RBCA H900 Series

High-performance VFD

ENGLISH

RBCA H900 Series

High-performance VFD

Product Description

Input	Rated voltage, frequency		Three-phase AC 380V; 50/60Hz Single phase AC220 V; 50/60Hz
	Voltage allowed Range of change		Three – phase AC 380V ~ 480V Single-phase AC220 V ~ 260 V
Output	Voltage		0 ~ 480V 0 ~ 260V
	Frequency		Vector control: 0~500Hz V/F control: 0~5000Hz
	Overload capacity		G type machine: 150% rated current for 60s; 180% rated current for 3s. P-type machine: 120% rated current for 60s; 150% rated current for 3s.
Control method			V/F control, speed sensorless vector control (SVC)
Control characteristics	Frequency setting Resolution		Analog input		Maximum frequency × 0.025%
			Digital settings		0.01Hz
	V/F control		V/F Curve		Three types: linear type; multi-point type; N-th power type V/F curve (1.2, 1.4, 1.6, 1.8, 2)
			V/F separation		2 methods: full separation, semi-separation
			Torque boost		Manual setting: 0.0~30.0% of rated output Automatic boost: Automatically determine the boost torque based on the output current and motor parameters
			Automatic current and voltage limiting		Whether in acceleration, deceleration or stable operation, it can automatically detect the motor stator current and voltage, and suppress them within the allowable range based on a unique algorithm, minimizing the possibility of system fault tripping.
Control characteristics	Sensorless vector control		Voltage frequency characteristics		Automatically adjust the output voltage-frequency ratio according to motor parameters and unique algorithm
			Torque characteristics		Starting torque: 150% rated torque at 3.0Hz (V/F control) 150% rated torque at 0.5Hz (speed sensorless vector control) Operating speed steady-state accuracy: =±0.2% rated synchronous speed Speed fluctuation: =±0.5% rated synchronous speed Torque response: =20ms (speed sensorless vector control)
			Motor parameter self-determination		Without any restrictions, the automatic detection of parameters can be completed in both static and dynamic conditions of the motor to obtain the best control effect
			Current and voltage suppression		Full current closed-loop control, completely avoiding current shock, with perfect over-current and over-voltage suppression function
	Undervoltage suppression during operation		Especially for users with low grid voltage or frequent grid voltage fluctuations, the system can maintain the longest possible operating time based on unique algorithms and residual energy allocation strategies even when the voltage is below the allowable range.
Typical functions	Multi-speed and swing frequency operation		16-segment programmable multi-speed control, multiple operating modes optional. Swing frequency operation: preset frequency, center frequency adjustable, state memory and recovery after power failure
	PID Control RS485 Communication		Built-in PID controller (frequency can be preset), standard configuration RS485 communication function
	Frequency setting		Analog Input	DC voltage 0~10V, DC current 0~20mA (upper and lower limits are optional)
			Digital Input	Operation panel setting, RS485 interface setting, UP/DOWN terminal control, and multiple combination settings with analog input
	Output signal		Digital Output	2 Y-terminal open collector output and 2 programmable relay output (TA, TB, TC), up to 58 meaning options
			Analog Output	2 analog signal output, the output range is flexibly set between 0~20mA or 0~10V, which can realize the output of physical quantities such as set frequency and output frequency
	Automatic voltage stabilization operation		According to the needs, you can choose dynamic voltage stabilization, static voltage stabilization, and non-stabilization to obtain the most stable operation effect.
	Acceleration and deceleration time setting		0.0s~6500.0s can be set continuously, S-shaped and linear modes are optional
	Brake	Energy consumption brake	Dynamic braking starting voltage, hysteresis voltage and dynamic braking rate can be adjusted continuously
		DC brake	DC braking start frequency at shutdown: 0.00~[F00.10] maximum frequency Braking time: 0.0~100.0s; Braking current: 0%~100% rated current
	Low noise operation		The carrier frequency is continuously adjustable from 0.5KHz to 16.0KHz to minimize motor noise
	Speed tracking speed Restart function		It can realize the smooth restart and instantaneous stop restart function of the running motor
	Counter		One internal counter for easy system integration
	Run function		Upper and lower frequency limit setting, frequency jump operation, reverse operation limit, slip frequency compensation, RS485 communication, frequency increase and decrease control, fault self-recovery operation, etc.

