# Power Bright - Inverters, Voltage Converters & Transformers > Your Leader In Power Solutions ## Posts - [Instruction video for the PW2300-12](https://powerbright.com/archives/5049) - [Instruction video for the PW1500-12](https://powerbright.com/archives/5047) - [Instruction video for the PW1100-12](https://powerbright.com/archives/5045) - [Instruction video for the XR400-12](https://powerbright.com/archives/5043) - [Instruction video for the XR100-12 / XR175-12](https://powerbright.com/archives/5041) ## Pages - [Manuals](https://powerbright.com/manuals): Below you can find copies of user manuals for some of our products. Please be aware that these may not be the latest versions as revisions happen occasionally. - [Product-Contact](https://powerbright.com/product-contact) - [Where to Buy](https://powerbright.com/distributors) - [Factory](https://powerbright.com/factory): Explore Our Facility Power Bright SIP Ltd. BUILDING C3, WUSONG INDUSTRIAL ZONE, NO.79 WUPU ROAD, Suzhou, Jiangsu China 215126 - [Resellers](https://powerbright.com/resellers): Distributor / Reseller Application Please make sure to answer all the questions as accurately as possible in order for us to properly assess a potential distributorship with your company. Policy: Power Bright prohibits resellers from selling Power Bright products on Amazon, including its affiliate brands Krieger and Energizer. Any reseller found selling Power Bright products on Amazon will be considered in violation of Power Bright’s policy and will be subject to legal action. Power Bright reserves the right to revoke any reseller’s authorization to sell Power Bright products at any time without prior notice. Any reseller found to be violating […] - [Video](https://powerbright.com/video): Instructional Videos Instruction video for the XR100-12 / XR175-12 Instruction video for the XR400-12 Instruction video for the PW1100-12 Instruction video for the PW1500-12 Instruction video for the PW2300-12 - [About](https://powerbright.com/about): About Us - [Home](https://powerbright.com/) - [Privacy Policy](https://powerbright.com/privacy-policy): Call Us Toll Free: (866) 582-5620 Monday-Friday 9am-5pm Eastern Time Tel: (910) 338-0418 Secured Transactions Our site uses cutting-edge security technologies. That means your transactions are fully encrypted and secure when you shop at Inverters.com! Shipping Policy Domestic orders for available items will usually ship the same day if the order is received before 3:00pm Eastern Standard Time. Inverters.com offers shipments via FedEx and USPS including ground, next day air, 2nd day air, 3 Day Select and Worldwide (for International orders only). Shipping charges are derived from the shipping cost of FedEx or USPS based on weight, dimensions and locations. […] - [Usage Chart](https://powerbright.com/usage-chart): How Do I Calculate The Wattage Of An Appliance? If the label does not specify the wattage, but you know the Amperage (A), you can calculate it using the following formula: Amps (A) * voltage (V) = Watts Example: 3 Amps * 220 volt = 660 watts 3 Amps * 110 volt = 330 watts Type Amps & Voltage of your Appliance Amps: Volt: 100V110V120V200V220V230V240V Wattage: How Long Can I Run The Inverter On My Battery? The difference is the type of battery you want to run your power inverter on. Most vehicles run off a 12 volt battery. The […] - [Featured Items](https://powerbright.com/featured-items): Best Sellers On Sale What Our Customers Are Saying (5 Star Review) KR110 Clean, quiet, portable POWER This one is by far; the best inverter Ive ever Bought. I’ve had many from Chicago electric to Black and Decker. found that almost all inverters work good only if used with proper wire Gage… By Fifthook Media, LLC Read More (5 Star Review) APS2200-12 Awesome Power Great product and price. I bought the 4000 Watt model to have some AC power during grid blackouts, which I just experienced a 16 hour electrical blackout last month. Here is what I did… By S. […] - [Register Product](https://powerbright.com/register-old) - [Contact](https://powerbright.com/contact): Have An Inquiry? - [Voltage Guide](https://powerbright.com/voltage-guide): [voltage_guide] - [FAQ](https://powerbright.com/faq): About Voltage Converters / Transformers How do I choose the right transformer? Somewhere on your appliance, you should find a label that describes your appliances power requirements. The label should include Voltage (110V ~ 120V or 220V ~ 240 or sometimes 110V ~ 240V), Wattage (example: 100w) or Amperage (example: 10A) and Hertz (50Hz, 60Hz or 50Hz ~ 60Hz). It is best to choose a transformer / converter with a higher rating than the appliance you intend to power to account for startup surges. For any appliances that contain a motor or heating element, it is a best practice to […] - [My account](https://powerbright.com/my-account) - [Checkout](https://powerbright.com/checkout): Your Number One Source For Inverters! - [Cart](https://powerbright.com/cart): Your Number One Source For Inverters! - [Products](https://powerbright.com/products): Your Leader In Power Solutions ## Products - [APS1000-24v](https://powerbright.com/product/aps1000-24v): Power Bright 1000 Watt 24V DC to 110V AC Pure Sine Power Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. It connects directly to a 24 Volt DC battery bank to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Owners Manual Spec Sheet
- [APS300U-24](https://powerbright.com/product/aps300u-24): Power Bright 300 Watt 24 Volt Pure Sine Power Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. Connects to your 24v bank to power laptops, cell phone chargers and other small electronic devices in your vehicle! Owners Manual
