Generic Chinese VFD, XSY-AT1 Programming Parameters/Settings

[routercnc]

Your instructions show P25 as 'not listed' and my instructions show that as the number of poles. 0 = 2 poles, 1 = 4 poles, 2 = 6 poles. Luckily you have set yours to 0 which is 2 poles, although P21 is different and asks for 'rpm for 50 Hz', which I guess is another way to calculate number of poles.

I can't see anything else wrong, so suspect it is faulty. The Chinese sellers often want some evidence of the fault so your video should help there, plus you have tried 2 different motors. I would wait for them to respond and not dive into asking a company to look at it. If the seller thinks you have opened it up they may not refund you.

I had a invertor arrive faulty a few years ago (it went bang when I wired it up to the mains - no motor had been fitted) and they wanted to see a photo of the wiring. After showing them the photo they asked me to send it back and they sent another. Good luck.

Your settings are here, in case others spot something:
P000 Maximum voltage 220 default V
P001 Reference frequency 50 default Hz
P002 Intermediate voltage 110 default V
P003 Intermediate frequqncy 25 default Hz
P004 Minimum voltage 0 default V
P005 Minimum frequency 0 default Hz
P006 Maximum operating 50 65 Hz
P007 Minimum operating 0 default Hz
P008 Hide password 0 default -
P009 Input password 0 default -
P010 Working frequency source 1 default -
P011 Start/stop control source 0 default -
P012 Stopping Modes 1 default -
P013 Braking time 0,5 default S
P014 Braking voltage 20 default V
P015 not listed 2 not listed -
P016 not listed 1 not listed -
P017 Machine number 1 default -
P018 Operating arrival 50 default Hz
P019 not listed 50 not listed -
P020
Over temperature
protection selection 80 default -
P021 Revolution for 50Hz 2730 2800 -
P022 Carrier setting 10 default -
P023 Frequenzy adjusting step size 5 default 0.1Hz
P024 Overload protection buffer time 3 default S
P025 not listed 0 not listed -
P026 Working frequency 50 default Hz
P027 Section speed 1 setting 45 default Hz
P028 Section speed 2 setting 40 default Hz
P029 Section speed 3 setting 35 default Hz
P030 Section speed 4 setting 30 default Hz
P031 Section speed 5 setting 25 default Hz
P032 Section speed 6 setting 20 default Hz
P033 Section speed 7 setting 15 default Hz
P034 Main rising velocity 8 25 Hz/S
P035 1st rising velocity 25 default Hz/S
P036 2nd rising velocity 25 default Hz/S
P037 3rd rising velocity 25 default Hz/S
P038 4th rising velocity 25 default Hz/S
P039 5th rising velocity 25 default Hz/S
P040 6th rising velocity 25 default Hz/S
P041 7th rising velocity 25 default Hz/S
P042 Main descent velocity 20 default Hz/S
P043 1st descent velocity 25 default Hz/S
P044 2nd descent velocity 25 default Hz/S
P045 3rd descent velocity 25 default Hz/S
P046 4th descent velocity 25 default Hz/S
P047 5th descent velocity 25 default Hz/S
P048 6th descent velocity 25 default Hz/S
P049 7th descent velocity 25 default Hz/S
P050 Multi function input 1 (X1) 13 default -
P051 Multi function input 2 14 default -
P052 Multi function input 3 15 default -
P053 Multi function input 4 5 default -
P054 Multi function input 5 6 default -
P055 Multi function input 6 9 default -
P056 not listed 0 not listed -
P057 not listed 0 not listed -
P058 Multi function input 1 (SP1) 0 default -
P059 not listed 0 not listed -
P060 Multi function input 2 0 default -
P061 not listed 0 default -
P062 Display options 1 0
(not changed by me) -
P063 not listed 0 not listed -
P064 not listed 0 not listed -
P065 Power on options 0 default -
P066 Input stabilisation time 60 default mS
P067 Voltage coefficient 28500 default -
P068 Under voltage setting 60 default V
P069 Overvoltage setting 400 default V
P070 Torque compensation options 0 default -
P071 Torque compensation voltage 10 default V
P072 Torque compensation setting 55 0 -
P073 Maximum external analog 31440 default -
P074 Minimum external analog 2096 default -
P075 Zero current compensation value 1130 default -
P076 Current coefficient 9500 default -
P077 Parameter reset 0 default -
P078 Main current overload 8000 3000 mA
P079 First current overload 3000 default mA
P080 Second current overload 3000 default mA
P081 Third current overload 3000 default mA
P082 Fourth current overload 3000 default mA
P083 Fifth current overload 3000 default mA
P084 Sixth current overload 3000 default mA
P085 Seventh current overload 3000 default mA
P086 Jog forward frequency 20 default Hz
P087 Jog reverse frequency 20 default Hz
P088 Jog rising velocity 25 default 50
(not changed by me) Hz/S
P089 Jog descent velocity 25 default 50
(not changed by me) Hz/S
P090 Jog stopping modes 2 default 1
(not changed by me) -
P091 Jog braking time 0,1 default S
P092 Phase options (AT2 only) 0 default (only AT2) -
P093 not listed 16384 not listed -
P094 not listed 49152 not listed -
P095 not listed 0 not listed -
P096 not listed 1 not listed -
P097 not listed 0 not listed -
P098
The frequency of
closing the U-Phase (AT2) 0 default (only AT2) Hz
P099 not listed 0 not listed -
P100 not listed 30000 not listed -
P101 not listed 0 not listed -
P102 not listed 32 not listed -
P103 not listed 280 not listed -
P104 not listed 260 not listed -
P105 not listed 0 not listed -
P106 not listed 0 not listed -
P107 not listed 13001 not listed -
P108 not listed 0 not listed -
P109 not listed 0 not listed -
P110 not listed 500 not listed -
P111 not listed 0 not listed -
P112 not listed 0 not listed -
P113 not listed 0 not listed -
P114 not listed 0 not listed -
P115 not listed 0 not listed -
P116 not listed 0 not listed -
P117 not listed 0 not listed -
P118 not listed 0 not listed -
P119 not listed 0 not listed -
P120 not listed 0 not listed -
P121 not listed 0 not listed -
P122 not listed 0 not listed -
P123 not listed 30000 not listed -
P124 not listed 0 not listed -
P125 not listed 0 not listed -
P126 not listed 0 not listed -
P127 Remaining hours 65535 default H

