Input Transient Protection.

Input power transient protection prevents damage to the charger in the event of high voltage transients. These events are usually caused by inclement weather or heavy machinery on the same power line.  The duration of the  transient typically exists for tens of microseconds and generate thousands of joules of energy.

Reverse polarity protection

Internal reverse polarity protection circuitry prevents dangerous current flow when the battery is connected in the reverse direction.  No external or internal fuses should blow when this occurs since the reverse current is in the milliamp range.

Fully encapsulated and hermetically sealed

The product is fully encapsulated with UL approved thermally conductive and flame retardant 94-V0 material. The encapsulation protects the product   from contaminants such as water, dust and humidity.  It also provides inherent vibration resistance since the internal components are incapable of movement.

Low standby current

The standby current is very low (see spec sheets for more details).  This drain is substantially lower on newer units although still suitable and most applications since the drain only occurs during AC power failure.

Three State Charging

The charging algorithm is an optimal three state charging technique which is depicted in the graph below.  Please refer to this link for more detailed information. The charger can be left connected to the battery indefinitely and will not overcharge.

Mode Indicators

Two LED mode indicators provide state of charge and fault information.

Ignition Protection

Ignition protection is provided through the full encapsulation of the charger.

Over voltage and current protection

Overvoltage protection prevents excessive voltage to the battery in the event of the primary regulation loop failure or other adverse conditions. Overcurrent protection prevents excessive current in the event of a short-circuit or battery overload. Once the fault is removed normal operation is resumed.

Easily Installed

The charger can be used as a portable unit or permanently mounted on board.  Encapsulation prevents internal components from shaking loose during vibration and movement.  External mounting strap should be added or extreme vibration conditions.

Input Transient Protection.

Input power transient protection prevents damage to the charger in the event of high voltage transients. These events are usually caused by inclement weather or heavy machinery on the same power line.  The duration of the  transient typically exists for tens of microseconds and generate thousands of joules of energy.

Reverse polarity protection

Internal reverse polarity protection circuitry prevents dangerous current flow when the battery is connected in the reverse direction.  No external or internal fuses should blow when this occurs since the reverse current is in the milliamp range.

Fully encapsulated and hermetically sealed

The product is fully encapsulated with UL approved thermally conductive and flame retardant 94-V0 material. The encapsulation protects the product   from contaminants such as water, dust and humidity.  It also provides inherent vibration resistance since the internal components are incapable of movement.

Low standby current

The standby current is very low (see spec sheets for more details).  This drain is substantially lower on newer units although still suitable and most applications since the drain only occurs during AC power failure.

Three State Charging

The charging algorithm is an optimal three state charging technique which is depicted in the graph below.  Please refer to this link for more detailed information. The charger can be left connected to the battery indefinitely and will not overcharge.

Mode Indicators

Two LED mode indicators provide state of charge and fault information.

Ignition Protection

Ignition protection is provided through the full encapsulation of the charger.

Over voltage and current protection

Overvoltage protection prevents excessive voltage to the battery in the event of the primary regulation loop failure or other adverse conditions. Overcurrent protection prevents excessive current in the event of a short-circuit or battery overload. Once the fault is removed normal operation is resumed.

Easily Installed

The charger can be used as a portable unit or permanently mounted on board.  Encapsulation prevents internal components from shaking loose during vibration and movement.  External mounting strap should be added or extreme vibration conditions.

Input Transient Protection.

Input power transient protection prevents damage to the charger in the event of high voltage transients. These events are usually caused by inclement weather or heavy machinery on the same power line.  The duration of the  transient typically exists for tens of microseconds and generate thousands of joules of energy.

Reverse polarity protection

Internal reverse polarity protection circuitry prevents dangerous current flow when the battery is connected in the reverse direction.  No external or internal fuses should blow when this occurs since the reverse current is in the milliamp range.

Fully encapsulated and hermetically sealed

The product is fully encapsulated with UL approved thermally conductive and flame retardant 94-V0 material. The encapsulation protects the product   from contaminants such as water, dust and humidity.  It also provides inherent vibration resistance since the internal components are incapable of movement.

Low standby current

The standby current is very low (see spec sheets for more details).  This drain is substantially lower on newer units although still suitable and most applications since the drain only occurs during AC power failure.

Three State Charging

The charging algorithm is an optimal three state charging technique which is depicted in the graph below.  Please refer to this link for more detailed information. The charger can be left connected to the battery indefinitely and will not overcharge.

Mode Indicators

Two LED mode indicators provide state of charge and fault information.

Ignition Protection

Ignition protection is provided through the full encapsulation of the charger.

Over voltage and current protection

Overvoltage protection prevents excessive voltage to the battery in the event of the primary regulation loop failure or other adverse conditions. Overcurrent protection prevents excessive current in the event of a short-circuit or battery overload. Once the fault is removed normal operation is resumed.

Easily Installed

The charger can be used as a portable unit or permanently mounted on board.  Encapsulation prevents internal components from shaking loose during vibration and movement.  External mounting strap should be added or extreme vibration conditions.