KickAss 12V to 240V Inverter Pure Sine Wave Range
User Manual
Models: KAPSWI1000 | KAPSWDSPY | Version: V1.3
Safety Notes
- ⚠️ WARNING: Ensure all wiring used is appropriately sized and in good condition.
- ⚠️ WARNING: Do not connect the inverter in reverse polarity. Doing so will permanently damage the device.
- ⚠️ WARNING: When running inductive loads, minimise the number of non-essential devices running from the inverter at the same time.
- ⚠️ WARNING: Ensure a minimum clearance distance of 60mm around the inverter intake and outtake vents. Failure to do so may result in inverter failure or fire.
- ⚠️ WARNING: It is recommended to install a current limiting device, such as a fuse or a circuit breaker, to protect against short circuit and over current conditions.
- ⚠️ WARNING: ELECTRICAL SHOCK HAZARD - Do not disassemble the inverter. Doing so can expose live electrical components and result in injury or death.
- ⚠️ WARNING: ELECTRICAL SHOCK HAZARD - This inverter is designed for indoor use only. Do not allow it to get wet or operate in moist environments.
- ⚠️ WARNING: ELECTRICAL SHOCK HAZARD - Ensure the DC input and AC outputs are disconnected before cleaning.
- ⚠️ WARNING: ELECTRICAL SHOCK HAZARD – Do not insert foreign objects into the AC output terminals. AC outputs are live terminals and may result in injury or death.
- ⚠️ WARNING: Do not connect the inverter's output terminals to an incoming AC source under any circumstances. Doing so will cause permanent damage and nullify all warranties.
- ⚠️ WARNING: EXPLOSION HAZARD - Avoid using the inverter around flammable materials such as gasses, fuels or engines.
Product Specifications
KAPSWI1000 Specifications
| Item | Description |
| Output Waveform | Pure Sine Wave (<5%) |
| DC Input Voltage Range | 10 ~ 16V DC |
| Rated Output Power | 1000W |
| Rated Surge Power (10s) | 1200W |
| Rated Surge Power (2s) | 2000W |
| Frequency | 50Hz |
| Max Efficiency | 94% |
| Environmental Operating Temperature | -15°C ~ +40°C |
| Storage Temperature | -25°C ~ +75°C |
| Relative Humidity | 20% ~ 90% RH non-condensing |
| Weight | 1.34kg |
| Dimensions | 330mm(L) x 159mm(W) x 75mm(H) |
| Certification | AS/NZS 4763 |
KAPSWDSPY Specifications
| Item | Description |
| Input Voltage | 12V DC |
| Standby Current | 20µA |
| Environmental Operating Temperature | -15°C ~ +45°C |
| Storage Temperature | -25°C ~ +75°C |
| Input Connector | RJ11 |
| Dimensions | 100mm x 70mm x 25mm |
| Weight | 0.11kg |
Dimensions
KAPSWI1000 Dimensions
Diagram showing the KickAss 1000W Pure Sine Wave Inverter with dimensions labeled: 330mm length, 150mm width, and 75mm height.
KAPSWDSPY Dimensions
Diagram showing the KickAss Inverter Remote Control Panel with dimensions labeled: 100mm width, 70mm height, and 25mm depth.
What's Included
KAPSWI1000
Image shows the 1000W Pure Sine Wave Inverter and an 800mm 8AWG battery hook-up cable (red and black).
KAPSWDSPY
Image shows the Inverter Remote Control Panel and an RJ11 data cable, 3 meters long.
Product Features
KAPSWI1000
- 1000W Continuous Output: Plenty of power to run AC essentials like the KickAss Electric BBQ, low power coffee machines, and battery chargers for power tools.
- Pure Sine Wave Output: Delivers a clean and reliable AC signal, replicating mains power. Ideal for sensitive electronics like laptops, Starlink, and CPAP machines.
- High Efficiency, 94% Maximum Conversion: Converts up to 94% of battery power to usable output power, minimizing waste.
- Multi Stage Safety Protection: Utilizes software and hardware features to protect users, the inverter, and connected devices by monitoring input/output signals.