Display	Operation panel display	run state	Output frequency, output current, output voltage, motor speed, set frequency, module temperature, PID setting, feedback, analog input and output, etc.
		Alarm content	There are eight operating parameter records including output frequency, set frequency, output current, output voltage, DC voltage, module temperature, power-on time, and operating time when three faults trip.
Protective function			Overcurrent, overvoltage, undervoltage, module failure, electronic thermal relay, overheating, short circuit, input and output phase loss, abnormal motor parameter tuning, internal memory failure, etc.
Environment	Ambient temperature		-10?~+40? (When the ambient temperature is 40?~50?, please use it at a reduced rating)
	Ambient humidity		5%~95%RH, no condensation
	Surroundings		Indoors (no direct sunlight, no corrosion, no flammable gas, no oil mist, dust, etc.)
	Altitude		Derate for use above 1000 meters, 10% for every 1000 meters increase
Structure	Protection level		IP20
	Cooling method		Air cooling, with fan control
Installation			Wall-mounted, cabinet-type

Voltage level	Rated power (KW)	Rated output current (A)	Applicable motor (KW)
Single phase 220V	0.75	4.5	0.75
	1.5	7.0	1.5
	2.2	10	2.2
Three-phase 380V	0.75	2.5	0.75
	1.5	3.7	1.5
	2.2	5	2.2
	4.0	9	4
	5.5	13	5.5
	7.5	17	7.5
	11	25	11
	15	32	15
	18.5	37	18.5
	22	45	22
Three-phase 380V	30	60	30
	37	75	37
	45	90	45
	55	110	55
	75	150	75
	93	176	93
	110	210	110
	132	253	132
	160	300	160
	185	340	185
	200	380	200
	220	420	220
	250	470	250
	280	520	280
	315	600	315
	355	640	350
	400	750	400
	450	840	450
	500	930	500
	630	1150	630

