7,5 kW 380V Motor Sürücü İnverter

H901 Frekans İnvertörü: Model Seçenekleri ve Teknik Kullanım

Bu içerik H901 İngilizce kullanım kılavuzu, Mermak ileri düzey uygulama kitabı ve ayrı MODBUS/HEX belgesi birlikte incelenerek hazırlanmıştır. Türkçe çeviri PDF'si tekrar işlenmemiştir. Kaynakta verilmeyen model akımı, kasa ölçüsü veya haberleşme değeri tahmin edilmemiştir.

Hangi model hangi besleme ve güce uygundur?

Model	Besleme sınıfı	Nominal güç	Kaynakta doğrulanan elektrik bilgisi	Kasa bilgisi
H901-2S0004G	220 V tek faz giriş sınıfı	4 kW	Kay nak İng i liz ce kıla vu zun model akım tabl o sunda bu tam 2S model satırı bul un muy or.	Kes in kasa ölçüsü kay nak ta bu model ko duy la ayrıca ver ilm emiştir.
H901-2S05R5G	220 V tek faz giriş sınıfı	5,5 kW	Kay nak İng i liz ce kıla vu zun model akım tabl o sunda bu tam 2S model satırı bul un muy or.	Kes in kasa ölçüsü ve tek faz 5,5 kW fren dire nci değeri ayrıca ver ilm emiştir.
H901-4T07R5G	380 V üç faz	7,5 kW	17 A nominal çıkış akımı; 7,5 kW motor u yum u	140 x 240 x 178 mm
H901-4T0011G	380 V üç faz	11 kW	25 A nominal çıkış akımı; 11 kW motor u yum u	140 x 240 x 178 mm

Önemli: İngilizce kaynak kılavuzun ayrıntılı model tablosu H901-4T07R5G ve H901-4T0011G modellerini doğrudan listeler. 2S0004G ve 2S05R5G kodları klasörde ürün seçeneği olarak bulunmasına rağmen bu iki tam model için nominal çıkış akımı ve kasa ölçüsü aynı tabloda yer almamaktadır.

Motor ve yük tarafında ne sağlar?

Özellik	Değer / işlev
Giriş be s le mes i	Üç faz AC 380 V, 50/60 Hz veya tek faz AC 220 V, 50/60 Hz
Kay nak ta ver i len iz in li giriş aralığı	Üç faz 380-480 V; tek faz 220-260 V
Çıkış geri lim i	380 V sınıfında 0-480 V; 220 V sınıfında 0-260 V
Çıkış frek an sı	Sensörsüz vektör kon tr olde 0-500 Hz; V/F kon tr olde 0-5000 Hz
Kon tro l yönt eml eri	V/F kon tro l ve hız sensörsüz vektör kon tro lü (SVC)
G tipi aşırı yük kap a sites i	%150 nominal akımda 60 sani ye; %180 nominal akımda 3 sani ye
P tipi aşırı yük kap a sites i	%120 nominal akımda 60 sani ye; %150 nominal akımda 3 sani ye
Diji tal frek an s çözünürlüğü	0,01 Hz
Analog frek an s çözünürlüğü	Maksim um frek an sın %0,025'i
Kalkış tork u	V/F: 3 Hz'de %150; SVC: 0,5 Hz'de %150
SVC hız kara rlılığı	Sen kr on hızın en fazl a ±%0,2'si
SVC hız d algal an ması	Sen kr on hızın en fazl a ±%0,5'i
Tork te pki süresi	SVC mod und a en fazl a 20 ms
V/F eğrile ri	Doğrus al, çok no k talı ve 1,2 / 1,4 / 1,6 / 1,8 / 2 ku v vet eğrile ri
Tork yük sel t me	Manuel %0-30 veya motor akımına göre o toma tik
Çok ka demel i hız	16 ka demel i program lana bil ir hız
Analog girişler	AI1: 0-10 V veya 0-20 mA; AI2: 0-10 V
Analog çıkışlar	AO1 ve AO2; jumper ile 0-10 V veya 0-20 mA
Diji tal girişler	X1-X7; 0-24 V, a kt if düşük s evi ye, yak laşık 5 mA
Program lana bil ir röle	İki adet değiştir ici kon tak lı röle grub u
Transistor çıkış	Y1 ve Y2 açık koll ek tör; 0-24 V, en fazl a 50 mA
Pulse çıkış	DO terminal i; en fazl a 100 kHz
Haber leşme	Dah ili RS485, MODBUS-RTU slave
Hızl an ma-yavaşlama süresi	0,0-6500,0 sani ye; doğrus al veya S eğrisi
Taşıyıcı frek an sı	0,5-16 kHz
Kor uma sınıfı	IP20
Soğutma	Fan kon trollü hava soğutma
Mon taj	Du vara veya pano içine di key mon taj
Çalışma or tamı	-10 °C ile +40 °C; 40-50 °C arasında güç düşürme
Bağıl nem	%5-%95, yoğuşmasız
Rakım	1000 m üze rind eki her 1000 m için yak laşık %10 güç düşürme

Hangi makinelerde kullanılabilir?

• CNC spindle motorları ve yardımcı eksenler
• Konveyörler ve besleme bantları
• Fan, aspirasyon ve blower sistemleri
• Su pompaları ve basınç kontrollü pompa sistemleri
• Karıştırıcılar, dozaj makineleri ve proses ekipmanları
• Çok kademeli hız gerektiren üretim makineleri
• PLC, HMI veya SCADA üzerinden MODBUS kontrollü sistemler

Kasa ve pano montaj ölçüleri

Model	Genişlik W1	Yükseklik H1	Derinlik D	Montaj eni W2	Montaj boyu H2	Delik	Kutu ölçüsü	Net ağırlık
H901-4T07R5G	140 mm	240 mm	178 mm	130 mm	230 mm	Ø5 mm	280 x 180 x 220 mm	3,14 kg
H901-4T0011G	140 mm	240 mm	178 mm	130 mm	230 mm	Ø5 mm	280 x 180 x 220 mm	3,36 kg

Harici tuş takımı ölçüleri

Ölçü	Değer
Hari ci panel dış ölçüsü	105 x 81 mm
Pano ke sim ölçüsü	100,5 x 60 mm

Harici fren direnci nasıl seçilir?

Besleme	İnverter gücü	Direnç gücü	Direnç değeri	Kaynak frenleme torku
Tek faz 220 V	0,4 kW	80 W	200 Ω	%125 / %10 ED
Tek faz 220 V	0,75 kW	80 W	150 Ω	%125 / %10 ED
Tek faz 220 V	1,5 kW	100 W	100 Ω	%125 / %10 ED
Tek faz 220 V	2,2 kW	100 W	70 Ω	%125 / %10 ED
Tek faz 220 V	4 kW	300 W	50 Ω	%125 / %10 ED
Üç faz 220 V	0,75 kW	150 W	110 Ω	%125 / %10 ED
Üç faz 220 V	1,5 kW	250 W	100 Ω	%125 / %10 ED
Üç faz 220 V	2,2 kW	300 W	65 Ω	%125 / %10 ED
Üç faz 220 V	4 kW	400 W	45 Ω	%125 / %10 ED
Üç faz 220 V	5,5 kW	800 W	22 Ω	%125 / %10 ED
Üç faz 220 V	7,5 kW	1000 W	16 Ω	%125 / %10 ED
Üç faz 380 V	0,75 kW	100 W	750 Ω	%125 / %10 ED
Üç faz 380 V	1,5 kW	300 W	400 Ω	%125 / %10 ED
Üç faz 380 V	2,2 kW	300 W	250 Ω	%125 / %10 ED
Üç faz 380 V	4 kW	400 W	150 Ω	%125 / %10 ED
Üç faz 380 V	5,5 kW	500 W	100 Ω	%125 / %10 ED
Üç faz 380 V	7,5 kW	1000 W	75 Ω	%125 / %10 ED
Üç faz 380 V	11 kW	3000 W	43 Ω	%125 / %10 ED

H901-2S0004G için kaynak tablodaki tek faz 220 V / 4 kW değeri 300 W ve 50 Ω'dur. H901-4T07R5G için 1000 W / 75 Ω, H901-4T0011G için 3000 W / 43 Ω verilmiştir. Tek faz 220 V / 5,5 kW satırı kaynak tabloda bulunmadığından H901-2S05R5G için değer uydurulmamıştır.

Şebeke, frenleme ve motor bağlantı uçları

Terminal	Görev
R, S, T	Üç faz şe be ke giriş terminal ler i
P+, P-	Hari ci f ren le me ünites i için ayrılmış DC bara uçları
P+, PB	Hari ci f ren le me dire nci bağlantısı için ayrılmış uçlar
P+, P1	Hari ci DC re a ktör bağlantısı için ayrılmış uçlar
U, V, W	Üç faz AC motor çıkışı
PE / top rak sem bolü	Kor uma top rak laması

2S tek faz modellerde gerçek şebeke bağlantısı cihaz üzerindeki terminal etiketi ve ürün plakasına göre yapılmalıdır. Kaynak kılavuz ana devre tablosunda giriş uçlarını genel olarak R-S-T şeklinde göstermektedir.

Buton, sensör, röle, analog sinyal ve RS485 terminalleri

Terminal	İşlev	Elektriksel özellik / not
X1-X7	Program lana bil ir diji tal giriş	0-24 V, a kt if düşük s evi ye, yak laşık 5 mA; COM or tak uç
X7	Diji tal giriş veya yüksek hızlı pulse girişi	Fon ksi yon u F07.06 ile atanır
AI1	Analog geri lim veya akım girişi	0-10 V / 100 kΩ veya 0-20 mA / 500 Ω; JP3 ile seçilir
AI2	Analog geri lim girişi	0-10 V
AO1	Program lana bil ir analog çıkış	JP4 ile geri lim/akım seçimi
AO2	Program lana bil ir analog çıkış	JP5 ile geri lim/akım seçimi
TA1-TB1-TC1	Program lana bil ir röle 1	TB normal de kap alı; TC normal de açık
TA2-TB2-TC2	Program lana bil ir röle 2	TB normal de kap alı; TC normal de açık
Röle kon tak kap a sites i	AC/DC yük kap a sites i	250 VAC 2 A (cosφ=1), 250 VAC 1 A (cosφ=0,4), 30 VDC 1 A
Y1-Y2	Açık koll ek tör program lana bil ir çıkış	0-24 V, 0-50 mA
DO	Program lana bil ir pulse / anah tar lama çıkışı	En fazl a 100 kHz
+24V	Diji tal giriş or tak be s le mes i	En fazl a 200 mA
+10V	Analog de vre refer an s be s le mes i	En fazl a 20 mA
COM	Diji tal s in y al ve +24 V refer an s to prağı	GND'den dah ili ol arak iz ole
GND	Analog s in y al ve +10 V refer an s to prağı	COM'dan dah ili ol arak iz ole
485+ / 485-	RS485 haber leşme hattı	GND'den iz ole değil dir; bükümlü çift veya ek ran lı kab lo kull anılmalı

Kontrol kartı jumper ayarları

Jumper konumu	Seçilen işlev
JP3 - Vin	AI1 için 0-10 V geri lim girişi
JP3 - Cin	AI1 için 0-20 mA akım girişi
JP2 - OFF	RS485 son landırma dire nci de vre dışı
JP2 - ON	RS485 son landırma dire nci dev rede
JP4 - Vo1	AO1 geri lim çıkışı
JP4 - Co1	AO1 akım çıkışı
JP5 - Vo2	AO2 geri lim çıkışı
JP5 - Co2	AO2 akım çıkışı

Panelden kullanım: tuşlar ve göstergeler

Tuş	Görev
PRG	Menüye gir me/çıkma ve para metre düzen le me
ENTER	Menüye gir me ve para metre değerin i kay det me
▲	Kod veya değeri artırma
▼	Kod veya değeri a zal tm a
SHIFT	Değişti rile c ek haney i ve ek ran bil g is in i seçme
RUN	Panel kom ut mod und a çalıştırma
STOP/RESET	D urdu rma veya arıza sıfır lama
FUNC	F14.00 ile at an an kısa yol fon ksi yon u

Gösterge ışıklarının anlamı

Gösterge	Anlamı
REV	Ters yönde çalışma
FWD	İleri yönde çalışma
ALM sab it	Tork kon tro l durum u
ALM hızlı yanıp sönme	Arıza durum u
ALM yavaş yanıp sönme	Motor tanıma / tuning durum u
Hz	Frek an s bir imi
A	Akım bir imi
V	Geri lim bir imi
Hz + A	Motor dev ri, r/min
A + V	Süre, sani ye
Hz + V	Yüzde değeri
Hz + A + V	Sıcaklık

İlk devreye almada gerçekten gereken parametreler

Önce motor etiketindeki güç, gerilim, akım, frekans ve devir değerleri F03 grubuna girilmelidir. Komut kaynağı, hız referansı, maksimum frekans, hızlanma-yavaşlama süreleri ve terminal görevleri daha sonra seçilmelidir.

