Saturday, December 10, 2011

Off-Season Marine Battery Care

Robert M. Hohman
Complete Battery Source, Inc.

One of the most frequently asked questions we receive at Complete Battery Source is “ What should I do with my marine batteries during the winter months?” Off- season battery care is perhaps the most important factor in getting the most service life from your batteries.

The worst thing to do is nothing at all. Batteries that are left with no type of winterization may survive to fish again, but will most likely be damaged to the point that performance and overall life will be drastically reduced. 

All batteries both wet and “dry” or AGM batteries lose a small percentage of charge everyday. When this occurs, a crystal like substance known as lead sulfate forms on the plates. These crystals reduce and even block the flow of energy through the battery. A partially sulfated battery will still charge and even show that it is fully charged; however, runtime and or cranking performance will be diminished. A sulfated battery can be recognized by it’s “swollen” appearance. The sides of these batteries will be noticeably bowed out. In more severe situations, the plastic case around the posts will appear to pushing up from the inside. 

Batteries that are left connected are even more prone to sulfating. Minute parasitic loads caused by electronics, fuel injection, and engine control systems increase the rate of discharge. Discharged batteries are also more likely to freeze during the winter months. While a fully charged battery will not freeze until the temperature drops to –38 degrees Fahrenheit, a fully discharged battery will freeze at 32 degrees Fahrenheit. Frozen batteries will often have cracked or split cases.

At the very minimum, batteries should be fully charged then completely disconnected and left in the boat for storage. These batteries should then be charged for twenty-four hours minimum before the first trip in the spring. Contrary to popular belief, storing the batteries in a heated environment is not beneficial.

Batteries are nothing more than a contained and controlled chemical reaction. As with any chemical reaction, heat increases it’s speed. In fact, a fully charged battery stored at a constant 78 degrees Fahrenheit will lose 80% of its charge within 45 days while the same battery stored at 32 degrees Fahrenheit will take many months to lose the same 80%.

Many fishermen will store their boats with their on-board chargers left on. This practice can have varying affects depending on the charger. Some chargers will merely charge the batteries, and then turn off, leading to a discharged battery. Others will switch to a lower amperage charge, but will eventually over charge, causing fluid loss and battery plate degradation, leading to premature failure. Batteries that have been over charged will sound hollow when their sides are tapped. You may also notice fluid in the battery box or tray. For batteries that have removable caps, a visual inspection will show that the fluid has dropped below the now exposed plates. If your only option is to use your on board charger, we recommend that you plug the charger in once per month for four to six hours.

The best method for maximizing battery life is to use a battery maintainer. These devices are very popular and many brands are available. As with any marine equipment all maintenance chargers are not created equal. At Complete Battery Source, we have found a charger manufactured by CTEK to be one of the most advanced and effective for charging and maintaining both traditional wet batteries and dry cell AGM types. A link to the CTEK website can be found on our website at www.CompleteBatterySource.com

The CTEK chargers range in price from $44.95 to $119.95. The CTEK chargers use a three step charging cycle, including a pulse maintenance mode to rid the battery of minor lead sulfate build up on the plates.

Before storing you batteries you should, if possible, check the fluid levels. The fluid should be just covering the plates but not touching the inner wall of the fill hole. If fluid addition is necessary use distilled water. 

Next fully charge your batteries using your normal charging method. After charging make certain that the top of the battery is clean and dry. If your boat is stored where no power is available, remove your batteries and take them to your garage or basement for storage. 

You can also maintain multiple batteries with one maintenance charger as long as they are of the same size and type. The batteries should be connected in parallel, meaning positive posts connected together and negative posts connected together. Connect the batteries together using #6 or larger wire with alligator clips or ring terminals. Connect the charger and you are finished for the season. The batteries will be ready to reinstall in the spring. 

If connecting the batteries in parallel is too complicated, or just too much trouble for you, a single small charger can be used for each battery, or one charger can be rotated from battery to battery every few weeks. The second method will obviously require more work on your part.

Following these relatively simple steps, you can get the maximum service life from your batteries and more trouble-free time on the water. 

As always, should you have any battery related needs or questions feel free to call or stop in to any of the five Complete Battery Source locations in Brighton, Detroit, Okemos, Ypsilanti, or Houghton Lake/ Prudenville.

Tuesday, November 15, 2011

PowerSports Battery Pricing Going Up!

