output frequency accuracy: ±0.5% of Max Freq.
certifications	IEC61800-2
doc revision	V1.0 (Aug.2021 / Dec.2022)

⚠ disputed: set_frequency @ 8192 — disputed by Weintek/Tecnolog integration guides which state that frequency setting is mapped to 3000H (12288 decimal) and control command to 3001H (12289 decimal) depending on the active communication table

field reports — community-sourced, unverified (checked 2026-06-11)

Integrators using Weintek or other standard HMIs must convert the frequency setting address to 3000H (12288 decimal) and the control command to 3001H (12289 decimal) rather than the 2000H/2001H group, depending on the active communication table configuration. [source]
confirmed: Baud rates [1200, 2400, 4800, 9600, 19200, 38400, 57600] with default 9600 — confirmed by AC310-I Technical Manual
confirmed: Modbus RTU framing with default Unit ID 1 — confirmed by VEICHI AC310 Series AC Drive Manual
confirmed: RS485 split into Group 1 (Terminals A+/B-) and Group 2 (RJ45) — confirmed by AC310-I Technical Manual
confirmed: Register address 8192 (2000H) for set frequency and 8193 (2001H) for command setting — confirmed by Veichi Modbus RTU Integration Guide

The trust ladder

Each rung states what it proved and what it did not. Gray until proven; green is earned by hardware only.

generated — A prompt produced it. Unproven — anyone can regenerate this.
structure-verified — Decode path is structurally sound (addresses, widths, finite values). Does NOT prove word order or scaling.
coherence-checked — Round-trips through a real Modbus stack with no overlapping addresses and a word-order-sensitive codec — the map is internally coherent and wire-decodable. Does NOT prove byte-order or scaling match a real device: the emulator is seeded from the map's own types, so a uniformly wrong byte-order still round-trips. Only hardware-verified confirms byte-order/scale on the wire.
hardware-verified (software-key) x1 — Matched a real device with operator-attested readings as ground truth — the only rung that confirms word order + scaling on the wire.

Device not here? Upload its manual and get a checked map back. It's free.

Want it confirmed against your own device? Order hardware verification. If it doesn't check out, you don't pay.

Building on a lot of devices? License the library — machine-readable maps, the firmware matrix, and API access.