Kod	Kullanıcının işine yarayan açıklama	Seçenek / aralık	Fabrika değeri	Değişim durumu
F00.02	RUN/STOP kom u tun un panel, terminal veya MODBUS'tan alınmasını seçer.	0:Operation panel command channel 1:Terminal command channel 2:Communication command channel	0	☆
F00.03	Motor hızının panel potu, AI1, AI2, çoklu hız, PID veya haber leşm eden alınmasını seçer.	0:Digital setting(preset frequency F00.08,UP/DOWN can be modified, and will not be remembered after power failure) 1:Digital setting(preset frequency F00.08,UP/DOWN can be modified, and will be remembered after power failure) 2:AI1(0 - 10V/20mA) 3:AI2(0 - 10V) 4:Panel potenti o meter 5:PULSE pulse setting(X7) 6:Multi-segment instruction 7:Simple PLC 8:PID 9:Communication reference 10:Multi-pump instruction 11:M PPT given(photovoltaic water supply)	4	★
F00.08	Diji tal ana hız refer an sını beli r ler.	0.00Hz - maximum frequency(F00.10)	50.00Hz	☆
F00.10	İn vert erin izin vere ceği maksim um frek an sı sınırlar.	50.00Hz~500.00Hz	50.00Hz	★
F00.12	Üst çalışma frek an sı sınırıdır.	Lower limit frequency F00.14~ maximum frequency F00.10	50.00Hz	☆
F00.14	Alt çalışma frek an sı sınırıdır.	0.00Hz~upper limit frequency F00.12	0.00Hz	☆
F00.17	Bir in ci hızl an ma süresi.	0.00s~650.00s(F00.19=2) 0.0s~6500.0s(F00.19=1) 0s~65000s(F00.19=0)	Model confirmed	☆
F00.18	Bir in ci yavaşlama süresi.	0.00s~650.00s(F00.19=2) 0.0s~6500.0s(F00.19=1) 0s~65000s(F00.19=0)	Model confirmed	☆
F01.00	Motor un hang i yön tem le başlatılacağını seçer.	0:Direct start 1:Speed tracking and restart 2:Pre-excitation start(AC asynchronous machine) 3:Super fast start(valid in vector mode)	0	☆
F01.10	D urdu rma yön temin i seçer.	0:Deceleration to stop 1:Free stop	0	☆
F02.00	JOG çalışma frek an sı.	0.00Hz~maximum frequency	2.00Hz	☆
F02.01	JOG hızl an ma süresi.	0.0s - 6500.0s	20.0s	☆
F02.02	JOG yavaşlama süresi.	0.0s - 6500.0s	20.0s	☆
F03.00	Stand art veya inverter u yum lu as en kr on motor türünü seçer.	0:Ordinary asynchronous motor 1:Variable frequency asynchronous motor	0	★
F03.01	Motor e tike tin de ki nominal gücü girin.	0.1kW~1000.0kW	Model confirmed	★
F03.02	Motor e tike tin de ki nominal geri lim i girin.	1V - 2000V	Model confirmed	★
F03.03	Motor e tike tin de ki nominal akımı girin.	0.01A~655.35A(inverter power <=55kW) 0.1A~6553.5A(inverter power>55kW)	Model confirmed	★
F03.04	Motor e tike tin de ki nominal frek an sı girin.	0.01Hz~maximum frequency	Model confirmed	★
F03.05	Motor e tike tin de ki nominal dev ri girin.	1rpm - 65535rpm	Model confirmed	★
F03.27	Stat ik veya tam motor tanıma işle mini seçer.	0:No operation 1:Static tuning of asynchronous machine 2:Complete tuning of asynchronous machine 3:Static complete parameter identification Predetermined area	0	★
F07.00	X1 diji tal girişine görev atar.	0:No function 1:Forward running FWD or running command 2:Reverse running REV or forward and reverse running direction (Note:When set to1or2,it needs to be used in conjunction with F07.11,see the function code parameter description for details) 3:Three-wire operation control	1	★
F07.01	X2 diji tal girişine görev atar.	4:Forward jogging(FJOG) 5:Reverse jogging(RJOG) 6:Terminal UP 7:Terminal DOWN 8:Free stop 9:Fault reset(RESET) 10:Operation pause 11:External fault Normally open input 12:Multi-segment command terminal1 13:Multi-segment command terminal2 14:Multi-segment command terminal3 15:Multi-segment command terminal4 16:Acceleration and deceleration time selection terminal1 17:Acceleration and deceleration time selection terminal2 18:Frequency source switching 19:UP/DOWN setting clear(terminal, keyboard)	2	★
F07.02	X3 diji tal girişine görev atar.		9	★
F07.03	X4 diji tal girişine görev atar.	20:Control command switching terminal1 21:Acceleration and deceleration prohibited 22:PID pause 23:PLC status reset24:Swing frequency pause 25:Counter input 26:Counter reset27:Length counting Input 28:Length reset 29:Torque control disabled 30:PULSE(pulse)frequency input (only valid for X7) 31:Reserved 32:Immediate DC braking 33:External fault normally closed input 34:Frequency modification enabled 35:PID Reverse direction of action 36:External parking terminal1 37:Control command switching terminal2 38:PID integral pause 39:Switching between frequency	12	★
F07.04	X5 diji tal girişine görev atar.		13	★
F07.05	X6 diji tal girişine görev atar.		0	★
F07.06	X7 diji tal girişine veya pulse girişine görev atar.	source A and preset frequency 40:Switching between frequency source Band preset frequency 41:Reserved 42:Reserved43:PID parameter switching 44:User-defined fault1 45:User-defined fault2 46:Speed control/torque control switching 47:Emergency stop 48:External parking terminal2 49:Deceleration DC braking 50:Clear this running time 51:Two-wire/three-wire switching 52:Reverse prohibited 53:Start/stop 54:Operation allowed 55:Interlock1 56:Interlock2 57:Interlock3 58:PFC start/stop	30	★
F08.02	Röle 1 çıkışının RUN, FAULT, hızına ulaştı veya ön alarm gibi görev in i seçer.	1:The frequency converter is running 2:Fault output(free stop fault) 3:Frequency level detection F DT1 output 4:Frequency arrival signal(FAR) 5:Zero speed running(no output when stopped) 6:Motor overload pre-alarm 7:Frequency converter overload pre-alarm 8:Set count value reached 9:Specified count value reached10:Length reached11:PLC cycle completed 12:Accumulated running time reached 13:Frequency limited 14:Torque limited 15:Ready to run 16:AI1>AI2 17:Upper limit frequency reached 18:Lower limit frequency reached (operation related) 19:Under voltage status output 20:Communication setting 21:Reserved	2	☆
F08.03	Röle 2 çıkışının görev in i seçer.		0	☆
F08.04	Y1 transistor çıkışının görev in i seçer.	22:Reserved 23:Zero speed running2(stopped)24:Accumulated power-on time reaches 25:Frequency level detection F DT2 Output 26:Frequency1Arrival output 27:Frequency2Arrival output 28:Current1Arrival output 29:Current2Arrival output 30:Timing arrival output 31:AI1Input over-limit 32:Load loss 33:Reverse operation 34:Zero current state 35:Module temperature reached 36:Output current over-limit 37:Lower limit frequency reached (output even when stopped) 38:Alarm output(all faults) 39:Motor over-temperature pre-alarm 40:This running time reaches 41:fault output(it is a free stop fault and no output under voltage) 42:Interlock1output 43:Interlock2output 44:Interlock3output	1	☆
F08.05	Y2 transistor çıkışının görev in i seçer.		0	☆
F08.06	DO pulse çıkışının tem sil ed eceği fi zi k sel değeri seçer.	0:Operating frequency 1:Setting frequency 2:Output current(2times the rated motor current) 3:Output torque(2times the rated motor torque) 4:Output power(2times the rated power) 5:Output voltage(1.2times Inverter rated voltage) 6:PULSE input(100.0%corresponds to100.0kHz) 7:AI1 8:AI2 9:Reserved 10:Length11: Count value12: Communication setting 13:Motor speed 14:Output current(100.0%corresponds to1000.0A 15:Output voltage(100.0% corresponds to1000.0V 16:Output torque(actual torque value)	0	☆
F09.00	PID he def değerin in kay nağını seçer.	0:F09.01setting 1:AI1 2:AI2 3:Panel potenti o meter 4:PULSE pulse setting(X7) 5:Communication given 6:Multi-segment command given 7:Pressure given(MPa,Kg)	0	☆
F09.01	Dah ili PID he def değerin i gi rer.	0.0% - 100.0%	50.0%	☆
F09.02	PID geri be s le me kay nağını seçer.	0:AI1 1:AI2 2:Reserved 3:AI1-AI2 4:PULSE pulse setting(X7) 5:Communication reference 6:AI1+AI2 7:MAX(|AI1|,|AI2|) 8:MIN(|AI1|,|AI2|)	0	☆
F10.00	Çok ka demel i hız 0 değeri.	-100.0% - 100.0%	0.0%	☆
F10.01	Çok ka demel i hız 1 değeri.	-100.0% - 100.0%	0.0%	☆
F10.02	Çok ka demel i hız 2 değeri.	-100.0% - 100.0%	0.0%	☆
F12.00	Motor aşırı yük ko rum asını açar veya kap atır.	0:Forbidden 1:Allowed	1	☆
F12.01	Motor aşırı yük kor uma kazan cını a yar lar.	0.20 - 10.00	1.OO	☆
F12.08	E ner ji geri basıldığında f ren le me işlem in in başladığı DC bara geri li mini beli r ler.		690.0V	☆
F13.00	MODBUS baud hızını beli r ler.	0 - 1:Reserved 2:1200BPS 3:2400BPS 4:4800BPS 5:9600BPS 6:19200BPS 7:38400BPS 8:57600BPS 9:115200BPS	5	☆
F13.01	MODBUS veri/pa rite formatını beli r ler.	0:No parity(8-N-2) 1:Even parity(8-E-1) 2:Odd parity(8-O-1) 3:No parity(8-N-1)	0	☆
F13.02	İn vert erin slave ad resin i beli r ler.	0:Broadcast address 1~247	1	☆
F13.03	MODBUS c evap ge cik mes in i beli r ler.	0 - 20ms	2	☆
F13.04	Haber leşme zaman aşımını beli r ler.	0.0:Invalid 0.1~60.0s	0.0s	☆
F13.05	Stand art veya üret ici ye özel MODBUS proto kolünü seçer.	0:Non-standard MODBUS protocol 1:Standard MODBUS protocol	0	☆
F15.00	Para metre erişim şif resin i beli r ler.	0 - 65535	0	☆
F15.01	Para metre ler i fab rika değerin e döndürür veya kayıtları te miz ler.	0:No operation 1:All user parameters except motor parameters are restored to factory settings 2:All user parameters are restored to factory settings 3:Clear record information	0	★

Sahada kullanılabilecek hazır uygulama fikirleri

Uygulama	Kurulum mantığı	Sağladığı fayda
Motor çalışıyor lamb ası	F08.02 veya F08.03 röle fon ksi yon unu 'inverter running' seçin.	PLC ol madan RUN durum unu lamb aya taşıma
Arıza lamb ası ve reset but on u	Röleyi fault çıkışına; bir X girişini fault reset göre vine atayın.	Opera tör pane linden alarm ve sıfır lama
Hızına ulaştı kili di	Röleyi FAR / frek an s a ulaştı fon ksi yon una atayın.	Motor ramp asını tama mla madan yük kon tak törünü dev reye al mama
Aşırı yük ön alarmı	Röleyi motor veya inverter overload pre-alarm fon ksi yon una atayın.	Arıza oluşmadan önce buzzer veya ikaz lamb ası
Dört sab it hız	İki X girişini multi-segment seçim bit ler in e atayın; hızları F10 grub una girin.	S ele ktörle düşük, orta, yüksek ve prose s hızı
JOG / inching	Bir X girişini il eri veya ters JOG göre vine atayın; F02.00-F02.02'yi a yar layın.	Kon veyör, tabla veya mek a niz mayı has s as hi za lama
Hari ci arıza zinc iri	Kapı, limit veya prose s kon tağını 'external fault' at an mış X girişine bağlayın.	PLC'den bağımsız saha kili tle mes i
MODBUS hız + don anımsal RUN rölesi	Hız refer an sını haber leşm eden ver in; RUN bil g is in i röle para metres in de bırakın.	Haber leşme kes ilse bile çalışma durum unu don anımsal iz le me
Arıza rölesi + PLC kayıt si stem i	Röle opera törü uyarırken PLC arıza register'ını oku yup zaman dam gasıyla kay de der.	Geçmiş arıza an aliz i
Reçet eye bağlı çoklu hız	HMI ürün seçtiğinde F10 hız değer ler in i MODBUS üz erin den değişti rir.	DI kom bin a syon u değişm eden ürün ta rife sine göre hız değiştir me
Dah ili PID	F09 grub und a he def ve geri be s le me kay nağını seçin.	Basınç, s evi ye veya sıcaklığı ek PID c iha zı ol madan kon tro l