Environmental concerns in China have caused a halt in battery production for several Chinese manufacturers. High levels of lead have been found in more than 300 residents in one county, forcing the Chinese Ministry of Environmental Protection to issue warnings to the battery factories. Labor and raw materials costs are also increasing.
As a result, the cost of PowerSports batteries will be increasing. Before the increase hits, however, we still have some batteries in our warehouse available at our current cost. We are encouraging you to stock up on your PowerSports batteries now, as they may be in short supply for a while as the Chinese manufacturers meet the environmental standards of their government.

Look for these PowerSports batteries on-line at CompleteBatterySource.com"Yep...Got That!"

Tuesday, October 25, 2011

Complete Battery Source and Soda Pop Jr. Pizza Team up for “Change your Clock Change Your Battery”


The time to change your clock and change your battery is here again.  On November 6th 2011 at 2:00 am we will be setting our clocks back one hour, marking the end of Daylight Savings time for 2011.  People are also encouraged to take this time to change the batteries in their home’s smoke detectors as well. In the event of a house fire, the early warning provided by these devices save lives. Complete Battery Source of Brighton , has teamed up with Soda Pop Jr. Pizza, in an effort to remind people to change their smoke detector batteries.  From Friday evening November 5th through Saturday evening November 6th Complete Battery Source will provide 1 free 9-volt battery with each order, placed at Soda Pop Jr.’s Pizza, picked up or delivered.  Along with the battery, customers will receive a fire safety flyer with five tips to prevent fires in the home.

     Each year Complete Battery Source provides smoke detector batteries to families in the area.  “This is the first year we have been able to take the batteries right to people’s homes”, said Rob Hohman, Vice President of Complete Battery Source. 

According to the Fire safety council:

 Fewer people die in home fires when a smoke alarm/detector is present and activates:
- Smoke Alarm Present and Activated: 12 deaths/1000 home fires
- No Device / Alarm Did Not Activate: 17 deaths/1000 home fires

In some fires where people died, smoke alarms were present but did not activate. In 85% of the cases where the smoke alarm did not activate, it was due to a dead or missing battery/power source.

For more information please contact Rob Hohman, Complete Battery Source 734-320-1516

Monday, March 14, 2011

Need another battery bank? Look at the GEN2 On-Board Battery Charger by NOCO Genius

The GEN2 on-board battery charger offers the perfect mix of high-technology and rugged construction. With a fully-sealed, waterproof housing, the GEN2 can be mounted directly onto a variety of applications including boats, tractors and a wide range of equipment. With the intelligent NOCO VosFX processor constantly monitoring the power input, attached battery and charger itself, the GEN2 charger is capable of diagnosing, recovering, charging and maintaining batteries.

These chargers are fully sealed and waterproof. They charge batteries 2 times faster than traditional linear battery chargers. The GEN2 is also designed for safety. They are designed to protect from reverse polarity, short circuits, open circuits, overcurrent, overheat and overcharging.

GEN2 Technical Specifications

Battery Banks2
Amps/Bank10A
Total Amps20A
Input Voltage AC110-120 VAC, 50-60Hz
Working Voltage AC70-130 VAC, 50-60Hz
Nominal Voltage12-24VDC
Efficiency90%
Charging Voltage14.4V
Back Current Drain<1mAh
Ripple<2%
Charger Type8 Step, Fully Automatic,
Switch-Mode
Type of Batteries12V Lead-Acid
Battery ChemistriesWet, Gel, MF & AGM
Battery Capacity25-230Ah
Housing ProtectionIP 68
CoolingNatural Convection
Output Leads (Length)6 Feet
AC Cord (Length)5 Feet
Dimensions (L x W x H)7.0 x 6.0 x 2.5 Inches
Weight5.7 Pounds


*Meets ISO 8846 Marine standards and Ignition protected (US Coast Guard 33 CFR 183.410)
What's in the Box?
  • GEN2 Charger
  • Owner's Manual & User Guide
  • Product Registration Card
 Charging Times

The time required for the GEN2 to charge a normally discharged battery is shown below. Deeply discharged batteries may take longer to charge depending on the depth of discharge (DOD). The charge time is based on an average depth of discharge to a fully charged battery.

* Note: the above table is for reference purposes only. Actual data may differ due to battery conditions. The time required for the GEN2 to charge a normally discharged battery is based on an average DOD of 50%.

