ESITECH Customer Story GFT-904_with_links
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GE Energy Connections<br />
<strong>ESITECH</strong> Counts on the<br />
Security of GE Redundancy<br />
PLCs have been used in the security industry for decades to control cell doors as well<br />
as critical security, power, and water systems. Until recently, these systems have been<br />
proprietary–specifically designed for each project by an engineering firm and installed on-site<br />
by local electricians. However, proprietary solutions have many limitations. They are difficult<br />
to upgrade and it can be cumbersome and expensive to incorporate additional equipment.<br />
The security industry is starting to embrace non-proprietary control systems that can be<br />
easily upgraded and integrated <strong>with</strong> other security control systems and equipment from<br />
different suppliers. And as redundant control systems become more economical, they are<br />
increasingly being installed in jails and prisons.
Security Industry Innovator<br />
<strong>ESITECH</strong> Security Group, Inc. are leading innovators in the<br />
area of detention security, and have been relying on highperformance,<br />
redundant automation control solutions from<br />
GE. The firm designs, manufactures and installs integrated<br />
security control systems, primarily for correctional facilities.<br />
Their services range from emergency maintenance, to<br />
feasibility studies, to design assistance and implementation.<br />
The 25-year-old company, based in Richmond, VA, is owned<br />
by Jeff Power and David Sizemore.<br />
Although <strong>ESITECH</strong> installs systems in new facilities, <strong>with</strong> few<br />
new correctional institutions being built, upgrading and<br />
replacing outdated security control systems is their bread<br />
and butter. These upgrades are often implemented as a last<br />
resort, primarily due to budget restraints. “Correction<br />
departments tend to be very reactionary,” says Power,<br />
<strong>ESITECH</strong>’s President. “They wait until a system is broken<br />
before considering upgrading.” In addition to controllers,<br />
<strong>ESITECH</strong> upgrades PCs, workstations, and video systems in<br />
detention facilities.<br />
<strong>ESITECH</strong> was among the first firms to design and install<br />
non-proprietary systems for the detention security market.<br />
“With proprietary systems, clients who purchased an<br />
electronic security system for a correctional facility were<br />
married to the firm that sold it,” Power says. “We think<br />
non-proprietary systems are better for our customers. They<br />
can get other firms to work on our installed system and it<br />
makes upgrading and expanding systems much easier.”<br />
In addition to being non-proprietary, Power says security<br />
systems should be integrated, automated, and redundant.<br />
“We utilize the most technologically advanced software,<br />
equipment, programming and installation techniques to<br />
provide a fully integrated and automated electronic security<br />
control solution <strong>with</strong> redundant features,” he says. Power<br />
adds that since integrated systems can seamlessly react to<br />
one another through common programming, they help<br />
reduce operational failures, increase safety, and minimize<br />
operator error.<br />
The second pillar for <strong>ESITECH</strong> is automation. “Utilizing<br />
system-specific programming techniques, we can make a<br />
facility secure through automation, which reduces operating<br />
costs, improves speed and efficiency, promotes safety, and<br />
defines standards,” Power says. For example, automated<br />
systems can capture and record on a hard drive the “who,<br />
when, where” of a specific location <strong>with</strong>in a facility;<br />
intercoms can activate cameras so the operator can assess<br />
the situation (by seeing and speaking <strong>with</strong> the person) before<br />
opening a door; cameras on both sides of a door can show<br />
who is on the other side before a door is unlocked; or before<br />
a group of doors are unlocked, a pop-up message can ask<br />
“Are you sure?”<br />
“Utilizing system-specific<br />
programming techniques, we can<br />
make a facility secure through<br />
automation, which reduces<br />
operating costs, improves speed<br />
and efficiency, promotes safety,<br />
and defines standards.”<br />
Jeff Power,<br />
President,<br />
<strong>ESITECH</strong> Security Group, Inc.
