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1Phase→1Phase 220V VFD 0.75-11KW | BK-ZHB530 Series Frequency Inverter
PRODUKTPARAMETER
- Diversified Control Technology for VFD
- Strong Environmental Adaptability Frequency Inverter
- High Overload Capacity Single-Phase AC Drive
- Comprehensive Protection Variable Frequency Drive
- Intelligent Integration & Interconnection VFD
- Flexible Installation Frequency Converter
- Low-Frequency High-Torque Inverter Drive
- High-Efficiency Small Industrial VFD
Beschreibung
Produktübersicht
The BK-ZHB530 Series (1Phase→1Phase 220V) AC-AC Variable Frequency Drive (VFD) is a single-phase speed regulator tailored for 220V single-phase motors. As a compact frequency converter, it is ideal for small fan inverter (fans), pump inverter (pumps), and household industrial equipment, featuring IP20 protection and intelligent heat dissipation.
This single-phase VFD supports two reliable control modes: V/F control and sensorless vector control (SVC). It boasts 150% rated current overload capacity (60s), outstanding low-frequency high-torque output, and a comprehensive fault protection mechanism. Designed to adapt to diverse grid characteristics, this AC drive effectively handles grid voltage fluctuations, minimizes energy losses, and enhances operational stability as a practical inverter drive.
Its core design focuses on high reliability, strong environmental adaptability, and precise control under light-heavy-duty conditions. Through optimized heat dissipation and circuit layout, this single-phase frequency inverter ensures long-term stable operation in harsh industrial environments.

Anwendungen
The BK-ZHB530 Series Single-Phase Industrial Frequency Inverter is widely used in small-to-medium industrial scenarios, commercial facilities, and small-scale operations relying on single-phase power supply, providing stable drive solutions for equipment with high starting torque requirements:
Light Industry & Metallurgical Auxiliaries
- Small-scale non-ferrous metal processing equipment (mini calenders)
- Laboratory-grade ore crushers, small ball mills
- Small metallurgical hoisting tools, portable ladle transfer devices
- Light-duty steel processing auxiliary equipment
Miniature Mining & Construction Materials
- Small mine auxiliary conveyor drive (conveyors) (portable belt conveyors)
- Household/small-scale stone crushers, mini sand making machines
- Small construction hoists, portable tower crane auxiliary drives
- Small cement mixer drives, mini concrete mixing equipment
Small-Scale Port & Logistics Handling
- Small warehouse automated storage stackers (light-duty models)
- Portable container loading/unloading auxiliary equipment
- Small-scale conveyor drive (conveyors) (workshop internal material transfer)
- Lightweight grab handlers (small bulk material handling)
Chemical & Petroleum Auxiliaries
- Small chemical reactor agitators (laboratory or small-batch production)
- Portable oil drilling auxiliary pump inverter (pumps)
- Small air compressors, mini reciprocating pump inverter (pumps)
- Small pipeline transportation pump inverter (pumps) (local oil/gas transfer)
Small-Scale Water Treatment & Environmental Protection
- Sewage lifting pump inverter (pumps) (residential or small industrial areas)
- Mini aeration fan inverter (blowers), small chemical dosing pump inverter (pumps)
- Small waste incineration plant auxiliary drives
- Portable desalination equipment (small-scale offshore or rural use)
New Energy & Power System Auxiliaries
- Small wind turbine pitch control auxiliary motors
- Solar energy storage system small pump inverter (pumps)
- Small power plant boiler auxiliary pump inverter (pumps) (mini feed pumps)
- New energy vehicle production line auxiliary conveyor drive (conveyors) (light-duty)
Agriculture & Food Processing
- Small agricultural machinery (portable combine harvesters, mini tractors)
- Grain drying equipment (small-scale farm use)
- Household/small-scale oil press machines, food extrusion equipment
- Small feed grinder drives, mini mixing machines
Commercial & Industrial Auxiliaries
- Small HVAC inverter (HVAC system pumps, mini fans) (commercial buildings)
- Light-duty workshop machine tools (small lathes, drilling machines)
- Portable elevator drive (elevators) (small residential or warehouse elevators)
- Small-scale printing and packaging equipment drives
Produktmerkmale
Diversified and Precise Control Technology for VFD
Supports V/F control and SVC for variable frequency drive, flexibly switched based on equipment characteristics. This frequency inverter outputs 150% rated torque at 0.25Hz, with strong loaded starting capability and ≤±0.2% steady-state speed accuracy—meeting small-scale industrial precision needs as an AC drive.
