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May 6, 2025 BY
IN Triconex

Triconex 3505E Analog Output Module


Tricon Syste

The Tricon system is a powerful, scalable design that ensures continuous operation, complies with international safety standards such as IEC61508. and meets the requirements for emergency shutdown (ESD), fire and gas protection (F&G), burner protection (F&G) and fire safety.

It also meets the requirements of applications such as Emergency Shutdown (ESD), Fire and Gas Protection (F&G), Burner Management System (BMS), High Integrity Pressure Protection (HIPPS) and Turbomachinery Control (TMC).

The redundant high availability architecture provides a flexible, robust, reliable and powerful solution that is ideally suited for customers looking to achieve environmental and safety excellence.

Tricon systems are a must for customers who www.cniacs.com need to maximize the safety and performance of their assets.

If you are challenged to reduce investment and lifecycle costs, meet new security standards,

tough competitive pressures in the marketplace, and the well-being of your employees and the environment, then a Tricon system is designed for you.

The Triconex family allows customers to optimize their choice of security system for their specific requirements.

Our strengths are the Tricon Racks, Tricon Power Modules, Main Processor Modules, Input Modules, Output Modules, and the Tricon Communication Module TCM.

A Triconex system typically consists of the following typical modules:

Main Processor Module (Triple)

Communication Module

Input and output modules: can be analog and/or digital, and can operate independently or in hot standby (standby)

Power supply module (redundant)

Backplane (chassis) that can accommodate previous modules

System cabinets: one or more chassis can be compressed into a single cabinet

Grouping cabinets to accommodate and standardize interface connections between field instruments and Triconex system cabinets

Human Machine Interface (HMI) for monitoring events

Engineering Workstation (EWS) for programming monitoring, troubleshooting and updating
May 6, 2025 BY
IN Triconex

Triconex TMR Digital Input Module

TMR Digital Input Modules

Each TMR Digital Input (DI) Module has three independent input channels that independently process all data entered into the module.

A microprocessor on each channel scans each input point, compiles the data, and transmits it to the main processor as required.

The input data is then voted on the main processor before being processed to ensure the highest integrity.

All critical signal paths are 100% triple processed to ensure safety and maximum availability.

Guaranteed safety and maximum availability. Each channel regulates signals independently and provides optical isolation between the field and the Tricon.

All TMR digital input modules provide complete and continuous diagnostics for each channel.

Any diagnostic failure on any channel activates the Module Failure Indicator, which in turn activates the chassis alarm signal.

The Module Failure Indicator points to a channel failure, not a module failure. Modules are guaranteed to operate normally in the event of a single failure and to continue to operate normally in the event of multiple failures of certain types.

Models 3502E, 3503E, and 3505E can perform a self-test to detect a “stuck-open” condition in which the circuitry is unable to determine whether a point has entered a shutdown state.

The ability to detect the point of shutdown is an important feature since most security systems have a power failure trip feature.

In order to detect the presence of a “stuck-open” input, the switch within the input circuit needs to be turned off in order for the opto-isolated circuit to read a zero input (“off”).

The I/O communications processor will freeze the last reading while the test is running.

All TMR digital input modules support the hot standby feature and require a separate external termination panel (ETP) with cable connections to the Tricon backplane.

Each module is mechanically keyed to prevent improper installation in the configured chassis.
May 6, 2025 BY
IN Triconex

Triconex 3504E High Density Digital Input Module

64-Point Digital Input Modules

Each 64-point digital input (DI) module has three isolated channels that independently process all data from the input module.

A microprocessor on each channel scans each input point, compiles the data, and transmits it to the main processor as required.

The input data is then voted on the main processor before being processed to ensure the highest integrity.

All digital input modules provide complete, continuous diagnostics for each channel.

A fault on any channel activates a fault indicator, which in turn activates a chassis alarm.

The TMR module is guaranteed to www.cniacs.com operate normally in the event of a single fault, and in some cases.

The TMR modules are guaranteed to operate in the event of a single fault, and in some cases, in the event of multiple faults.

All digital input modules support hot standby modules, which require a separate external termination panel (ETP) with cable connections to the Tricon backplane.

Each module is mechanically keyed to prevent improper installation in the chassis.

The Model 3504E High Density Digital Input Module provides continuous verification of Tricon’s ability to detect transitions to the opposite state.

On this TMR module, all critical signal paths are 100% tripled to ensure safety and maximum availability.

Each channel regulates the signal independently between the field and Tricon.