Charging Steps

Steps 1 & 2: Test & Diagnostics
Checks battery voltage to make sure battery connections are good & battery is in a stable condition.

Step 3: Soft Start
Begins Bulk charging process with a gentle (soft) charge.

Step 4: Bulk
Continues Bulk charging process, returns 80% of battery capacity.

Step 5: Absorption
Switches to a constant current charge rate to bring your batteries close to 90% charge.

Step 6: Taper
Charges at low current levels until battery has reached 95% of its capacity.

Step 7: Top-Off
Charger initiates top-off charge to bring the battery to 100% charge.

Step 8: 24 Hour
Shuts off, but constantly monitors your battery by providing a gentle charge every 24 hours for maximum battery life.

Monday, February 28, 2011

On Board Chargers ... Yep... Got That!

Our newest additions to the NOCO Genius Charger line are the On-Board Battery Chargers. Let's start at the beginning ... the GEN1 On-Board Batter Charger 10A.

The GEN1 on-board battery charger offers the perfect mix of high-technology and rugged construction. With a fully-sealed, waterproof housing, the GEN1 can be mounted directly onto a variety of applications including boats, tractors and a wide range of equipment. With the intelligent NOCO VosFX processor constantly monitoring the power input, attached battery and charger itself, the GEN1 charger is capable of diagnosing, recovering, charging and maintaining batteries.

GEN1 Technical Specifications

Battery Banks1
Amps/Bank10A
Total Amps10A
Input Voltage AC110-120 VAC, 50-60Hz
Working Voltage AC70-130 VAC, 50-60Hz
Nominal Voltage12VDC
Efficiency90%
Charging Voltage14.4V
Back Current Drain<1mAh
Ripple<2%
Charger Type8 Step, Fully Automatic,
Switch-Mode
Type of Batteries12V Lead-Acid
Battery ChemistriesWet, Gel, MF & AGM
Battery Capacity25-230Ah
Housing ProtectionIP 68
CoolingNatural Convection
Output Leads (Length)6 Feet
AC Cord (Length)5 Feet
Dimensions (L x W x H)6.0 x 5.1 x 2.5 Inches
Weight3.75 Pounds

*Meets ISO 8846 Marine standards and Ignition protected (US Coast Guard 33 CFR 183.410) 
What's in the Box?

  • GEN1 Charger
  • Owner's Manual & User Guide
  • Product Registration Card

Charging Times

The time required for the GEN1 to charge a normally discharged battery is shown below. Deeply discharged batteries may take longer to charge depending on the depth of discharge (DOD). The charge time is based on an average depth of discharge to a fully charged battery.


Note: The above table is for reference purposes only. Actual data may differ due to battery conditions. The time required for the GEN1 to charge a normally discharged battery is based on an average DOD of 50%.

Charging Steps

Steps 1 & 2: Test & Diagnostics
Checks battery voltage to make sure battery connections are good & battery is in a stable condition.

Step 3: Soft Start
Begins Bulk charging process with a gentle (soft) charge.

Step 4: Bulk
Continues Bulk charging process, returns 80% of battery capacity.

Step 5: Absorption
Switches to a constant current charge rate to bring your batteries close to 90% charge.

Step 6: Taper
Charges at low current levels until battery has reached 95% of its capacity.

Step 7: Top-Off
Charger initiates top-off charge to bring the battery to 100% charge.

Step 8: 24 Hour
Shuts off, but constantly monitors your battery by providing a gentle charge every 24 hours for maximum battery life.

Tuesday, February 22, 2011

NOCO Genius Chargers ... How do you choose?

Over the past few weeks, we have given you some great information on some incredible chargers that we carry, the NOCO Genius Multi-Purpose Line. They are ALL wicked smart chargers, so how do you pick the one that is best for you?

Lucky for you (and for us) the wicked smart people at NOCO have devised a chart to help you pick the charger which best fits your needs. Click twice on the image below to see the entire chart. Take a look!

Hope that his helps you pick the best wicked smart charger for you! Visit Complete Battery Source today to see our line of NOCO Genius chargers ... and you will see something else ... On-Board Battery Chargers! We will be bringing you those details soon!

Tuesday, February 15, 2011

NOCO G26000 - What more can we say?