Security Requires Redundancy<br />
But perhaps the most important aspect of a security control<br />
system is redundancy. “All good security is redundant, relying<br />
upon ‘back-up’ for maintaining safety standards,” Power<br />
says. This is true of both correctional facilities themselves<br />
and the systems that control them.<br />
Through redundant programming, systems are checked and<br />
rechecked, and backups kick in when needed. As system<br />
redundancy gets cheaper, it is becoming a standard in<br />
security control installations. “With tight budgets, redundant<br />
systems offer greater costs savings than individual PLCs in<br />
every area, <strong>with</strong>out the risk of a single point of failure,”<br />
Power says.<br />
Because redundancy is such a critical component of modern<br />
security control systems, <strong>ESITECH</strong> has standardized their<br />
systems <strong>with</strong> GE controllers, primarily PACSystems * RX3i<br />
controllers <strong>with</strong> PROFINET redundancy.<br />
Why GE? Power says there are a number of advantages to<br />
GE redundant systems. “First of all, it’s better redundancy,”<br />
Power says. GE’s high availability control solution relies on a<br />
ring topology and PROFINET, the leading open industrial<br />
standard. Traditional network redundancy schemes require<br />
two duplicate parallel networks to achieve a reliable backup<br />
connection to each node on the network. GE Media<br />
Redundancy Protocol (MRP) <strong>with</strong> PROFINET provides each<br />
node on the network <strong>with</strong> a backup physical connection to<br />
every other node on the network, but in a much more costeffective<br />
way: a ring topology.<br />
With a ring topology, if there is a failure or delay on the line,<br />
the data is quickly rerouted. And PROFINET <strong>with</strong> MRP<br />
redundancy doesn’t require external switches and<br />
converters, which reduces system complexity and cost.<br />
PROFINET also makes GE redundant control systems easier<br />
to install, upgrade, and configure. Standard cabling from<br />
copper to fiber provides direct connectivity to the control<br />
and I/O. And the ability to connect to third-party devices<br />
offers greater flexibility when adding devices or upgrading<br />
the system. In fact, Power says that GE controllers are so<br />
easy to install, that it can be easier to replace a system <strong>with</strong><br />
GE controls rather than upgrade a system. Once installed,<br />
PROFINET’s name-based configuration helps get the system<br />
up and running in just minutes.<br />
There’s still another advantage to standardizing on GE<br />
controllers. By using GE, <strong>ESITECH</strong> installers have become<br />
very familiar <strong>with</strong> the product, which helps <strong>with</strong> specifying,<br />
installing, and servicing control systems.<br />
“With tight budgets, redundant<br />
systems offer greater costs savings<br />
than individual PLCs in every area,<br />
<strong>with</strong>out the risk of a single point<br />
of failure.”<br />
Jeff Power,<br />
President,<br />
<strong>ESITECH</strong> Security Group, Inc.<br />
PACSystems RX3i
Richmond City Justice Center<br />
<strong>ESITECH</strong> first specified GE’s redundant PACSystems RX3i<br />
controller for the state-of-the-art Richmond City Justice<br />
Center Project. <strong>ESITECH</strong> was the security electronics<br />
contractor on the award-winning, $124 million project,<br />
which included 424,000 square feet of new space and<br />
another 14,000 square feet of renovations.<br />
On the Richmond jail product, <strong>ESITECH</strong> specified, designed,<br />
supplied and installed the security control for the locking<br />
systems, video management, intercommunication, “man<br />
down” personal duress system, motion sensors, glass<br />
breakage sensors, and lighting, power and water systems.<br />
“We worked hand-in-hand <strong>with</strong> the Richmond Sheriff’s<br />
Office, the architects and engineers at HOK and Wiley/<br />
Wilson, and Thompkins, Ballard, Davis Joint Venture to<br />
deliver a state-of-the-art security control system that<br />
would carry the city forward into the future,” Power says.<br />
<strong>ESITECH</strong> was the security<br />
electronics contractor on the<br />
award-winning, $124 million<br />
project, which included<br />
424,000 square feet of new<br />
space and another 14,000<br />
square feet of renovations.
A Continuing Partnership<br />
<strong>ESITECH</strong> continues to refine its system and software<br />
standardization process. One thing that they don’t see<br />
changing is their relationship <strong>with</strong> GE. “GE controllers<br />
have been, and will continue to be, the bedrock of<br />
our design philosophy,” Power says. “GE’s system<br />
architecture, combined <strong>with</strong> their support at both the<br />
corporate and distributor levels, has always been first<br />
class, reliable, and consistent.”<br />
“GE controllers have been, and will<br />
continue to be, the bedrock of our<br />
design philosophy.”<br />
Jeff Power,<br />
President,<br />
<strong>ESITECH</strong> Security Group, Inc.<br />
GE Energy Connections<br />
Automation & Controls<br />
2500 Austin Dr<br />
Charlottesville, VA 22911<br />
1-800-433-2682 or 1-434-978-5100<br />
www.geautomation.com<br />
© 2017 General Electric. The GE brand and logo are trademarks of General Electric. *Trademark of General Electric.<br />
All other trademarks are the property of their respective owners. Specifications are subject to change <strong>with</strong>out notice.<br />
3.17 <strong>GFT</strong>-<strong>904</strong>