- [APS600-24](https://powerbright.com/product/aps60024v): Power Bright 600 Watt 24V DC to 110V AC Pure Sine Power Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. Connects to your 24v battery bank to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Owners Manual Spec Sheet
- [VC100W](https://powerbright.com/product/vc100w): 100W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [PW3500-12](https://powerbright.com/product/pw3500-12): Power Bright 12V 3500 Watt Power Inverter This heavy duty inverter connects directly to a 12 Volt DC battery to power a small microwave, power tools and electronics in your vehicle! Owners Manual Spec Sheet   - [MS25G8 - 25kw Commercial Voltage Transformer](https://powerbright.com/product/ms25g8):
25,000 Watt Step Up / Down Transformer
This voltage transformer can only be used in 110 Volt and Overseas 220 volt countries. It will convert from Overseas 220/230/240 volt to American 120 volt and vice versa. *Can only be shipped to a commercial address with loading dock, due to its size and weight* ** Special order product only. Please contact us if you are interested in purchasing this.
- [MS15G8 - 15kw Commercial Voltage Transformer](https://powerbright.com/product/ms15g8):
15,000 Watt Step Up / Down Transformer
This voltage transformer can only be used in 110 Volt and 220 volt countries. It will convert from 220/230/240 volt to 120 volt and vice versa. *Can only be shipped to a commercial address with loading dock, due to its size and weight*
- [TK1650](https://powerbright.com/product/tk1650-travel-converter-kit-w-case-and-plug-adapters): Travel converter kit with case and 5 plug adapters Used in countries with 220/240V AC Power. Can be used with small electronic devices rated under 50W or can be used with small heating devices rated up to 1600W (Hair dryers, Irons, Coffee Makers). THIS UNIT IS NOT FOR CONTINUOUS USE AND CAN ONLY BE USED FOR A MAXIMUM OF 15 MINUTES AT A TIME. - [PB-36 - Round pin input to North American grounded plug adapter](https://powerbright.com/product/pb36): Input: Round pin grounded Output: American 3-pin grounded - [PB-26 - UK/Australian Input to North American Grounded Plug Adapter](https://powerbright.com/product/pb-26):
UK/Australian grounded input to American grounded plug adapter
Input: United Kingdom / Australian Grounded Output: American 3-pin Grounded
- [PB1650](https://powerbright.com/product/pb1650): Travel converter 1600 Watts Used in countries with 220/240V AC Power. Can be used with small electronic devices rated under 50W or can be used with small heating devices rated up to 1600W (Hair dryers, Irons, Coffee Makers). THIS UNIT IS NOT FOR CONTINUOUS USE AND CAN ONLY BE USED FOR A MAXIMUM OF 15 MINUTES AT A TIME. - [PB-13 - North American Input to Australian/Chinese Grounded Plug Adapter](https://powerbright.com/product/pb13):
American Input to Australian Adapter
Input: American Grounded Output: Australian Grounded
  - [PB-12 - North American Input to 3 Pin UK Grounded Plug Adapter](https://powerbright.com/product/pb12):
American Input to UK Grounded Adapter
Input: American Grounded Output: 3 Pin UK Grounded
- [PB-11 - North American Input to 3 Round Pin Grounded Plug Adapter](https://powerbright.com/product/pb11):
American Input to Round Pin Grounded
Input: American Grounded Output: 3 Round Pin Grounded
  - [MS10G8 - 10kw Commercial Voltage Transformer](https://powerbright.com/product/ms10g8):
10,000 Watt Step Up / Down Transformer
This voltage transformer can only be used in 110 Volt and 220 volt countries. It will convert from 220/230/240 volt to 120 volt and vice versa. *Can only be shipped to a commercial address with loading dock, due to its size and weight*
- [GS-9 - Flat Input to 2 Round Pin Plug Adapter](https://powerbright.com/product/gs9):
Output: 2-round pins. Input: Flat
Input: Flat Output: 2-round pins
- [GS-3 - Universal Input to Austrialia/China Grounded Plug Adapter](https://powerbright.com/product/gs3):
Universal Input to Australian Adapter
Input: Universal Output: Australia
  - [GS-29 - German Schuko to North American Grounded Plug Adapter](https://powerbright.com/product/gs29):
German Grounded to American Adapter
From European grounded system to American system.