MODBUS RTU: ana H901 v1.01 kılavuzundaki yapı

Kod / parametre	Görev	Değer
F13.00	Baud hızı	1200-115200 bps; fab rika değeri 9600 bps
F13.01	Veri biçimi	8-N-2, 8-E-1, 8-O-1 veya 8-N-1
F13.02	Slave ad res i	1-247; 0 broadcast
F13.03	C evap ge cik mes i	0-20 ms
F13.04	Zaman aşımı	0 de vre dışı; 0,1-60 sani ye
F13.05	Proto kol seçimi	0 üret ici ye özel; 1 stand art MODBUS
03H	Register okuma	Word tipi para metre okuma
06H	Tek register yaz ma	Bir sefer de bir para metre yaz ma

Çalıştırma, durdurma ve çıkış kontrol komutları

Adres	Yazılan / okunan değer	İşlev
2000H	0001H	İleri çalışma
2000H	0002H	Ters çalışma
2000H	0003H	İleri JOG
2000H	0004H	Ters JOG
2000H	0005H	Ser best duruş
2000H	0006H	Rampalı duruş
2000H	0007H	Arıza sıfır lama
3000H	0001H	Durum: il eri çalışıyor
3000H	0002H	Durum: ters çalışıyor
3000H	0003H	Durum: dur muş
2001H	BIT0-BIT3	Y1, Y2, röle 1 ve röle 2 çıkışlarını haber leşm eden kon tro l
2002H	0000H-7FFFH	AO1 çıkışını %0-%100 kon tro l
2003H	0000H-7FFFH	AO2 çıkışını %0-%100 kon tro l
2004H	0000H-7FFFH	Pulse çıkışını %0-%100 kon tro l

Çalışma değerlerini PLC veya HMI üzerinden izleme

Adres	İzlenen değer	Açıklama
1000H	Haber leşme frek an s refer an sı	-10000 ile 10000; maksim um frek an sın -%100,00 ile %100,00 değeri
1001H	Çalışma frek an sı	Okuma
1002H	DC bara geri lim i	Okuma
1003H	Çıkış geri lim i	Okuma
1004H	Çıkış akımı	Okuma
1005H	Çıkış gücü	Okuma
1006H	Çıkış tork u	Okuma
1007H	Çalışma dev ri	Okuma
1008H	Diji tal giriş durum u	Okuma
1009H	Diji tal çıkış durum u	Okuma
100AH	AI1 değeri	Okuma
100BH	AI2 değeri	Okuma
100CH	Panel pot an s iyo metres i değeri	Okuma
100DH	Sayıcı değeri	Okuma
100EH	U zun luk değeri	Okuma
100FH	Yük hızı	Okuma
1010H	PID he def i	Okuma
1011H	PID geri be s le mes i	Okuma
1012H	PLC ka de mes i	Okuma
1013H	Pulse giriş frek an sı	0,01 kHz çözünürlük
1014H	Geri be s le me hızı	0,1 Hz çözünürlük
1015H	Kalan çalışma süresi	Okuma
1016H	Düze lt ilm emiş AI1	Okuma
1017H	Düze lt ilm emiş AI2	Okuma
1018H	Düze lt ilm emiş panel potu	Okuma
1019H	Hat hızı	Okuma
101AH	Ene rj ili k alma süresi	Okuma
101BH	Çalışma süresi	Okuma
101CH	Pulse giriş frek an sı	1 Hz çözünürlük
101DH	Haber leşme ayar değeri	Okuma
101EH	Gerçek geri be s le me hızı	Okuma
101FH	Ana frek an s A	Okuma
1020H	Yardımcı frek an s B	Okuma

Ayrı MODBUS/HEX belgesindeki alternatif adres haritası

Firmware sürümü doğrulanmadan bu tablo ana kılavuz tablosuyla karıştırılmamalıdır. Ayrı MODBUS/HEX PDF'si 2000H komutlarını ve 2100H-2116H izleme adreslerini farklı biçimde tanımlar. Bu nedenle PLC yazılımında önce cihazın hangi haritaya cevap verdiği test edilmelidir.

Adres	Değer	Alternatif belgede verilen işlev
2000H	0001H	D urdu rma
2000H	0012H	İleri çalışma
2000H	0013H	İleri JOG
2000H	0022H	Ters çalışma
2000H	0023H	Ters JOG
2001H	-10000...10000	Maksim um frek an s a göre -%100,00...%100,00 haber leşme hız refer an sı
2002H	0001H	Hari ci hata girişi
2002H	0002H	Arıza sıfır lama
2100H	-	Arıza kodu okuma
2102H	-	A yar lan an frek an s
2103H	-	Çıkış frek an sı
2104H	-	Çıkış akımı
2105H	-	DC bara geri lim i
2106H	-	Çıkış geri lim i
210AH	-	Motor dev ri
210DH	-	İn verte r sıcaklığı
210EH	-	PID geri be s le me
210FH	-	PID he def i
2114H	-	Giriş terminal durum u
2115H	-	Çıkış terminal durum u
2116H	-	Çalışma, yön, limit ve kom ut kanalı bit alanı

Ana v1.01 kılavuzunda 2000H için 0001 ileri çalışma olarak verilirken, ayrı HEX belgesinde 0001 durdurma olarak geçmektedir. Bu fark güvenlik açısından kritiktir; doğrulama yapılmadan çalışma komutu gönderilmemelidir.

Parametre tablosundaki semboller ne anlama gelir?

• ☆: Motor çalışırken veya dururken değiştirilebilir.
• ★: Motor çalışırken değiştirilemez; sürücü durmalıdır.
• ●: İzleme/kayıt değeridir, kullanıcı tarafından değiştirilemez.
• *: Üretici parametresidir.

Tüm H901 fonksiyon parametreleri

Aşağıdaki tam tablo kaynak İngilizce kılavuzdan çıkarılmıştır. Parametre kodları, seçenekler, aralıklar ve fabrika değerleri korunmuştur. Teknik terimlerin yanlış çevrilerek anlam değiştirmemesi için tam referans tablosunda kaynak adlandırma kullanılmıştır.

F00 - Temel çalışma ve frekans ayarları

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F00.00	Function macro definition	0:Universal mode 1:(1variable frequency pump+2 industrial frequency pumps)water supply mode1 2:Three pump circulation soft start(3 variable frequency pumps)water supply mode 3:One variable frequency pump and three industrial frequency pumps Water supply mode 4:One variable frequency pump+two industrial frequency pumps Water supply mode2 5:One variable frequency pump+1 industrial frequency pump)water supply Mode 6:Single pump water supply(1variable frequency pump)Mode 7:PV water supply voltage tracking Mode 8:PV water supply power tracking VF mode 9:PV water supply power tracking S VC mode 10~100: Reserved Note:Initialize parameters first,then set macros Function.	0	★
F00.01	Motor control method	0:V/F control 1:Speed sensor less vector control (SVC)	0	★
F00.02	Command source selection	0:Operation panel command channel 1:Terminal command channel 2:Communication command channel	0	☆
F00.03	Main frequency source A selection	0:Digital setting(preset frequency F00.08,UP/DOWN can be modified, and will not be remembered after power failure) 1:Digital setting(preset frequency F00.08,UP/DOWN can be modified, and will be remembered after power failure) 2:AI1(0 - 10V/20mA) 3:AI2(0 - 10V) 4:Panel potenti o meter 5:PULSE pulse setting(X7) 6:Multi-segment instruction 7:Simple PLC 8:PID 9:Communication reference 10:Multi-pump instruction 11:M PPT given(photovoltaic water supply)	4	★
F00.04	Auxiliary frequency source B selection	Same as F00.03(main frequency source A selection)	0	★
F00.05	Auxiliary frequency source B range selection during superposition	0:relative to the maximum frequency 1:relative to frequency source A	0	☆
F00.06	Auxiliary frequency source B range during superposition	0% - 150%	100%	☆
F00.07	Frequency source B superposition selection	Units digit:Frequency source selection 0:Main frequency source A 1:Main and auxiliary operation results (the operation relationship is determined by the tens digit) 2:Switching between main frequency source A and auxiliary frequency source B 3:Switching between main frequency source A and main and auxiliary operation results 4:Switching between auxiliary frequency source Band main and auxiliary operation results. Tens digit:main and auxiliary operation relationship of frequency source 0:main+auxiliary 1:main-auxiliary 2:maximum value of both 3:minimum value of both	OO	☆
F00.08	Preset frequency	0.00Hz - maximum frequency(F00.10)	50.00Hz	☆
F00.09	Running direction	0:Same direction 1:Opposite direction	0	☆
F00.10	maximum frequency	50.00Hz~500.00Hz	50.00Hz	★
F00.11	upper limit frequency source	0:F00.12setting 1:AI1 2:AI2 3:Panel potenti o meter 4:PULSE pulse setting 5:Communication reference	0	★
F00.12	upper limit frequency	Lower limit frequency F00.14~ maximum frequency F00.10	50.00Hz	☆
F00.13	Upper limit frequency offset	0.00Hz~maximum frequency F00.10	0.00Hz	☆
F00.14	lower limit frequency	0.00Hz~upper limit frequency F00.12	0.00Hz	☆
F00.15	carrier frequency	0.5kHz - 16.0kHz	Model confirmed	☆
F00.16	Carrier frequency adjusts with temperature	0:No 1:Yes	1	☆
F00.17	Acceleration time1	0.00s~650.00s(F00.19=2) 0.0s~6500.0s(F00.19=1) 0s~65000s(F00.19=0)	Model confirmed	☆
F00.18	Deceleration time1	0.00s~650.00s(F00.19=2) 0.0s~6500.0s(F00.19=1) 0s~65000s(F00.19=0)	Model confirmed	☆
F00.19	Acceleration and deceleration time unit	0:1second 1:0.1second 2:0.01second	1	★
F00.21	Auxiliary frequency source offset frequency during superposition	0.00Hz~maximum frequency F00.10	0.00Hz	☆
F00.22	Frequency command resolution	1:0.1Hz 2:0.01Hz	2	★
F00.23	Digital setting frequency shutdown memory selection	0:Not memorized1:Memorized	0	☆
F00.24	reserve	-	0	★
F00.25	Acceleration and deceleration time base frequency	0:Maximum frequency(F00.10) 1:Setting frequency 2:100Hz	0	★
F00.26	Runtime frequency command UP/DOWN benchmark	0:Operating frequency 1:Setting frequency	0	★
F00.27	Command source bundled frequency source	Units digit:Operation panel command binding frequency source selection 0:No binding 1:Digital setting frequency 2:AI1 3:AI2 4:Panel potenti o meter 5:PULSE pulse setting(X7) 6:Multi-step speed 7:Simple PLC 8:PID 9:Communication given tens digit:Terminal command binding frequency source selection hundreds digit:Communication command binding frequency source selection thousands digit:Automatic operation binding frequency source selection	OOOO	☆
F00.28	Serial communication protocol selection	0:Mod bus protocol1:Reserved	0	☆
F00.29	GP type display name	1:G type(constant torque load model) 2:P type(fan,water pump type load model) Predetermined area	Model confirmed	●

