Kit SP24 Axpert VM III 5.0Kw 48V Off-Grid Inverter + 2 Yilink 50AH 48V Batteries total 4.8Kw storage
€1.485,00
- Description
- Additional information
Description
Kit SP24 Axpert VM III 5.0Kw 48V Off-Grid Inverter and 2 x Yilink 50AH 48V Batteries Total 4.8Kw Storage
SP24 Axpert Primo VM III (PF1) 5Kw 48 Volt 5000-48 Off-Grid Island Solar Inverter
– Alternating Current Power 5kw
– Installed Power Panels 5kw
– 48V battery pack support
• Removable LCD control module with multiple communications
• Integrated Bluetooth for mobile monitoring (Android app available)
• Supports USB On-the-Go function
– Reserved communication port for BMS (RS485, CAN-BUS or RS232) support x Pylontech, SP24 all, others
• Replaceable fan design for ease of maintenance
• Supply the load from the grid or the PV, even if the battery is not available
• Use timer and priority of AC / PV configurable outputs
– Selectable high-power charge current
• Selectable input voltage range for household appliances and personal computers
• Compatible with mains supply or generator input
• Automatic restart while AC is recovering
• Cold start function
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INVERTER MODEL
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1.5KW
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3KW
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5KW
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Input voltage waveform
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Sinusoidal(AC mains or generator) |
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Rated input voltage
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230Vac |
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Low voltage loss
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170Vac ± 7V (UPS); 90Vac ± 7V (equipment) |
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Low return voltage loss
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180Vac ± 7V (UPS); 100Vac ± 7V (Appliances) |
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High voltage loss
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280Vac ± 7V |
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High return voltage loss
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270Vac ± 7V |
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Max. AC input voltage
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300Vac |
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Rated input frequency
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50Hz / 60Hz (Auto detection) |
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Low frequency loss
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40 ± 1 Hz |
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Low return frequency loss
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42 ± 1 Hz |
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High frequency loss
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65 ± 1 Hz
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High return frequency loss
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63 ± 1 Hz |
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Short circuit protection at the output
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Differential switch |
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Efficiency (Line Mode)
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>95% (nominal R load, fully charged battery) |
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Transfer duration
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10ms typical (UPS); 20ms typical (appliances); |
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Reduction of output power
If the AC input voltage drops to 170V, the output power will be reduced. |
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INVERTER MODEL
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1.5KW
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3KW
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5KW
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Rated output power
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1.5KVA / 1.5KW |
3KVA / 3KW |
5KVA / 5KW |
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Output voltage waveform
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Pure sine wave |
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Output voltage regulation
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230Vac ± 5% |
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Output frequency
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50 Hz |
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Peak efficiency
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93% |
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Overload protection
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5s @ ≥130% load; 10s @ 105 %~130% load |
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Overload capacity
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2 * Rated power for 5 seconds |
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Nominal DC input voltage
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24Vdc |
48Vdc |
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Cold start voltage
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23.0Vdc |
46.0Vdc |
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DC Low Voltage alarm
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@ load< 50% |
23.0Vdc |
46.0Vdc |
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@ load ≥ 50% |
22.0Vdc |
44.0Vdc |
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DC Low Return Voltage Alarm
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@ load< 50% |
23.5Vdc |
47.0Vdc |
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@ load ≥ 50% |
23.0Vdc |
46.0Vdc |
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DC Low Voltage cutoff
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@ load< 50% |
21.5Vdc |
43.0Vdc |
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@ load ≥ 50% |
21.0Vdc |
42.0Vdc |
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DC High Recovery Voltage
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32Vdc |
62Vdc |
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DC High Cutoff Voltage
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33Vdc |
63Vdc |
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Consumption without load
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<35W |
<50W |
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AC network charging mode
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INVERTER MODEL
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1.5KW
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3KW
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5KW
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Charging algorithm
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3-Step
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Charging current AC (max.)
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40Amp (@V I / P = 230Vac) |
60Amp (@V I / P = 230Vac) |
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Bulk charge voltage
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Flooded battery
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29,2 |
58,4 |
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AGM / Gel battery
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28,2 |
56,4 |
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Float voltage
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27Vdc |
54Vdc |
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Charge curve
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MPPT Solar Charge Mode |
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INVERTER MODEL
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1.5KW
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3KW
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5KW
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Max. PV array power
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2000 W |
4000W |
5000W |
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Nominal PV voltage
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240Vdc |
320Vdc |
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Inrush voltage
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150Vdc +/- 10Vdc |
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PV array MPPT voltage range
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120 ~ 380Vdc |
120 ~ 450Vdc |
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Max. PV array open circuit voltage
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400Vdc |
500Vdc |
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Maximum charge current
(AC charger plus solar charger)
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60A |
80Amp |
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INVERTER MODEL
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1.5KW
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3KW
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5KW
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Operating temperature range
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– 10 ° C + 50 ° C |
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Storage temperature
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-15 ° C ~ 60 ° C |
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Humidity
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5 – 95% relative humidity (non-condensing) |
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Dimensions (P * W * H), mm
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100 x 280 x 390 |
115 x 300 x 400 |
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Net weight, kg
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8,5 |
9 |
10 |
Battery Pack Parameters
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No.