INDONESIAN

RBCA H900 Series

High-performance VFD

Deskripsi Produk

Input	Tegangan terukur, frekuensi		AC tiga fase 380V; 50/60Hz AC satu fase 220 V; 50/60Hz
	Tegangan yang diizinkan Rentang perubahan		AC tiga fase 380V ~ 480V AC satu fase 220 V ~ 260 V
Keluaran	Tegangan		0 ~ 480V 0 ~ 260V
	Frekuensi		Kontrol vektor: 0~500Hz Kontrol V/F: 0~5000Hz
	Kapasitas kelebihan beban		Mesin tipe G: arus pengenal 150% selama 60 detik; arus pengenal 180% selama 3 detik. Mesin tipe P: arus pengenal 120% selama 60 detik; Arus terukur 150% selama 3 detik.
Metode kontrol			Kontrol V/F, kontrol vektor tanpa sensor kecepatan (SVC)
Karakteristik kontrol	Pengaturan frekuensi Resolusi		Input analog		Frekuensi maksimum × 0,025%
			Pengaturan digital		0,01Hz
	Kontrol V/F		Kurva V/F		Tiga jenis: tipe linier; tipe multi-titik; Kurva V/F tipe daya ke-N (1.2, 1.4, 1.6, 1.8, 2)
			Pemisahan V/F		2 metode: pemisahan penuh, semi-pemisahan
			Peningkatan torsi		Pengaturan manual: 0,0~30,0% dari keluaran terukur Peningkatan otomatis: Secara otomatis menentukan torsi peningkatan berdasarkan arus keluaran dan parameter motor
			Pembatasan arus dan tegangan otomatis		Baik dalam akselerasi, deselerasi, atau operasi stabil, ia dapat secara otomatis mendeteksi arus dan tegangan stator motor, dan menekannya dalam rentang yang diizinkan berdasarkan algoritma unik, meminimalkan kemungkinan kesalahan sistem tripping.
Karakteristik kontrol	Kontrol vektor tanpa sensor		Karakteristik frekuensi tegangan		Secara otomatis menyesuaikan rasio tegangan-frekuensi keluaran menurut parameter motor dan algoritma unik
			Karakteristik torsi		Torsi awal: 150% torsi terukur pada 3,0 Hz (kontrol V/F) 150% torsi terukur pada 0,5 Hz (kontrol vektor tanpa sensor kecepatan) Keakuratan kondisi stabil kecepatan operasi: =±0,2% kecepatan sinkron terukur Fluktuasi kecepatan: =±0,5% kecepatan sinkron terukur Respons torsi: =20 ms (vektor tanpa sensor kecepatan kontrol)
			Penentuan parameter motor secara mandiri		Tanpa batasan apa pun, deteksi otomatis parameter dapat diselesaikan dalam kondisi statis dan dinamis motor untuk mendapatkan efek kontrol terbaik
			Penekanan arus dan tegangan		Kontrol loop tertutup arus penuh, sepenuhnya menghindari guncangan arus, dengan fungsi penekanan arus berlebih dan tegangan berlebih yang sempurna
	Penekanan tegangan rendah selama pengoperasian		Khusus untuk pengguna dengan tegangan jaringan rendah atau fluktuasi tegangan jaringan yang sering, sistem dapat mempertahankan waktu pengoperasian selama mungkin berdasarkan algoritma unik dan strategi alokasi energi residual bahkan ketika tegangan berada di bawah rentang yang diizinkan.
Fungsi-fungsi umum	Pengoperasian multi-kecepatan dan frekuensi ayunan		Kontrol multi-kecepatan yang dapat diprogram 16 segmen, beberapa mode pengoperasian opsional. Pengoperasian frekuensi ayunan: frekuensi prasetel, frekuensi tengah dapat disesuaikan, memori status dan pemulihan setelah listrik mati
	Kontrol PID Komunikasi RS485		Pengontrol PID internal (frekuensi dapat diprasetel), fungsi komunikasi RS485 dengan konfigurasi standar
	Pengaturan frekuensi		Input Analog	Tegangan DC 0~10V, arus DC 0~20mA (batas atas dan bawah bersifat opsional)
			Input Digital	Pengaturan panel operasi, pengaturan antarmuka RS485, kontrol terminal ATAS/BAWAH, dan beberapa pengaturan kombinasi dengan analog input
	Sinyal output		Output Digital	2 output kolektor terbuka terminal Y dan 2 output relai yang dapat diprogram (TA, TB, TC), hingga 58 opsi makna
			Output Analog	2 output sinyal analog, rentang output diatur secara fleksibel antara 0~20mA atau 0~10V, yang dapat mewujudkan output kuantitas fisik seperti frekuensi yang ditetapkan dan frekuensi output
	Stabilisasi tegangan otomatisoperasi		Sesuai dengan kebutuhan, Anda dapat memilih stabilisasi tegangan dinamis, stabilisasi tegangan statis, dan non-stabilisasi untuk mendapatkan efek operasi yang paling stabil.
	Pengaturan waktu akselerasi dan deselerasi		0,0 detik~6500,0 detik dapat diatur terus-menerus, mode berbentuk S dan linier bersifat opsional
	Rem	Konsumsi energi rem	Tegangan awal pengereman dinamis, tegangan histeresis, dan laju pengereman dinamis dapat disesuaikan terus-menerus
		Rem DC	Frekuensi awal pengereman DC saat dimatikan: 0,00~[F00.10] frekuensi maksimum Waktu pengereman: 0,0~100,0 detik; Arus pengereman: 0%~100% arus terukur
	Operasi kebisingan rendah		Frekuensi pembawa terus-menerus dapat disesuaikan dari 0,5KHz hingga 16,0KHz untuk meminimalkan kebisingan motor
	Kecepatan pelacakan Fungsi restart		Dapat mewujudkan fungsi restart halus dan restart berhenti seketika dari motor yang sedang berjalan
	Penghitung		Satu penghitung internal untuk integrasi sistem yang mudah
	Fungsi jalan		Pengaturan batas frekuensi atas dan bawah, operasi lompatan frekuensi, batas operasi terbalik, kompensasi frekuensi slip, komunikasi RS485, kontrol peningkatan dan penurunan frekuensi, operasi pemulihan kesalahan sendiri, dll.

Tampilan	Tampilan panel operasi	run state	Frekuensi keluaran, arus keluaran, tegangan keluaran, kecepatan motor, frekuensi yang ditetapkan, suhu modul, pengaturan PID, umpan balik, masukan dan keluaran analog, dll.
		Konten alarm	Ada delapan catatan parameter operasi termasuk frekuensi keluaran, frekuensi yang ditetapkan, arus keluaran, tegangan keluaran, tegangan DC, suhu modul, waktu daya hidup, dan waktu operasi saat tiga kesalahan trip.
Fungsi pelindung			Arus berlebih, tegangan berlebih, tegangan kurang, kegagalan modul, relai termal elektronik, panas berlebih, korsleting, kehilangan fase input dan output, penyetelan parameter motor abnormal, kegagalan memori internal, dll.
Lingkungan	Suhu sekitar		-10?~+40? (Jika suhu sekitar 40?~50?, harap gunakan pada peringkat yang lebih rendah)
	Kelembapan sekitar		5%~95%RH, tanpa kondensasi
	Lingkungan		Di dalam ruangan (tidak terkena sinar matahari langsung, tidak ada korosi, tidak ada gas yang mudah terbakar, tidak ada kabut minyak, debu, dll.)
	Ketinggian		Turunkan peringkat untuk penggunaan di atas 1000 meter, 10% untuk setiap peningkatan 1000 meter
Sstruktur	Tingkat perlindungan		IP20
	Metode pendinginan		Pendinginan udara, dengan kontrol kipas
Pemasangan			Terpasang di dinding, tipe kabinet