F01 - Başlatma, durdurma ve frenleme

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F01.00	Start mode	0:Direct start 1:Speed tracking and restart 2:Pre-excitation start(AC asynchronous machine) 3:Super fast start(valid in vector mode)	0	☆
F01.01	Speed tracking method	0:Start from stop frequency 1:Start from zero speed 2:Start from maximum frequency	0	★
F01.02	Speed tracking speed	1 - 100	20	☆
F01.03	Start frequency	0.00Hz~10.00Hz	0.00Hz	☆
F01.04	Start frequency hold time	0.0s - 100.0s	0.0s	★
F01.05	Starting DC braking current/pre-excitation current	0% - 100%	50%	★
F01.06	Start DC braking time/pre-excitation time	0.0s - 100.0s	0.0s	★
F01.07	Acceleration and deceleration mode	0:Linear acceleration and deceleration 1:S-curve acceleration and deceleration A 2:S-curve acceleration and deceleration B	0	★
F01.08	The proportion of time at the beginning of the S-curve	0.0%~(100.0%-F01.09)	30.0%	★
F01.09	S-curve end time ratio	0.0%~(100.0%-F01.08)	30.0%	★
F01.10	shutdown mode	0:Deceleration to stop 1:Free stop	0	☆
F01.11	Stop DC braking starting frequency	0.00Hz~maximum frequency	0.00Hz	☆
F01.12	Stop DC braking waiting time	0.0s - 100.0s	0.0s	☆
F01.13	Stop DC braking current	0% - 100%	50%	☆
F01.14	Shutdown DC braking time	0.0s - 100.0s	0.0s	☆
F01.15	brake usage	0% - 100%	100%	☆
F01.21	Speed tracking delay name	0.00 - 5.00s Predetermined area	0.50s	☆

F02 - Yardımcı çalışma fonksiyonları

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F02.00	Jogging operating frequency	0.00Hz~maximum frequency	2.00Hz	☆
F02.01	Jog acceleration time	0.0s - 6500.0s	20.0s	☆
F02.02	Jog deceleration time	0.0s - 6500.0s	20.0s	☆
F02.03	Acceleration time2	0.0s - 6500.0s	Model	☆
F02.04	Deceleration time2	0.0s - 6500.0s	Model confirmed	☆
F02.05	Acceleration time3	0.0s - 6500.0s	Model confirmed	☆
F02.06	Deceleration time3	0.0s - 6500.0s	Model confirmed	☆
F02.07	Acceleration time4	0.0s - 6500.0s	Model confirmed	☆
F02.08	Deceleration time4	0.0s - 6500.0s	Model confirmed	☆
F02.09	Jump frequency1	0.00Hz~maximum frequency	0.00Hz	☆
F02.10	Jump frequency2	0.00Hz~maximum frequency	0.00Hz	☆
F02.11	Jump frequency amplitude	0.00Hz~maximum frequency	0.01Hz	☆
F02.12	Forward and reverse dead time	0.0s - 3000.0s	0.0s	☆
F02.13	Reverse frequency prohibited	0:invalid 1:valid	0	☆
F02.14	The set frequency is lower than the lower limit frequency operation mode	0:Run at the lower frequency limit 1:Stop 2:Run at zero speed	0	☆
F02.15	sag control	0.00Hz~10.00Hz	0.00Hz	☆
F02.16	Set the cumulative power-on arrival time	0h - 65000h	0h	☆
F02.17	Set cumulative running arrival time	0h - 65000h	0h	☆
F02.18	Start protection selection	0:Not protected 1:Protected Note:When F02.18=0,the terminal power-on detection running command is valid;when F02.18=1,the terminal power-on detection running command is invalid.	0	☆
F02.19	Frequency detection value (FDT1)	0.00Hz~maximum frequency	50.00Hz	☆
F02.20	Frequency detection hysteresis value(FDT1)	0.0%~100.0%(FDT1level)	5.0%	☆
F02.21	Frequency Arrival(FAR) detection width	0.0%~100.0%(maximum frequency)	0.0%	☆
F02.22	Is the jump frequency valid during acceleration and deceleration?	0:invalid 1:valid	0	☆
F02.23	Acceleration time1and acceleration time2switch frequency point	0.00Hz~maximum frequency	0.00Hz	☆
F02.24	Deceleration time1and deceleration time2switch frequency point	0.00Hz~maximum frequency	0.00Hz	☆
F02.25	Terminal jog priority	0:invalid 1:valid	0	☆
F02.26	Frequency detection value (FDT2)	0.00Hz~maximum frequency	50.00Hz	☆
F02.27	Frequency detection hysteresis value(FDT2)	0.0%~100.0%(FDT2level)	5.0%	☆
F02.28	Arbitrary arrival frequency detection value1	0.00Hz~maximum frequency	50.00Hz	☆
F02.29	Arbitrary arrival frequency detection width1	0.0%~100.0%(maximum frequency)	0.0%	☆
F02.30	Arbitrary arrival frequency detection value2	0.00Hz~maximum frequency	50.00Hz	☆
F02.31	Up to frequency detection width 2	0.0%~100.0%(maximum frequency)	0	☆
F02.32	Zero current detection level	0.0%~300.0% 100.0%corresponds to the rated current of the motor	5.0%	☆
F02.33	Zero current detection delay time	0.01s - 600.00s	0.10s	☆
F02.34	Output current exceeds limit value	0.0%(not detected) 0.1%~300.0%(motor rated current)	200.0%	☆
F02.35	Output current over-limit detection delay time	0.00s - 600.00s	0.00s	☆
F02.36	Any arrival current1	0.0%~300.0%(motor rated current)	100.0%	☆
F02.37	Any reach current1width	0.0%~300.0%(motor rated current)	0.0%	☆
F02.38	Arbitrary current2	0.0%~300.0%(motor rated current)	100.0%	☆
F02.39	Arbitrary current2width	0.0%~300.0%(motor rated current)	0.0%	☆
F02.40	Timing functions election	0:invalid 1:valid	0	☆
F02.41	Scheduled running time selection	0:F02.42setting 1:AI1 2:AI2 3:Panel potenti o meter Note:The analog input range corresponds t oF02.42	0	☆
F02.42	Scheduled running time	0.0Min~6500.0Min	0.0Min	☆
F02.43	AI1input voltage protection value lower limit	0.00V - F02.44	3.10V	☆
F02.44	AI1input voltage protection value upper limit	F02.43 - 11.00V	6.80V	☆
F02.45	The module temperature reaches	0 °C - 100 °C	75 °C	☆
F02.46	Cooling fan control	0:The fan runs during operation 1:The fan always runs	0	☆
F02.47	wake frequency	Sleep frequency(F02.49)~maximum frequency(F00.10)	0.00Hz	☆
F02.48	Wake-up delay time	0.0s - 6500.0s	0.0s	☆
F02.49	sleep frequency	0.00Hz~wake-up frequency(F02.47)	0.00Hz	☆
F02.50	sleep delay time	0.0s - 6500.0s	0.0s	☆
F02.51	Arrival time setting for this run	0.0~6500.0minutes	0.0Min	☆
F02.52	Output power correction coefficient name	0.00% - 200.0% Predetermined area	100.0%	☆

F03 - Motor plaka bilgileri ve motor tanıma

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F03.00	Motor types election	0:Ordinary asynchronous motor 1:Variable frequency asynchronous motor	0	★
F03.01	Motor rated power	0.1kW~1000.0kW	Model confirmed	★
F03.02	Motor rated voltage	1V - 2000V	Model confirmed	★
F03.03	Motor rated current	0.01A~655.35A(inverter power <=55kW) 0.1A~6553.5A(inverter power>55kW)	Model confirmed	★
F03.04	Motor rated frequency	0.01Hz~maximum frequency	Model confirmed	★
F03.05	Motor rated speed	1rpm - 65535rpm	Model confirmed	★
F03.06	Asynchronous motor stator resistance	0.001Ω~65.535Ω(inverter power <=55kW) 0.0001Ω~6.5535Ω(inverter power>55kW)	tuning parameters	★
F03.07	Asynchronous motor rotor resistance	0.001Ω~65.535Ω(inverter power <=55kW) 0.0001Ω~6.5535Ω(inverter power>55kW)	tuning parameters	★
F03.08	Asynchronous motor leakage inductance	0.01mH~655.35mH(inverter power <=55kW) 0.001mH~65.535mH(inverter power>55kW)	tuning parameters	★
F03.09	Asynchronous motor mutual inductance	0.1mH~6553.5mH(inverter power <=55kW) 0.01mH~655.35mH(inverter power >55kW)	tuning parameters	★
F03.10	Asynchronous motor no-load current	0.01A~F03.03(inverter power <=55kW) 0.1A~F03.03(inverter power>55kW)	tuning parameters	★
F03.27	Tuning selection name	0:No operation 1:Static tuning of asynchronous machine 2:Complete tuning of asynchronous machine 3:Static complete parameter identification Predetermined area	0	★

F04 - Sensörsüz vektör kontrol ayarları

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F04.00	Speed loop proportional gain1	1 - 100	30	☆
F04.01	Speed loop integration time1	0.01s - 10.00s	0.50s	☆
F04.02	Switching frequency1	0.00 - F04.05	5.00Hz	☆
F04.03	Speed loop proportional gain2	1 - 100	20	☆
F04.04	Speed loop integration time2	0.01s - 10.00s	1.00s	☆
F04.05	Switching frequency2	F04.02~Maximum frequency	10.00Hz	☆
F04.06	Vector control slip gain	50% - 200%	100%	☆
F04.07	Speed loop filter time constant	0.000s - 0.100s	0.015s	☆
F04.08	Vector control over excitation gain	0 - 200	64	☆
F04.09	Torque upper limit source in speed control mode	0:Function code F04.10setting 1:AI1 2:AI2 3:Panel potenti o meter4:PULSE Pulse setting 5:Communication reference 6:MIN(AI1,AI2) 7:MAX(AI1,AI2) 1-7The full scale range of the option corresponds t oF04.10	0	☆
F04.10	Digital setting of torque upper limit in speed control mode	0.0% - 200.0%	160.0%	☆
F04.13	Excitation adjustment proportional gain	0~60000	2000	☆
F04.14	Excitation adjustment integral gain	0~60000	1300	☆
F04.15	Torque adjustment proportional gain	0~60000	2000	☆
F04.16	Torque adjustment integral gain	0~60000	1300	☆
F04.17	Speed loop integral separation reserve name	0:invalid 1:valid - Predetermined area	0	☆

F05 - Tork kontrolü

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F05.00	Speed/torque control mode selection	0:Speed control 1:Torque control	0	★
F05.01	Torque setting source selection in torque control mode	0:Digital setting1(F05.03) 1:AI1 2:AI2 3:Panel potenti o meter 4:PULSE Pulse 5:Communication reference 6:MIN(AI1,AI2) 7:MAX(AI1,AI2) (1-Full scale of7options, corresponding t oF05.03digital setting)	0	★
F05.03	Torque digital setting in torque control mode	-200.0% - 200.0%	150.0%	☆
F05.05	Torque control forward maximum frequency	0.00Hz~maximum frequency	50.00Hz	☆
F05.06	Torque control reverse maximum frequency	0.00Hz~maximum frequency	50.00Hz	☆
F05.07	Torque control acceleration time	0.00s~650.00s	0.00s	☆
F05.08	Torque control deceleration time name	0.00s~650.00s Predetermined area	0.00s	☆

F06 - V/F kontrol eğrileri

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F06.00	VF curve settings	0:Straight line V/F 1:Multi-point V/F 2:Square V/F 3:1.2power V/F 4:1.4power V/F 5:Reserved 6:1.6power V/F 7:Reserved 8:1.8th power V/F 9:Reserved 10:VF complete separation mode 11:VF semi-separation mode	0	★
F06.01	Torque boost	0.0%:(automatic torque boost) 0.1%~30.0%	Model confirmed	☆
F06.02	Torque boost cutoff frequency	0.00Hz~maximum frequency	50.00Hz	★
F06.03	Multi-point VF frequency point F1	0.00Hz - F06.05	0.00Hz	★
F06.04	Multi-point VF voltage point V1	0.0% - 100.0%	0.0%	★
F06.05	Multi-point VF frequency point F2	F06.03 - F06.07	0.00Hz	★
F06.06	Multi-point VF voltage point V2	0.0% - 100.0%	0.0%	★
F06.07	Multi-point VF frequency point F3	F06.05~motor rated frequency (F03.04)	0.00Hz	★
F06.08	Multi-point VF voltage point V3	0.0% - 100.0%	0.0%	★
F06.09	VF slip compensation gain	0.0% - 200.0%	0.0%	☆
F06.10	VF over excitation gain	0 - 200	64	☆
F06.11	VF oscillation suppression gain	0 - 100	Model confirmed	☆
F06.13	VF separated voltage source	0:Digital setting(F06.14) 1:AI1 2:AI2 3:Panel potenti o meter4:PULSE pulse setting(X7) 5:Multi-segment instruction 6:Simple PLC 7:PID 8:Communication reference Note:100.0%Corresponding motor rated voltage	0	☆
F06.14	VF separated voltage digital setting	0V~motor rated voltage	0V	☆
F06.15	VF separation voltage acceleration time	0.0s~1000.0s Note:Indicates the time from0V to the rated voltage of the motor.	0.0s	☆
F06.16	VF separation voltage deceleration time	0.0s~1000.0s Note:Indicates the time from0V to the rated voltage of the motor.	0.0s	☆
F06.17	VF separation shutdown mode selection	0:Frequency/voltage decrease to0 independently 1:Frequency decreases again after voltage decreases to0	0	☆
F06.18	VF over current stall action current	50 - 200%	150%	☆
F06.19	VF over current stall enable	0:invalid 1:valid	1	☆
F06.20	VF overpass stall suppression gain	0 - 100	20
F06.21	VF double speed over current stall action current compensation coefficient	50 - 200%	50%	☆
F06.22	VF over voltages tall action voltage	200.0 - 2000.0	760.0	☆
F06.23	VF over voltages tall enable	0:invalid 1:valid	1	☆
F06.24	VF over voltages tall suppression frequency gain	0 - 100	30	☆
F06.25	VF over voltages tall suppression voltage gain	0 - 100	30	☆
F06.26	Over voltages tall maximum rising limit frequency name	0 - 50Hz Predetermined area	5Hz	☆

