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Jonsson Tech LLC

AES RACKMOUNT BATTERY 48-48-5120

AES RACKMOUNT BATTERY 48-48-5120

Regular price $1,350.00
Regular price Sale price $1,350.00
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AES RACKMOUNT 48-48-5120 (Product Model 900-0062)

The AES RACKMOUNT ESS Battery Module performs reliably, installs quickly and configures easily for Off-Grid Solar, Whole-Home Backup Power and Microgrids. A high-current fourth-generation Battery Management System (BMS) reliably delivers high current and peak power to low-voltage hybrid inverters. Network RACKMOUNT Battery Modules in closed-loop communication to dramatically elevate inverter battery charging performance. Parallel unlimited kWh in open-loop or up to 180 kWh in a closed-loop system. The optional RACKMOUNT Slimline Enclosure with RACKMOUNT Battery Modules installed is UL9540 DC ESS certified.
MECHANICAL SPECIFICATIONS
Industry Reference 19 Inch Rackmount 3U
Length A (in/mm) 19.6 497.3
Width B (in/mm) 17.3 439.2
Height C (in/mm) 5.3 133.5
Total Height D (in/mm) 5.3 133.5
Weight (lbs/kgs) 97 44
Terminal * Amphenol SurLok Plus
Cell(s) 16S1P
Case Material Galvanized Steel Sheet
IP Rating 20
Electrolyte LiFePO4

NOTE 1: Dimensions have a ±2 mm (0.08 in) tolerance. Weights may vary.
NOTE 2: Refer to terminal guide on website for torque values.

ELECTRICAL SPECIFICATIONS
Open Circuit Voltage (V) 51.2
Charge Voltage (Bulk Vdc) 55.2
Max Absorption Voltage (U1 Vdc) 55.2
Float Voltage (U2 Vdc) 53.6
Suggested Low Voltage Cutoff (Vdc) 48
Max Continuous Charge Current - 1 Hour 95 A
Max. Continuous Charge Current (I Max. Adc) 70 A
Min. Finishing Charge Current (I Min. Adc) 2.5 A
Max Continuous Discharge Current - 1 Hour 95 A
Max Continuous Discharge Current (Adc) 70 A
Max Continuous Discharge Rate (kW) 5.12
Max Peak Current (Adc) 218 A RMS
Self-Discharge (25°C / 77°F) < 3% per month
Charge Temperature Min: 4°C (39.2°F) | Max: 52°C (125.6°F)
Discharge Temperature Min: -17°C (1.4°F) | Max: 52°C (125.6°F)
Storage Temperature Min: -20°C (-4°F) | Max: 55°C (131°F)

Electrical Specifications at 25°C.
Do not exceed maximum voltage at the battery terminals.
CAUTION: Extra considerations must be given to depths of discharge, operating voltages and currents when designing systems for use at maximum operating tempera

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