Intelligent Integration and Interconnection Capability of Frequency Converter
Built-in PID controller with preset frequency function for VFD, directly connecting to pressure/flow closed-loop control. Standard RS485 interface (Modbus-RTU protocol) facilitates remote control and system integration, reducing automation transformation difficulty for this inverter drive.
Stable Heat Dissipation and Protection Design for Single-Phase AC Drive
Fully sealed heat dissipation duct for frequency inverter isolates dust and moisture, with strong environmental adaptability. Intelligent air-cooled control ensures excellent heat dissipation, enabling long-term stable operation at -10℃~40℃. IP20 protection complies with industrial standards, reducing external environment impact on this industrial frequency inverter.
Comprehensive Safety Protection System for VFD
Integrates 9 core protections (overcurrent, overvoltage, undervoltage, overheating, phase loss, short circuit, etc.) for variable frequency drive. It avoids equipment failure risks under heavy loads, maximizing motor and frequency converter service life.
Flexible Installation for Inverter Drive
Simple installation with wall-mounted/cabinet-type options for frequency inverter to adapt to limited spaces. 0.5kHz~16.0kHz adjustable carrier frequency balances low noise and load adaptability, matching drive needs of small pump inverter (pumps), fan inverter (fans), and crushers as a professional single-phase AC drive.
Hohe Energie-Effizienz
Efficiency reaches >95% for variable frequency drive, reducing energy consumption in long-term operation—ideal for energy-saving upgrades of small equipment.
Clear Display
Equipped with LED screen for intuitive status monitoring of the VFD, facilitating operation and maintenance.
Spezifikationen
| Power Capacity (KW/HP) | 0.75KW/1HP,1.5KW/2HP,2.2KW/3HP,3KW/4HP,4KW/5.5HP,5.5KW/7.5HP,7.5 KW/10HP,11 KW/15HP | |
| Phase | Input: 1PH; Output: 1PH | |
| Eingabe | Spannungsbereich | 220VAC |
| Rated Frequency | 47Hz~63Hz | |
| Leistungsfaktor | ≥0.95 (when input reactor is optional) | |
| Ausgabe | Rated Voltage Range | 220VAC |
| Frequenzbereich | 0~600Hz | |
| Überlastbarkeit | 150% rated current/60s, 180% rated current/3s; | |
| Torque Characteristic | 150% rated torque at 3.0Hz (V/F control); 150% rated torque at 0.25Hz (SVC mode) | |
| Frequency Resolution | Digital setting 0.01Hz; Analog input maximum frequency × 0.025% | |
| Wellenform | Reine Sinuswelle | |
| Harmonische Verzerrung | THD<2% for linear load; THD<7% for non-linear load | |
| Control | Control Mode | V/F control (linear, multi-point, N-th power curve), Sensorless Vector Control (SVC) |
| V/F Curve Options | 1.2nd power, 1.4th power, 1.6th power, 1.8th power, 2nd power, supporting VF full separation/half separation mode | |
| Torque Boost | Automatic boost; Manual setting 0.0%~30.0% | |
| Acceleration/Deceleration Time | 0.0s~6500.0s continuously adjustable, supporting S-type and linear mode | |
| Carrier Frequency | 0.5kHz~16.0kHz continuously adjustable, supporting automatic adjustment with temperature | |
| Speed Control Precision | Steady-state precision ≤±0.2% rated synchronous speed; Speed fluctuation ≤±0.5% rated synchronous speed | |
| Torque Response Time | ≤20ms (Sensorless Vector Control) | |
| Motor Parameter Self-detection | Supports static and dynamic parameter automatic detection | |
| Schutzfunktion | Overcurrent | Quick shutdown when overcurrent occurs during acceleration/deceleration/constant speed, with fault code alarm |
| Overvoltage/Undervoltage | Overvoltage:>760V (configurable); Undervoltage: <350V (configurable), graded frequency reduction or shutdown | |
| Overheating | Module temperature ≥75℃ for early warning, ≥100℃ for shutdown | |
| Überlastung | Dual protection for inverter overload and motor overload, overload early warning coefficient adjustable from 50% to 100% | |
| Phase Loss | Automatic detection, fault alarm and shutdown | |
| Other Protections | Short circuit, module fault, electronic thermal relay, input/output phase loss, motor parameter tuning abnormality, internal memory fault, etc. | |
