Connect your desktop PC, monitor, printer, audio/video equipment, medical or lab equipment, or other electronic equipment with a C14 inlet in Australia. This 2 meter power cord has an IEC C13 connector on the equipment end, and an Australian AS-3112 plug for connection to an Australian wall outlet. The IEC C13 inlet is used on most desktop PCs and their peripherals, as well as professional audio/video equipment, and medical and lab equipment, among many other things. Power cords don't change the voltage coming from the outlet, so be sure your equipment is compatible with the local voltage.

If you need to operate a North American 110-120 volt appliance in a country where the voltage supplied by the electrical outlets is 220-240 volts, you need a step down transformer. Step down transformers take the 220-240 volt electricity supplied in most countries, and convert the voltage down to 110-120 volts for use by the appliance.
 

• Todd Systems has been manufacturing transformers for industrial environments and the military for over 40 years.
   
• All Todd Systems transformers are designed and manufactured in the U.S.A.
   
• All Todd Systems transformers are precision wound and insulated with the latest hi-tech, insulating materials. The core laminations are of high grade annealed silicon steel, designed to keep heating to a minimum.
   
• All transformers are impregnated with a modified polyester heat cured varnish, which seals the transformer, thus protecting the electrical windings from moisture and contamination.
   
• Metal housings are baked enamel finished, and all Todd Systems transformers meet UL and IEC specifications.
   
• Every Todd Systems transformer is thoroughly tested, twice, and thoroughly inspected to ensure top quality. The result of this use of superior materials, advanced design, and complete 100% testing is long, trouble-free transformer life.
  
   

PLEASE NOTE: All Todd Systems products are "custom built" in that, while base models are stocked in large quantities, configuration options (such as power cord length/type, etc.) are installed on a per-order basis to suit the particular configuration desired. This is usually accomplished quickly, with the product shipping within 24 hours, but that varies from day to day based on volume. Therefore, we ask that you ALWAYS allow for at least 2 or 3 days lead time to ship.
 

SD-17 Configuration Options:

About TEMPGUARD, the ultimate thermal protection against overload:

• If an appliance exceeds a normal transformer's VA (wattage) rating, the transformer will eventually overheat and burn out, destroying the transformer, and potentially creating a fire hazard.
   
• A TEMPGUARD transformer turns itself off automatically before any damage can be done to the transformer from overload and subsequent overheating.
   
• After a TEMPGUARD transformer cools down, it will turn itself back on automatically.
   
• A TEMPGUARD transformer will continue to turn itself off and on when the thermal threshold is crossed, with no damage done.

If you need to operate a North American 110-120 volt appliance in a country where the voltage supplied by the electrical outlets is 220-240 volts, you need a step down transformer. Step down transformers take the 220-240 volt electricity supplied in most countries, and convert the voltage down to 110-120 volts for use by the appliance.
 

• Todd Systems has been manufacturing transformers for industrial environments and the military for over 40 years.
   
• All Todd Systems transformers are designed and manufactured in the U.S.A.
   
• All Todd Systems transformers are precision wound and insulated with the latest hi-tech, insulating materials. The core laminations are of high grade annealed silicon steel, designed to keep heating to a minimum.
   
• All transformers are impregnated with a modified polyester heat cured varnish, which seals the transformer, thus protecting the electrical windings from moisture and contamination.
   
• Metal housings are baked enamel finished, and all Todd Systems transformers meet UL and IEC specifications.
   
• Every Todd Systems transformer is thoroughly tested, twice, and thoroughly inspected to ensure top quality. The result of this use of superior materials, advanced design, and complete 100% testing is long, trouble-free transformer life.
  
   

PLEASE NOTE: All Todd Systems products are "custom built" in that, while base models are stocked in large quantities, configuration options (such as power cord length/type, etc.) are installed on a per-order basis to suit the particular configuration desired. This is usually accomplished quickly, with the product shipping within 24 hours, but that varies from day to day based on volume. Therefore, we ask that you ALWAYS allow for at least 2 or 3 days lead time to ship.
 

SD-38 Configuration Options:

About TEMPGUARD, the ultimate thermal protection against overload:

• If an appliance exceeds a normal transformer's VA (wattage) rating, the transformer will eventually overheat and burn out, destroying the transformer, and potentially creating a fire hazard.
   
