Triconex Digital Input Baseplate Kit (high voltage) 2302
Identifying Fault and Alarm Conditions
You can identify alarm and fault conditions in the following ways:
• By examining the indicators on the front panel of each module and consulting this chapter.
• By using the Diagnostic Panel in the TriStation application.
For more information, see the TriStation 1131 Developer’s Guide.
Fault and Alarm Indicators
Fault indicators identify potentially serious problems with a module. Alarm
conditions identify abnormal field conditions such as loss of power and loss of communication.
If a fault or alarm indicator is on, you should consult the appropriate section of this
chapter and take appropriate action. This action may include replacing a faulty
module or repairing a faulty circuit or device.
Triconex Communication Interface Module (TCMI)
The TCMI is a standard Honeywell product that provides interface between the Fault Tolerant Ethernet (FTE)
based Enhanced Universal Control Network (EUCN) and Triconex TRICON Safety Manager System.
The TCMI is a redundant device capable of:
• Bi-directional communication with Triconex systems 10.3 and above.
• Execution of data mapping of TRICON memory tables to EUCN format
• Data conversion to EUCN data types (Tag. Parameter), engineering unit and EUCN communication functions.
• Execution of read and write function to TRICON memory tables
• Definition of signal alarm conditioning and messaging on the EUCN for alarm handling, annunciation
and diagnostic status reporting
• Direct peer-to-peer communication with other EUCN connected devices as Enhanced HighPerformance Process Managers (EHPM), Enhanced Logic Managers (ELMM) or Honeywell Safety
Manager (SM)
Compatible Modules
This table describes digital output modules compatible with 9667–910.
Table 62
Modules Compatible with 9667–910
Module Part
Number
Points per
Module
Module Description
Primary
Fuse
Secondary
Fuse
3617E
8
48 VDC, commoned, supervised,
galvanically-isolated, TMR
1.25A, fast
0.125A, fast
Field Wiring Diagrams
This figure illustrates how to connect an 8-point supervised DC digital output module and a
9667–910 to the field without shorted load detection.
• Communication with operators, engineers, and maintenance personnel at the Universal Stations, EST & ESVT via ENIM.
• Support of higher level strategies through communication with Application Modules and host
computers on the Local Control Network via ENIM.
• Database restoration of TCMI Module from the History Module via ENIM.
• Available in two hardware mounting form, front and rear cabinet access mounting (MC-ZTCMIR or
MC-TCMIR1), Front only cabinet access mounting (MC-ZTCMI2 or MC-TCMIR2)
Functional Overview
The TCMI performs the same functions as the Honeywell Safety Manager Module (SMM) in the Tricon, but
across the EUCN.
The TCMI converts Triconex data to EUCN data types (Tag. Parameter), performing engineering unit
conversion, alarm handling, annunciation, diagnostic status reporting, and EUCN communication functions.
The standard TCMI scan cycle is 0.5 second.
Operator and application access to TCMI is executed by use of the Local Control Network (LCN) and the
Enhance Network Interface Module (ENIM).
The TCMI Module database is configured from the TPN Native Window environment using the TPN Data
Entity Builder. Once loaded into the TCMI node, this TCMI configuration data can be saved on the History
Module, and downloaded over the EUCN to the TCMI. The ladder logic program for the Triconex TRICON™
is developed using the Triconex TRISTATION workstation. Once loaded in the memory of the TRICON™
Enhanced main processors, the control programs are saved in the TRISTATION database, which can save
multiple ladder logic programs under separate file names. In addition to integration of Triconex system data
points into standard TPN/TPS operating/engineering environment, some additional maintenance displays
have been created to provide TRICON™ diagnostic information.