Description
Free shipping . There is a free Wi-Fi module packed in the carton.
For customers in the 48 states of the continental US, welcome to use the coupon code of “46PEHPD3” to get a 200USD off on the shipping. Don’t miss it !!!
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This M6000L-48SP is developed based on Sigineer’s APC6048D inverter charger.
It converts 48Vdc to a nominal 120/240Vac output, its output voltage can adjust to 208V, 230V and 220V as well.
It is built with an 80A 150V MPPT solar charger and a 60A AC to DC battery charger, in total it can charge the battery at 140A.
It also has RS485 communication with BMS (battery management system) to communicate with Sigineer lithium battery power walls., or other lithium batteries built with the same protocol on the BMS.
The inverter itself doesn’t have BMS PCB builtin, it only has a BMS port.
The highly programmable LCD screen allows user to set a wide range of inverter specs such as
1 AC output Frequency:5 0hz or 60hz
2 AC output voltage: 208V, 220V, 230V or 240V
2 Power priority: Solar, battery, or Utility
3 Ac Input voltage range
4 Charging current amp & voltage
5 Power saver mode
6 Auto restart after overload or overtemp
7 Enable/Disable neutral to ground bonding
etc
It virtually allows users to change all of its specs within its range.
For Sigineer Power’s M6000L-48SP and M12000L-48SP solar inverter chargers, the powerful CPU allows users to set up their own spec for Tesla modules and other lithium batteries.
The recommended spec is:
Low Battery Cut Off: 40Vdc (40-48Vdc resettable, for models after 2021 June, the cuf off voltage is 36Vdc)
Solar/Battery to Utility(DC to AC) transfer voltage: 44V ( 44-51.2Vdc resettable)
Utility to Solar/Battery(AC to DC) transfer voltage: 50V( 48-58Vdc resettable)
CV/Fload voltage : 50V (48-58.4V resettable)
APC HP M Series Inverter feature comparison table
| Model # | APC6048D | HP12048D | M6000L-48SP | M12000L-48SP |
| MPPT Controller | N/A | N/A | 80A | 120A |
| BMS port | N/A | N/A | Yes | Yes |
| Remote LCD | Yes | Yes | N/A | N/A |
| BTS | Yes | Yes | N/A | N/A |
| WiFi/GPRS Monitor | N/A, Computer monitor Only | N/A, Computer monitor Only | Yes | Yes |
| Load Detection | H1 only | H1 only | Both hotlines | Both hotlines |
| Tesla Model S Battery Module Algorithm | Yes | Yes | Yes | Yes |
| DSP control | N/A | N/A | Yes | Yes |
It allows remote monitoring by remote LCD(For units produced after 2021 May), WiFi module or GPRS module. There is a free Wi-Fi module included in this package.
FEATURES
• 6000 watt low frequency inverter
• 48Vdc input 110/120 Volt output
• 12000 watt surge for 5 seconds
• AC/Battery Priority Selector
• Utility charger 60 Amp, MPPT Charger 80A
• 10msec typical transfer time
• State-of -Art auto load sense with power saver
• Rich protective features
• Resettable low battery cut-off
• Extremely efficient stand by circuit with 15 watt idle
• No interference with equipments like TV, radio, etc.
• Capable of working with microwave ovens
• Exclusively designed AC- and DC – line filters for clean power output
SPECIFICATIONS
Inverter Output Specifications:
• Continuous Output Power: 6000 Watts
• Surge Rating: 18000 Watts 5 seconds
• Output Waveform: Pure Sine/Same as input (Bypass Mode)
• Output Voltage: 104/208V, 110/220V, 115/230V, 120/240Vac (resetable on LCD)
• Nominal Efficiency: 85% (Peak)
• Line Mode Efficiency: >95%
• Output Frequency: 50Hz +/- 0.3Hz / 60Hz +/- 0.3Hz
• Typical Transfer Time: 10ms (Max)
• THD: <10%
Non-Lithium version Input Specifications:
• Nominal Input Voltage: 48.0Vdc
• Low Battery Cutoff: 40.0-48Vdc
• Low Battery Alarm: 42-50Vdc
•DC to AC Transfer in SBU or Solar first mode: 44-51.2V
•AC to DC Transfer in SBU or Solar first mode: 48-58V
• High Voltage Cutoff: AGM:60V/FLD:62V/ USE mode: C.V+4V
• High Voltage Recovery: 58V
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Lithium version Input Specifications:
• Low Battery Cutoff: 5%-30% SOC
• Low Battery Alarm: Low Battery Cutoff SOC+5%
•DC to AC Transfer in SBU or Solar first mode: 20%-50% SOC
•AC to DC Transfer in SBU or Solar first mode: 60%-100% SOC
• High Voltage Cutoff: AGM:60V/FLD:62V/ USE mode: C.V+4V
• High Voltage Recovery: 58V
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• Idle Consumption: 80 Watts
• Power Saver Mode Idle Consumption: 20 Watts
Charger Specifications:
• Ac Input Voltage For Charger: Nominal 240Vac (154-260Vac)
• Output DC voltage: 48-58.4V Depends on battery Type
• AC Charger Rate: 60Amp
• MPPT Charger Rate: 80Amp
• Max Combined Charge Rate: 140Amp
• OverCharge Protection Shutdown: 62.8V
• Adjustable charge current
• Four Stage Smart Charger
Dimensions:
•Unit Weight: 99lbs/45KG
•Unit Size L x W x H: 540*360*218mm/21.2*14.2*8.7″
•Shipping Weight: 110lbs/50KG
•Shipping L x W x H:660*480*320mm/26*19*12.6″
Only logged in customers who have purchased this product may leave a review.
Christopher I. (verified owner) –
Great value for money, with just the right number of features for my application. Great communication regarding shipping and initial setup.
Gary C. (verified owner) –
I used this inverter to convert my workshop into an off-grid workshop. The inverter handles all my tools – mitre saw, table saw, router, drill press and shop vac at the same. I am super impressed. I have the inverter installed in a separate shed so the noise isn’t a concern. I don’t particularly like the minimum 500w to turn on in power save mode. I had planned to run a fridge on it but this feature may not let it work.
Installation was very easy and all of the options are very nice.
The team at Sigineer was also great to work with. They helped me go through all the different types of inverters and pick the right one for me.
Daniel N. (verified owner) –
Great value!
Glenn Seaton (verified owner) –
Unit is solid, looks good and runs cool, it was a little noisier than expected. Setup is straight forward, my configuration is with lithium batteries not managed by units BMS so I had the extra steps to enter charge discharge settings. Tech Support is via email and has been very helpful, with good detailed technical information to help my understanding. Only issue is the apps are slow to update, updates every 5 minutes, and only parts of the web page update, a screen refresh is needed to get all windows to update. Power is clean, switching to Inverter from Utility loss is fast enough to not drop any computers. Switching back to Utility from the Inverter is faster and very clean. Do not have solar panels yet to do that testing.