• A TEMPGUARD transformer turns itself off automatically before any damage can be done to the transformer from overload and subsequent overheating.
   
• After a TEMPGUARD transformer cools down, it will turn itself back on automatically.
   
• A TEMPGUARD transformer will continue to turn itself off and on when the thermal threshold is crossed, with no damage done.

If you need to operate a North American 110-120 volt appliance in a country where the voltage supplied by the electrical outlets is 220-240 volts, you need a step down transformer. Step down transformers take the 220-240 volt electricity supplied in most countries, and convert the voltage down to 110-120 volts for use by the appliance.
 

• Todd Systems has been manufacturing transformers for industrial environments and the military for over 40 years.
   
• All Todd Systems transformers are designed and manufactured in the U.S.A.
   
• All Todd Systems transformers are precision wound and insulated with the latest hi-tech, insulating materials. The core laminations are of high grade annealed silicon steel, designed to keep heating to a minimum.
   
• All transformers are impregnated with a modified polyester heat cured varnish, which seals the transformer, thus protecting the electrical windings from moisture and contamination.
   
• Metal housings are baked enamel finished, and all Todd Systems transformers meet UL and IEC specifications.
   
• Every Todd Systems transformer is thoroughly tested, twice, and thoroughly inspected to ensure top quality. The result of this use of superior materials, advanced design, and complete 100% testing is long, trouble-free transformer life.
  
   

PLEASE NOTE: All Todd Systems products are "custom built" in that, while base models are stocked in large quantities, configuration options (such as power cord length/type, etc.) are installed on a per-order basis to suit the particular configuration desired. This is usually accomplished quickly, with the product shipping within 24 hours, but that varies from day to day based on volume. Therefore, we ask that you ALWAYS allow for at least 2 or 3 days lead time to ship.
 

SD-16 Configuration Options:

About TEMPGUARD, the ultimate thermal protection against overload:

• If an appliance exceeds a normal transformer's VA (wattage) rating, the transformer will eventually overheat and burn out, destroying the transformer, and potentially creating a fire hazard.
   
• A TEMPGUARD transformer turns itself off automatically before any damage can be done to the transformer from overload and subsequent overheating.
   
• After a TEMPGUARD transformer cools down, it will turn itself back on automatically.
   
• A TEMPGUARD transformer will continue to turn itself off and on when the thermal threshold is crossed, with no damage done.

Unlike most other voltage transformers, PowerBright transformers can be used as either a step up transformer or a step down transformer. This means a PowerBright transformer will work for just about anybody, no matter what the origin and destination countries may be. (Exceptions are Japan (100V) and a handful of countries whose standard voltage is 127V.) Simply select the input voltage coming from the wall outlet via a jumper on the back of the unit, and plug your appliance into the outlet on the front of the unit which matches your appliance's required input voltage.

If you are bringing a U.S. or Canadian 110-120 volt appliance to a country where the voltage is 220-240 volts, you need a step down transformer. Step down transformers take the 220-240 volt electricity supplied in most countries, and convert the voltage down to 110-120 volts for use by the appliance. PowerBright transformers do that.

On the other hand, if you are bringing a 220-240 volt appliance from another country to the U.S. or Canada where the voltage is 110-120 volts, you need a step up transformer. Step up transformers take the 110-120 volt electricity supplied in the U.S. and Canada, and convert the voltage up to 220-240 volts for use by the appliance. The same PowerBright transformer will do that too.

But do I need a voltage transformer? Or would a plug adapter be enough?
Well, that depends on what you need to plug in. If your appliance's voltage matches the local voltage at your destination, then a plug adapter will do just fine all by itself. But if your appliance is not compatible with the local voltage, that's when a voltage transformer comes in. Voltage transformers actually change the local voltage to a voltage that's suitable for your appliance.

Wall outlets in most parts of the world outside of North America generally supply electricity at between 220 and 240 volts AC. If you're plugging in an appliance that was built for 220-240 volt electrical input, or an appliance that is compatible with multiple voltages, then an adapter is all you need.

