MEC 2 MICROPROCESSOR ENGINE/GENERATOR CONTROLLER
PM056 Rev 6 05/10/15
Thomson Technology
34
7.
EAP 110 REMOTE ANNUNCIATOR OPTION
Optional
EAP 110
remote annunciators are available for the MEC 2 engine generator controller.
One annunciator is required for the standard NFPA 110 faults and a second annunciator is
required for additional faults on the controller if required. 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. The design uses an 8 conductor RS 422
communication data link to provide the control & monitoring signals between the engine
controller and remote annunciator. Up to 20 individual fault conditions are remotely monitored
utilizing both visual LED lights & audible alarm annunciation. The
EAP 110
is DC powered from
the same 12 or 24V engine starting battery as the engine controller is connected to. Two
EAP
110
annunciators can be interconnected together via the communication link to allow up to 40
remote annunciator points from a single engine controller.
For complete information on the
EAP 110
contact Thomson Technology to obtain the specific
product documentation available.
Refer to FIGURE #16 for the EAP 110 remote annunciator connection diagram.
GRD
EAP 110
Annunciator
1000' maximum cable
length
MEC 2/20
Engine
Controller
J6
12-24V Engine
Cranking Battery
B+ B-
B+ B-
suitably routed to protect it from sources of electrical interference. Refer to instruction manual for
further information.
Ext 1
Ext 2
Ext 3
Ext 4
External Alarm
Sensing contacts
(optional use as
required)
Communication
Cable**
J1
J7
Expansion
Port
Com
Port
No
Connection
+
-
FIGURE #16
: EAP 110 REMOTE ANNUNCIATOR CONNECTION DIAGRAM
Summary of Contents for MEC 2
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