|
Features
|
Benefits
|
|
Comprehensive Monitoring of Battery
Performance
|
Helps reduce the costs associated
with fleet battery maintenance by
providing a highly accurate picture
of life performance and useful-life
remaining in batteries.
|
|
Always On Functionality
|
Monitors
and
records key platform data with low
power consumption and efficient
platform power management.
|
|
State-of-Health monitoring
|
Analyzes
battery performance over a spectrum
of vital criteria.
|
|
State-of-Charge monitoring |
Tracks remaining charge in each
cycle in order to ensure
sufficient charge for performance. |
|
State-of-Life monitoring
|
Analyzes number of total useful-life
cycles remaining in battery.
|
|
Built-in
vehicle network interface & message
parsing (J1939 CAN & J1708)
|
Native network interface enables
telematics, prognostics and
diagnostics independently of
supporting platform systems.
|
|
Compatible with 12- and
24-Volt DC systems
|
Suitable for a variety of platforms,
including those found in hybrid
vehicles, internal combustion
powertrain systems, as well as
stationary systems.
|
|
Compatible
with nearly any battery type
|
Compatible with lead-acid, lithium,
NiMH, and many others.
|
|
Flexible and modular
design
|
Scalable architecture can be
enhanced based on platform and/or
application. Operates independently
of supporting systems.
|
|
Multi-layer PCB with
dedicated ground plane
|
Enhanced noise immunity and low
emissions. |
|
Wide
input range power supply
|
Compatible with a wide range of
vehicle platforms; integrates with
new and legacy vehicles.
|
|
ESD protected power supply
with resettable fuse |
Robust protection against voltage
transients commonly found in harsh
operating environments.
|
|
Real-time clock /
time-stamping |
Time-correlated data for accurate
event monitoring.
|
|
Configurable Programming
|
One
hardware, multiple applications.
|