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Items
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General Parameter
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Remark
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1 |
Combination method |
15S |
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2 |
Nominal Voltage |
48V |
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3 |
Rated Capacity |
Typical |
50Ah |
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Minimum |
50Ah |
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4 |
Energy |
2400Wh |
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5 |
Factory Voltage |
48~51V |
Mean Operation Voltage |
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6 |
Voltage at end of Discharge |
37.5~42V |
Discharge Cut-off Voltage |
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7 |
Voltage at end of Charge |
52.5~55.5V |
Charge Cut-off Voltage |
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8 |
Standard charge |
Constant Current 10A Constant Voltage see No.7 0.02CA cut-off |
Charge time : Approx 5~6 h |
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9 |
Limiting current |
20A |
BMS Limited (Charge current is ≥50A to open the current Limit) |
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10 |
Standard discharge |
Constant current：10A end voltage see NO.6 |
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11 |
Maximum Continuous Charge Current |
50A |
50ºC≥T≥5ºC |
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12 |
Maximum Continuous Discharge Current |
50A |
55ºC≥T≥0ºC |
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13 |
Operation Temperature Range |
Charge:0~55℃ |
60±25%R.H. No matter what mode the battery is in, once the temperature is found to exceed the absolute temperature range, stop charging or discharging immediately |
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Discharge:–20~60℃ |
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14 |
Storage Temperature Range |
Less than 6 months: -10~35℃ |
60±25%R.H. at the shipment state |
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Less than 3 months: -10~45℃ |
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Less than 1 months: -20~55℃ |
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15 |
Dimensions(W*D*H) |
442*480*133mm |
Include case |
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16 |
Net Weight |
27Kg |
Include case |
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17 |
Internal Impedance |
≤50mΩ |
Internal resistance measured at AC 1KHZ after 50% charge. The measure must uses the new batteries that within one week after shipment and cycles less than 5 times. |
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Battery Management System
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Function
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Alarm |
Cell over-charge voltage |
Cell charge low temperature |
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Cell over-discharge voltage |
Cell charge over temperature |
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Pack over-charge voltage |
Cell discharge low temperature |
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Pack over-discharge voltage |
Cell discharge over temperature |
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Over-current charge |
Environment low temperature |
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Over-current discharge |
Environment over temperature |
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Mos over temperature |
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Protection |
Cell over-charge voltage |
Cell charge over temperature |
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Cell over-discharge voltage |
Cell discharge low temperature |
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Pack over-charge voltage |
Cell discharge over temperature |
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Pack over-discharge voltage |
Environment low temperature |
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Over-current charge |
Environment over temperature |
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Over-current discharge |
Short circuit |
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Mos over temperature |
Fault |
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Cell charge low temperature |
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Others |
Cell balance function |
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Communicate function |
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Total capacity function |
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Storage history function |
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Current limiting function |
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Dry contact function |
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No.
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Items
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Description
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1 |
+ Power terminal |
Power cable terminals: one connect to equipment, the other one paralleling to other battery module for capacity expanding. |
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2 |
– Power terminal |
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3 |
LCD Screen |
Display the battery’s data |
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4 |
Power Switch |
To turn ON/OFF while battery. |
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5 |
Working indicator light |
Display state information. |
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6 |
ALM alarm indicator light |
Red-trouble-light on. |
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7 |
Capacity volume indicator |
Display the battery’s capacity. |
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8 |
Reset Key |
Sleep /Activation /Reset. |
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9 |
ADS Dialer |
4 ADD switches, to define different address code for each battery module when multiple modules are cascaded, up to 15 addresses |
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10 |
Dry Contact Terminal |
1/2 Normally open, closed during fault protection; 3/4 Normally open, closed when a low battery alarm |
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11 |
RS485 |
RJ45 Port,used to connect to the inverter’s RS485 port |
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12 |
CAN |
RJ45 Port,used to connect to the inverter’s CAN port |
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13 |
RS232 |
RJ11 Port,used battery condition monitoring or manufacturer to debug or service |
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14 |
RS485 |
RJ45 Port,used communication in parallel |
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15 |
Grounding Point |
Safety |