  - [GS-20- North American to German Schuko Grounded Plug Adapter](https://powerbright.com/product/gs20):
American to German Grounded Adapter
Input: American Output: German (Grounded)
- [GS-2 - Universal Input to UK Grounded Plug Adapter](https://powerbright.com/product/gs2):
Universal input to UK Grounded Adapter
Input: universal. Output: 3 pin UK grounded.
- [GS-18 - Universal Input to German Schuko Grounded Plug Adapter](https://powerbright.com/product/gs18):
Universal Input to German Grounded Plug Adapter
Input: Universal Output: German (Grounded)
  - [GS-103 - Round pin/Flat/Austrailian Input to 2 Round Pin Output](https://powerbright.com/product/gs-103-round-pin-flat-austrailian-input-to-2-round-pin-output):
European adapter - accepts flat & round
Input: Flat / Round / Australian Output: 2-round pins
  - [GS-101 - Round pin/Flat/Austrailian Input to North American Output](https://powerbright.com/product/gs101):
Output American, flat-pins. Input Flat
Input: Flat / Round / Australian Output: American, flat-pins
- [F20A - 20 Amp Glass Fuse](https://powerbright.com/product/f20a): 20 Amp AG Type Fuses For use with VC2000W, VC2000J and SVC2000 voltage converters Pack of 5 - [8AWG6 - 8 Gauge 6 Ft Battery Cables](https://powerbright.com/product/8awg6-2): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [8AWG12 - 8 Gauge 12 Ft Battery Cables](https://powerbright.com/product/8awg12-2): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [F15A – 15 Amp Glass Fuse](https://powerbright.com/product/f15a): 15 Amp AG Type Fuses For use with our VC1500W voltage converter Pack of 5 - [F10A – 10 Amp Glass Fuse](https://powerbright.com/product/f10a): 10 Amp AG Type Fuses For use with VC1000W, VC1000J and SVC1000 voltage converters Pack of 5 - [F8A – 8 Amp Glass Fuse](https://powerbright.com/product/f8a): 8 Amp AG Type Fuses For use with our VC750W voltage converter Pack of 5 - [F5A – 5 Amp Glass Fuse](https://powerbright.com/product/f5a): 5 Amp AG Type Fuses For use with VC100W and VC100J voltage converters Pack of 5 - [F3A – 3 Amp Glass Fuse](https://powerbright.com/product/f3a): 3 Amp AG Type Fuses For use with VC300W and VC300J voltage converters Pack of 5 - [F2A – 2 Amp Glass Fuse](https://powerbright.com/product/f2a): 2 Amp AG Type Fuses For use with our VC200W voltage converters Pack of 5 - [APS1500-12](https://powerbright.com/product/aps1500-12): Power Bright 1500 Watt 12V DC to 110V AC Pure Sine Power Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. Connects directly to a 12 Volt DC battery to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Owners Manual Spec Sheet
- [APS600-12](https://powerbright.com/product/aps600-12): Power Bright 600 Watt 12V DC to 110V AC Pure Sine Power Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. Plugs directly to a 12 Volt DC battery to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Owners Manual Spec Sheet
- [8AWG12 - 8 Gauge 12 Ft Battery Cables](https://powerbright.com/product/8awg12): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [8AWG6 - 8 Gauge 6 Ft Battery Cables](https://powerbright.com/product/8awg6): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [4AWG3 - 4 Gauge 3 Ft Battery Cables](https://powerbright.com/product/4awg3): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [ML2300-24](https://powerbright.com/product/ml2300-24): Power Bright 24V 2300 Watt Power Inverter This inverter plugs into your cigarette lighter adapter port or connects directly to your battery to power laptops, cell phone chargers, power tools and other electronic devices in your vehicle! Owners Manual Spec Sheet
- [ML900-24](https://powerbright.com/product/ml900-24):

Power Bright 24V 900 Watt Power Inverter This inverter plugs into your cigarette lighter adapter port or connects directly to your battery to power laptops, cell phone chargers and other small electronic devices in your vehicle! Owners Manual Spec Sheet