This is a 15 Step, fully automatic switch-mode battery charger and maintainer. It restores batteries to their original capacity, recovers slightly sulfated batteries, charges batteries in cold climates rescues drained batteries, and provide maintenance charging to increase battery life. The G26000 has specialized charging modes for recovering severely drained batteries.  The G26000 even comes with a remote temperature probe for optimized charging performance. suitable for most 12V and 2V battery capacities from 25-500Ah, such as motorcycles, ATVs, UTVs, snowmobiles, jet skis, cars, RVs, boats and trucks.

Simple User Interface

Mode Button to select the charging modes manually
Error LED will illuminate when an error or reverse polarity is present
Charge level indicates the current charge level of the battery
Standby LED illuminates when a charging mode hasn't been selected
12V Norm LED is the mode for charging 12V wet, gel and MF batteries
12V Cold / AGM LED is the mode for charging 12V batteries below 32 degrees F and AGM batteries
24V Norm LED is the mode for charging 24V wet, gel and MF batteries
24V Cold / AGM LED is the mode for charging 24V batteries below 32 degrees F and AGM batteries
12V Silent Night LED is a mode which disables the internal cooling fan for quiet operation
12V Calcium LED  is the mode for charging calcium batteries
32V Boost LED is the 24V charge mode for recovering battery capacity from sulfated batteries
16V Boost LED is the 12V charge mode for recovering battery capacity from sulfated batteries
16V Equalization LED is the 12V charge mode for equalization charging
13.6V Supply LED is the 12V charge mode for maintenance charging or low voltage batteries


Designed Tough

Comfort Cable Clamps

Ergonomically designed to make battery connecting and disconnecting effortless. Features a fully insulated over-mold casing with strain relief ends to alleviate unwanted tension on cable leads. 


Built-In Fuse Protection

Each battery connection accessory features an over-molded inline fuse to increase user safety by protecting the battery charger from potentially dangerous short circuits. 


Temperature Sensor

Built-in temperature sensor that constantly monitors the ambient temperature and automatically adjusts the charge profile as conditions change.


Extendable Connectors

Connecting and disconnecting accessory leads has never been easier! A uniquely designed interchangeable connector allows accessories to be properly mated and fastened with a snap-lock latch.  



Rugged Enclosure

Made from a rugged polymer for high-impact resistance for some of the harshest and most demanding working environments. 


Heavy Duty Cables

To ensure safe operation when charging with high currents and increased voltages. 



Wicked Smart Features!


Here are just a few of the features of the G26000.


Auto-memory - returns to last selected mode when restarted. 
Fully interactive - automatically adjusts itself to changing current needs
Rapid Charging Technology - Charges bateries 2X faster than traditional linear battery cahrgers
Calcium Mode - charge mode that is designed for calcium batteries
VosFX Processor - a smart processor using sophisticated levels of intelligence to alter the charge process base on organic feedback from the battery.

G26000 Technical Specifications


Input Voltage AC110-120 VAC, 50-60Hz
Working Voltage AC85-130 VAC, 50-60Hz
Input Current10000mA RMS Max
Efficiency85% Approx.
Power500W Max
Charging Voltage14.4/28.8V, 14.7/29.4V (Cold/AGM),
13.6V (Supply),
13.6V (Equalization),
16.5V (Calcium),
14.4V (Silent Night)
16.5V (Boost),
33.0V (Boost)
Charging Current26000mA (12V),
13000mA (24V)
5000mA (Supply)
5000mA (Equalization)
5000mA (Calcium)
5000mA (Silent Night)
1500mA (16V Boost)
1500mA (32V Boost)
Back Current Drain<5mA
Ripple<2%
Ambient Temperature0°C to +40°C
Charger Type15 Step, Fully Automatic,
Switch-Mode
Type of Batteries12V & 24V Lead-Acid
Battery ChemistriesWet, Gel, MF & AGM
Battery Capacity50-500Ah (12V),
25-250Ah (24V),
25-100Ah (12V Calcium),
Maintains All Battery Sizes
Housing ProtectionIP44
CoolingFan Cooled
Noise Level<50dB
Dimensions (L x W x H)11.9 x 5.6 x 3.0 Inches
Weight4.4 Pounds


What's In the Box?



Charging Times

The time required for the G26000 to charge a normally discharged batteryis shown below. Deeply discharged batteries may take longer to charge depending on the depth of discharge (DOD). the charge time is based on an average depth of discharge to a fully charged battery


Note: The above table is for reference purposes only. Actual data may differ due to battery conditions. the time required for the G26000 to charge a normally discharged battery is based on an average DOD of 50%.
To ensure safe operation when charging with high currents and increased voltages.
 