F07 - Dijital ve analog giriş terminalleri

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F07.00	X1terminal functions election	0:No function 1:Forward running FWD or running command 2:Reverse running REV or forward and reverse running direction (Note:When set to1or2,it needs to be used in conjunction with F07.11,see the function code parameter description for details) 3:Three-wire operation control	1	★
F07.01	X2terminal functions election	4:Forward jogging(FJOG) 5:Reverse jogging(RJOG) 6:Terminal UP 7:Terminal DOWN 8:Free stop 9:Fault reset(RESET) 10:Operation pause 11:External fault Normally open input 12:Multi-segment command terminal1 13:Multi-segment command terminal2 14:Multi-segment command terminal3 15:Multi-segment command terminal4 16:Acceleration and deceleration time selection terminal1 17:Acceleration and deceleration time selection terminal2 18:Frequency source switching 19:UP/DOWN setting clear(terminal, keyboard)	2	★
F07.02	X3terminal functions election		9	★
F07.03	X4terminal functions election	20:Control command switching terminal1 21:Acceleration and deceleration prohibited 22:PID pause 23:PLC status reset24:Swing frequency pause 25:Counter input 26:Counter reset27:Length counting Input 28:Length reset 29:Torque control disabled 30:PULSE(pulse)frequency input (only valid for X7) 31:Reserved 32:Immediate DC braking 33:External fault normally closed input 34:Frequency modification enabled 35:PID Reverse direction of action 36:External parking terminal1 37:Control command switching terminal2 38:PID integral pause 39:Switching between frequency	12	★
F07.04	X5terminal functions election		13	★
F07.05	X6terminal functions election		0	★
F07.06	X7terminal functions election	source A and preset frequency 40:Switching between frequency source Band preset frequency 41:Reserved 42:Reserved43:PID parameter switching 44:User-defined fault1 45:User-defined fault2 46:Speed control/torque control switching 47:Emergency stop 48:External parking terminal2 49:Deceleration DC braking 50:Clear this running time 51:Two-wire/three-wire switching 52:Reverse prohibited 53:Start/stop 54:Operation allowed 55:Interlock1 56:Interlock2 57:Interlock3 58:PFC start/stop	30	★
F07.07	reserve		0	★
F07.08	reserve		0	★
F07.09	reserve		0	★
F07.10	X filter time	0.000s - 1.000s	0.010s	☆
F07.11	Terminal command mode	0:Two-wire type1 1:Two-wire type2 2:Three-wire type1 3:Three-wire type2	0	★
F07.12	Terminal UP/DOWN change rate	0.001Hz/s - 65.535Hz/s	1.00Hz/s	☆
F07.13	AI curve1minimum input	0.00V - F07.15	0.00V	☆
F07.14	AI curve1minimum input corresponding setting	-100.0%~+100.0%	0.0%	☆
F07.15	AI curve1maximum input	F07.13 - +10.00V	10.00V	☆
F07.16	AI curve1maximum input corresponding setting	-100.0%~+150.0%	100.0%	☆
F07.17	AI1filter time	0.00s - 10.00s	0.10s	☆
F07.18	AI curve2minimum input	0.00V - F07.20	0.00V	☆
F07.19	AI curve2minimum input corresponding setting	-100.0%~+100.0%	0.0%	☆
F07.20	AI curve2maximum input	F07.18 - +10.00V	10.00V	☆
F07.21	AI curve2maximum input corresponding setting	-100.0%~+150.0%	100.0%	☆
F07.22	AI2filter time	0.00s - 10.00s	0.10s	☆
F07.23	Panel potenti o meter minimum input	-10.00V - F07.25	-9.50V	☆
F07.24	Minimum input corresponding setting of panel potenti o meter	-100.0%~+100.0%	0.0%	☆
F07.25	Panel potenti o meter maximum input	F07.23 - +10.00V	9.50V	☆
F07.26	Corresponding setting of the maximum input of the panel potenti o meter	-100.0%~+150.0%	100.0%	☆
F07.27	Panel potenti o meter filter time	0.00s - 10.00s	0.10s	☆
F07.28	PULSE minimum input	0.00kHz - F07.30	0.00kHz	☆
F07.29	PULSE minimum input corresponding setting	-100.0% - 100.0%	0.0%	☆
F07.30	PULSE maximum input	F07.28 - 100.00kHz	50.00kHz	☆
F07.31	PULSE maximum input setting	-100.0% - 100.0%	100.0%	☆
F07.32	PULSE filter time	0.00s - 10.00s	0.10s	☆
F07.33	AI curves election	Units digit:AI1curves election 1:Curve1(2points,seeF07.13~ F07.16) 2:Curve2(2points,seeF07.18~ F07.21) 3:Reserved 4:Curve4(4points,seeF18.00~ F18.07) 5:Curve5(4points,seeF18.08~ F18.15) Tens digit:AI2curves election,the same as above Hundreds digit:reserved	321	☆
F07.34	AI below minimum input settings election	Units place:AI1is lower than the minimum input settings election 0:corresponding to the minimum input setting 1:0.0% Tens'digit:AI2is lower than the minimum input settings election,the same as above Hundreds digit:panel potenti o meter is lower than the minimum input settings election,the same as above	OOO	☆
F07.35	X1delay time	0.0s - 3600.0s	0.0s	★
F07.36	X2delay time	0.0s - 3600.0s	0.0s	★
F07.37	X3delay time	0.0s - 3600.0s	0.0s	★
F07.38	X terminal valid modes election 1	0:High level is valid 1:Low level is valid Units digit:X1 Tens digit:X2 Hundreds digit:X3 Thousands digit:X4Ten thousand digit:X5	00000	★
F07.39	X terminal valid modes election 2	0:Valid at high level 1:Valid at low level Units digit:X6 Tens digit:X7 Hundreds digit:Reserved Thousands digit:Reserved Tens of thousands digit:Reserved	00000	★
F07.40	AI2input signals election name	0:Voltage signal 1:Current signal Predetermined area	0	★

F08 - Röle, transistor, pulse ve analog çıkışlar

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F08.00	DO/AO2terminal output mode selection	0:Pulse output(DOP) 1:Switching output(DOR) 2:Analog output(AO2) Note:DOP and DO Rare output through the main control board terminal DO,and DO and AO2can be selected through the main control board jumper socket.	2	☆
F08.01	DOR output functions election	0:No output	0	☆
F08.02	Control board relay R1function selection	1:The frequency converter is running 2:Fault output(free stop fault) 3:Frequency level detection F DT1 output 4:Frequency arrival signal(FAR) 5:Zero speed running(no output when stopped) 6:Motor overload pre-alarm 7:Frequency converter overload pre-alarm 8:Set count value reached 9:Specified count value reached10:Length reached11:PLC cycle completed 12:Accumulated running time reached 13:Frequency limited 14:Torque limited 15:Ready to run 16:AI1>AI2 17:Upper limit frequency reached 18:Lower limit frequency reached (operation related) 19:Under voltage status output 20:Communication setting 21:Reserved	2	☆
F08.03	Control board relay R2output functions election		0	☆
F08.04	Open collector Y1output functions election	22:Reserved 23:Zero speed running2(stopped)24:Accumulated power-on time reaches 25:Frequency level detection F DT2 Output 26:Frequency1Arrival output 27:Frequency2Arrival output 28:Current1Arrival output 29:Current2Arrival output 30:Timing arrival output 31:AI1Input over-limit 32:Load loss 33:Reverse operation 34:Zero current state 35:Module temperature reached 36:Output current over-limit 37:Lower limit frequency reached (output even when stopped) 38:Alarm output(all faults) 39:Motor over-temperature pre-alarm 40:This running time reaches 41:fault output(it is a free stop fault and no output under voltage) 42:Interlock1output 43:Interlock2output 44:Interlock3output	1	☆
F08.05	Open collector Y2output selection		0	☆
F08.06	DOP output functions election	0:Operating frequency 1:Setting frequency 2:Output current(2times the rated motor current) 3:Output torque(2times the rated motor torque) 4:Output power(2times the rated power) 5:Output voltage(1.2times Inverter rated voltage) 6:PULSE input(100.0%corresponds to100.0kHz) 7:AI1 8:AI2 9:Reserved 10:Length11: Count value12: Communication setting 13:Motor speed 14:Output current(100.0%corresponds to1000.0A 15:Output voltage(100.0% corresponds to1000.0V 16:Output torque(actual torque value)	0	☆
F08.07	AO1output functions election		0	☆
F08.08	AO2output functions election		1	☆
F08.09	DOP output maximum frequency	0.01KHz~100.00KHz	50.00Hz	☆
F08.10	AO1zero bias coefficient	-100.0%~+100.0%	0.0%	☆
F08.11	AO1gain	-10.00 - +10.00	1.00	☆
F08.12	AO2zero bias coefficient	-100.0%~+100.0%	0.0%	☆
F08.13	AO2gain	-10.00 - +10.00	1.00	☆
F08.17	DOR output delay time	0.0s - 3600.0s	0.0s	☆
F08.18	R1output delay time	0.0s - 3600.0s	0.0s	☆
F08.19	R2output delay time	0.0s - 3600.0s	0.0s	☆
F08.20	Y1output delay time	0.0s - 3600.0s	0.0s	☆
F08.21	Y2output delay time	0.0s - 3600.0s	0.0s	☆
F08.22	Switching output terminal valid status selection	0:Positive logic. 1:Negative logic. Units digit:Reserved tens digit:R1 Hundreds digit:R2 Thousands digit:Y1 Thousands digit:Y2	0000	☆
F08.23	AO1output signals election name	0:Voltage signal 1:Current signal Predetermined area	0	★

F09 - PID proses kontrolü

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F09.00	PID given source	0:F09.01setting 1:AI1 2:AI2 3:Panel potenti o meter 4:PULSE pulse setting(X7) 5:Communication given 6:Multi-segment command given 7:Pressure given(MPa,Kg)	0	☆
F09.01	PID value given	0.0% - 100.0%	50.0%	☆
F09.02	PID feedback source	0:AI1 1:AI2 2:Reserved 3:AI1-AI2 4:PULSE pulse setting(X7) 5:Communication reference 6:AI1+AI2 7:MAX(|AI1|,|AI2|) 8:MIN(|AI1|,|AI2|)	0	☆
F09.03	PID action direction	0:Positive effect 1:Reverse effect	0	☆
F09.04	PID given feedback range	0 - 65535	1000	☆
F09.05	Proportional gain Kp1	0.0 - 999.9	20.O	☆
F09.06	Integration time Ti1	0.01s - 10.00s	2.00s	☆
F09.07	Differential time Td1	0.000s - 10.000s	0.000s	☆
F09.08	PID in version cutoff frequency	0.00~maximum frequency	2.00Hz	☆
F09.09	PID deviation limit	0.0% - 100.0%	0.0%	☆
F09.10	PID differential limiting	0.00% - 100.00%	0.50%	☆
F09.11	PID given change time	0.00 - 650.00s	0.00s	☆
F09.12	PID feedback filter time	0.00 - 60.00s	0.00s	☆
F09.13	PID output filter time	0.0 - 600.0s	100.0s	☆
F09.14	reserve	-	-	☆
F09.15	Proportional gain Kp2	0.0 - 999.9	20.0	☆
F09.16	Integration time Ti2	0.01s - 10.00s	2.00s	☆
F09.17	Differential time Td2	0.000s - 10.000s	0.000s	☆
F09.18	PID parameter switching conditions	0:No switching 1:Switching via X terminal 2:Automatic switching based on deviation 3~8:Reserved	0	☆
F09.19	PID parameter switching deviation1	0.0% - F09.20	20.0%	☆
F09.20	PID parameter switching deviation2	F09.19 - 100.0%	80.0%	☆
F09.21	PID initial value	0.0% - 100.0%	0.0%	☆
F09.22	PID initial value holding time	0.00 - 650.00s	0.00s	☆
F09.25	PID feedback upper limit loss detection value	0.0%:No judgment,feedback loss 0.1%~100.0%	0.0%	☆
F09.26	PID feedback lower limit loss detection value		0.0%	☆
F09.27	PID feedback loss detection time	0.0s - 20.0s	0.0s	☆
F09.28	PID shutdown operation name	0:No operation during shutdown 1:Operation during shutdown Predetermined area	0	☆