- Surge Power Rating: Peak surge rating of 1000W, suitable for devices with high inrush current like power tool battery chargers, microwaves, and induction cooktops.
- Intelligent Cooling Fan: Dynamically adjusts fan speed to maintain optimal operating temperature and output power.
KAPSWDSPY
- Real Time Monitoring: Tracks energy generation and power usage, identifying potential problems early to ensure smooth operation.
- Remote Control: Allows monitoring and management of power consumption from a distance, e.g., from the front seat of a vehicle when the inverter is mounted in the back.
- Fault Diagnostics: Automatically identifies and reports system faults, providing detailed diagnostics for easier troubleshooting.
- Intuitive User Interface: Clear and easy-to-understand screen for navigating settings, viewing energy metrics, and setting alerts.
Product Overview
KAPSWI1000 Component Overview
Diagram of the KAPSWI1000 Inverter's front and back panels. Front panel shows: 1. On/Off Button [power-button], 2. Remote Display Communication Port, 3. 5V 1A USB-A Charging Port, 4. Fault LED [fault-led], 5. Power LED [power-led]. Rear panel shows: 6. AC Output socket, 7. Ground Terminal, 8. Air Intake vent, 9. DC Input Terminals (red positive, black negative), 10. Intelligent Cooling Fan.
KAPSWI1000 Inverter Button and LED Display
| INPUT/OUTPUT | OPERATION | ACTION |
| [power-button] | Long Press | Turn the inverter on / off. |
| [power-led] | Solid Green | Indicates the inverter is powered on. |
| [fault-led] | Flashing Red | Indicates a system fault is occurring. |
KAPSWDSPY Component Overview
Diagram of the KAPSWDSPY Remote Control Panel and its accessories. The panel shows: 1. Power On/Off Button [power-button], 2. LCD Display Screen, 3. Mounting Holes. Accessories include: 4. RJ11 Power/Data Input port (on the back of the panel), and 5. RJ11 Power/Data Cable.
KAPSWDSPY LCD Display
| Item | Icon Name | Description |
| A | Battery Indication | This icon provides an estimate of the battery capacity based on the battery voltage. This should be used as a guide only and only referenced when the inverter or battery are not under load. |
| B | Battery Voltage | A reading of the real-time voltage detected at the battery terminal input. |
| C | AC Output Running | Indicates that there is AC power available at the AC output. Any device connected to the output will become live. |
| D | Power Consumption | Real-time display of the AC output power. |
| E | AC Output Voltage | Real-time display of the AC output voltage. |
| F | Load Indication | Indicates when there is load/power being drawn from the inverter. |
Product Installation
Wiring Diagram
Wiring diagram illustrating the connection of a 12V Battery to the KickAss 1000W Pure Sine Wave Inverter. The battery connects to the inverter's DC Input Terminals using an 8AWG hook-up cable, with an optional fuse in the positive line. The KAPSWDSPY Remote Control Panel connects to the inverter via an RJ11 3-meter cable. Recommended specifications are: Fuse Rating 175A, Cable Size 8AWG - 0.8m.
Installation Instructions
- If permanently installing the device, use suitable mounting hardware to secure the inverter to the mounting surface. The inverter can be installed in any orientation.
- If permanently installing the optional Remote LCD Display unit, mount it in the desired location using suitable hardware.
- Connect the positive and then the negative battery cable. Ensure appropriately sized cable and fuses are used.
Caution: When connecting the negative terminal of the inverter, it is possible for arcing (sparks) to occur as the internal capacitors of the device charge up. This is normal operation.
- Connect the optional Remote LCD Display (if using one in the installation).
Operating the Inverter
To turn on the inverter, long press (3 seconds) the on / off button [power-button]. The device is now ready for operation. Connect the AC device to the AC Output; the AC device is now live.
To turn off the inverter, long press (3 seconds) the on / off button [power-button].