Tingkat tegangan	Daya terukur (KW)	Arus keluaran terukur (A)	Motor yang berlaku (KW)
Fase tunggal 220V	0,75	4,5	0,75
	1,5	7,0	1,5
	2,2	10	2,2
Fase tiga 380V	0,75	2,5	0,75
	1,5	3,7	1,5
	2,2	5	2,2
	4,0	9	4
	5,5	13	5,5
	7,5	17	7,5
	11	25	11
	15	32	15
	18,5	37	18,5
	22	45	22
Tiga fase 380V	30	60	30
	37	75	37
	45	90	45
	55	110	55
	75	150	75
	93	176	93
	110	210	110
	132	253	132
	160	300	160
	185	340	185
	200	380	200
	220	420	220
	250	470	250
	280	520	280
	315	600	315
	355	640	350
	400	750	400
	450	840	450
	500	930	500
	630	1150	630

Product Appearance

A. Product dimensions and installation dimensions Frame type 1(unit : mm) 0.75-5.5Kw

Voltage level	Inverter Model	Power(kw)	Dimensions (mm)			Installation size (mm)			Packing size (mm)			Net weight (kg)
			W1	H1	D	W2	H2	Φ	long	Width	high
Single-phase 220V	H900-2SR75G	0.75	95	212	144	78	198	5	258	140	184	1.3
	H900-2S01R5G	1.5										1.3
	H900-2S02R2G	2.2										1.3
Three- phase 380V	H900-4TR75G/1.5P	0.75										1.3
	H900-4T01R5G/2.2P	1.5										1.3
	H900-4T02R2G/4P	2.2										1.3
	H900-4T0004G/5.5P	4.0										1.4
	H900-4T05R5G/7.5P	5.5										1.5

B. Product dimensions and installation dimensions Frame type 2 (unit : mm) 7.5-11Kw

Voltage level	Inverter Model	Power (kw)	Dimensions (mm)			Installation size (mm)			Packing size (mm)			Net weight (kg)
			W1	H1	D	W2	H2	Φ	long	Width	high
380V three- phase	H900-4T07R5G/11P	7.5	140	240	183	129	229	8	296	206	240	3.1
	H900-4T0011G/15P	11										3.2

C. Product dimensions and installation dimensions Frame type 3 (unit: mm) 15-22Kw

Voltage level	Inverter Model	Power (kw)	Dimensions (mm)			Installation size (mm)			Packing size (mm)			Net weight (kg)
			W1	H1	D	W2	H2	Φ	L	W	H
380V three- phase	H900-4T0015G/18.5P	15	205	322	197	188	305	7	412	295	285	5.8
	H900-4T18R5G/22P	18.5										5.9
	H900-4T0022G/30P	22										6.2

D. Product dimensions and installation dimensions Frame type 4&5 (unit : mm) 30-37Kw

Voltage level	Inverter Model	Power (kw)	Dimensions (mm)			Installation size (mm)			Packing size (mm)			Net weight (kg)	Outline

			W1	H1	D	W2	H2	Φ	long	Width	high
380V three- phase	H900-4T0030G/37P	30	225	370	205	150	357	6	420	290	280	10. 4	Frame Type 4
380V three- phase	H900-4T0037G/45P	37	270	463	223.9	201.5	444.5	6.5	547	360	323	14	Frame Type 5

E. Product dimensions and installation dimensions Frame type 6&7 (unit : mm) 45/55Kw

Voltage level	Inverter Model	Power (kw)	Dimensions (mm)			Installation size (mm)			Packing size (mm)			Net weight (kg)	Outline
380V three -phase	H900-4T0045G/55P	45	W1	H1	D	W2	H2	Φ	L	W	H	17.3	Frame Type 6
	H900-4T0045G/55P	45	295	460	206	195	440.5	6.5	550	390	305	17.3	Frame Type 6
	H900-4T0055G/75P	55	320	522	257.6	200	499	9	600	430	325	23.5	Frame Type 7

F. Product dimensions and installation dimensions Frame type 8 (unit : mm) 75Kw

Voltage level

Inverter Model

Power

(kw)

Dimensions

(mm)

Installation size

(mm)

Packing size (mm)

Net weight (kg)

Outline

380V three-

phase

H900-4T0075G/93P

320

565

276

240

545

650

430

390

30.8

Frame Type 8

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Product Appearance

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