But plug adapters do not change voltage, so the electricity coming through the adapter will still be the same 220-240 volts the wall outlet is supplying. North American wall outlets supply electricity at between 110 and 120 volts, far lower than in most of the rest of the world. Consequently, North American appliances are generally built for 110-120 volts. But that doesn't mean that your specific appliance isn't already compatible with the higher voltage -- it may very well be. In fact, most chargers for modern smartphones/iPhones, tablets/iPads, laptops and digital cameras are already multi-voltage compatible. Check your charger for something to the effect of "Input: 100-240V" ... voila!

On the other hand, most "conventional appliances" like kitchen items, audio/video equipment, vacuum cleaners, lamps and lights, and most bath appliances are not compatible with multiple voltages, and need to have the voltage changed by way of a voltage transformer like this one. The only way to know for sure is to check the label, or the back of the manual, and determine the specific electrical input requirements for the specific device/appliance in question.

Is this transformer big enough to support my appliance?
The transformer you buy must be capable of supporting the amps and/or watts that your appliance needs in order to operate. If the transformer is too small, you will blow the fuse. The model VC750W supports 750 watts. So as long as your appliance is 750 watts or less, this transformer should be fine.

The watts and/or amps that your appliance requires can be found on a label on the appliance (usually on the bottom or back) where the brand name and model number appear. If the appliance uses a charger or AC adapter, the information will appear on the charger. Look for something like this: "Input: 120V 60Hz 100W " The "W" number is the watts. For this model transformer, that "W" number should be 750 or below.

Sometimes the label will show amps instead of watts. In that case the information would look something like: "Input: 120V 60Hz 10.0A " If the label lists amps, you can figure out a rough approximation of the watts by multiplying the amps by the volts (the "V" number). Example: 120 volts x 10.0 amps = 1200 watts. In this case, the VC750W would not be big enough to support the appliance. You would need to buy a transformer with a higher wattage capacity. PowerBright manufactures transformers that support up to 3000 watts!

Download the Manual

Unlike most other voltage transformers, PowerBright transformers can be used as either a step up transformer or a step down transformer. This means a PowerBright transformer will work for just about anybody, no matter what the origin and destination countries may be. (Exceptions are Japan (100V) and a handful of countries whose standard voltage is 127V.) Simply select the input voltage coming from the wall outlet via a jumper on the back of the unit, and plug your appliance into the outlet on the front of the unit which matches your appliance's required input voltage.

If you are bringing a U.S. or Canadian 110-120 volt appliance to a country where the voltage is 220-240 volts, you need a step down transformer. Step down transformers take the 220-240 volt electricity supplied in most countries, and convert the voltage down to 110-120 volts for use by the appliance. PowerBright transformers do that.

On the other hand, if you are bringing a 220-240 volt appliance from another country to the U.S. or Canada where the voltage is 110-120 volts, you need a step up transformer. Step up transformers take the 110-120 volt electricity supplied in the U.S. and Canada, and convert the voltage up to 220-240 volts for use by the appliance. The same PowerBright transformer will do that too.

But do I need a voltage transformer? Or would a plug adapter be enough?
Well, that depends on what you need to plug in. If your appliance's voltage matches the local voltage at your destination, then a plug adapter will do just fine all by itself. But if your appliance is not compatible with the local voltage, that's when a voltage transformer comes in. Voltage transformers actually change the local voltage to a voltage that's suitable for your appliance.

Wall outlets in most parts of the world outside of North America generally supply electricity at between 220 and 240 volts AC. If you're plugging in an appliance that was built for 220-240 volt electrical input, or an appliance that is compatible with multiple voltages, then an adapter is all you need.

But plug adapters do not change voltage, so the electricity coming through the adapter will still be the same 220-240 volts the wall outlet is supplying. North American wall outlets supply electricity at between 110 and 120 volts, far lower than in most of the rest of the world. Consequently, North American appliances are generally built for 110-120 volts. But that doesn't mean that your specific appliance isn't already compatible with the higher voltage -- it may very well be. In fact, most chargers for modern smartphones/iPhones, tablets/iPads, laptops and digital cameras are already multi-voltage compatible. Check your charger for something to the effect of "Input: 100-240V" ... voila!

On the other hand, most "conventional appliances" like kitchen items, audio/video equipment, vacuum cleaners, lamps and lights, and most bath appliances are not compatible with multiple voltages, and need to have the voltage changed by way of a voltage transformer like this one. The only way to know for sure is to check the label, or the back of the manual, and determine the specific electrical input requirements for the specific device/appliance in question.

