66 I ICT TODAY
adjustability (ultimate flexibility) and integrated
bonding studs (enabling quicker bonding connections).
• Adopt cable management and pathway that are both
copper and optical fiber friendly, while allowing for
maximum use of interior space. This means the cable
manager can support higher density cabling without
impacting airflow. Remember to look for a design
that promotes intuitive MACs.
• Monitor power, environmental conditions and
security in equipment and TRs to help prevent
power outages and to protect data.
• In seismic zones, California OSHPD OPM provides
excellent planning and installation guidance.
Consider seismic-rated (shaker tested) racks
to maximize load per footprint.
• Take advantage of a manufacturer’s online tools,
such as cable fill tables that provide recommended
and maximum cable fill values for the specific cable
management and pathway products included in
the project.
By addressing these considerations, the prognosis on any
future TR looks strong.
AUTHOR BIOGRAPHY: Mitch Cohen, RCDD, has been in
the ICT industry since 1984, working seasonally for the first
optical fiber only distributor, Fibertron. During his tenure,
Cohen has worked for both distributors and manufacturers,
including his longest stint of 18 years with Corning Optical
Communications. He holds a bachelor’s degree from UC Santa
Barbara and a master’s degree from Cal State Fullerton. Mitch
joined Chatsworth Products (CPI) in July 2018 as a regional
sales manager in Southern California, helping engineers,
contractors, distributors and end users implement the latest
technologies while protecting their technology investments.
He can be reached at mcohen@chatsworth.com.
REFERENCES:
1. “Medtech and the Internet of Medical Things,” Deloitte, 2019,
https://www2.deloitte.com/global/en/pages/life-sciences-and-
healthcare/articles/medtech-internet-of-medical-things.html
FIGURE 8: Seismic zones require proper anchoring and
bracing of all nonstructural components. An OSHPD OPM
preapproved product reduces the OSHPD approval cycle when
planning installations in seismically active regions. Reputable
manufacturers also hold OSHPD preapproval of anchorage
(OPA) numbers for their products.
in a seismic zone or in a Risk Category IV building.
Bracing and anchorage must be strong enough to resist
a seismic activity (Figure 8). Fasteners and anchors with
high-shear and high-tensile strength rating should be used
to secure components. When mounting on a concrete
floor, it is extremely important to choose seismically-rated
floor anchors that can support the load of the rack and
equipment. A minimum of four floor anchors (one at
each corner) are typically required for a two-post or four-
post equipment rack or cabinet installation.
CONCLUSION: THE PRESCRIPTION
FOR A HEALTHY TR
Designing and planning TRs in healthcare facilities
require special considerations. Beyond the aforementioned
factors, consider the following prescription for
a successful ICT infrastructure for years to come:
• Equipment and TR sizes need to be larger to accommodate
additional systems.
• Simplify the project by specifying and selecting the
infrastructure from one or fewer vendors. This will
allow the products and systems to be compatible and
minimizes dealing with different lead times.
• Plan cable management and pathway spaces with
at least 50 percent open space for future growth
and changes.
• Select products with advanced features, such
as tool-less installation during future upgrades,
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