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E-mail
sales@gdxindun.com
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Phone
18924874907
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Address
2-3/F, Building 3, European Industrial Park, No. 60 Longbao West Road, Chancheng District, Foshan City, Guangdong Province
Product Categories
Guangdong Xindun Power Technology Co., Ltd
HDSX-T Three phase Reverse Control Integrated Machine
NegotiableUpdate on 09/12
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Overview
Product features: Strong load capacity supports three-phase unbalanced load, triple starting peak power, pure sine wave output at power frequency, strong load capacity, easy to carry dynamic and impact loads. Users can choose from 7 battery types through the inverter function button, and can also customize other battery types (explained before ordering). Built in solar controller, MPPT or PWM controller, reduces the exposed space of solar power generation system components
Product Details
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Support three-phase unbalanced load, triple starting peak power, pure sine wave output at power frequency, strong load capacity, easy to handle dynamic impact loads |
Users can select 7 battery types through the inverter function buttons, and can also customize other battery types (please specify before placing an order) |
Built in MPPT or PWM controller to reduce the exposed space of solar power generation system components.Adjustable solar charging current |
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Set different working modes for different usage requirements: mains priority, inverter priority, energy-saving mode |
LCDDigital DisplayThe screen intuitively displays various operating states of the solar inverter. Optional RS232/RS485/mobile app/SNMP/GSM communication software for remote monitoring of inverters |
Battery undervoltage and overvoltage protection, overload power protection, inverter output short circuit protection, high temperature protection function, and alarm function |
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Priority given to mains electricity When the mains power is normal (within the input voltage range of the machine's mains power), the mains power not only charges the battery, but also outputs stable AC power after being stabilized; When the mains power is abnormal (the mains power exceeds the working range of the machine or is interrupted), the machine switches to battery inverter power supply. |
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Battery priority When the battery is fully charged (i.e. the voltage of a conventional single cell battery is 13.2VDC), even if the mains input is normal, the machine will switch to battery inverter power supply; When the battery voltage is low (i.e. the voltage of a conventional single cell battery is below 11VDC) and the mains input is normal, the machine switches to mains mode for power supply. When the mains and PV are normal, the mains and solar controller charge the battery simultaneously. |
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Power Saving Mode The machine operates in battery inverter mode (ineffective in mains mode). When the load is below 10% of the rated load, the inverter will start and stop at regular intervals to save battery energy (i.e. the machine will intermittently interrupt the inverter output); When the load exceeds 10% of the rated load, the inverter will continue to operate in the inverter state (i.e. the machine will not intermittently interrupt the inverter output). |
Attention: In the mains priority/battery priority mode, when the mains charging current is not set to 0A, the mains can charge the battery; When the charging current of the mains is set to 0A, the mains does not charge the battery, only the solar controller charges the battery.
| Technical Specifications | |||||||||
| Model HDSX-T | 4KVA | 6KVA | 7KVA | 8KVA | 10KVA | 15KVA | 20KVA | 25KVA | |
| rated power | 3.2KW | 4.8KW | 5.6KW | 6.4KW | 8KW | 12KW | 16KW | 20KW | |
| Peak power (20ms) | 9.6KW | 14.4KW | 16.8KW | 19.2KW | 24KW | 36KW | 48KW | 60KW | |
| starter motor | 3HP | 4HP | 4HP | 4HP | 5HP | 7HP | 10HP | 10HP | |
| Standard battery voltage | 48/96/192VDC | 96/192/384VDC | |||||||
| Machine size (L * W * H mm) | 565*300*775 | 725*365*1010 | |||||||
| Packaging size (L * W * H mm) | 625*360*895 | 785*425*1135 | |||||||
| Net weight (kg) | 65 | 73 | 75 | 80 | 122 | 134 | 160 | 176 | |
| Gross weight (kg) (wooden crate packaging) | 78 | 86 | 88 | 93 | 146 | 158 | 184 | 200 | |
| Technical Specifications | |||||||||
| Model HDSX-T | 30KVA | 40KVA | 50KVA | 60KVA | 80KVA | 100KVA | 125KVA | 150KVA | |
| rated power | 24KW | 32KW | 40KW | 48KW | 64KW | 80KW | 100KW | 120KW | |
| Peak power (20ms) | 72KW | 96KW | 120KW | 144KW | 192KW | 240KW | 300KW | 360KW | |
| starter motor | 15HP | 15HP | 20HP | 25HP | 30HP | 40HP | 50HP | 60HP | |
| Standard battery voltage | 192/384VDC | 384VDC | |||||||
| Machine size (L * W * H mm) | 715*575*1275 | 925*760*1450 | |||||||
