Thomson EAP 110 - Manual
Thomson EAP 110 – Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.
THOMSON TECHNOLOGY INC. • 9087A - 198th STREET, LANGLEY, BC CANADA V1M 3B1
TELEPHONE: (604) 888-0110 • FAX: (604) 888-3381 • E-MAIL: [email protected] • www.thomsontechnology.com
ISO 9001-2000
®
02 • 07 • 01
GENERATOR SET ANNUNCIATOR
Model EAP 110
DESCRIPTION
•
20 Light annunciator meets or
exceeds requirements of NFPA 110,
NFPA 99 & CSA 282-00 building code
standards for Emergency Standby
Generator systems
•
RS 422 Data Communication capability
saves installation time & reduces costs
•
Programmable annunciation & labeling
allows excellent flexibility for different
applications
•
Automatic “ringback” & flashing
annunciator lights provides excellent
status indication of existing & incoming
fault conditions
•
4 fault annunciation circuits can be
activated from external hardwired
contacts for added system capability
•
Multiple EAP 110 Annunciators can be
easily interconnected to provide up to 40
remote annunciation lights from a single
MEC 20 engine controller
T
he
EAP 110
annunciator is designed for remote fault
annunciation of emergency standby generator sets
utilizing
Thomson Technology MEC 2 & MEC 20
Engine
Controllers. The advanced design uses a RS 422
communication data link to provide the control &
monitoring signals between the engine controller and
remote annunciator. The communication link allows a
simple, cost effective system installation at any building
site. Up to 20 individual fault conditions are remotely
monitored utilizing both visual LED lights & audible
alarm annunciation. Lamp test and alarm horn silence
pushbuttons are provided. Each fault is individually
programmable for audible horn operation and alarm
labels are field configurable. Operation logic includes a
“auto-ringback” feature to annunciate subsequent alarm
conditions. For applications requiring additional alarm
annunciation from remote sensing contacts, the
EAP 110
can accept up to 4 hardwired contact inputs dependant
upon the alarm configuration. The
EAP 110
is DC powered
typically from a 12 or 24V engine starting battery. Two
EAP 110
annunciators can be interconnected together via
the communication link to allow up to 40 remote
annunciator points from a single MEC 20 engine controller
(consult Thomson Technology for further details). The
standard features of the
EAP 110
meet and exceed all
requirements of NFPA 110, NFPA 99 & CSA 282-00
building code standards for Emergency Standby
Generator systems.
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