- [PW1100-12](https://powerbright.com/product/pw1100-12): Power Bright 1100 Watt 12V DC to 110V AC Power Inverter This heavy duty inverter connects directly to a 12 Volt DC battery to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle. Owners Manual   - [PW400-12](https://powerbright.com/product/pw400-12): Power Bright 400 Watt 12V DC to 110V AC Power Inverter This inverter plugs into your cigarette lighter to power laptops, cell phone chargers and other small electronic devices in your vehicle! User Manual Spec Sheet - [VC2000W](https://powerbright.com/product/vc2000w): 2000W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [VC1000W](https://powerbright.com/product/vc1000w): 1000W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [VC500W](https://powerbright.com/product/vc500w): 500W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [4AWG6 - 4 Gauge 6 Ft Battery Cables](https://powerbright.com/product/4awg6): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [4AWG12 - 4 Gauge 12 Ft Battery Cables](https://powerbright.com/product/4awg12): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [2AWG12 - 2 Gauge 12 Ft Battery Cables](https://powerbright.com/product/2awg12): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [2AWG6 - 2 Gauge 6 Ft Battery Cables](https://powerbright.com/product/2awg6): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [2AWG3 - 2 Gauge 3 Ft Battery Cables](https://powerbright.com/product/2awg3): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [0AWG12 - 0 Gauge 12 Ft Battery Cables](https://powerbright.com/product/0awg12): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [0AWG6 - 0 Gauge 6 Ft Battery Cables](https://powerbright.com/product/0awg6): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [0AWG3 - 0 Gauge 3 Ft Battery Cables](https://powerbright.com/product/0awg3): An inverter connected to a battery will have a current draw associated with its operation and it is important that the cable supplying power to these is capable of carrying the normally expected current, plus a margin of safety. If it is not capable then it is likely to result in the cable becoming hot and potentially becoming dangerous. Although fuses are optionally used in the cable to protect the battery, the cable itself should be of an adequate rating to prevent this over-heating occurring under normal circumstances. As a general rule, the smaller the diameter of the wire the higher the resistance and thus lower current capability over a given length. It is always OK to use a larger gauge cable. When in doubt about the load, go up a gauge. The smaller the gauge number the thicker the cable, for example, 4 gauge cable is thinner than 1 gauge cable. Other factors can affect the capacity of wire besides the length, and this includes if it is in a hot environment, duration of load, type of load etc. All cables have resistance, which means that there will be energy loss in the form of voltage drop experienced along the length of the cable.In low voltage systems cable length can have a significant impact on voltage drop. Even a cable run of 10 feet for small appliances can produce significant voltage drops and this problem is demonstrated well on some vehicles where the headlights are not as bright as they could be. If you check the voltage at the bulb connectors you might find that the bulbs are not receiving a full 12 Volts from the battery due to the wire size being too small for the cable run length. Some owners opt to maximize their inverters ability by using cable with a larger gauge over a shorter distance which allows the circuit to provide the fullest supply of voltage and amperage to the inverter. These cables are not just for inverters, they can be used for most automotive electrical applications. - [F1A - 1 Amp Glass Fuse](https://powerbright.com/product/f1a): 1 Amp AG Type Fuses For use with VC100W and VC100J voltage converters Pack of 5 - [F30A – 30 Amp Glass Fuse](https://powerbright.com/product/f30a): 30 Amp AG Type Fuses For use with VC3000W, VC3000J and SVC3000 voltage converters Pack of 5 - [VC100J](https://powerbright.com/product/vc100j): 100W Step up and step down Japanese voltage converter Heavy duty and for continuous use. This voltage converter can be used in 120 Volt countries and 100 Volt countries (Japan). It will convert from 120 Volts to 100 Volts AND from 100 Volts to 120 Volts. - [VC3000J](https://powerbright.com/product/vc3000j): 3000W Step up and step down Japanese voltage converter Heavy duty and for continuous use. This voltage converter can be used in 120 Volt countries and 100 Volt countries (Japan). It will convert from 120 Volts to 100 Volts AND from 100 Volts to 120 Volts. - [VC2000J](https://powerbright.com/product/vc2000j): 2000W Step up and step down Japanese voltage converter Heavy duty and for continuous use. This voltage converter can be used in 120 Volt countries and 100 Volt countries (Japan). It will convert from 120 