Troubleshooting
Error Codes
| ERROR CODE | IMAGE DESCRIPTION | DESCRIPTION | TROUBLESHOOTING |
| E1 | Low Voltage Protection | The voltage at the battery input terminals is below the low voltage cut out threshold of 10V. | Check the following: A) The battery is sufficiently charged. If the battery voltage is low, recharge the battery. B) If the battery is sufficiently charged and the low voltage protection occurs when the inverter is under load, check the terminals of the battery connections and cables. Loose connections may cause excessive voltage drop. If the issue persists, increase the cable size, or check the condition and suitability of the battery. |
| E2 | Over Voltage Protection | The voltage at the battery input terminals is above the high voltage cut out threshold of 16V. | Check the condition of the connected battery and of the connected battery charger. An over-voltage fault condition indicates a possible issue with the connected battery or charger. |
| E3 | High Temperature Protection | The internal thermocouple of the inverter has reached the high temperature cut-off threshold. | Check there is sufficient clearance (60mm) around the air intake and cooling fan. Turn the unit off, allow it to cool and try operating the unit again. If in operating in high ambient temperatures, be mindful of prolonged operation. |
| E4 | Over Load Protection | The output power of the inverter has exceeded one of the following thresholds: a) 1000W > 10s b) 1200W: 2s ~ 10s c) 2000W > 2s | Check the following: A) If multiple devices are connected, try running only one device at a time. B) If the output power of the connected device can be reduced (i.e. induction cooktop, air fryer), reduce the output power of the device during start up. |
| E5 | Short Circuit Protection | A high current condition has been detected on the AC Output. | Check the wiring of the connected AC output device. WARNING: Ensure this test is performed with AC output device disconnected. |
Audible Alarms
| ALARM SEQUENCE | DESCRIPTION | TROUBLESHOOTING |
| One Beep | Poor Connection of AC Output Device - indicates there is a potential loose connection between the connected AC device and the inverter, or the AC device is faulty. | Check the condition of the connected AC device. |
| Two Beeps | Low Voltage Input Warning - The voltage at the battery input terminals of the inverter reads above 10V but less then 10.5V. | Check the following: A) The battery is sufficiently charged. If the battery voltage is low, recharge the battery. B) If the battery is sufficiently charged and the low voltage protection occurs when the inverter is under load, check the terminals of the battery connections and cables. Loose connections may cause excessive voltage drop. If the issue still persists, increase the cable size, or check the condition and suitability of the battery. |
| Three Beeps | Low Voltage Input Shutdown - The voltage at the battery input terminals of the inverter reads less then 10.V. | Check the following: A) The battery is sufficiently charged. If the battery voltage is low, recharge the battery. B) If the battery is sufficiently charged and the low voltage protection occurs when the inverter is under load, check the terminals of the battery connections and cables. Loose connections may cause excessive voltage drop. If the issue still occurs, increase the cable size. |
| Four Beeps | High Voltage Input Shutdown - The voltage at the battery input terminals is above the high voltage cut out threshold of 16V. | Check the condition of the connected battery and of the connected battery charger. An over-voltage fault condition indicates a possible fault with the connected battery or charger. |
| Five Beeps | High Temperature Shutdown - The internal thermocouple of the inverter has reached the high temperature cut-off threshold. | Check there is sufficient clearance (60mm) around the air intake and cooling fan. Turn the unit off, allow it to cool and try operating the unit again. If operating in high ambient temperatures, be mindful of prolonged operation. |
| Eleven Beeps | AC Output Short Circuit - A high current condition has been detected on the AC Output. | Check the wiring of the connected AC output device. WARNING: Ensure this test is performed with AC output device disconnected. |
| Continuously Beeps | AC Output Power Overload - The output power of the inverter has exceeded one of the following thresholds: a) 1000W > 10s b) 1200W: 2s ~ 10s c) 2000W > 2s | Check the following: A) If multiple devices are connected, try running only one device at a time. B) If the output power of the connected device can be reduced (i.e. induction cooktop, air fryer), reduce the output power of the device during start up. |
Warranty & Support Information
Need help? For product support or to make a warranty claim, reach out to the KickAss Customer Service team on (07) 3123 1415 or at support@kickassproducts.com.au.
Alternatively, visit the Customer Support Portal at: https://supportportal.kickassproducts.com.au/
KickAss Customer Support Portal