Charging Steps


Step 1: Diagnostics
Checks the battery voltage to make sure battery connections are good and the battery is in a stable condition before beginning the charge process.

Step 2: Recovery
Initializes the Recovery process, if needed, for deeply discharged or sulfated (desulfation) batteries by pulsing small amounts of current.

Step 3: Soft Start
Begins Bulk charging process with a gentle (soft) charge.

Step 4-7: Bulk
The Bulk charging process continues using Max Rate, High Rate, Medium Rate and Low Rate charges and returns 80% of battery capacity, indicated by the 25%, 50% and 75% CHARGE LEDs.

Step 8: Absorption
Brings the charge level to 90%. The battery charger will deliver small amounts of current to provide a safe, efficient charge and limit battery gassing.

Step 9: Trickle
Battery is fully charged and ready to use, indicated by the 100% CHARGE LED being a solid Green. In this step, the battery charger will only deliver enough current to keep the battery full. If the battery tells the charger that more current is needed, the battery charger will switch to Maintenance.

Step 10: Maintenance
Continuously monitors the battery voltage to determine if a Maintenance charge should be initiated. If the terminal voltage falls below 12.8V (12V) and 25.6V (24V), the charger will start the Maintenance cycle until voltage reaches 14.4V (12V) and 28.8V (24V) and then discontinues the charge cycle. The cycle between Trickle and Maintenance is repeated indefinitely to keep the battery at full charge, without overcharging. The battery charger can be left connected indefinitely.

Step 11: 13.6V Supply
The 13.6V SUPPLY mode is used for low voltage batteries, maintenance charging or as a power supply.

Step 12: 13.6V Equalization
The 13.6V EQUALIZATION is used to provide an equalization charge by delivering a constant voltage of 13.6V.

Step 13: Silent Night
The SILENT NIGHT is used to provide quiet operation by reducing the charging current to 5A (5000mA) and disabling the internal cooling fan.

Step 14: 16V Boost
The 16V BOOST mode is used to recover battery capacity from a stratified (sulfated) battery by applying a specialized high 16.5V (17V Max) voltage to soften and melt down sulfate from the battery plates so that the material becomes usable again.

Step 15: 32V Boost
The 32V BOOST is used to recover battery capacity from a stratified (sulfated) battery by applying a specialized high 33V (34V Max) voltage to soften and melt down sulfate from the battery plates so that the material becomes usable again.



















































Monday, February 7, 2011

Not only is the NOCO Genius 7200 wicked smart, it is also wicked FAST!

The G7200 is a smart, 12 step, fully automatic battery charger. Charge your battery in a cold climate, recover your slightly sulfated battery, rescue your drained battery, all with the G7200!



Simple User Interface

Mode Button - used to select the charging modes manually
Error LED - indicates when an error or reverse polarity is present
Charge Level - indicates the current charge level of the battery
Standby LED - indicates when a charging mode has not been selected
6 LED lights - indicate voltage, kind of battery, and temperature of charging area.

G7200 is designed tough!

Comfort Cable Clamps - ergonomically designed to make battery connecting and disconnecting effortless. Features a fully insulated over-mold casing with strain relief ends to alleviate unwanted tension on cable leads.



Built-In Fuse Protection - each battery connection accessory features an over-molded inline fuse to increase user safety by protecting the battery charger from potentially dangerous short circuits. 

Extendable Connectors - Connecting and disconnecting accessory leads has never been easier! A uniquely designed interchangeable connector allow accessories to be properly mated and fastened with a snap-lock latch. 

Rugged Enclosure - made from a rugged polymer for high-impact resistance for some of the harshest and most demanding working environments.

Wicked Smart Features!

