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Shipping class: General
General
SPST ON/OFF Rocker Switch 12VDC 20A – Red LED Illumination – IP65 Rated (S3185)
Electrical
- Switch Type: SPST Alternate (LED Dependent)
- Contact Rating: 20A @ 14V DC
- LED: Red 12VDC
- Panel Thickness: 2.5mm max.
- Electrical Life: 10,000 cycles
- Mechanical Life: 100,000 cycles
- Contact Resistance: 50MΩ max.
- Insulation Resistance: 500V DC 100MΩ/minute
- Dielectric Strength: 1500V AC 1 minute
General
- Frame: Nylon 66 (UL-94V2) Black
- Actuator: PC (UL-94V2)
- Waterproof Boot: Silicone
- Terminals: Silver plated copper alloy
- Waterproof Rating: IP65
- LED Colour: Red
SPDT Heavy Duty Centre Off Alternate Rocker Switch (s3232)
- Switch Type: SPDT (Centre Off Alternate)
- Contact Rating: 10A @ 250V AC
- Panel Cutout: 27.6 x 13.8 mm
- Electrical Life: 20,000 Cycles
- Mechanical Life: 100,000 Cycles
- Contact Resistance: <50mR
- Insulation Resistance: >100MR
- Dielectric Strength: >1500V AC 1 Minute
Used Grasol Solar Panel Midclamp 57mm
Second-life product
Grasol solar panel mid-clamp, required to clamp down the edges of two adjacent solar panels.
To match panels with a 57mm frame.
New Carbon Plus – 12V Battery 200AH Lead Carbon
Why chose Carbon Plus?
Lead – Carbon batteries use a specialised negative electrode that incorporates Carbon nanoparticles. The carbon component stores a static charge and acts as an inbuilt supercapacitor, absorbing heavy currents without causing the battery to overheat. This provides faster and more efficient charging and discharging and a lower internal resistance compared to a conventional deep cycle battery.
In normal deep cycle batteries, both AGM and Gel, sulfate crystals form on the negative electrode when discharged too far and under heavy loads. This process, called sulphation, is the number one reason deep cycle batteries ‘die’. In lead – carbon batteries, sulphation is all but eliminated, resulting in a battery that can be safely discharged to 80% empty thousands of times, can tolerate heavy loads, and is far more tolerant of heat. Lead – Carbon batteries require a lower float voltage, which means that once they are fully charged you are using far less energy to keep them topped up.
In addition to the benefits of their composite negative electrode, Carbon Plus batteries use thick, high quality plates to maximise cycle life and cope with the fluctuating demands of off grid applications. Just compare the weight to other deep cycle batteries! Their robust construction makes them the perfect maintenance – free, set – and – forget battery for an off grid system that needs to be absolutely bulletproof.
Charge parameters
Absorption Voltage: 2.35V / cell
Float: 2.25V / cell
Max. absorption time: 2 hours
Equalisation: 2.4V / cell for up to 12 hours.
Temperature compensation: 0.0035V/ °C /cell, any higher than 25 degrees
Low voltage cutout / generator start: 1.8V / cell absolute minimum, 1.9V / cell recommended.
New Carbon Plus – 2V Battery Cell 1000AH Lead Carbon
- Why chose Carbon Plus?
Lead – Carbon batteries use a specialised negative electrode that incorporates Carbon nanoparticles. The carbon component stores a static charge and acts as an inbuilt supercapacitor, absorbing heavy currents without causing the battery to overheat. This provides faster and more efficient charging and discharging and a lower internal resistance compared to a conventional deep cycle battery.
In normal deep cycle batteries, both AGM and Gel, sulfate crystals form on the negative electrode when discharged too far and under heavy loads. This process, called sulphation, is the number one reason deep cycle batteries ‘die’. In lead – carbon batteries, sulphation is all but eliminated, resulting in a battery that can be safely discharged to 80% empty thousands of times, can tolerate heavy loads, and is far more tolerant of heat. Lead – Carbon batteries require a lower float voltage, which means that once they are fully charged you are using far less energy to keep them topped up.
In addition to the benefits of their composite negative electrode, Carbon Plus batteries use thick, high quality plates to maximise cycle life and cope with the fluctuating demands of off grid applications. Just compare the weight to other deep cycle batteries! Their robust construction makes them the perfect maintenance – free, set – and – forget battery for an off grid system that needs to be absolutely bulletproof.
Charge parameters
Absorption Voltage: 2.35V / cell
Float: 2.25V / cell
Max. absorption time: 2 hours
Equalisation: 2.4V / cell for up to 12 hours.
Temperature compensation: 0.0035V/ °C /cell, any higher than 25 degrees
Low voltage cutout / generator start: 1.8V / cell absolute minimum, 1.9V / cell recommended.
We also have cabinets to suit 12v 24v and 48V systems
New Carbon Plus – 2V Battery Cell 500AH Lead Carbon
- Why chose Carbon Plus?
Lead – Carbon batteries use a specialised negative electrode that incorporates Carbon nanoparticles. The carbon component stores a static charge and acts as an inbuilt supercapacitor, absorbing heavy currents without causing the battery to overheat. This provides faster and more efficient charging and discharging and a lower internal resistance compared to a conventional deep cycle battery.