Is this transformer big enough to support my appliance?
The transformer you buy must be capable of supporting the amps and/or watts that your appliance needs in order to operate. If the transformer is too small, you will blow the fuse. The model VC300W supports 300 watts. So as long as your appliance is 300 watts or less, this transformer should be fine.

The watts and/or amps that your appliance requires can be found on a label on the appliance (usually on the bottom or back) where the brand name and model number appear. If the appliance uses a charger or AC adapter, the information will appear on the charger. Look for something like this: "Input: 120V 60Hz 100W " The "W" number is the watts. For this model transformer, that "W" number should be 300 or below.

Sometimes the label will show amps instead of watts. In that case the information would look something like: "Input: 120V 60Hz 10.0A " If the label lists amps, you can figure out a rough approximation of the watts by multiplying the amps by the volts (the "V" number). Example: 120 volts x 10.0 amps = 1200 watts. In this case, the VC300W would not be big enough to support the appliance. You would need to buy a transformer with a higher wattage capacity. PowerBright manufactures transformers that support up to 3000 watts!

Download the Manual

Unlike most other voltage transformers, PowerBright transformers can be used as either a step up transformer or a step down transformer. This means a PowerBright transformer will work for just about anybody, no matter what the origin and destination countries may be. (Exceptions are Japan (100V) and a handful of countries whose standard voltage is 127V.) Simply select the input voltage coming from the wall outlet via a jumper on the back of the unit, and plug your appliance into the outlet on the front of the unit which matches your appliance's required input voltage.

If you are bringing a U.S. or Canadian 110-120 volt appliance to a country where the voltage is 220-240 volts, you need a step down transformer. Step down transformers take the 220-240 volt electricity supplied in most countries, and convert the voltage down to 110-120 volts for use by the appliance. PowerBright transformers do that.

On the other hand, if you are bringing a 220-240 volt appliance from another country to the U.S. or Canada where the voltage is 110-120 volts, you need a step up transformer. Step up transformers take the 110-120 volt electricity supplied in the U.S. and Canada, and convert the voltage up to 220-240 volts for use by the appliance. The same PowerBright transformer will do that too.

But do I need a voltage transformer? Or would a plug adapter be enough?
Well, that depends on what you need to plug in. If your appliance's voltage matches the local voltage at your destination, then a plug adapter will do just fine all by itself. But if your appliance is not compatible with the local voltage, that's when a voltage transformer comes in. Voltage transformers actually change the local voltage to a voltage that's suitable for your appliance.

Wall outlets in most parts of the world outside of North America generally supply electricity at between 220 and 240 volts AC. If you're plugging in an appliance that was built for 220-240 volt electrical input, or an appliance that is compatible with multiple voltages, then an adapter is all you need.

But plug adapters do not change voltage, so the electricity coming through the adapter will still be the same 220-240 volts the wall outlet is supplying. North American wall outlets supply electricity at between 110 and 120 volts, far lower than in most of the rest of the world. Consequently, North American appliances are generally built for 110-120 volts. But that doesn't mean that your specific appliance isn't already compatible with the higher voltage -- it may very well be. In fact, most chargers for modern smartphones/iPhones, tablets/iPads, laptops and digital cameras are already multi-voltage compatible. Check your charger for something to the effect of "Input: 100-240V" ... voila!

On the other hand, most "conventional appliances" like kitchen items, audio/video equipment, vacuum cleaners, lamps and lights, and most bath appliances are not compatible with multiple voltages, and need to have the voltage changed by way of a voltage transformer like this one. The only way to know for sure is to check the label, or the back of the manual, and determine the specific electrical input requirements for the specific device/appliance in question.

Is this transformer big enough to support my appliance?
The transformer you buy must be capable of supporting the amps and/or watts that your appliance needs in order to operate. If the transformer is too small, you will blow the fuse. The model VC200W supports 200 watts. So as long as your appliance is 200 watts or less, this transformer should be fine.

The watts and/or amps that your appliance requires can be found on a label on the appliance (usually on the bottom or back) where the brand name and model number appear. If the appliance uses a charger or AC adapter, the information will appear on the charger. Look for something like this: "Input: 120V 60Hz 100W " The "W" number is the watts. For this model transformer, that "W" number should be 200 or below.

