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Case Studies
Pennsylvania
Station, MTA Long Island Rail Road
Long Island, New York
“Gannett Fleming’s Saber system
protects Long Island Rail Road’s Pennsylvania Station
against liability by providing excellent documentation and
maintenance at the proper interval so that we maintain a
proactive maintenance organization.”
~Joe LaRocco,
Senior Facilities Manager,
Long Island Rail Road |
Situation
In July 1994, the Long Island Rail Road (LIRR) opened the refurbished
Pennsylvania Station to the public. In addition to rehabilitating
the architecture of the station, new escalators, HVAC, and
electrical systems were installed. The entire Pennsylvania
Concourse Level Improvement Project, which began in the early
1980's, cost $190 million.
To help protect their investment, which includes a 1,000-ton
chiller plant, seven hydraulic elevators, 400kw emergency generator
plant, 15 escalators, 124 air curtains, 28 air handling units,
closed-circuit televisions (CCTVs), communications systems,
concession utilities, etc., the LIRR sought out and purchased
a computerized maintenance management system (CMMS).
Challenges
Pennsylvania Station is the primary destination for LIRR, the
busiest commuter railroad in North America. It is also a
major hub for Amtrak and New Jersey Transit (NJT). With such
a critical transportation center, it is essential that every
piece of equipment in the station has the maximum uptime
possible.
Because LIRR, Amtrak, and NJT share personnel and occupy common
areas of the station, LIRR and Amtrak made a decision to share
the same CMMS database. Since the database already contained
a PM procedures library, adding Amtrak-owned elevators, escalators,
HVAC, Life Safety, and liability protection procedures was
a simple matter of applying existing procedures to the new
equipment.
The Gannett Fleming team worked closely with LIRR personnel
to ensure that equipment uptime was maximized to make sure
that the trains operated on time at all times.
Solution
Gannett Fleming Team members were hired to assist the LIRR
in maximizing the life cycle of their capital investment
through the generation of weekly preventive maintenance (PM)
work orders using Saber™, Gannett Fleming’s CMMS,
and incorporating Oculus Network™, a design solution that
connects devices in the field to an alarm and CMMS database.
Typically, it takes a few years for
a facility with a new CMMS system to produce PM work orders
for the installed equipment. Remarkably after only five months,
Gannett Fleming Team members working with LIRR operations
staff were able to track 52 percent (1,500 out of 2,880)
of its man-hours. Tracking 52 percent
of man-hours means that of the eight hours available for maintenance
in any given day, 4.2 hours are tracked. This is considered
good by industry standards.
More than 1,500 hours of work orders each month are processed
with an array of management reports on the maintenance activity.
Predefined work descriptions for routine tasks such as tunnel
inspections and escalator repairs are used to create work orders.
This saves time and money by eliminating the inefficient task
of repeatedly typing common work descriptions. Creating detailed
PM and predefined work descriptions reduces the time required
in managing efforts as the procedures already contain the “Special
Instructions” required to complete the task.
To make sure contractors complete work as per their agreement,
both PM and repair maintenance work orders are generated from
the system detailing the work the contractor is completing.
These work orders are issued directly to the contractor and
are required to be completed and returned to the staff engineer,
so that the equipment owned by the LIRR will have a complete
maintenance history.
Once the maintenance plan was completed for the station areas,
it was expanded to include DC switches, compressed air, electrical
feeders, third rail, tunnels, and platform equipment. The maintenance
plan applied to the track systems helps this hub function with
a minimum of interruptions to the riding public.
As part of the same effort, a hand-held rounds device was
implemented with the goal of liability protection. The hand-held
device contained a bar code reader. When used in conjunction
with a bar code label on the equipment, it created a date time
stamp of when an inspection occurred. This makes sure that
both LIRR and Amtrak could not be found negligent on the grounds
of not performing rounds.
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