Motive NEO-WiFi Series, Manual

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118/128 NEO-WiFi – Handbuch - DE REV15-DEC18
NEO-WiFi Modbus Variables (Rev. 07/11/2017)
This modbus table chart is installed in the following inverter SW versions:
NEO3
4.11
NEO11 3.07 – 3.08 – 3.10
NEO22 3.02 – 3.03
NOTE: Not all the variables can be modified. In the column “Type” the letter R means “read only” and R/W means “Read and Write”
N° Type Variable definition u.o.m
Min.
Limit
Max.
Limit
Notes
0 R inverter power KW*10 30 220
1 R software version
2 R last revision(day+month*32+year*32*13) days 0 0xffff
3
4 R/W radio frequency-860 Mhz-860 0 19
Connect SET to +15V (NEO3) / 0V (NEO11-22)
5 R/W code motor radio communication 1 127
6 R/W rated power KW*100 9 2200 the value range depends on the inverter type
7 R/W rated voltage V 180 460
8 R/W rated current A*10 6 450 the value range depends on the inverter type
9 R/W rated frequency Hz 50 60
10 R/W rated rpm rpm 350 5950
11 R/W power factor cos
ϕϕ
*100 50 95
12
13 R/W maximum speed % of rated speed 2 200
14 R/W minimum speed % of rated speed 2 120 the value range depends on the inverter type
15 R/W acceleration seconds*10 1 999
16 R/W deceleration seconds*10 1 999
17 R/W maximum inrush current %In 100 200 the value range depends on the inverter type
18 R/W rotation sense 0 1
enabled only when the start/stop source is from keypad without
selector
19 R/W internal speed rpm min speed
max
speed
20 R/W enable electromagnetic brake 0 65535
0=OFF, 9044=ON (safety code)
Before connecting the wires of the external braking resistances to the
BR + and BR- terminals, disconnect from the same terminals the wires
of the internal resistances and insulate them.
21 R/W braking voltage V
(104Vdc)
0
(180Vdc)
1
22 R/W
machine code for RS485 serial communication
group
1 35 ***See following tabel chart
23 R/W enable restart 0 1 0=OFF, 1=ON
24 R/W dead time after alarm seconds 1 999 restarting time after alarm
25 R/W start/stop source 0 2
0=keypad button and keypad selector
1=keypad button
2=external remote wired control
26 R/W speed reference 0 4
0=internal speed
1=keypad potentiometer
2=AN1 signal 0-10V
3=AN1 signal 4-20mA
4=AN2 signal 0-5V (only in speed control)
27 R/W encoder pulses/revolution integer part pulses/revolution 0 9999
28 R/W encoder pulses/revolution decimal part pulses/revolution/1000 0 999
29 R/W control mode 0 2
0=Open loop speed
1=Speed+Encoder
2= Ventilation
3=Air compressor
4=HP pump
30 R/W proportional factor 0 100