Schneider Electric Conext SW 4024 Inverter/Charger

Schneider Electric Conext SW 4048 Inverter/Charger

Schneider Electric
Conext SW Inverter/Chargers

Schneider Electric Context SW Inverter/Chargers have a pure sine wave output for a clean AC signal to power your delicate electronics. Economical, efficient, and light-duty, these inverter/chargers are ideal for residential use, and can be used for both an off grid solar power system, or a backup power supply. Models work with either 24V or 48V battery banks, as well as well as two voltage families - a 120/240V split phase voltage for North America, and a 230V single phase model for Europe. All models offer switchable 50/60 Hz output frequency, making it flexible to be used in island nations for example. The modular design makes for an easy installation. Flexible, economical, and user-friendly - perfect for your renewable energy needs!

FEATURES:

True Sine Wave output

Configures quickly into compact wall mounted system

Excellent starting power with high 30-minute and 5-second surge power

Generator Support allows power to be automatically drawn from the batteries to assist an AC generator to support heavy loads (i.e. loads that exceed the available current from the generator)

Compatible with FLA, Gel, AGM, Custom batteries

Dead Battery Charge recovers highly discharged batteries (**as low as 24 VDC)

Supports AC coupled and DC coupled off-grid and grid-tie architectures

Intelligent functionality enables self consumption with solar prioritization, peak shaving and, assisting small generators with heavy loads

Companion switchgear integrates inverter with battery bank and solar charge controllers, making installation easy

Field-selectable frequency - models support both 50 Hz and 60 Hz output

AC Load Power Share prioritizes AC loads by reducing the charge current and maintaining the total input current to less than the breaker setting

Search Mode allows the inverter to selectively power only items that draw more than a certain amount of power, which can result in power savings

Inverter Block disables the inverter at a set time period - ie. when conserving battery power is more important than running loads

Charger Block prevents utility power from being used for battery charging during peak billing periods

Remote monitoring and configuration with the Conext System Control Panel (*NOTE: SCP is required if you need/want anything than the factory default settings on the inverter)

CSA Certified to UL1741

2 Year Warranty

NOTE:  Stacking (multiple parallel) of SW units is NOT supported by the Manufacturer.  Also of note, legacy SW firmware does include a “multi-unit” program setting, which is no longer a viable configuration. Manufacturer recommendation is that all hardware (inverter, charge controller, gateway, etc.) are updated with latest firmware prior to or upon commissioning. The recommendation for larger capacity or stacked systems remains with the XW (XW+ or Pro) platform.

ELECTRICAL CHARACTERISTICS:

Inverter Specifications	SW 2524 (120/240VAC)	SW 4024 (120/240VAC)	SW 4048 (120/240VAC)	SW 2524 (230VAC)	SW 4024 (230VAC)	SW 4048 (230VAC)
Output Power (Continuous) at 25°C	3000 W	3400 W	3800 W	2500 W	3400 W
Surge Power (30 min) at 25°C	3300 W	4000 W	4400 W	2800 W	4000 W
Surge Power (5 sec) at 25°C	5000 W	7000 W	7000 W	5000 W	7000 W
Peak Current	24.3 A	41 A		24.3 A	42 A
Input Voltage Range	20 - 34 VDC		40 - 68 VDC	20 - 34 VDC		40 - 68 VDC
Output Frequency	50/60 Hz Selectable
Output Voltage	120/240VAC			230VAC
AC Connections	Single/ Split-Phase			Single Phase
Optimal Efficiency	91.5%	92%		91.5%	92%
Charger Specifications	SW 2524 (120/240VAC)	SW 4024 (120/240VAC)	SW 4048 (120/240VAC)	SW 2524 (230VAC)	SW 4024 (230VAC)	SW 4048 (230VAC)
Output Current	65 A	90 A	45 A	65 A	90 A	45 A
Nominal Output Voltage	24 VDC		48 VDC	24 VDC		48 VDC
Output Voltage Range	12-32 VDC		24-64 VDC	12-32 VDC		24-64 VDC
Charge Control	3 Stage
Charge Temperature Compensation	Yes - BTS included
Input Current	9 A	13 A		10.6 A	14 A
Input AC Voltage	120/240 VAC			230 VAC
Dead Battery Charge	Yes
Optimal Operating Temp Range	-20°C to 60°C ( -4° to 140°F)
Optimal Efficiency	90%