AutoCommute has developed an automated system for performing
inspections of overhead catenary systems (OCS). Our inspection system
can be used to measure:
Locations of overhead catenary equipment (wires and support
structures)
Clearance envelopes (non-catenary structures or obstacles)
Overhead catenary properties (wire height, stagger and wear)
Pantograph properties (up force on catenary and/or pantograph
accelerations)
Vehicle properties (location along rail, vehicle speed,
heading, acceleration and global position)
Visual references obtained during inspections (panoramic view
from vehicle, view of pantograph and rail during inspections)
Thermography
Voltage and current measurements
Rail alignment
Sensor suite can be adapted based on the needs of the rail
system operational or inspection requirements
Inspections can be performed day...
..or night
Features
Inspection suite is flexible enough to be
installed on any type of vehicle
Inspections can be performed at any vehicle
speed
No limit on the number of wires measured or
cameras used for recording
Measurements can be obtained at up to 50,000
samples per second
All measurements and cameras are synchronized
All data is presented in an easy to use format
Data is being monitored real time as inspections are performed.
Post-processed data is presented in tabular
data files that can be viewed with our data viewing utility or other
data processing software (i.e. Excel, Matlab) as well as video files
with syncronized measurements (see below):
Key Benefits
Automated inspection system; no need
for human
inspections on live or in-service catenary lines
Determines wire wear continuously
along the
catenary system (not sparse recordings from each cherry picker location)
Automated measurements (no manual
recording
later transferred to electronic system)
Inspections can be performed during revenue
service (no need
to shut down service for inspections)
Sensor suite can verify clearance envelopes on
new and
expansion lines to verify no outside interference with catenary
equipment as well as to verify as-built condition