Volts to 100 Volts AND from 100 Volts to 120 Volts. - [VC1000J](https://powerbright.com/product/vc1000j): 1000W Step up and step down Japanese voltage converter Heavy duty and for continuous use. This voltage converter can be used in 120 Volt countries and 100 Volt countries (Japan). It will convert from 120 Volts to 100 Volts AND from 100 Volts to 120 Volts. - [VC300J](https://powerbright.com/product/vc300j): 300W Step up and step down Japanese voltage converter Heavy duty and for continuous use. This voltage converter can be used in 120 Volt countries and 100 Volt countries (Japan). It will convert from 120 Volts to 100 Volts AND from 100 Volts to 120 Volts. - [VC500J](https://powerbright.com/product/vc500j): 500W Step up and step down Japanese voltage converter Heavy duty and for continuous use. This voltage converter can be used in 120 Volt countries and 100 Volt countries (Japan). It will convert from 120 Volts to 100 Volts AND from 100 Volts to 120 Volts. - [GS35](https://powerbright.com/product/gs35): Universal to 3 Pin South African Grounded Adapter - [GS38](https://powerbright.com/product/gs38): Universal to 3 Pin Italian Adapter - [GS33](https://powerbright.com/product/gs33): Universal to 3 Pin Swiss Adapter - [SVC1000](https://powerbright.com/product/svc1000): 1000W Step Up and Down Voltage Regulator Fully automatic servo motor type AC voltage regulator rated at 2000 watts. This voltage regulator can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V appliances Spec Sheet
- [SVC2000](https://powerbright.com/product/svc2000): 2000W Step Up and Down Voltage Regulator Fully automatic servo motor type AC voltage regulator rated at 2000 watts. This voltage regulator can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V appliances Spec Sheet
- [SVC3000](https://powerbright.com/product/svc3000): 3000W Step Up and Down Voltage Regulator Fully automatic servo motor type AC voltage regulator rated at 2000 watts. This voltage regulator can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V appliances Owners Manual Spec Sheet
- [APS300U-12](https://powerbright.com/product/aps300u-12): Power Bright 300 Watt 12 Volt Pure Sine Power Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. Plugs into your cigarette lighter to power laptops, cell phone chargers and other small electronic devices in your vehicle! Owners Manual
- [APS1000-12](https://powerbright.com/product/aps1000-12): Power Bright 1000 Watt 12V DC to 110V AC Pure Sine Power Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. It connects directly to a 12 Volt DC battery to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Owners Manual Spec Sheet
- [APS2200-12](https://powerbright.com/product/aps2200-12): Power Bright 2200 Watt 12V DC to 110V AC Pure Sine Power Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. It connects directly to a 12 Volt DC battery to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! - [ERP900-12](https://powerbright.com/product/erp900-12): Power Bright 900 Watt 12V DC to 220 Volt (Single phase) AC 50Hz Modified Wave Inverter This heavy duty 220V 50Hz inverter connects directly to a 12 Volt DC battery to power foreign 220V/50Hz laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Please note this product is not compatible with North American 220V appliances Owners Manual Spec Sheet
- [ERP1500-12](https://powerbright.com/product/erp1500-12): Power Bright 1500 Watt 12V DC to 220 Volt (Single phase) AC 50Hz Modified Wave Inverter This heavy duty 220V 50Hz inverter connects directly to a 12 Volt DC battery to power foreign 220V/50Hz microwaves, power tools and electronics in your vehicle! Please note this product is not compatible with North American 220V appliances Owners Manual   - [ERP3500-12](https://powerbright.com/product/erp3500-12): Power Bright 3500 Watt 12V DC to 220 Volt (Single phase) AC 50Hz Modified Wave Inverter This heavy duty 220V 50Hz inverter connects directly to a 12 Volt DC battery to power foreign 220V/50Hz microwaves, power tools and electronics in your vehicle! Please note this product is not compatible with North American 220V appliances Owners Manual Spec Sheet   - [EPS1000-12V](https://powerbright.com/product/eps1000-12v): Power Bright 1000 Watt 12V DC to 220 Volt 50Hz single phase AC Pure Sine Inverter Pure sine wave inverters provide premium power that is identical to or even better than power supplied by your electric company. Connects directly to a 12 Volt DC battery to power foreign 220V 50Hz single phase laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Please note this product is not compatible with North American 220V appliances Owners Manual Spec Sheet
