Download PDF· Rev 2.0.0
CoolMax Datasheet
SRX‑R G1
First Generation · SRX‑R 600/60‑48 · 48 V
600VdcMax PV input
60AMax charge current
3456WNominal @ 48 V
96%Max efficiency
Download PDF· Rev 2.0.0
CoolMax Datasheet
Specifications
SRX-R 600/60-48 · G1The first-generation (G1) CoolMax SRX-R 600/60-48, a rack-mount solar MPPT charge module built on over thirty years of AERL MPPT and battery charging experience. For current (G2) modules, see the CoolMax SRX-R 48 V Datasheet.
General
- Weight
- 6.2 kg
- Dimensions (W × H × D)
- 192 × 78 × 432 mm
- Enclosure
- Indoor Type 1 / IP20
- Mounting
- 2U Rack
- I/O power connectors
- Backplane Connector
- Communications
- RS485 / CAN
- Display
- LED indicator strip
- Cooling method
- Active (serviceable)
- Cabinet air exchange (40 °C)
- 25 m³/hour
Battery (output)
- Nominal battery voltage
- 48 V
- Battery voltage range
- 40–60 Vdc
- Max charge current
- 60 A
- Nominal charge power
- 3456 W @ 48 V
- Max conversion efficiency
- 96%
- Self-consumption @ idle
- 3.5 W
Environment
- Max altitude
- 2000 m
- Operating temperature*
- −20 to 50 °C
- Storage temperature
- −30 to 70 °C
- Relative humidity
- 4–95% NC
* Full rating up to 80% of the upper ambient limit.
PV input
- Max PV input power
- 5184 W
- Max PV input voltage (Voc)
- 600 V
- MPP voltage range (Vmp)
- 170–500 V
- Max PV input current (Imp)
- 14 A
- Max PV short-circuit (Isc)
- 20 A
- Startup voltage
- 60 V
Warranty
See the AERL warranty statement for CoolMax SRX-R, at aerl.com.au.
Safety
- Overload behaviour
- Power limitation
- PV reverse-polarity protection
- Yes
- Earth-leakage detection
- Yes
- Overvoltage category
- DC II
- Overvoltage protection
- DC Type II
- Safety protection class
- I
- Pollution degree (int. & ext.)
- I
2U rack format for easier installation & servicing
Scalable for large storage applications
Remote module control & monitoring
Utility grade — long‑term reliability
PV array oversizing up to 150%
Reverse polarity & current protection
Built-in overload & thermal protection
On-board ground fault detection
AERL may change products and specifications without notice. AERL and the AERL logo are trademarks owned by AERL Holdings Pty Ltd and used by AERL Pty Ltd under licence. © 2026 AERL Pty Ltd. All rights reserved. Rev 2.0.0: Re-issued in the new AERL document design.
Engineered by
Australian Energy Research Laboratories
1/75 Bluestone Circuit, Seventeen Mile Rocks QLD 4073
Origin & standards
Australian engineeredIEC 62109-1:2010
EN 61000.6.3:2012
EN 61000.6.4:2012
Contact
1800 950 865
[email protected]
aerl.com.au