Month: May 2011

SkyGolf Batteries – How To Buy A SkyGolf Battery?

Buying SkyGolf batteries for your GPS devies takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery? The factors to consider are the:

  • SkyGolf Battery Model and Part Numbers
  • SkyGolf Battery Voltage
  • SkyGolf Battery Capacity
  • SkyGolf Battery Retailer

SkyGolf Battery Part Number and Model

The number of SkyGolf GPS devices is extensive and being sure you get the right battery for your SkyGolf is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next SkyGolf battery is to match the model of your GPS to the battery. An example of both of these would be at the SkyGolf 37-00025-001 Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: SkyGolf SG4
Compatible Part Numbers: Compatible Part Numbers: 37-00025-001, 280504525TSLG, 980771-04, 980771-05, 980771-06, 37-LF032-001

SkyGolf Battery Voltage

When buying your SkyGolf batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The voltage typically is 3.7V but on occasion it can be 3.6V. To see examples of the voltages go to this page SkyGolf GPS Batteries and scroll down to see the various voltages. The voltage of the SkyGolf battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

SkyGolf Battery Capacity

The battery capacity of your SkyGolf battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to SkyGolf 37-00025-001 Battery page and you will see that this SkyGolf 37-00025-001 Battery has a capacity of 1300 mAh (this is the same as 1.3 Ah.

SkyGolf Battery Retailer

Finally when choosing your SkyGolf batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your SkyGolf batteries.

TomTom Batteries – How To Buy A TomTom Battery?

Buying TomTom batteries for your GPS devices takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery?

The factors to consider are the:

  • TomTom Battery Model and Part Numbers
  • TomTom Battery Voltage
  • TomTom Battery Capacity
  • TomTom Battery Retailer

TomTom Battery Part Number and Model

The number of TomTom GPS devices is extensive and being sure you get the right battery for your TomTom is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next TomTom battery is to match the model of your GPS to the battery. An example of both of these would be at the TomTom Go 300 Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: TomTom Go 300 TomTom Go 400 TomTom Go 500 TomTom Go 510 TomTom Go 600 TomTom Go 700 TomTom Go 710 TomTom Go 910 TomTom Rider Gen 1
Compatible Part Numbers: TOMTOMGO300

As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available TomTom GPS devices. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with TomTom to confirm.

TomTom Battery Voltage

When buying your TomTom batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The voltage typically is 3.7V but on occasion it can be 3.6V. To see examples of the voltages go to this page TomTom GPS Batteries and scroll down to see the various voltages. The voltage of the TomTom battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

TomTom Battery Capacity

The battery capacity of your TomTom battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the TomTom Go 300 Battery page and you will see that this TomTom Go 300 Battery has a capacity of 2300 mAh (this is the same as 2.3 Ah).

TomTom Battery Retailer

Finally when choosing your TomTom batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your TomTom batteries.

Magellan Batteries – How To Buy A Magellan Battery?

Buying Magellan batteries for your GPS devices takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery?

The factors to consider are the:

  • Magellan Battery Model and Part Numbers
  • Magellan Battery Voltage
  • Magellan Battery Capacity
  • Magellan Battery Retailer

Magellan Battery Part Number and Model

The number of Magellan GPS devices is extensive and being sure you get the right battery for your Magellan is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next Magellan battery is to match the model of your GPS to the battery. An example of both of these would be at the Magellan Explorist 980771-04 Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: Explorist 300 Explorist 300R Explorist 360 Explorist 400 Explorist 500 Explorist 500 LE Explorist 600 Explorist 700
Compatible Part Numbers: 980771-04, 980771-05, 980771-06

As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available Magellan GPS Devices. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with Magellan to confirm.

Magellan Battery Voltage

When buying your Magellan batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The voltage typically is 3.7V but on occasion it can be 3.6V. To see examples of the voltages go to this page Magellan GPS Batteries and scroll down to see the various voltages. The voltage of the Magellan battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

Magellan Battery Capacity

The battery capacity of your Magellan battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the Magellan Explorist 980771-04 Battery page and you will see that this Magellan Explorist 980771-04 Battery has a capacity of 2200 mAh (this is the same as 2.2 Ah).

Magellan Battery Retailer

Finally when choosing your Magellan batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your Magellan batteries.

Garmin Batteries – How To Buy A Garmin Battery?

Buying Garmin batteries for your GPS devices takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery?

The factors to consider are the:

Garmin Battery Model and Part Numbers
Garmin Battery Voltage
Garmin Battery Capacity
Garmin Battery Retailer

Garmin Battery Part Number and Model

The number of Garmin GPS devices is extensive and being sure you get the right battery for your Garmin is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next Garmin battery is to match the model of your GPS to the battery. An example of both of these would be at the Garmin StreetPilot C320 Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:
Compatible with and fits these models: Garmin StreetPilot C320 Garmin StreetPilot c340 Garmin StreetPilot C330 Garmin StreetPilot C530 Garmin StreetPilot C550
Compatible Part Numbers: IA3AB07B1A97
As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available Garmin 12V tools. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with Garmin to confirm.

