Estimate impact
Safety Impact
All systems come with safety cut-off to allow firefighters to shutdown panels to Zero Volts1
Extra Power Estimator
The following was based on real data collected by four 280W panels under normal operating conditions, using the maximum power setup.
Data above is used for illustrative purposes only. Percentages and totals may change based on a number of environmental factors, including heat, sunlight and total shade on panels. As such actual results you may experience on your solar array may vary from the data presented here.
Customise my setup
Domestic Kit - Presales
From $3,839.00
To $3,839.00
In stock
Technical Specifications:
OS1000 Optimiser
Parameters for OS1000 Optimiser
Panel Voltage: | 10 - 100 VDC (typically 60VDC) |
Panel Current: | 0.05 - 20 note 1ADC (typically 8ADC) |
Output Voltage: | 0 - 100VDC (typically 40/80VDC) |
Output Current: | -0.1ADC - 20 note 1ADC (typically 8ADC) |
Temperature: | -20 - 85°C (typically 45°C) |
MPPT Time Constant: | 0.5 - 5 Seconds (typically 2 Seconds) |
MPPT Accuracy: | 0.5% |
MPPT Test Validaion Time: | 10 seconds |
Efficiency: | upto 99.5% (typically > 99%) |
Other Parameters for OS1000 Optimiser
Weight: | 380grams |
Size without connectors: | 96.5mm x 62mm x 29.5mm (L,W,H) |
Size with connectors: | 96.5mm x 99.5mm x 29.5mm (L,W,H) |
Ingress Rating: | IP68 with cables connected note 2 |
Safety Rating: | SIL2 note 2 |
Electrical Safety Compliance: | IEC 62109-1 |
Communication Channels: | 2 |
Communication Type: | Power Line Modem |
Mounting methods: | 3.6mm Cable Tie, Plate (standard), 4Gx12mm screws |
Note 1: Installation location temperature may reduce Maximum Output Current of the panel due to Internal thermal limiting, standard mounting plate is recommended
Note 2: Hardware and software designed to comply, approvals pending
Maximum Operating Specifications for OS1000 Optimiser
Maximum Power Transfer: | 1000 Watts |
Maximum System Voltage: | 600/1000/1500 VDC |
Maximum Current: | 22 Amps |
Maximum Panel Voltage: | 100VDC |
Maximum Output Voltage: | 100VDC |
Minimum Panel Voltage: | 10VDC |
Maximum Temperature: | 85°C |
Minimum Temperature: | -20°C |
Internal thermal limiter: | 95°C |
Internal current limiter: | 20 Amps |
SCOM600 Communications & Safety Indicator Unit
Parameters for SCOM600 Communications Unit
Mains Voltage: | 90VAC - 265VAC (Typical 230VAC) |
Low Voltage DC: | 120VDC - 375VDC (Typical 200VDC) |
Extra Low Voltage DC: | 12VDC - 120VDC (Typical 48VDC) |
USBC Power: | 5VDC - 20VDC (Typical 5VDC) |
CAN/DeviceNet Power: | 4.8VDC - 5.2VDC (Typical 5VDC) |
CAN bit rate: | 10Kbps - 1Mbps (Typical 250Kbps) |
RS485 baud rate: | 300 - 1M Baud (Typical 19200 Baud) |
Power consumption: | 1-3 Watts |
Other Parameters for SCOM600 Communications & Safety Indicator Unit
Weight: | 200 grams |
Size: | 71.8mm x 79.8mm x 67.2mm (L,W,H) |
Ingress Rating: | IP20 |
Safety Rating: | SIL2 note 2 |
Electrical Safety Compliance: | IEC 62109-1 |
Communication Types: | Power Line Modem (2 channels), Ethernet, Wi-Fi USB, CAN Bus / DeviceNet, RS485 |
Communication Channels: | 7 |
Security: | Ethernet/Internet/Wi-Fi data encrypted device to server |
Mounting methods: | 35mm (standard) DIN rail, takes four DIN rail slots |
Data storage: | MicroSD card of any size, 64GB included by default |
Data logging: | Logging saved to MicroSD card at one second intervals, and backed up to CQSola Cloud |
Event logging: | Event logged to MicroSD card, backed up to the CQSola Cloud |
Safety indication: | Flashing red and green lights |
Safety Lockout: | E-Stop safety lockout when the Off Button is pressed. All optimisers have an output voltage of zero1. E-Stop is persistent and can only be removed by pressing the On Button. |
Diagnostic indication: | Power, Heart-beat, Comms receive, Comms transmit |
Maximum Operating Specifications for SCOM600 Communications & Safety Indicator Unit
Maximum String Voltage: | 600VDC |
Maximum Supply Voltage: | 375VDC |
Maximum Temperature: | 75°C |
Minimum Temperature: | -30°C |
Maximum OS1000 units: | 50 Device/s |
All specification and information are subject to change without notice and are given in good faith as at the date of publishishing. If any specification is critical to your design please contact CQSola to discuss as there may be specifications not listed here and ways to further assist you. For 1000VDC systems, please contact CQSola for more information.