12V/24V compatibility
Auto-Memory
Fully interactive
Designed for safety
HF/HE switch mode design
Rapid charging technology
Vairable input compensated
Recovery mode
Multiple battery chemistry
Abnormality protection
Extendable connectors
Cold / AGM mode
13.6V equalization and supply mode
16V boost mode

G7200 TECHNICAL SPECIFICATIONS

Input Voltage AC110-120 VAC, 50-60Hz
Working Voltage AC85-130 VAC, 50-60Hz
Input Current2000mA RMS Max
Efficiency85% Approx.
Power150W Max
Charging Voltage14.4/28.8V, 14.7/29.4V (Cold/AGM),
13.6V (Supply),
16.5V (Boost)
Charging Current7200mA (12V),
3600mA (24V),
5000mA (Supply),
1500mA (Boost)
Back Current Drain<5mA
Ripple<2%
Ambient Temperature0°C to +40°C
Charger Type12 Step, Fully Automatic,
Switch-Mode
Type of Batteries12V & 24V Lead-Acid
Battery ChemistriesWet, Gel, MF & AGM
Battery Capacity14-230Ah (12V),
14-120Ah (24V),
Maintains All Battery Sizes
Housing ProtectionIP65
CoolingNatural Convection
Noise Level<50dB
Dimensions (L x W x H)8.9 x 3.8 x 2.4 Inches
Weight1.7 Pounds


What's in the Box?


Charging Times

The time required for the G7200 to charge a normally discharged battery is shown below. Deeply discharged batteries may take longer to charge epeneding on the depth of discharge (DOD). The charge time is based on an average depth of discharge to a fully charged battery.



 
 


Note: the above table is for reference purposed only. Actual data may differ due to battery conditions. The time required for the G7200 to charge a normally discharged battery is based on an average of DOD of 50%. 

 
Charging Steps

Step 1: Diagnostics
Checks the battery voltage to make sure battery connections are good and the battery is in a stable condition before beginning the charge process.

Step 2: Recovery
Initializes the Recovery process, if needed, for deeply discharged or sulfated (desulfation) batteries by pulsing small amounts of current.

Step 3: Soft Start
Begins Bulk charging process with a gentle (soft) charge.

Step 4-7: Bulk
The Bulk charging process continues using Max Rate, High Rate, Medium Rate and Low Rate charges and returns 80% of battery capacity, indicated by the 25%, 50% and 75% CHARGE LEDs.

Step 8: Absorption
Brings the charge level to 90%. The battery charger will deliver small amounts of current to provide a safe, efficient charge and limit battery gassing.

Step 9: Trickle
Battery is fully charged and ready to use, indicated by the 100% CHARGE LED being a solid Green. In this step, the battery charger will only deliver enough current to keep the battery full. If the battery tells the charger that more current is needed, the battery charger will switch to Maintenance.

Step 10: Maintenance
Continuously monitors the battery voltage to determine if a Maintenance charge should be initiated. If the terminal voltage falls below 12.8V (12V) and 25.6V (24V), the charger will start the Maintenance cycle until voltage reaches 14.4V (12V) and 28.8V (24V) and then discontinues the charge cycle. The cycle between Trickle and Maintenance is repeated indefinitely to keep the battery at full charge, without overcharging. The battery charger can be left connected indefinitely.

Step 11: 13.6V Supply
The 13.6V SUPPLY mode is used for low voltage batteries, maintenance charging or as a power supply.

Step 12: 16V Boost
The 16V BOOST mode is used to recover battery capacity from a stratified (sulfated) battery by applying a specialized high 16.5V (17V Max) voltage to soften and melt down sulfate from the battery plates so that the material becomes usable again.

Monday, January 31, 2011

8 Steps? You bet! The G3500 fully automatic battery charger and maintainer!

The G3500 restores batteries to their original capacity, recovers slightly sulfated batteries, charges batteries in cold climates, rescues drained batteries and provides maintenance charging to increase battery life. A versatile battery charger that provides charging modes for both large and small batteries from 1.2-120Ah in:

  • cars
  • RVs
  • boats
  • trucks
  • motorcycles
  • ATVs
  • jet skis
  • snowmobiles

This battery charger has an 8 charging modes. They are as follows:

  • 6V Norm LED - for 6V wet, gel and MF batteries (14-120ah)
  • 6V Cold / AGM LED - for 6V batteries below 32 degrees Fahrenheit and AGM batteries(14-120Ah)
  • 12V Norm LED - for 12V west, gel and MF batteries(14-120Ah)
  • 12V Cold / AGM LED - for 12V batteries below 32 degrees Fahrenheit and AGM batteries(14-120Ah)
  • 6V Small Norm LED - for 6V wet, gel and MF batteries (1.2-14Ah)
  • 6V Small Cold / AGM LED - for 6V batteries below 32 degrees Fahrenheit (1.2-14Ah)
  • 12V Small Norm LED - for 12V wet, gel and MF batteries (1.2-14Ah)
  • 12V Small Cold / AGM LED - for 12V batteries below 32 degrees Fahrenheit (1.2-14Ah)

Simple User Interface

Mode Button to select the charging modes manually.
Error LED illuminates when reverse polarity or another problem is present.
Charge level reveals the current charge level of the battery.
Standby LED is lit when a charging mode has not been selected.