Garmin Battery Voltage

When buying your Garmin batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The voltage typically is 3.7V but on occasion it can be 3.6V. To see examples of the voltages go to this page Garmin GPS Batteries and scroll down to see the various voltages. The voltage of the Garmin battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

Garmin Battery Capacity

The battery capacity of your Garmin battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the Garmin StreetPilot C320 Battery page and you will see that this Garmin StreetPilot C320 Battery has a capacity of 2200 mAh (this is the same as 2.2 Ah). This high capacity battery is 120% greater than the original 1500 mAh battery. Therefore expect longer runtime with this 3300 mAh Garmin battery than the lower capacity version. Again the higher the capacity the greater the runtime (time between charges).

Garmin Battery Retailer

Finally when choosing your Garmin batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your Garmin batteries.

Paslode Batteries – How To Buy A Paslode Battery?

Buying Paslode batteries for your cordless power tools takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery?

The factors to consider are the:

  • Paslode Battery Model and Part Numbers
  • Paslode Battery Voltage
  • Paslode Battery Capacity
  • Paslode Battery Retailer

Paslode Battery Part Number and Model

The number of Paslode cordless power tools is extensive and being sure you get the right battery for your Paslode is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next Paslode battery is to match the model of your cordless tool to the battery. An example of both of these would be at the Paslode 6V Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: Paslode 6V Power Tools and Impulse Cordless Nailers
Compatible Part Numbers: 404717, 900400, 900420, 900600, 902000

As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available Paslode 6V tools. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with Paslode to confirm.

Paslode Battery Voltage

When buying your Paslode batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The various voltage examples are: 6V and 7.2V. To see examples of the various voltages go to this page Paslode Power Tool Batteries and scroll down to see the various voltages. The voltage of the Paslode battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

Paslode Battery Capacity

The battery capacity of your Paslode battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the Paslode 6V Battery page and you will see that this Paslode 6V Battery has a capacity of 2000 mAh (this is the same as 2.0 Ah).

Paslode Battery Retailer

Finally when choosing your Paslode batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your Paslode batteries.

Ryobi Batteries – How To Buy A Ryobi Battery?

Buying Ryobi batteries for your cordless power tools takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery?

The factors to consider are the:

  • Ryobi Battery Model and Part Numbers
  • Ryobi Battery Voltage
  • Ryobi Battery Capacity
  • Ryobi Battery Retailer

Ryobi Battery Part Number and Model

The number of Ryobi cordless power tools is extensive and being sure you get the right battery for your Ryobi is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next Ryobi battery is to match the model of your cordless tool to the battery. An example of both of these would be at the Ryobi 12V Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: BID1211 CCD1201 CHD1201 CHD1202 CTH1201 CTH1202 CTH1202K2 FL1200 HP1201M HP1201MK2 HP1201KM2 R10510 RY1201 TDS4000 TF1100

Compatible Part Numbers: RYO-12, 1400652, 1400652B, 1400670

As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available Ryobi 12V tools. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with Ryobi to confirm.

Ryobi Battery Voltage

When buying your Ryobi batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The various voltage examples are: 7.2V, 9.6V, 12V, 14.4V, 18V, 24V. To see examples of the various voltages go to this page Ryobi Power Tool Batteries and scroll down to see the various voltages. The voltage of the Ryobi battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

Ryobi Battery Capacity

The battery capacity of your Ryobi battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the Ryobi 12V Battery page and you will see that this Ryobi 12V Battery has a capacity of 3300 mAh (this is the same as 3.3 Ah). This high capacity battery is 154% greater than the original 1300 mAh battery. Therefore expect longer runtime with this 3300 mAh Ryobi battery than the lower capacity version. Again the higher the capacity the greater the runtime (time between charges).

Ryobi Battery Retailer

Finally when choosing your Ryobi batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your Ryobi batteries.

Panasonic Batteries – How To Buy A Panasonic Battery?

Buying Panasonic batteries for your cordless power tools takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery?

The factors to consider are the:

  • Panasonic Battery Model and Part Numbers
  • Panasonic Battery Voltage
  • Panasonic Battery Capacity
  • Panasonic Battery Retailer

Panasonic Battery Part Number and Model

The number of Panasonic cordless power tools is extensive and being sure you get the right battery for your Panasonic is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next Panasonic battery is to match the model of your cordless tool to the battery. An example of both of these would be at the Panasonic 12V Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: Panasonic 12V
Compatible Part Numbers: EY9201BW

As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available Panasonic 12V tools. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with Panasonic to confirm.