F10 - Çok kademeli hız ve basit PLC

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F10.00	Multi-segment instruction0	-100.0% - 100.0%	0.0%	☆
F10.01	Multi-segment instruction1	-100.0% - 100.0%	0.0%	☆
F10.02	Multi-segment instruction2	-100.0% - 100.0%	0.0%	☆
F10.03	Multi-segment instruction3	-100.0% - 100.0%	0.0%	☆
F10.04	Multi-segment instructions4	-100.0% - 100.0%	0.0%	☆
F10.05	Multi-segment instructions5	-100.0% - 100.0%	0.0%	☆
F10.06	Multi-segment instructions6	-100.0% - 100.0%	0.0%	☆
F10.07	Multi-segment instruction7	-100.0% - 100.0%	0.0%	☆
F10.08	Multi-segment instructions8	-100.0% - 100.0%	0.0%	☆
F10.09	Multi-segment instructions9	-100.0% - 100.0%	0.0%	☆
F10.10	Multi-segment instructions10	-100.0% - 100.0%	0.0%	☆
F10.11	Multi-segment instructions11	-100.0% - 100.0%	0.0%	☆
F10.12	Multi-segment instructions12	-100.0% - 100.0%	0.0%	☆
F10.13	Multi-segment instructions13	-100.0% - 100.0%	0.0%	☆
F10.14	Multi-segment instructions14	-100.0% - 100.0%	0.0%	☆
F10.15	Multi-segment instructions15	-100.0% - 100.0%	0.0%	☆
F10.16	Simple PLC operation mode	0:Stop at the end of a single run 1:Keep the final value at the end of a single run 2:Keep looping	0	☆
F10.17	Simple PLC power-off memory selection	Units digit:Power-off memory selection 0:Power-off no memory 1:Power-off memory Tens digit:Stop memory Select 0:Stop power without memory 1:Stop memory	OO	☆
F10.18	Simple PLC segment0running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.19	Simple PLC section0 acceleration and deceleration time selection	0 - 3	0	☆
F10.20	Simple PLC first stage running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.21	Simple PLC first stage acceleration and deceleration time selection	0 - 3	0	☆
F10.22	Simple PLC second stage running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.23	Simple PLC second stage acceleration and deceleration time selection	0 - 3	0	☆
F10.24	Simple PLC3rd stage running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.25	Simple PLC3rd stage acceleration and deceleration time selection	0 - 3	0	☆
F10.26	Simple PLC4th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.27	Simple PLC4th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.28	Simple PLC5th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.29	Simple PLC5th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.30	Simple PLC6th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.31	Simple PLC section6 acceleration and deceleration time selection	0 - 3	0	☆
F10.32	Simple PLC7th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.33	Simple PLC7th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.34	Simple PLC8th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.35	Simple PLC8th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.36	Simple PLC9th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.37	Simple PLC9th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.38	Simple PLC10th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.39	Simple PLC10th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.40	Simple PLC11th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.41	Simple PLC11th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.42	Simple PLC12th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.43	Simple PLC12th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.44	Simple PLC13th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.45	Simple PLC13th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.46	Simple PLC14th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.47	Simple PLC14th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.48	Simple PLC15th segment running time	0.0s(h) - 6500.0s(h)	0.0s(h)	☆
F10.49	Simple PLC15th segment acceleration and deceleration time selection	0 - 3	0	☆
F10.50	Simple PLC running time unit	0:s(seconds) 1:h(hours)	0	☆
F10.51	Multi-segment instruction0 given mode name	0:Function code F10.00given 1:AI1 2:AI2 3:Panel potenti o meter 4:PULSE Pulse 5:PID 6:Preset frequency(F00.08)given, UP/DOWN can be modified Predetermined area	0	☆

F11 - Salınım frekansı, uzunluk ve sayıcı

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F11.00	Swing frequency setting method	0:Relative to the center frequency 1:Relative to the maximum frequency	0	☆
F11.01	Swing frequency amplitude	0.0% - 100.0%	0.0%	☆
F11.02	Kick frequency amplitude	0.0% - 50.0%	0.0%	☆
F11.03	Swing frequency period	0.1s - 3000.0s	10.0s	☆
F11.04	Triangular wave rise time of swing frequency	0.1% - 100.0%	50.0%	☆
F11.05	Set length	0m - 65535m	1000m	☆
F11.06	Actual length	0m - 65535m	0m	☆
F11.07	pulses per meter	0.1~6553.5	100.O	☆
F11.08	Set count value	1~65535	1000	☆
F11.09	Specify count value name	1~65535 Predetermined area	1000	☆

F12 - Koruma, alarm ve hata kayıtları

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F12.00	Motor overload protection selection	0:Forbidden 1:Allowed	1	☆
F12.01	Motor overload protection gain	0.20 - 10.00	1.OO	☆
F12.02	Motor overload warning coefficient	50% - 100%	80%	☆
F12.03	Over voltages tall gain	0 - 100	0	☆
F12.04	Over voltages tall protection voltage	200.0 - 2000.0	760.0	☆
F12.05	Over current stall gain	0 - 100	20	☆
F12.06	Over current stall protection current	100% - 200%	150%	☆
F12.07			0	☆
F12.08			690.0V	☆
F12.09	Number of automatic fault resets	0 - 200	0	☆
F12.10	Fault terminal output actions election during automatic fault reset	0:No action 1:Action	1	☆
F12.11	Automatic fault reset interval	0.1s - 100.0s	6.0s_	☆
F12.12	Input phase loss protection selection	0:Disabled(inverter power<=11kW) 1:Allowed(inverter power>11kW)	Model confirmed	☆
F12.13	Output phase loss protection selection	0:Forbidden 1:Allowed	1	☆
F12.14	First fault type	0:No fault 1:Reserved 2:Acceleration over current 3:Deceleration over current 4:Constant speed over current5: Acceleration over voltage 6:Deceleration over voltage 7:Constant speed over voltage 8:Buffer resistor overload 9:Under voltage 10:Frequency converter overload 11:Motor overload 12:Input phase loss 13:Output phase loss 14:Module overheating 15:External fault16:Communication abnormality17:Reserved	-	●
F12.15	Second fault type	18:Current detection abnormality 19:Motor tuning abnormality 20:Reserved 21:Parameter reading and writing Abnormality 22:Inverter hardware abnormality 23:Reserved 24:Reserved 25:Reserved 26:Running time reached 27:Reserved28:Reserved 29:Power-on time reached 30:Load loss 31:PID feedback lost during running 40:Fast current limit time out 41:Switching the motor during operation 42:Excessive speed deviation 43:Motor over speed 45:Motor over temperature 51:Initial position error	-	●
F12.16	Third(mostrecent)fault type		-	●
F12.17	Third(mostrecent)failure frequency	-	-	●
F12.18	Current at the third(most recent)fault	-	-	●
F12.19	Bus voltage at the time of the third(mostrecent)fault	-	-	●
F12.20	Input terminal status during the third(mostrecent)fault	-	-	●
F12.21	Output terminal status during the third(mostrecent)fault	-	-	●
F12.22	The status of the inverter at the time of the third(mostrecent) fault	-	-	●
F12.23	Power-on time for the third (mostrecent)failure	-	-	●
F12.24	Runtime at third(mostrecent) failure	-	-	●
F12.27	The frequency of the second failure	-	-	●
F12.28	The current during the second fault	-	-	●
F12.29	Bus voltage during the second fault	-	-	●
F12.30	Input terminal when fault occurs for the second time	-	-	●
F12.31	Output terminal when fault occurs for the second time	-	-	●
F12.32	Inverter status when fault occurs for the second time	-	-	●
F12.33	Power-on time when the second fault occurs	-	-	●
F12.34	Runtime at second failure	-	-	●
F12.37	Frequency at first failure	-	-	●
F12.38	Current at first fault	-	-	●
F12.39	Bus voltage at first fault	-	-	●
F12.40	Input terminal when first fault occurs	-	-	●
F12.41	Output terminal status when the first fault occurs	-	-	●
F12.42	Inverter status at first fault	-	-	●
F12.43	Power-on time at first failure	-	-	●
F12.44	Operating time at first failure	-	-	●
F12.47	Fault protection actions election 1	Units digit:Motor overload(11) 0:Coast to stop 1:Stop according to stop mode 2:Continue running Tens digit:Input phase loss(12) Hundreds digit:Output phase loss(13) Thousands digit:External fault(15)Ten thousand digit:Communication abnormality(16)	OOO OO	☆
F12.48	Fault protection actions election 2	Units digit:Reserved 0:Free stop Tens digit:Function code reading and writing abnormality(21) 0:Free stop 1:Stop according to stop mode Hundreds digit:Reserved Thousands digit:Motor overheating (25) Ten thousand digit:Running time reached(26)	OOO OO	☆
F12.49	Fault protection actions election 3	Units digit:User-defined fault1(27) 0:Coast to stop 1:Stop according to the shutdown mode 2:Continue running Tens digit:User-defined fault2(28) 0:Coast to stop1:Stop according to the shutdown mode 2:Continue running Hundreds digit:Power-on time reached (29) 0:Coast to stop 1:Stop according to stop mode 2:Continue running Thousands digit:Load drop(30) 0:Coast to stop 1:Deceleration to stop 2:Jump directly to7of the rated frequency of the motor%Continue to run,and automatically return to the set frequency when the load does not drop. Ten thousand digits:PID feedback is lost during operation(31) 0:Coast to stop 1:Stop according to the stop mode 2:Continue to run	OOO OO	☆
F12.50	Fault protection actions election 4	Units digit:Speed deviation is too large (42) 0:Coast to stop 1:Stop according to stop mode 2:Continue running Tens,hundreds,thousands,ten thousand digits:reserved	OOO OO	☆
F12.54	Continue running frequency selection in case of failure	0:Run at the current operating frequency 1:Run at the set frequency 2:Run at the upper limit frequency 3:Run at the lower limit frequency 4:Run at the abnormal backup frequency	0	☆
F12.55	Abnormal backup frequency	0.0%~100.0% (100.0%corresponds to the maximum frequency F00.10)	100.0%	☆
F12.56	Motor temperature sensor type	0:No temperature sensor 1:PT100 2:PT1000	0	☆
F12.57	Motor overheat protection threshold	0 °C - 200 °C	110 °C	☆
F12.58	Motor overheating pre-alarm threshold	0 °C - 200 °C	90 °C	☆
F12.59	Instantaneous power outage actions election	0:Invalid 1:Deceleration 2:Deceleration to stop	0	☆
F12.60	Momentary stop action pauses to judge voltage	80.0% - 100.0%	85.0%	☆
F12.61	Instantaneous power outage voltage recovery judgment time	0.00s - 100.00s	0.50s	☆
F12.62	Instantaneous power outage action judgment voltage	60.0%~100.0%(standard bus voltage)	80.0%	☆
F12.63	Load loss protection options	0:invalid 1:valid	0	☆
F12.64	Load shedding detection level	0.0 - 100.0%	10.0%	☆
F12.65	Load drop detection time	0.0 - 60.0s	1.0s	☆
F12.66	reserve	-	0	☆
F12.67	reserve	-	0	☆
F12.68	S VC speed deviation excessive detection value	0.0% - 50.0%(maximum frequency)	20.0%	☆
F12.69	S VC speed deviation excessive detection time	0.0s:No detection 0.1~60.0s	0.0s_	☆
F12.70	Instant stop and non-stop gain K p	0 - 100	40	☆
F12.71	Instantaneous stop integral coefficient Ki	0 - 100	30	☆
F12.72	Instant stop and non-stop action deceleration time name	0.0 - 300.0s Predetermined area	20.0s	☆

