RailmasterTM Track
A dense uniform fine textured steel track of high tensile strength, with
a profile incorporating a flat tread allowing accurate bearing of trolley wheels
for efficient operation. The heavy flanges offer high resistance to wear and
peining down under applied rolling loads.
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Expanded RailmasterTM Track
- where large spans are required a series of expanded RailmasterTM
track sections is available incorporating running surfaces of the same tough
material.
Electrification - Kant ShockTM
shielded conductor bars are generally supplied for most applications unless
otherwise specified. For ambient temperatures in excess of 55ºC (130ºF)
an open bar system is available.
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Click Here For US-1L Load Chart
Click Here For US-1H Load Chart
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RailmasterTM Trolleys
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These heavy duty trolleys are designed specially for use on RailmasterTM
and Expanded RailmasterTM runway systems.
They are available as two, or with a special alloy steel load bar, four wheeled
units capable of handling 5000 - 10,000 lb (2,268 - 4,536 kg). Eight-wheeled
hoist block adaptations are also available in capacities up to 17,000 lb (7711
kg).
The trolleys are equipped with drop forged flangeless wheels which have hardened
machine treads and are equipped with heavy duty, double row precision ball bearings.
The machined steel axles are accommodated in a heavy malleable yoke casting
and lubrication is provided through the axle by a Tecalemit fitting. To reduce
track scuffing all trolleys are of the articulating type, being seated on a
thrust-race combined with a spherical washer. Double-row ball bearing lateral
guide rollers are also fitted to keep the trolleys in perfect alignment under
high speed travel.
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Where a fixed adaptation is provided for a hoist block, the standard
load bar may be replaced by a double channel or angle load bar. The design
will incorporate swivel suspension fittings between the trolleys and the
load bar will be arranged to pivot across the track. In the event of side
pulling occurring or when traveling under power at speeds, on systems including
bends, the arrangement ensures that the collector gear remains in contact
with the conductors at all times, and that no adverse loading is, transmitted
to the track. |
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