Panasonic Battery Voltage

When buying your Panasonic batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The various voltage examples are: 7.2V, 9.6V, 12V, 14.4V, 18V, 24V. To see examples of the various voltages go to this page Panasonic Power Tool Batteries and scroll down to see the various voltages. The voltage of the Panasonic battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

Panasonic Battery Capacity

The battery capacity of your Panasonic battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the Panasonic 12V Battery page and you will see that this Panasonic 12V Battery has a capacity of 3300 mAh (this is the same as 3.3 Ah). This high capacity battery is 120% greater than the original 1500 mAh battery. Therefore expect longer runtime with this 3300 mAh Panasonic battery than the lower capacity version. Again the higher the capacity the greater the runtime (time between charges).

Panasonic Battery Retailer

Finally when choosing your Panasonic batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your Panasonic batteries.

Milwaukee Batteries – How To Buy A Milwaukee Battery?

Buying Milwaukee batteries for your cordless power tools takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery?

The factors to consider are the:

  • Milwaukee Battery Model and Part Numbers
  • Milwaukee Battery Voltage
  • Milwaukee Battery Capacity
  • Milwaukee Battery Retailer

Milwaukee Battery Part Number and Model

The number of Milwaukee cordless power tools is extensive and being sure you get the right battery for your Milwaukee is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next Milwaukee battery is to match the model of your cordless tool to the battery. An example of both of these would be at the Milwaukee 12V Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: 0502-23 0501-20 0501-21 0501-23 0502-20 0502-23 0502-25 0502-52 0602-20 0602-22 49-24-0150 6560-20 6560-21 6560-23 6560-24 LokTor P 12 PX LokTor P 12 TX LokTor S 12 PX LokTor S 12 TX LokTor S 12 TXC PDD 12 X PES 12 T PJX 12PP PLD 12 X PN 12PP PPS 12PP PSG 12PP PSM 12PP

Compatible Part Numbers: 48-11-1900, 48-11-1951, 48-11-1000, 48-11-1024, 48-11-2200, 48-11-2230

As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available Milwaukee 12V tools. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with Milwaukee to confirm.

Milwaukee Battery Voltage

When buying your Milwaukee batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The various voltage examples are: 7.2V, 9.6V, 12V, 14.4V, 18V, 24V. To see examples of the various voltages go to this page Milwaukee Power Tool Batteries and scroll down to see the various voltages. The voltage of the Milwaukee battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

Milwaukee Battery Capacity

The battery capacity of your Milwaukee battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the Milwaukee 12V Battery page and you will see that this Milwaukee 12V Battery has a capacity of 2000 mAh (this is the same as 2.0 Ah). This high capacity battery is 54% greater than the original 1300 mAh battery. Therefore expect longer runtime with this 2000 mAh Milwaukee battery than the lower capacity version. Again the higher the capacity the greater the runtime (time between charges).

Milwaukee Battery Retailer

Finally when choosing your Milwaukee batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your Milwaukee batteries.

Hitachi Batteries – How To Buy A Hitachi Battery?

Buying Hitachi batteries for your cordless power tools takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery?

The factors to consider are the:

  • Hitachi Battery Model and Part Numbers
  • Hitachi Battery Voltage
  • Hitachi Battery Capacity
  • Hitachi Battery Retailer

Hitachi Battery Part Number and Model

The number of Hitachi cordless power tools, for example, is extensive and being sure you get the right battery for your Hitachi is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next Hitachi battery is to match the model of your cordless tool to the battery. An example of both of these would be at the Hitachi 14.4V Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: 14.4V EB1412S EB1414S EB14B
Compatible Part Numbers: 322435, 324367, 315129

As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available Hitachi 14.4V tools. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with Hitachi to confirm.

Hitachi Battery Voltage

When buying your Hitachi batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The various voltage examples are: 7.2V, 9.6V, 12V, 14.4V, 18V, 24V. To see examples of the various voltages go to this page Hitachi Power Tool Batteries and scroll down to see the various voltages. The voltage of the Hitachi battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

Hitachi Battery Capacity

The battery capacity of your Hitachi battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the Hitachi 14.4V Battery page and you will see that this Hitachi 14.4V Battery has a capacity of 2000 mAh (this is the same as 2.0 Ah). This high capacity battery is 54% greater than the original 1300 mAh battery. Therefore expect longer runtime with this 2000 mAh Hitachi battery than the lower capacity version. Again the higher the capacity the greater the runtime (time between charges).

Hitachi Battery Retailer

Finally when choosing your Hitachi batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your Hitachi batteries.

Makita Batteries – How To Buy A Makita Battery?