In normal deep cycle batteries, both AGM and Gel, sulfate crystals form on the negative electrode when discharged too far and under heavy loads. This process, called sulphation, is the number one reason deep cycle batteries ‘die’. In lead – carbon batteries, sulphation is all but eliminated, resulting in a battery that can be safely discharged to 80% empty thousands of times, can tolerate heavy loads, and is far more tolerant of heat. Lead – Carbon batteries require a lower float voltage, which means that once they are fully charged you are using far less energy to keep them topped up.
In addition to the benefits of their composite negative electrode, Carbon Plus batteries use thick, high quality plates to maximise cycle life and cope with the fluctuating demands of off grid applications. Just compare the weight to other deep cycle batteries! Their robust construction makes them the perfect maintenance – free, set – and – forget battery for an off grid system that needs to be absolutely bulletproof.
Charge parameters
Absorption Voltage: 2.35V / cell
Float: 2.25V / cell
Max. absorption time: 2 hours
Equalisation: 2.4V / cell for up to 12 hours.
Temperature compensation: 0.0035V/ °C /cell, any higher than 25 degrees
Low voltage cutout / generator start: 1.8V / cell absolute minimum, 1.9V / cell recommended.
We also have cabinets to suit 12v 24v and 48V systems
Enerdrive EN1120S 2000W PureSine Inverter
With ePOWER’s state of the art, easy to use design, this 2000W inverter will offer you reliable service for providing AC power and 5V USB power for your home, boat, caravan, 4WD or commercial vehicle. The EN1120S includes a remote switch which can be used to control the power status of the unit. The Enerdrive ePOWER 2000W Inverter can run many AC powered appliances when you need AC power anywhere. The 5V USB power can charge many USB powered devices.
- Australian GPO Outlets
- True sine wave output is ideal for operating motor loads, and to reduce stress on surge protection circuitry, meaning potentially longer equipment life
- Audio alarm with warning/error codes to alert user to check inverter condition before unit shutdown
- Automatic shutdown protects overload, over temperature and low/high battery conditions
- High surge capacity for products that require more power to start (2 x constant)
- High efficiency conversion of battery available power to AC power
- Mounting brackets for permanent installation
- Heavy duty DC battery stud connectors
- Includes 5V USB port
6 Meter Remote On / Off Switch Included with both 1000W and 2000W Inverter Models
Enerdrive EN1126S-X 2600W PureSine with RCD and Ac Transfer
ePOWER 2600W True Sine Wave Inverter with AC Transfer Switch & Safety Switch
The ePOWER 2600W Inverter with AC Transfer & Safety Switch is one in a family of affordable, high quality, professional level inverters by Enerdrive. By using the latest power conversion technology, ePOWER inverters deliver clean and energy efficient true sine wave AC power from your DC supply.
This ePOWER Inverter incorporates a 16A AC Transfer Switch which allows for seamless AC power transfer between Mains/Generator and Inverter. This helps to keep your appliances running with almost no break time on AC transfer and allows for a much simpler installation on-board.
Also included in the unit is a RCD Safety Switch. This switch monitors the flow of electricity through the inverter and detects any problems that may pose a risk to personal safety and switches the output power off within 0.03 of a second.
The ePOWER 2600W is built to operate basic equipment such as power tools, computers, microwave ovens, televisions and other appliances that use up to 2600W of power for operation. All Enerdrive ePOWER Inverters are covered by our extensive 5 Year warranty.
ePOWER Inverter Features:
- Seamless 16A AC Internal Transfer Switch
- AC RCD/Safety Switch with test button
- Removable LED Remote Control Display Panel
- Regulated Pure Sine Wave Output
- Silent Operation
- Compact Size for Easy Installation
- USB Port for charging USB devices
OGL Battery Monitor/Coulometer with fused positive cable (50A constant – 75A max) 1M control cable
- Operating voltage range: 8-80V DC
- Continuous current: 50A
- Maximum (peak) current: 75A
- Overall size: 66x40x10mm
- Display area: 32x23mm
- Working power consumption: 8.0mA (Max: 10.0mA)
- Standby power consumption: 0.5mA (Max: 0.8mA)
- Sleep power consumption: 50uA (Max: 60uA)
- Voltage acquisition accuracy: +/- 1.0% (0-35 degrees C)
- Current acquisition accuracy: +/- 1.0% (0-35 degrees C)
OGL Battery Monitor/Coulometer with fused positive cable (50A constant – 75A max) 3M control cable
- Operating voltage range: 8-80V DC
- Continuous current: 50A
- Maximum (peak) current: 75A
- Overall size: 66x40x10mm
- Display area: 32x23mm
- Working power consumption: 8.0mA (Max: 10.0mA)
- Standby power consumption: 0.5mA (Max: 0.8mA)
- Sleep power consumption: 50uA (Max: 60uA)
- Voltage acquisition accuracy: +/- 1.0% (0-35 degrees C)
- Current acquisition accuracy: +/- 1.0% (0-35 degrees C)
