The Hum Boomerang is an onboard railcar sensor that provides live condition monitoring of railcar bearings, wheels, trucks, and track.
Built on decades of bearing failure research, the Hum algorithm can accurately predict bearing failures months to years before they run the risk of derailing a train.
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PREDICTIVE BEARING FAILURE
PREDICTIVE BEARING FAILURE
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WHEEL ISSUE IDENTIFICATION
WHEEL ISSUE IDENTIFICATION
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PASSIVE TRACK DEFECT MONITORING
PASSIVE TRACK DEFECT MONITORING
The Hum Boomerang is an onboard railcar sensor that provides live condition monitoring of railcar bearings, wheels, trucks, and track.
Built on decades of bearing failure research, the Hum algorithm can accurately predict bearing failures months to years before they run the risk of derailing a train.
>>
PREDICTIVE BEARING FAILURE
>>
WHEEL ISSUE IDENTIFICATION
>>
Passive track defect monitoring
PREDICTIVE WHEELSET MAINTENANCE
Catch bearing and wheel damage up to 100k miles before failure and plan your fleet maintenance months to years in advance.
WHEEL ISSUE IDENTIFICATION
With up to 200g’s of both vertical and lateral vibrations, the Hum Boomerang can identify thin flanges, tread defects, and provide live wheel kip readings for fleet managers to stay ahead of maintenance issues.
PREDICTIVE WHEELSET MAINTENANCE
Catch bearing and wheel damage up to 100k miles before failure and plan your fleet maintenance months to years in advance.
WHEEL ISSUE IDENTIFICATION
With up to 200g’s of both vertical and lateral vibrations, the Hum Boomerang can identify thin flanges, tread defects, and provide live wheel kip readings for fleet managers to stay ahead of maintenance issues.
PASSIVE TRACK MONITORING
What could a maintenance of way supervisor do with thousands of high impact data points every minute? The Hum Boomerang provides track maintainers a heat map of the worst spots on the network, saving crews time and reducing the risks of track defects causing the next derailment.
PASSIVE TRACK MONITORING
What could a maintenance of way supervisor do with thousands of high impact data points every minute? The Hum Boomerang provides track maintainers a heat map of the worst spots on the network, saving crews time and reducing the risks of track defects causing the next derailment.
SPECIFICATIONS
SPECIFICATIONS
DIMENSIONS:
10.7” x 4.7” x 1.5”
(272 mm x 118 mm x 38 mm)
OPERATING TEMPERATURE:
-40°F to 176°F
(-40°C to 80°C)
WIRELESS PROTOCOL:
LoRa ISM 868 & 915 MHz
POWER:
Lithium Ion, 7 Ah capacity
Estimated Device Life: 7+ years
ENCLOSURE:
IP 67 Rated
ASA, Injection molded
DIMENSIONS:
10.7” x 4.7” x 1.5”
(272 mm x 118 mm x 38 mm)
OPERATING TEMPERATURE:
-40°F to 176°F
(-40°C to 80°C)
WIRELESS PROTOCOL:
LoRa ISM 868 & 915 MHz
POWER:
Lithium Ion, 7 Ah capacity
Estimated Device Life: 7+ years
ENCLOSURE:
IP 67 Rated
ASA, Injection molded