Telecom Systems Generators
These products use the highest quality materials and components to
provide long life and very low maintenance. The design considers a
tropical environment with high dust and sand conditions. These units
are designed for continuous operation at remote telecommunication
sites.
The generator systems incorporate heavy gauge metal frames and side
panels in rust resistant steel or stainless steel as an option. The
wiring is suitable for 105 degree centigrade operation. The air
filtration system is the multistage filtration type for unattended use
in tropical high dust environments.
The radiator cooling systems are tropical full KW rated for 130 degree
Fahrenheit continuous operation.
The engine oiling system is high capacity with additional oil coolers
for tropical operation.
The engine electronics systems use digital electronic safety and auto
start controllers that are serviced as user replaceable modules.
The generator is a brushless electronic voltage regulated design with
low harmonic content. The generator is full KW rated 25% above the
full output rating of the generator assembly rating. This provides
outstanding transient response and resists over temperature conditions
internal to the generator when operating at full load in harsh
conditions.
The generators are also available as a permanent magnet inverter style
with engine variable speed control as an option.
Fuel line threaded connections through frame are standard as is a fuel
lift pump.
Generator units are factory tested for full KW loading and the
profiles are retained as factory records.
Battery Systems
The NEXT GENERATION POWER battery systems are a flooded design for
non attended operation with watering checks required once a year when
recombinant caps are used. The batteries are double enclosed to
prevent the spillage of electrolyte. The battery design consists of
thick welded plate construction with oversize terminals. The cycling
capacity and life of the batteries is based on the ambient operational
temperature of 75 degrees Fahrenheit. The float life expectancy of the
batteries is 8 years with a maximum of 1000 discharge cycles at 50% of
ampere hour capacity. The deep cycle life expectancy of the batteries
is 5 years with a maximum of 2000 discharge cycles at 50% of ampere
hour capacity. |