F13 - RS485 / MODBUS haberleşmesi

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F13.00	MODBUS communication baud rate	0 - 1:Reserved 2:1200BPS 3:2400BPS 4:4800BPS 5:9600BPS 6:19200BPS 7:38400BPS 8:57600BPS 9:115200BPS	5	☆
F13.01	MODBUS data format	0:No parity(8-N-2) 1:Even parity(8-E-1) 2:Odd parity(8-O-1) 3:No parity(8-N-1)	0	☆
F13.02	Local address	0:Broadcast address 1~247	1	☆
F13.03	MODBUS response delay	0 - 20ms	2	☆
F13.04	RS485communication time out time	0.0:Invalid 0.1~60.0s	0.0s	☆
F13.05	MOD BU protocols election	0:Non-standard MODBUS protocol 1:Standard MODBUS protocol	0	☆
F13.06	RS485communication reading current resolution	0:0.01A 1:0.1A	0	☆
F13.07	reserve name	reserve Predetermined area	0	☆

F14 - Tuş takımı ve ekran göstergeleri

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F14.00	FUN C key functions election	0:FUN C key is invalid 1:Switch between operation panel command channel and remote command channel(terminal command channel or communication command channel) 2:Forward and reverse rotation switching 3:Forward rotation jog 4:Reverse rotation jog Note:F14.00=1When,switch to the terminal running command,the auxiliary display of the units digital tube will flash slowly at intervals of1s; switch to the communication operation command channel,the auxiliary display of the units digital tube will flash at intervals of200ms.	3	★
F14.01	STOP/RESET key function	0:Only in keyboard operation mode, the STOP/RES key stop function is valid 1:In any operation mode,the STOP/RES key stop function is valid	1	☆
F14.02	LED running main display parameter1	0000~FFFF Bit00:Operating frequency1(Hz) Bit01:Set frequency(Hz) Bit02:Bus voltage(V) Bit03:Output voltage(V) Bit04:Output current(A) Bit05:Output power(kW) Bit06:Output Torque(%) Bit07:Terminal input status Bit08:Terminal output status Bit09:AI1voltage(V) Bit10:AI2voltage(V) Bit11:Pressure feedback(MPa,Kg) Bit12:Count value Bit13:Length value Bit14:Load speed Display Bit15:PID setting	1F	☆
F14.03	LED running main display parameter2	0000~FFFF Bit00:PID feedback Bit01:PLC stage Bit02:PULSE input pulse frequency (kHz) Bit03:Running frequency2(Hz) Bit04:Remaining running time Bit05:AI1voltage before correction (V) Bit06:AI2voltage before correction (V) Bit07:Pressure setting(MPa,Kg) Bit08:Line speed Bit09:Current power-on time(Hour) Bit10:Current running time(Min) Bit11:PULSE input pulse frequency (Hz) Bit12:Communication setting value Bit13:Reserved Bit14:Display of main frequency A (Hz) Bit15:Display of auxiliary frequency B (Hz)	0	☆
F14.04	LED shutdown main display parameters	0000~FFFF Bit00:Set frequency(Hz) Bit01:Bus voltage(V) Bit02:Terminal input status Bit03: Terminal output status Bit04:AI1voltage(V)Bit05:AI2voltage(V) Bit06:Panel potenti o meter voltage(V) Bit07:Count value Bit08:Length value Bit09:PLC stage Bit10:Load speed Bit11:PID setting Bit12:PULSE input pulse frequency (kHz) Bit13:Pressure feedback(MPa,Kg) Bit14:Input voltage(V) Bit15:Reserved	33	☆
F14.05	LED operating auxiliary display parameters	0 - 80	4	☆
F14.06	LED shutdown auxiliary display parameters	0 - 80	38	☆
F14.07	Load speed display coefficient	0.0001 - 6.5000	1.0000	☆
F14.08	Inverter module heat sink temperature	0.0 °C - 100.0 °C	-	●
F14.09	Cumulative running time	0h - 65535h	-	●
F14.10	Number of decimal points for speed display	LED units digit:load speed(d00.14) display coefficient 0:0decimal place 1:1decimal place 2:2decimal places 3:3decimal places LED tens digit:feedback speed (d00.19)display coefficient 1:1decimal place 2:2decimal places	21	☆
F14.11	Accumulated power-on time	0~65535hours	-	●
F14.12	Cumulative power consumption	0~65535degrees	-	●
F14.13	Hardware version number	-	-	●
F14.14	Software version number	-	-	●
F14.15	Software batch number name	- Predetermined area	3.0410	●

F15 - Şifre, sıfırlama ve parametre yönetimi

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F15.00	user password	0 - 65535	0	☆
F15.01	Parameter initialization	0:No operation 1:All user parameters except motor parameters are restored to factory settings 2:All user parameters are restored to factory settings 3:Clear record information	0	★
F15.02	Function code modification attribute	0:Modifiable 1:Un modifiable	0	☆
F15.03	reserve	-	0	●
F15.04	reserve name	- Predetermined area	0	●

F16 - Pompa ve su besleme fonksiyonları

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F16.00	Terminal access and disconnection delay	0.0 - 6000.0s	0.1	☆
F16.01	Polling time	0.0 - 6000.0h	48.0	☆
F16.02	Reduce pump lower limit frequency	0.0 - upper limit frequency	35.00	☆
F16.03	Pump delay time	0.0 - 3600.0s	5.0	☆
F16.04	Decrease pump delay time	0.0 - 3600.0s	5.0	☆
F16.05	Water pump sleep wait time	0.0 - 3600.0s	2.0	☆
F16.06	Water pump wake-up waiting time	0.0 - 3600.0s	1.0	☆
F16.07	Water pump wakes up pressure points	(0.0 - 100.0%)*（F16.08）	80.0%	☆
F16.08	Preset pressure	0.00 - F16.09(MPa,Kg)	5.00	☆
F16.09	Sensor range	0.00 - 100.00(MPa,Kg)	10.00	☆
F16.10	Maximum power node of the battery panel	0.0% - 100.0%	81.0	☆
F16.11	VF speed adjustment coefficient	0.000 - 2.000	1.000	☆
F16.12	M PPT high point working voltage	(F16.13) - 200.0%	100.0%	☆
F16.13	M PPT low point working voltage	0.0%~(F16.12)	75.0%	☆
F16.14	M PPT high point voltage frequency point	0.00Hz - maximum frequency(F00.10)	50.00	☆
F16.15	M PPT low point voltage frequency point	0.00Hz - maximum frequency(F00.10)	0.00	☆
F16.16		40.0% - 100.0%	45.0%	☆
F16.17	Water shortage detection starting frequency	0.00Hz - maximum frequency(F00.10)	10.00	☆
F16.18	Photovoltaic water pump water shortage detection current corresponding to no-load current ratio	0.0% - 300.0%*no-load current (F03.10)	0.0	☆
F16.19	Photovoltaic water pump water shortage detection time	0 - 6000.0s	0.0	☆
F16.20	Photovoltaic under voltage self-start delay	0.1~6000.0s(0.0value turns off auto-start)	2.0	☆
F16.21	Photovoltaic water shortage self-start delay	0.1~6000.0s(0.0value turns off auto-start)	15.0	☆
F16.22	Power search time	0.050 - 60.000	0.500	☆
F16.23	power search gain	10 - 500	125	☆
F16.24	Power search speed gain	1 - 1000	100	☆
F16.25	Pre-search up scaling time	0.01 - 600.00s	15.00	☆
F16.26	Pre-search down clocking time name	0.01 - 600.00s Predetermined area	15.00	☆

F17 - Kontrol optimizasyonu

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F17.00	DP WM switching upper limit frequency	0.00Hz~maximum frequency(F00.10)	8.00Hz	☆
F17.01	PW M modulation method	0:Asynchronous modulation 1:Synchronous modulation	0	☆
F17.02	Dead zone compensation mode selection	0:No compensation 1:Compensation mode	1	☆
F17.03	Random PW M depth	0:Random PW Mis invalid 1~10:PW M carrier frequency random depth	0	☆
F17.04	Wave-by-wave current limit enable	0:Disabled 1:Enabled	1	☆
F17.05	Voltage over modulation coefficient	100 - 110	105	☆
F17.06	Under voltage point setting	200.0V - 2000.0V	350.0V	☆
F17.07	reserve	-	0	☆
F17.08	Over voltage point setting name	200.0V~2200.0V Predetermined area	Model confirmed	★

F18 - Analog giriş eğrileri

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
F18.00	AI curve4minimum input	-10.00V - F18.02	0.00V	☆
F18.01	AI setting curve4minimum input corresponding setting	-100.0%~+100.0%	0.0%	☆
F18.02	AI curve4inflection point1 input	F18.00 - F18.04	3.00V	☆
F18.03	AI curve4inflection point1 input corresponding setting	-100.0%~+100.0%	30.0%	☆
F18.04	AI curve4inflection point2 input	F18.02~F18.06	6.00V	☆
F18.05	AI curve4inflection point2 input corresponding setting	-100.0%~+100.0%	60.0%	☆
F18.06	AI curve4maximum input	F18.06 - +10.00V	10.00V	☆
F18.07	AI curve4maximum input corresponding setting	-100.0%~+100.0%	100.0%	☆
F18.08	AI curve5minimum input	-10.00V - F18.10	-10.00V	☆
F18.09	AI curve5minimum input corresponding setting	-100.0%~+100.0%	-100.0%	☆
F18.10	AI curve5inflection point1 input	F18.08~F18.12	-3.00V	☆
F18.11	AI curve5inflection point1 input corresponding setting	-100.0%~+100.0%	-30.0%	☆
F18.12	AI curve5inflection point2 input	F18.10~F18.14	3.00V	☆
F18.13	AI curve5inflection point2 input corresponding setting	-100.0%~+100.0%	30.0%	☆
F18.14	AI curve5maximum input	F18.12 - +10.00V	10.00V	☆
F18.15	AI curve5maximum input corresponding setting	-100.0%~+100.0%	100.0%	☆
F18.16	AI1sets jump point	-100.0% - 100.0%	0.0%	☆
F18.17	AI1sets jump amplitude	0.0% - 100.0%	0.1%	☆
F18.18	AI2sets jump point	-100.0% - 100.0%	0.0%	☆
F18.19	AI2sets jump amplitude	0.0% - 100.0%	0.1%	☆
F18.20	Panel potenti o meter sets jump point	-100.0% - 100.0%	0.0%	☆
F18.21	Panel potenti o meter sets jump amplitude name	0.0% - 100.0% Predetermined area	0.1%	☆

FFF - Üretici parametresi

Kod	Kaynak teknik adı	Seçenek / aralık / işlev	Fabrika değeri	Durum
FFF.00	Manufacturer password name	0 - 65535 roup	0	★

Canlı izleme ve teşhis değerleri

d00 grubundaki değerler çalışma sırasında sürücünün gerçek durumunu izlemek için kullanılır. Adresler kaynak kılavuzdaki 7000H serisi erişim adresleridir.