Buying Makita batteries for your cordless power tools takes some consideration if you are going to get the best value from your battery purchase. But what are the specific factors you should consider when buying your next battery? The factors to consider are the:

  • Makita Battery Model and Part Numbers
  • Makita Battery Voltage
  • Makita Battery Capacity
  • Makita Battery Retailer

Makita Battery Part Number and Model

The number of Makita cordless power tools is extensive and being sure you get the right battery for your Makita is essential. Be sure when you are reviewing a particular battery you match the battery part number on your old battery to the battery you are considering to buy. Another aspect to buying your next Makita battery is to match the model of your cordless tool to the battery. An example of both of these would be at the Makita 12V Battery page.

On that page you will see both a compatible model list and a list of compatible part numbers. They both look like:

Compatible with and fits these models: MAK-1222 192598-2 1222 1220 1050D 1050DA 1050DRA 1050DWA 1050DWD 4013D 4191D 4191DWA 4191DZ 4331D 4331DWAE 4331DWD 4331DWDE 4331DZ 5093D 5093DWA 5093DWD 5093DZ 6213D 6213DWAE 6213DWBE 6213DWBLE 6216DWDE 6217D 6217DWDE 6217DWDLE 6223D 6223DE 6223DW 6223DWE 6227D 6227DW 6227DWBE 6227DWE 6227DWLE 6270DWAE 6270DWALE 6313D 6313DA 6313DWAE 6313DWBE 6314DWBE 6316D 6316DWA 6316DWAE 6316DWB 6316DWBE 6317D 6317DWAE 6317DWDE 6317DWDRE 6317DWFE 6319D 6319DWFE 6327DWE 6835D 6835DA 6835DWA 6835DWAE 6835DWB 6835DWD 6914D 6914DWDE 6916D 6916DWDE 6916FDWDE 6916FDWDE1 6917D 6917DWDE 6917FDWDE 6918D 6918DWA 6918DWAE 6918DWD 6918DWDE 6918DWF 6918DWFE 6918FDWDE 6980FD 6980FDWD8270DWAE 8270DWALE 8413D 8413DWAE 8413DWDE 8413DWFE 8414DWFE DA312D DA312DWA DA312DWD DA312DWF DA312DZ ML120 ML121 ML122 ML123 ML124 UB120D UB120DWA UB120DWB UB121D UC120D UC120DA UC120DR UC120DRA UC120DW UC120DWA UC120DWAE UC120DWD UC170D UC170DWD VR250D VR250DA VR250DWAE VR251D VR251DWDE

Compatible Part Numbers: MAK-1222, 192598-2, 1222, 1220

As you may discover, though, the compatible model list and a list of compatible part numbers are extensive they may not cover all of the available Makita 12V tools. If your part number or model is not on the list be sure to ask the retailer. Chances are it probably fits and the retailer can cross reference your model with Makita to confirm.

Makita Battery Voltage

When buying your Makita batteries it is essential to buy the right voltage. An incorrect battery voltage will damage your battery, charger, power tool or all three. The voltage will be listed on your battery. The various voltage examples are: 7.2V, 9.6V, 12V, 14.4V, 18V, 24V. To see examples of the various voltages go to this page Makita Power Tool Batteries and scroll down to see the various voltages. The voltage of the Makita battery is an electrical measurement of energy potential. Mathematically voltage is commonly measured by V= I x R; where V=Voltage, I=Current, R=Resistance. Voltage can also be defined as Electrical Potential difference – a quantity in physics related to the amount of energy that would be required to move an object from one place to another against various types of force. In the fields of electronics the electrical potential difference is the amount of work per charge needed to move electric charge from the second point to the first, or equivalently, the amount of work that unit charge flowing from the first point to the second can perform. A battery contains four unique types of voltage measurements (float, nominal, charge, and discharge). Each voltage measurement type residing in a battery effects battery life.

Makita Battery Capacity

The battery capacity of your Makita battery is also a very important factor. In a nutshell the higher the capacity the longer the battery will last in between charges. For big jobs this longer runtime is critical and worth the extra money it will cost. To see an example go back to the Makita 12V Battery page and you will see that this Makita 12V Battery has a capacity of 2000 mAh (this is the same as 2.0 Ah). This high capacity battery is 54% greater than the original 1300 mAh battery. Therefore expect longer runtime with this 2000 mAh Makita battery than the lower capacity version. Again the higher the capacity the greater the runtime (time between charges).

Makita Battery Retailer

Finally when choosing your Makita batteries, be sure to consider from whom you are buying. Factors to bear in mind when selecting the retailer is: price, ship costs, where they ship from, how long shipping takes, battery availability, customer service, return policy, warranty, and the testimonials about the retailer from previous customers. All these factors will help you come to a decision about where to buy your Makita batteries.