- [ML400-24](https://powerbright.com/product/ml400-24): Power Bright 24V 400 Watt Power Inverter This inverter plugs into your cigarette lighter adapter port or connects directly to your battery to power laptops, cell phone chargers and other small electronic devices in your vehicle! Owners Manual Spec Sheet
- [ML1500-24](https://powerbright.com/product/ml1500-24): Power Bright 24V 1500 Watt Power Inverter This inverter plugs into your cigarette lighter adapter port or connects directly to your battery to power laptops, cell phone chargers and other small electronic devices in your vehicle! Owners Manual Spec Sheet
- [ML3500-24](https://powerbright.com/product/ml3500-24): Power Bright 24V 3500 Watt Power Inverter This heavy duty inverter connects directly to a 24 Volt DC battery (or batteries) to power large appliances, air conditioners, heavy duty power tools and many other electronics in your vehicle ! Owners Manual Spec Sheet
- [DX-100](https://powerbright.com/product/dx-100): Power Bright 12V 100 Watt Direct Plug In Power Inverter (DX-100) This pocket size direct plug-in inverter plugs into your cigarette lighter to power laptops, cell phone chargers and other small electronic devices. - [XR400-12](https://powerbright.com/product/xr400-12): Power Bright 12V 400 Watt Modified Wave Power Inverter This inverter plugs into your cars cigarette port or connects directly to the battery to power laptops, cell phone chargers and other small electronic devices in your vehicle! Owners Manual
- [PW200-12](https://powerbright.com/product/pw200-12): Power Bright 200 Watt 12V DC to 110V AC Power Inverter This inverter plugs into your cigarette lighter to power laptops, cell phone chargers and other small electronic devices in your vehicle! Owners Manual Spec Sheet   - [PW900-12](https://powerbright.com/product/pw900-12): Power Bright 900 Watt 12V DC to 110V AC Power Inverter This heavy duty inverter connects directly to a 12 Volt DC battery to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Owners Manual Spec Sheet   - [PW1500-12](https://powerbright.com/product/pw1500-12): Power Bright 1500 Watt 12V DC to 110V AC Power Inverter This heavy duty inverter connects directly to a 12 Volt DC battery to power laptops, televisions, gaming consoles and other electronics and small appliances in your vehicle! Owners Manual Spec Sheet   - [PW2300-12](https://powerbright.com/product/pw2300-12): Power Bright 2300 Watt 12V DC to 110V AC Power Inverter This heavy duty inverter connects directly to a 12 Volt DC battery to power a small microwave, power tools and electronics in your vehicle! Owners Manual Spec Sheet   - [PW6000-12](https://powerbright.com/product/pw6000-12): Power Bright 6000 Watt 12V DC to 110V AC Power Inverter This heavy duty inverter connects directly to a 12 Volt DC battery to power large appliances, air conditioners, heavy duty power tools and many other electronics in your vehicle! Owners Manual Spec Sheet - [VC200W](https://powerbright.com/product/vc200w): 200W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [VC300W](https://powerbright.com/product/vc300w): 300W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [VC750W](https://powerbright.com/product/vc750w): 750W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [VC1500W](https://powerbright.com/product/vc1500w): 1500W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [VC3000W](https://powerbright.com/product/vc3000w): 3000W Step up and step down voltage converter This voltage converter can be used in 110 volt countries and 220 volt countries. It will convert from 220-240 volt to 110-120 volt AND from 110-120 volt to 220-240 volt. Please note this product is not compatible with North American 220V Owners Manual Spec Sheet
- [XU212](https://powerbright.com/product/xu212): Power Bright 2.1 Amp Dual USB Charger Ultra-compact DUAL 2.1A USB Charger. Charge up to 2 electronic devices at the same time with this vehicle charger that features 2 USB ports with a total output of 2.1 amps for fast power. The compact design allows for a sleek-looking fit in most vehicle dashboard and console areas, also features a blue LED light when plugged in. [comment]: # (Generated by Hostinger Tools Plugin)