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4.0 INSTALLATION
UL S2203
CyberCat 254/1016 Installation Manual
4-1
FM
P/N: 06-326
Rev 14, 09/2015
4.1
SYSTEM INSTALLATION SEQUENCE
This section provides general instructions that should be adhered to when installing the CyberCat system.
Refer to the installation instruction sheets supplied with each component for specific installation instructions.
The following checklist is provided to assist the installer during system installation:
Task
Refer to
Select the enclosure mounting location.
Section 4.2
Select the enclosure mounting option (flush or surface).
Section 4.3
Mount the enclosure.
Section 4.4
Wire Selection
Section 4.5
Circuit Class Designations
Section 4.6
Pull field wiring into enclosure.
Section 4.7
Verify the field wiring.
Section 4.8
Install the AC power transformer(s).
Section 4.9
Connect AC power to the transformer(s),
but do not apply AC
power at this time
.
Section 4.10
Install optional circuit modules onto the controller.
Section 4.11
Install the CyberCat controller into the enclosure.
Section 4.12
Connect AC power to the controller.
Section 4.13
Install batteries.
Section 4.14
Apply power to the panel.
Section 4.15
Connect field wiring.
Section 4.16
Power-up controller with field wiring connected.
Section 4.17
Configure the system.
Section 4.18
Conduct acceptance testing.
Section 4.19
4.2
SELECT THE ENCLOSURE MOUNTING LOCATION
The mounting location for the CyberCat system enclosure(s) is very important. Fike recommends that all
system enclosures be installed in an area that is readily accessible with sufficient room to allow easy
installation and maintenance, and that is capable of maintaining a nominal room temperature of 0°-49°C / 32°-
120°F, with a relative humidity of 93 percent. Do NOT install in an environment that exceeds these
temperature and humidity ranges.
Additional items to consider when selecting the appropriate mounting location for the enclosure includes:
vibration, dust, moisture, electromagnetic interference, and radio frequency interference. These are all types
of problems that could adversely effect the successful operation and useful life of the electronic components
and should be avoided if possible.
Mount the enclosure at a height that allows easy access to system electronic components for maintenance
and service. Allow sufficient clearance around the enclosure for the outer door to swing freely.