Schneider Electric Conext XW Pro 6848 RNW865684821 > 6800 W 120/240 VAC 48 VDC Conext XW Pro Hybrid Inverter/Charger
Grid-Tied / Battery Back-Up / Off-Grid Hybrid Inverter / Charger - UL 1741 SA, Rule 21, HECO Rule 14H, and PREPA
The Conext XW Pro 6848 is the ideal solution for solar and storage with grid tied, backup power and off grid capability.
Rule 21, HECO Rule 14H, and PREPA compliant
Integrates with Conext™ Gateway and Conext™ Insight 2 for simplified system configuration and powerful remote monitoring & control
Interoperates with solar charge controllers and PV inverters for both DC coupled and AC coupled configurations
All Hybrid Inverter PV Systems will need rapid shutdown. The IMO BG10P34-11 remote shutdown button is an outdoor initiation switch that can be used to trigger PV system rapid shutdown.
IMO RSD Button BG10P34-11 > Rapid Shutdown Button compatible with APsmart Rapid Shutdown System
IEEE 1547-2018 requires the local communications interface to remain available whenever the DER is operating. This indirectly creates a requirement for the IQ Gateway not to reboot during and following a low voltage ride through event. The IQ Gateway hardware was redesigned to meet this requirement so installers must only choose from the list of supported hardware and be running software versions 7.3.460 or later to be fully compliant.
Specifications
Model
Conext XW Pro 6848
Series
Conext XW Pro
Manufacturer
Schneider Electric
Part Number
865-6848-21 (RNW865684821)
Mechanical
Type
120/240 VAC Hybrid Inverter/Charger
Operating Temperature Range
-25°C to 70°C (-13°F to 158°F)
Enclosure
NEMA Type 1 Indoor
Dimensions (W x H x D)
23" x 16" x 9"
Weight
121.7 lbs
Shipping Method
169 lbs
Inverter AC output
Output power (continuous) at 25°C
6800 W
Overload 30 min / 60 sec at 25°C
8500 W / 12000 W
Output power (continuous) at 40°C
6000 W
Maximum output current 60 seconds (rms)
102 A (120 V); 52 A (240 V)
Output frequency (selectable)
50 / 60 Hz
Output voltage
L-N: 120 V +/- 3%; L-L: 240 V +/- 3%
Total harmonic distortion (THD) at rated power
< 5%
Idle consumption search mode
< 8 W
Input DC voltage range
42 to 60 V (48 V Nominal)
Maximum input DC current
180 A
Charger DC Output
Maximum output charge current
140 A
Output voltage range
40 - 64 V (48 V Nominal)
Charge control
Three stage, two stage, boost, custom
Charge temperature compensation
Battery temperature sensor included
Power factor corrected charging
0.98
Compatible battery types
Flooded (default), Gel, AGM, LiON, custom*
Batter bank range (scaled to PV array size)
440 - 10000 Ah
AC Input
AC 1 (grid) input current (selectable limit)
3 - 60 A (60 A default)
AC 2 (generator) input current (selectable limit)
3 - 60 A (60 A default)
Automatic transfer relay rating / typical transfer time
60 A / 8 ms
AC input voltage limits (bypass/charge mode)
L-N: 78 - 140 V (120 V nominal)
AC input frequency range (bypass/charge mode)
55 - 65 Hz (default); 52 - 68 Hz (allowable)
AC Grid-Tie Output
Grid sell current range on AC1(selectable limit)
0 to 48 A (120 V) / 0 to 27 A (240 V)
Grid sell voltage range on AC1
L-N:105.5 to 132 +/- 1.5 V
Grid sell frequency range on AC1
59.4 to 60.4 +/- 0.05 Hz
Features:
Higher return on investment
Rule 21, HECO Rule 14H, and PREPA compliant
Designed for reliability
Extensive quality and reliability testing
Highly Accelerated Life Testing (HALT)
Globally proven and recognized field performance
Flexible
120/240 V split phase systems, scalable up to 4 inverters (34 kW)
Supports DC coupled and AC coupled off-grid and grid-tie architectures
Supports charging of Lithium Ion battery packs
Easy to service
Monitor, troubleshoot or upgrade firmware with the ConextTM Gateway and the ConextTM Insight 2
Global support and training
Field serviceable with replacement boards and spare parts
Easy to install
Configures quickly using ConextTM Gateway and the ConextTM Insight 2
System configures quickly into compact wall-mounted system
Integrates both grid and generator power with dual AC inputs
Available in pre-wired system with low voltage and high voltage MPPT battery charging systems
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