| Communication & Interface | Communication Interface | RS485 (485+, 485- terminals) |
| Communication Protocol | Modbus-RTU protocol | |
| Baud Rate | 1200BPS~115200BPS adjustable | |
| Data Format | No parity (8-N-2/8-N-1), Even parity (8-E-1), Odd parity (8-O-1) | |
| Analog Input | AI1 (0~10V/0~20mA), AI2 (0~10V); Input impedance 100KΩ (voltage)/500Ω (current) | |
| Analog Output | AO1, AO2 (0~10V/0~20mA), supporting display of 16 physical quantities | |
| Digital Input | 7-channel multi-function terminals (X1~X7), 0~24V level signal, active low | |
| Digital Output | 1-channel open-collector output, 1-channel high-speed pulse output, 2-channel programmable relay outputs | |
| Umwelt | Betriebstemperatur | -10℃~40℃; Derating required when 40℃~50℃ |
| Luftfeuchtigkeit im Betrieb | 5%~95%RH, no condensation | |
| Höhenlage | ≤1000m; Derate 10% for every 1000m increase | |
| Vibration Requirement | <0.5G (avoid damage from falling) | |
| Structure and Installation | Schutzniveau | IP20 |
| Methode der Kühlung | Air cooling (with intelligent fan control) | |
| Einbauverfahren | Wall-mounted/Cabinet-type | |
Model Comparison Chart
| ZHB530 Series | Power (KW /HP) | Size(MM) L*W*H | N.W(KG) |
| ZHB530-0.75KW | 0.75KW/1HP | 72*114*146 | 0.8 |
| ZHB530-1.5KW | 1.5KW/2HP | 72*114*146 | 0.8 |
| ZHB530-2.2KW | 2.2KW/3HP | 72*114*146 | 0.8 |
| ZHB530-3KW | 3KW/4HP | 72*114*146 | 1.0 |
| ZHB530-4KW | 4KW/5.5HP | 120*160*240 | 1.3 |
| ZHB530-5.5KW | 5.5KW/7.5HP | 120*160*240 | 1.3 |
| ZHB530-7.5KW | 7.5KW/10HP | 120*160*240 | 1.5 |
| ZHB530-11KW | 11KW/15HP | 120*160*240 | 1.5 |
Note: Size and weight vary by voltage range, subject to the customized single-phase frequency inverter product.
FAQs
- What is a 1Phase→1Phase 220V Variable Frequency Drive (VFD)?A single-phase to single-phase VFD (also called frequency inverter) converts 220V single-phase AC power to adjustable frequency/voltage, controlling small AC motor speed for household and small industrial equipment.
- Can this pump inverter / fan inverter be used for residential sewage pumps?Yes, it’s optimized for small pumps/fans (0.75~11KW), with 150% low-frequency torque and stable output—perfect for residential sewage lifting pumps.
- How does this HVAC inverter adapt to commercial building small fans?It supports V/F/SVC control modes and IP20 protection, operating stably at -10℃~40℃, and matches the drive needs of small HVAC system fans.
- What advantages does this conveyor drive offer for small workshops?It provides precise speed control (≤±0.2% steady-state precision) and flexible installation, ensuring smooth operation of small-scale workshop conveyors.
- Why choose this single-phase AC drive for energy saving?With >95% efficiency and grid fluctuation resistance, it minimizes energy losses of small equipment, reducing long-term operational costs.
FAQs
UPS steht für Uninterruptible Power Supply (unterbrechungsfreie Stromversorgung) und ist ein Gerät, das eine kontinuierliche Stromversorgung bietet, um kritische Verbraucher vor Stromausfällen oder -schwankungen zu schützen.
Die Hauptaufgabe einer USV besteht darin, eine Ersatzstromquelle bereitzustellen, um sicherzustellen, dass kritische Geräte auch bei einer Unterbrechung oder Instabilität der Stromversorgung weiter betrieben werden können, um Datenverlust oder Geräteschäden zu vermeiden.
Der USV wird hauptsächlich in drei Arten unterteilt: offline, online und online interaktiv.
Bei der Wahl der Leistungskapazität der USV müssen Sie den Gesamtstrombedarf der Last berücksichtigen. Es wird in der Regel empfohlen, eine etwas größere Leistung als die Gesamtlast der USV zu wählen, um eine ausreichende Standby-Zeit zu gewährleisten.
Die Standby-Zeit einer USV hängt von der Batteriekapazität und der Lastleistung ab. Die Standby-Zeit reicht in der Regel von 10 Minuten bis zu mehreren Stunden, wobei die spezifischen Anforderungen je nach Anwendungsszenario festgelegt werden können.
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