The G3500 comes with 



Comfort Cable Clamps

Designed to make it easy to connect and disconnect your battery. Has a fully insulated over-mold casing with strain relief ends to alleviate unwanted tension on cable leads.




Built-In Fuse Protection

Features an over-molded inline fuse to increase user safety by protecting the battery charger from potentially dangerous short circuits. 


Extendable Connectors

Uniquely designed interchangeable connector allows accessories to be properly mated and fastened with a snap-lock latch.



Rugged Enclosure

Made from a rugged polymer for high-impact resistance for some of the harshest and most demanding working environments. 


NOCO VosFX Processor - this is what makes this product so wicked smart. This processor uses sophisticated levels of intelligence to alter the charge process based on organic feedback from the battery to extend battery life. It quickly and efficiently makes decisions on how to charge the battery without risking user safety or damage to the battery.

G3500 TECHNICAL SPECIFICATIONS

Input Voltage AC110-120 VAC, 50-60Hz
Working Voltage AC85-130 VAC, 50-60Hz
Input Current1200mA RMS Max
Efficiency85% Approx.
Power60W Max
Charging Voltage7.2/14.4, 7.4/14.7V (Cold/AGM)
Charging Current3500mA (Large),
900mA (Small)
Back Current Drain<5mA
Ripple<2%
Ambient Temperature0°C to +40°C
Charger Type8 Step, Fully Automatic,
Switch-Mode
Type of Batteries6V & 12V Lead-Acid
Battery ChemistriesWet, Gel, MF and AGM
Battery Capacity14-120Ah (Large),
1.2-14Ah (Small),
Maintains All Battery Sizes
Housing ProtectionIP65
CoolingNatural Convection
Noise Level<50dB
Dimensions (L x W x H)7.7 x 2.7 x 1.9 Inches
Weight1.1 Pounds
WHAT'S IN THE BOX
  • G3500 Charger
  • Battery Clamp Connectors
  • Eyelet Terminal Connectors
  • Owner's Manual & User Guide
  • Product Registration Card  


CHARGING TIMES

The time required for the G3500 to charge a normally discharged battery is shown below. Deeply discharged batteries may take longer to charge depending n the dept of discharge (DOD). The charge time is based on an average depth of discharge to a fully charged battery.



Note: The above table is for reference purposes only. Actual data may differ due to battery conditions. The time required for the G3500 to charge a normally discharged battery is based on an average DOD of 50%.
CHARGING STEPS
Step 1: Diagnostics
Checks the battery voltage to make sure battery connections are good and the battery is in a stable condition before beginning the charge process.

Step 2: Recovery

Initializes the Recovery process, if needed, for deeply discharged or sulfated (desulfation) batteries by pulsing small amounts of current.


Step 3: Soft Start

Begins Bulk charging process with a gentle (soft) charge.

Step 4-5: Bulk

The Bulk charging process continues using both a High Rate and Medium Rate charge and returns 80% of battery capacity, indicated by the 25%, 50% and 75% CHARGE LEDs.

Step 6: Absorption

Brings the charge level to 90%. The battery charger will deliver small amounts of current to provide a safe, efficient charge and limit battery gassing.

Step 7: Trickle

Battery is fully charged and ready to use, indicated by the 100% CHARGE LED being a solid Green. In this step, the battery charger will only deliver enough current to keep the battery full. If the battery tells the charger that more current is needed, the battery charger will switch to Maintenance.

Step 8: Maintenance

Continuously monitors the battery voltage to determine if a maintenance charge should be initiated. If the terminal voltage falls below 6.4V (6V) and 12.8V (12V), the charger will start the Maintenance cycle until voltage reaches 7.2V (6V) and 14.4V (12V) and then discontinues the charge cycle. The cycle between Trickle and Maintenance is repeated indefinitely to keep the battery at full charge, without overcharging. The battery charger can be left connected indefinitely.