Kod	İzlenen değer	Çözünürlük / birim	Haberleşme adresi
d00.00	Operating frequency(Hz)	0.01Hz	7000H
d00.01	Set frequency(Hz)	0.01Hz	7001H
d00.02	Bus voltage(V)	0.1V	7002H
d00.03	Output voltage(V)	1V	7003H
d00.04	Output current(A)	0.01A	7004H
d00.05	Output power(kW)	0.1kW	7005H
d00.06	Output torque(%)	0.10%	7006H
d00.07	Terminal input status	1	7007H
d00.08	Terminal output status	1	7008H
d00.09	AI1voltage(V)/current(mA)	0.01V/0.01mA	7009H
d00.10	AI2voltage(V)	0.01V	700AH
d00.11	Pressure feedback(MPa,Kg)	0.00	700BH
d00.12	count value	1	700CH
d00.13	length value	1	700CH
d00.14	Load speed display	1	700EH
d00.15	PID setting	1	700FH
d00.16	PID feedback	1	7010H
d00.17	PLC stage	1	7011H
d00.18	PULSE input pulse frequency(Hz)	0.01kHz	7012H
d00.19	Feedback speed(Hz)	0.01Hz	7013H
d00.20	remaining runtime	0.1Min	7014H
d00.21	AI1voltage before correction(V)/current(mA)	0.001V/0.01m A	7015H
d00.22	AI2voltage before correction(V)	0.001V	7016H
d00.23	Pressure setting(MPa,Kg)	0.00	7017H
d00.24	Line speed	1m/Min	7018H
d00.25	Current power-on time	1Min	7019H
d00.26	Current running time	0.1Min	701AH
d00.27	PULSE input pulse frequency	1Hz	701BH
d00.28	Communication settings	0.01%	701CH
d00.29	reserve	0	701CH
d00.30	Main frequency A display	0.01Hz	701FH
d00.31	Auxiliary frequency B display	0.01Hz	701FH
d00.32	reserve	0	7020H
d00.33	reserve	0	7021H
d00.34	Motor temperature value	1 °C	7022H
d00.35	Target torque(%)	O.1%	7023H
d00.36	reserve	0	7024H
d00.37	power factor angle	0.1°	7025H
d00.38	Input voltage(V)	0.0V_	7026H
d00.39	VF separation target voltage	1V	7027H
d00.40	VF split output voltage	1V	7028H
d00.41	Input terminal status intuitive display	1	7029H
d00.42	Intuitive display of output terminal status	1	702AH
d00.43	Input terminal function status visual display1(function01-function40)	1	702BH
d00.44	Input terminal function status visual display2(function41-function80)	1	702CH
d00.45	accident details	1	702DH
d00.58	reserve	0	703AH
d00.59	Set frequency(%)	0.01%	703BH
d00.60	Operating frequency(%)	0.01%	703CH
d00.61	Inverter status	1	703DH
d00.62	Current fault code	1	703EH
d00.63	reserve	0.00%	703FH
d00.64	reserve	0.01%	7040H
d00.65	Torque upper limit	0.10%	7041H

Arıza kodları ve kontrol edilmesi gereken noktalar

Kod	Türkçe arıza başlığı	Kaynak kılavuzdaki olası nedenler	Kaynak kılavuzdaki çözüm yönü
E-01	İn verte r güç ünites i ko rum ası	1.The output circuit of the inverter is short-circuited 2.The wiring between the motor and the inverter is too long 3.The module is overheated 4.The internal wiring of the inverter is loose 5.The main control board is abnormal 6.The drive board is abnormal 7.The inverter module is abnormal Fault Troubleshooting	1.Troubleshoot peripheral faults 2.Install are actor or output filter 3.Check whether the air duct is blocked,whether the fan is working properly and eliminate existing problems 4.Plugin all connecting wires 5.Seek technical support 6.Seek technical support 7,seek technical support name Countermeasures
E-02	Hızl an ma sırasında aşırı akım	1.There is grounding or short circuit in the output circuit of the frequency converter. 2.The control mode is vector and no parameter identification is performed. 3.The acceleration time is too short. 4.The manual torque boost or the V/F curve is inappropriate. 5.The voltage is low.6.The machine is rotating.The motor is started 7.The load is suddenly added during acceleration 8.The inverter selection is too small	1.Troubleshoot peripheral faults 2.Identify motor parameters 3.Increase acceleration time 4.Adjust manual torque boost or V/F curve 5.Adjust voltage to normal range 6.Select speed tracking start or wait for the motor to stop before starting 7.Cancel sudden load 8.Choose an inverter with a higher power level
E-03	Yavaşlama sırasında aşırı akım	1.There is grounding or short circuit in the output circuit of the frequency converter.2.The control mode is vector and no parameter identification is carried out. 3.The deceleration time is too short. 4.The voltage is low.5.The load is suddenly added during the deceleration process. 6.No braking unit and brake are installed.dynamic resistance	1.Troubleshoot peripheral faults 2.Identify motor parameters 3.Increase deceleration time 4.Adjust voltage to normal range 5.Cancel sudden load 6.Install braking unit and resistor
E-04	Sab it hızda aşırı akım	1.There is grounding or short circuit in the output circuit of the frequency converter.2.The control mode is vector and no parameter identification is performed. 3.The voltage is low.4.Is there a sudden load during operation? 5.The frequency converter selection is too small.	1.Troubleshoot peripheral faults 2.Identify motor parameters 3.Adjust the voltage to the normal range 4.Cancel the sudden load 5.Select an inverter with a larger power level
E-05	Hızl an ma sırasında aşırı geri lim	1.The input voltage is too high.2.There is external force to drive the motor during acceleration.3.The acceleration time is too short.4.No braking unit and braking resistor are installed.	1.Adjust the voltage to the normal range 2.Cancel the external power or install a braking resistor 3.Increase the acceleration time 4.Install a braking unit and resistor
E-06	Yavaşlama sırasında aşırı geri lim	1.The input voltage is too high.2.There is an external force to drive the motor during the deceleration process. 3.The deceleration time is too short.4.No braking unit and braking resistor are installed.	1.Adjust the voltage to the normal range 2.Cancel the external power or install a braking resistor 3.Increase the deceleration time 4.Install a braking unit and resistor
E-07	Sab it hızda aşırı geri lim	1.The input voltage is too high. 2.There is an external force driving the motor during operation.	1.Adjust the voltage to the normal range 2.Cancel the external power or install
E-08	Kon tro l be s le mes i arızası	1.The input voltage is not within the range specified by the specification.	1.The input voltage is not within the range specified by the specification.
E-09	Düşük geri lim	1.Instantaneous power outage 2.The input voltage of the inverter is not within the range required by the specification 3.The bus voltage is abnormal 4.The rectifier bridge and buffer resistor are abnormal 5.The drive board is abnormal 6.The control board is abnormal	1.Reset the fault 2.Adjust the voltage to the normal range 3.Seek technical support 4.Seek technical support 5.Seek technical support 6.Seek technical support
E-10	İn verte r aşırı yükü	1.Whether the load is too large or the motor is blocked. 2.The inverter selection is too small.	1.Reduce the load and check the condition of the motor and machinery 2.Choose an inverter with a larger power level
E-11	Motor aşırı yükü	1.The three-phase input power supply is abnormal. 2.The drive board is abnormal.3.The lightning protection board is abnormal.4.The main control board is abnormal.	1.Check and eliminate problems in peripheral lines2.Seek technical support 3.Seek technical support 4.Seek technical support
E-12	Giriş fazı kaybı	1.The three-phase input power supply is abnormal. 2.The drive board is abnormal.3.The lightning protection board is abnormal.4.The main control board is abnormal.	1.Check and eliminate problems in peripheral lines 2.Seek technical support 3.Seek technical support 4.Seek technical support
E-13	Çıkış fazı kaybı	1.The lead wire from the inverter to the motor is abnormal 2.The three-phase output of the inverter is unbalanced when the motor is running 3.The drive board is abnormal 4.The module is abnormal	1.Troubleshoot peripheral faults 2.Check whether the three-phase windings of the motor are normal and troubleshoot 3.Seek technical support 4.Seek technical support
E-14	Güç modülü aşırı sıcaklığı	1.The ambient temperature is too high 2.The air duct is blocked 3.The fan is damaged4.The module the r mist or is damaged 5.The inverter module is damaged	1.Reduce the ambient temperature 2.Clean the air duct 3.Replace the fan 4.Replace the the r mist or 5.Replace the inverter module
E-15	Hari ci c iha z arızası	1.Input external fault signal through multi-function terminal X	1.Reset operation
E-16	Haber leşme arızası	1.The host computer is not working properly 2.The communication line is not normal 3.The communication expansion card F00.28is set incorrectly 3.The communication parameter F13 group is set incorrectly	1.Check the host computer wiring 2.Check the communication connection cable 3.Correctly set the communication expansion card type 4.Correctly set the communication parameters
E-18	Akım algılama arızası	1.Check if the Hall device is abnormal. 2.The driver board is abnormal.	1.Replace the Hall device 2.Replace the driver board
E-19	Motor tanıma / auto tune başarısız	1.The motor parameters are not set according to the name plate. 2.The parameter identification process times out.	1.Set the motor parameters correctly according to the name plate. 2.Check the leads from the inverter to the motor.
E-21	EEPROM okuma-yaz ma arızası	1.EEPROM chip is damaged	1.Replace the main control board
E-22	İn verte r don anım arızası	1.There is over voltage. 2.There is over current.	1.Handle according to over-voltage fault 2.Handle according to over-current fault
E-26	Top lam çalışma süresi sınırına ulaşıldı	1.The cumulative running time reaches the set value	1.Use parameter initialization function to clear record information
E-27	Kull anıcı tanımlı arıza 1	1.Input the signal of user-defined fault1through multi-function terminal X	1.Reset operation
E-28	Kull anıcı tanımlı arıza 2	1.Input the signal of user-defined fault2through multi-function terminal	1.Reset operation
E-29	Top lam ene rj ili k alma süresi sınırına ulaşıldı	1.The cumulative power-on time reaches the set value	1.Use parameter initialization function to clear record information
E-30	Yük kaybı	1.The operating current of the frequency converter is less than F12-64	1.Confirm whether the load is detached or whether the parameter settings of F12-64andF12-65comply with the actual operating conditions.
E-31	Çalışma sırasında PID geri be s le me kaybı	1.PID feedback is less than F09.26 setting value	1.Check the PID feedback signal or setF09.26to an appropriate value
E-40	Hızlı akım sınır lama arızası	1.Whether the load is too large or the motor is blocked. 2.The inverter selection is too small.	1.Reduce the load and check the condition of the motor and machinery 2.Choose an inverter with a larger power level
E-42	Aşırı hız sap ması	1.No parameter identification was performed. 2.The speed deviation is too large and the detection parameters F12. 68~F12.69are set unreasonably.	1.Identify the motor parameters 2.Set the detection parameters reasonably according to the actual situation
E-51	İlk ko num hat ası	1.The motor parameters deviate too much from the actual ones.	1.Re confirm whether the motor parameters are correct,focusing on whether the rated current is set too small.
E-55	Master-slave s is temin de slave arızası	The slave machine fails,check the slave machine	Start troubleshooting according to the slave machine fault code
E-60	F ren le me dire nci / fren modülü ko rum ası	The braking resistor is short-circuited or the braking module is abnormal.	Check the braking resistor or seek technical support
E-65	Foto volta ik pomp a su yo k luğu algılama arızası	Photovoltaic water pump water shortage detection failure The grid voltage is not present or too low; the switching power supply on the drive board of the inverter is faulty; the rectifier bridge is damaged; the buffer resistor of the inverter is damaged; the control board and keyboard are faulty; the connection between the control board and the drive board and keyboard is broken. Fault Possible	For details,please refer to the instructions ofF16.10~F16.26 Check the input power supply; check the bus voltage; seek service from the manufacturer; phenomenon Causes

Motoru ve mekanik sistemi koruyan kritik kullanım sınırları

• Standart motor düşük frekansta uzun süre çalışacaksa kendi fanı yeterli soğutma sağlamayabilir; harici fan veya inverter motoru gerekebilir.
• 50 Hz üzerindeki çalışmada motor rulmanı, fanı, kaplin, redüktör ve mekanik aktarımın izin verilen devri ayrıca kontrol edilmelidir.
• İnverter U-V-W çıkışına kondansatör, kompanzasyon kondansatörü veya varistör bağlanmamalıdır.
• Motor çalışırken inverter çıkışındaki kontaktör açılıp kapatılmamalıdır.
• İlk kullanımda veya uzun süre beklemiş motorda izolasyon direnci en az 5 MΩ olmalıdır.
• SVC kullanılacaksa motor plaka değerleri F03 grubuna doğru girilmeli ve uygun motor tanıma işlemi yapılmalıdır.
• Yavaşlama sırasında aşırı gerilim oluşuyorsa rampa süresi, mekanik geri besleme ve uygun fren direnci birlikte değerlendirilmelidir.
• Birden fazla inverter aynı RS485 hattında kullanılacaksa her sürücüye farklı F13.02 adresi verilmelidir.

Kaynaklarda açıkça verilmeyen veya birbiriyle çelişen bilgiler

• H901-2S0004G ve H901-2S05R5G için tam nominal çıkış akımı ve kesin kasa ölçüsü İngilizce model tablosunda yoktur.
• Tek faz 220 V / 5,5 kW fren direnci satırı kaynak tabloda yoktur.
• Genel teknik özellik tablosu programlanabilir çıkışlarda 58 anlam seçeneğinden, terminal bölümü ise 44 fonksiyondan söz eder.
• Ortam sıcaklığı genel özellik tablosunda -10...40 °C, kurulum bölümünde -5...40 °C olarak geçmektedir.
• Ana v1.01 kılavuz ile ayrı MODBUS/HEX belgesinin 2000H komut kelimesi ve izleme adresleri aynı değildir.
• d00 izleme tablosunda bazı farklı değerler aynı haberleşme adresiyle yazılmıştır; firmware üzerinden doğrulanmalıdır.