currently provides above six product series to
customers around the world. Beyond that, FULLRIVER has "Make-to-Order" capability to design and manufacture special type batteries that customers
need. Please contact Jamie if you have special technical or
dimensional requirements for the batteries you want to order.
Sealed Construction
The unique construction and sealing techniques of the
FULLRIVER battery guarantee leakproof operation in
any position with no adverse effect to capacity or
service life.
Electrolyte Suspension System
All FULLRIVER batteries utilize an electrolyte suspension
system consisting of a high porosity, glass
fiber material which in conjunction with plates, totally
absorb and contain the electrolyte.
Gas Generation
FULLRIVER batteries incorporate a built-in design
that controls gas generation and induces recombination
of more than 99% of gases generated during float usage.
Maintenance Free Operation
There is no need to check specific gravity of the electrolyte
or add water to FULLRIVER batteries during
float service life. In fact, there is no provision for this
type of maintenance.
Low Pressure Valve Regulated System
All FULLRIVER batteries are equipped with safety
release valves, designed to operate between 2 and 5
psi and automatically reseal. Hence, there is never an
excessive accumulation of gas within the battery.
Heavy Duty Grids
Heavy duty lead calcium tin alloy grids provide an
extra margin of performance and service life in either
float or cyclic applications, even after repeated over
discharges.
Cyclic Service Life
More than 1000 discharge/recharge cycles can be
realized from FULLRIVER batteries, dependent on the
average depth of discharge.
Float Service Life
In float service applications,FULLRIVER HGL Series
22Ah and down batteries have an expected life span
of 4 to 6 years; 24Ah and up batteries have an expected
life span of 6 to 10 years.
Self Discharge-Shelf Life
The self discharge rate of the HGL series at room
temperature is approximately 3% of rated capacity per
month.
Operating Temperature
FULLRIVER HGL Batteries may be operated over a
broad range of ambient temperatures.
Deep Discharge Recovery
FULLRIVER batteries recover their capacities even
after repeated deep discharges.
batteries typically feature thick plates
with a high-ensity active material.The thick battery
plates allow for reserve energy to be stored deep
within the battery plate and released during slow
discharge such as trolling or electronic instrument
use.
The high-density active material remains
within the batteries'plate/grid structure longer,
resisting the normal degradation found in cycling
conditions.They are typically used where the
battery is discharged to great extent and then
recharged.
Deep Cycle refers to applications that typically
discharge 60 to 70% or more of the battery capa
city. An automotive battery is an SLI battery
(Starting,Lighting & lgnition.)Its plates are designed
to deliver maximum power for a short duration.
Starting an engine typically discharges an SLI
battery 3% or less. When an SLIbattery is used
in a deepcycle application or in a vehicle with
heavy accessory loads,the battery life will be sh
ortened proportionally to how deeply and freque
ntly it is discharged.
The Fullriver Deep Cycle battery uses a different
chemistry for the plates'active paste material,and
a slightly stronger acid. This chemistry allows for
a much longer life in deep cycle applications with
only a slight reduction in maximum power output.