Sometimes the label will show amps instead of watts. In that case the information would look something like: "Input: 120V 60Hz 10.0A " If the label lists amps, you can figure out a rough approximation of the watts by multiplying the amps by the volts (the "V" number). Example: 120 volts x 10.0 amps = 1200 watts. In this case, the VC200W would not be big enough to support the appliance. You would need to buy a transformer with a higher wattage capacity. PowerBright manufactures transformers that support up to 3000 watts!

Download the Manual

Unlike most other voltage transformers, PowerBright transformers can be used as either a step up transformer or a step down transformer. This means a PowerBright transformer will work for just about anybody, no matter what the origin and destination countries may be. (Exceptions are Japan (100V) and a handful of countries whose standard voltage is 127V.) Simply select the input voltage coming from the wall outlet via a jumper on the back of the unit, and plug your appliance into the outlet on the front of the unit which matches your appliance's required input voltage.

If you are bringing a U.S. or Canadian 110-120 volt appliance to a country where the voltage is 220-240 volts, you need a step down transformer. Step down transformers take the 220-240 volt electricity supplied in most countries, and convert the voltage down to 110-120 volts for use by the appliance. PowerBright transformers do that.

On the other hand, if you are bringing a 220-240 volt appliance from another country to the U.S. or Canada where the voltage is 110-120 volts, you need a step up transformer. Step up transformers take the 110-120 volt electricity supplied in the U.S. and Canada, and convert the voltage up to 220-240 volts for use by the appliance. The same PowerBright transformer will do that too.

But do I need a voltage transformer? Or would a plug adapter be enough?
Well, that depends on what you need to plug in. If your appliance's voltage matches the local voltage at your destination, then a plug adapter will do just fine all by itself. But if your appliance is not compatible with the local voltage, that's when a voltage transformer comes in. Voltage transformers actually change the local voltage to a voltage that's suitable for your appliance.

Wall outlets in most parts of the world outside of North America generally supply electricity at between 220 and 240 volts AC. If you're plugging in an appliance that was built for 220-240 volt electrical input, or an appliance that is compatible with multiple voltages, then an adapter is all you need.

But plug adapters do not change voltage, so the electricity coming through the adapter will still be the same 220-240 volts the wall outlet is supplying. North American wall outlets supply electricity at between 110 and 120 volts, far lower than in most of the rest of the world. Consequently, North American appliances are generally built for 110-120 volts. But that doesn't mean that your specific appliance isn't already compatible with the higher voltage -- it may very well be. In fact, most chargers for modern smartphones/iPhones, tablets/iPads, laptops and digital cameras are already multi-voltage compatible. Check your charger for something to the effect of "Input: 100-240V" ... voila!

On the other hand, most "conventional appliances" like kitchen items, audio/video equipment, vacuum cleaners, lamps and lights, and most bath appliances are not compatible with multiple voltages, and need to have the voltage changed by way of a voltage transformer like this one. The only way to know for sure is to check the label, or the back of the manual, and determine the specific electrical input requirements for the specific device/appliance in question.

Is this transformer big enough to support my appliance?
The transformer you buy must be capable of supporting the amps and/or watts that your appliance needs in order to operate. If the transformer is too small, you will blow the fuse. The model VC500W supports 500 watts. So as long as your appliance is 500 watts or less, this transformer should be fine.

The watts and/or amps that your appliance requires can be found on a label on the appliance (usually on the bottom or back) where the brand name and model number appear. If the appliance uses a charger or AC adapter, the information will appear on the charger. Look for something like this: "Input: 120V 60Hz 100W " The "W" number is the watts. For this model transformer, that "W" number should be 500 or below.

Sometimes the label will show amps instead of watts. In that case the information would look something like: "Input: 120V 60Hz 10.0A " If the label lists amps, you can figure out a rough approximation of the watts by multiplying the amps by the volts (the "V" number). Example: 120 volts x 10.0 amps = 1200 watts. In this case, the VC500W would not be big enough to support the appliance. You would need to buy a transformer with a higher wattage capacity. PowerBright manufactures transformers that support up to 3000 watts!

Download the Manual