| Packaging size (L * W * H mm) | 775*635*1400 | 990*825*1590 | |||||||
| Net weight (kg) | 257 | 287 | 307 | 337 | 355 | 512 | 552 | 612 | |
| Gross weight (kg) (wooden crate packaging) | 290 | 320 | 340 | 370 | 388 | 552 | 592 | 652 | |
| General Parameters | |||||||||
| input | DC input voltage range | 10.5VDC-15VDC (single battery voltage) | |||||||
| Range of mains input voltage | 380Vac/400Vac ± 10% (customizable 190Vac/200Vac) | ||||||||
| Frequency range of mains power input | 45Hz-65Hz | ||||||||
| Maximum mains charging current | 20A/10A/5A | 20A/10A/5A | 20A/10A/5A | 25/15/10A | 25A/15A/10A | 30A/20A/10A | 30A/20A/10A | 45A/30A/15A | |
| 30A/15A | 40A/20A | 45A/25A | 45A/30A | 30A | 45A | 45A | 45A | ||
| Municipal power charging method | Three stage (constant current, constant voltage, float charging) | ||||||||
| Phase system | 3/N/PE | ||||||||
| output | Inverter output efficiency | ≥85% | |||||||
| Inverter output voltage | 380Vac/400Vac ± 10% (customizable 190Vac/200Vac) | ||||||||
| Inverter output frequency | 50/60Hz ±1% | ||||||||
| Inverted output waveform | pure sine wave | ||||||||
| Inverted output waveform degree of distortion |
Linear load ≤ 3% | ||||||||
| Efficiency of mains power output | >99% | ||||||||
| Mains output voltage | Follow the mains input | ||||||||
| Mains output frequency | Follow the input of mains power | ||||||||
| Battery mode no-load loss | ≤ 1% rated power | ||||||||
| No load loss in mains mode | ≤ 2% rated power (mains charger not working) | ||||||||
| Energy saving mode no-load loss | ≤10W | ||||||||
| Phase system | 3/N/PE | ||||||||
| battery type (Optional) |
U0: Gel U.S.A | Average charging voltage: 14V; Floating charging voltage: 13.7V (voltage of a single battery) | |||||||
| U1: A.G.M.1 | Average charging voltage: 14.1V; Floating charging voltage: 13.4V (voltage of a single battery) | ||||||||
| U2: A.G.M.2 | Average charging voltage: 14.6V; Floating charging voltage: 13.7V (voltage of a single battery) | ||||||||
| U3: Sealed lead Acid | Average charging voltage: 14.4V; Floating charging voltage: 13.6V (voltage of a single battery) | ||||||||
| U4: Gel European | Average charging voltage: 14.4V; Floating charging voltage: 13.8V (voltage of a single battery) | ||||||||
| U5: Open lead Acid | Average charging voltage: 14.8V; Floating charging voltage: 13.5V (voltage of a single battery) | ||||||||
| U6: Calcuim(open) | Average charging voltage: 15.1V; Floating charging voltage: 13.6V (voltage of a single battery) | ||||||||
| U7: Sulphation cycle | 15.5V for 4 hours (single battery voltage) | ||||||||
| Custom Battery | Customized charging and discharging parameters for different types of batteries (such as lithium batteries, etc.) according to user requirements | ||||||||
| call the police | A | Normal working condition, no alarm sound from buzzer | |||||||
| B | When there is a battery failure, abnormal voltage, or overload protection, the buzzer will beep 4 times per second | ||||||||
| C | When the machine is turned on for the first time and functioning normally, the buzzer will sound 5 times | ||||||||
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Built in Sun Capable of controlling |
Charging mode | MPPT or PWM | |||||||
| charging current | 10A/20A/30A/40A/50A/60A (12V/24V/48V system); PWM: 50A/100A/150A/200A (96V/192V/384V system); MPPT: 50A/100A (96V/192V/384V system) |
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| Photovoltaic input voltage range | PWM: 15V-44V (12V system); 30V-44V (24V system); 60V-88V (48V system); 120V-176V (96V system); 240V-352V (192V system); 480V-704V (384V system) MPPT: 15V-120V (12V system); 30V-120V (24V system); 60V-120V (48V system); 120V-240V (96V system); 240V-360V (192V system); 480V-640V (384V system) |
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| Maximum photovoltaic input voltage (Under 25 ° C conditions) |
PWM: 50V (12V/24V system); 100V (48V system); 200V (96V system); 400V (192V system); 750V (384V system) MPPT: 150V (12V/24V/48 system); 300V (96V system); 450V (192V system); 750V (384V system) |
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| Maximum photovoltaic input power | 12V system: 140W/280W/420W/560W/700W/840W; 24V system: 280W/560W/840W/1120W/1400W/1680W; 48V system: 560W/1120W/1680W/2240W/2800W/3360W; 96V system: (PWM: 5.6KW/11.2KW)/(MPPT: 5.6KW/5.6KW * 2); 192V system: (PWM: 11.2KW/22.4KW/16.8KW * 2/22.4KW * 2)/(MPPT: 11.2KW/11.2KW * 2); 384V system: (PWM: 22.4KW/44.8KW/33.6KW * 2/44.8KW * 2)/(MPPT: 22.4KW/22.4KW * 2) |
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| standby loss | ≤3W | ||||||||
| Maximum conversion efficiency | >95% | ||||||||
| environment | Operating Temperature | -10℃~40℃ | |||||||
| Storage temperature | -15℃~60℃ | ||||||||
| altitude | 2000m (use with reduced rating if exceeded) | ||||||||
| noise | ≤65dB | ||||||||
| relative humidity | 0%~95%, no condensation | ||||||||
| Note: Please contact the sales consultant to obtain the latest product specifications | |||||||||
Connection diagram of three-phase reverse control integrated machine
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