[Spyke]

I ordered an other one on Amazon, because I plan also to rebuilt my drill press.

[Spyke]

My VFD is faulty, today my second on from Amazon arrived and everything works well.
I'm in contact with the seller of the first one, he is very cooperative and will send replacement.

Thanks' for your help!

Regards
Marc

[Spyke]

I have one further question.
I have wired forward and reverse operation to an external switch (3positions, middle position no switch, forward and reverse permanent).
How to wire and program emergency stop?
Only cut com of external switch or wire it to x post and set it up in menue?

Regards
Marc

[routercnc]

For industrial use follow local regulations
For personal use it depends on your level of risk. If you interrupt the com line with the estop the machine may startup when you reset it which is not safe.
I used a self latching relay so you have to restart the machine after an estop.

I have not looked into any built in estop function on the input terminals X1,X2 etc but I remember something about them in the instructions so there might be a way.

[Spyke]

It's only for personal use. At the moment there is no estop, so cutting com of switch will be saver than it is
There is a option for estop in menu, but I don't know what it do, so I have to test it. I don't also know what happens if one post is connected to ground permanent by operation switch.

[brunosto]

Will use Bangood AT2 model to control swimming pool pump. Pump should operate on low frequency, (less consumption). But wenn starting at 20 Hz the pump will not start. Pump starts st higher frequency.
Anyone know how I can setup parameters?

[Larry30]

Can someone assist me with parameters for Sanye SY8200H for 2.2KW washing machine motor.

[ricci.hackett]

Hi, I've installed one of these xsy-at1 vfd to run a belt sander, while all my parameters run it correctly, I'm not getting the correct voltage output. I get the 220 coming on but am only getting 156 coming out. Has anyone else ran into this issue? Any ideas as to why this is happening?

[routercnc]

I have this inverter but I didn’t measure the 3 phase output voltage as it seemed to work just fine. It’s interesting that 240 x sqrt(2) is 157, which is a guide between peak and rms. But of course the 240V input is already the rms so I can’t see why it wouldn’t be 240V on the 3 phases output. Hopefully someone closer to 3 phase could confirm this is what you should see.
The other possibility is a faulty unit of course. If you get confirmation that it should be 240V then let the seller know and see what happens.