The Single Digital Input Module (Model 3564) is optimized for safety-critical applications where low cost is more important than maximum availability.

On a single module, only the portion of the signal path required to ensure safe operation is triplexed.

Triplexed. Special self-test circuits detect all “stuck-on” and “stuck-off” fault conditions within half a second.

If an individual module detects an input fault, it will report that point as OFF, which could cause a fault when switching to a hot standby module.
May 6, 2025 BY
IN Triconex

Triconex EcoStruxure Triconex – Tricon CX Powerful Safety System

EcoStruxure™ Triconex® – Tricon CX

EcoStruxure™ Triconex Safety Systems – Superior Protection for People, Production and Profitability

We understand that you require safety instrumented systems not only to keep your operations safe, but also to keep them running continuously, avoiding any unplanned shutdowns or disruptions that affect profitability.

EcoStruxure Triconex – Tricon CX is Triconex’s most powerful safety system.

Utilizing the field-proven pedigree of the Tricon, Trident and Tri-GP systems, the Tricon CX is the best choice when safety and profitability are critical success factors.

High Performance, High Capacity

Tricon CX is Triconex’ most powerful security system. Each Tricon CX controller is capable of handling 15 I/0 racks of 90 I/0 modules and 2.800 physical I0s.

Up to 254 nodes can be networked in a single peer-to-peer network, managing more than 750.000 physical TMR I/Os.

OVERVIEW

The Tricon CX provides continuous operation, superior plant uptime and high productivity in a compact unit.

The Tricon CX provides a lifetime of flexibility without compromising safety.

Its simple mechanical design, flexible architecture and advanced features ensure that as your needs change and expand, your protection can grow with them.

Designed and built with superior ease of use, Tricon CX can be quickly and easily engineered, installed, configured, operated, and maintained, reducing overall capital and operating expenditures.

Features

Flexibility

I/O deployment supports centralized and distributed applications

Modifications can be made without shutting down operations

Performance

Built-in high integrity and fault tolerance

Built-in diagnostics and redundancy management – transparent to users

SIL3 even under fault conditions

High-capacity processing – more than 750.000 TMR I/O channels

Fast scan time (from 20 ms)

Up to 60.000 SOEs per controller

Advanced input/output monitoring and control

1 ms SOE timestamps marked on I/O modules

Direct HART integration and transfer to asset management systems

Universal I/O modules with per-point configuration
May 6, 2025 BY
IN Triconex

Triconex 3009 Enhanced Master Processor (UMP) Module

The Tricon Master Processor (TCM) is only compatible with Tricon v10.0 and later systems.

Allows Tricon to communicate with the TriStation 1131. other Tricon or Trident controllers, Modbus masters and slaves, and external hosts via Ethernet.

Technical Specifications.

CPU Type: Intel Xeon E5-2690v3

Number of CPUs:2

CPU Frequency:2.6 GHZ

Memory Capacity:32 GB DDR4

Storage Capacity:240 GB SSD

Operating System:TriconexTrident vxWorks

Communication Ports:2xEthernet, 2xRS-232. 1xUSB

Features.

High performance and reliability

Supports redundant configurations

Suitable for mission-critical applications

Conforms to industry standards

Applications.

Industrial Controls

Oil and Gas

Power

Transportation

Water Processing

The Enhanced Main Processor (UMP) module is the core component of industrial automation control system, with powerful processing capability and high reliability, it can realize a variety of complex control logic and algorithms.

UMP module adopts modular design, which can be combined and expanded according to different needs, facilitating system integration and customization.
May 6, 2025 BY
IN GE

Fanuc IC695ALG412 Strain Gauge Input Module


The IC695ALG412 is a strain gauge input module that is part of the PACSystem RX3i analog input module. The module features twelve (12) isolated differential input channels and is compatible with millivolt signals (e.g., ±150mV or ±50mV) and thermocouple instruments (e.g., J, K, T, E, R, S, B, N, or C types). The module can be used for direct connection to strain gauges and for temperature applications without the need for transmitters, signal conditioners, and other equipment.

The module occupies a single slot on the backplane and connects directly to the RX3i general purpose backplane only and directly to the PCI bus. The module also comes with internal diagnostics such as open circuit, short circuit, positive/negative rate of change, high, high-to-high, low and low-to-low channel diagnostics. In addition, the module has built-in interchannel isolation and is rated for continuous voltages of 250VAC; 1500VAC for 1 minute; 2550VDC for 1 second with an input impedance of >=500k ohms. The module offers a 10 dB improvement in noise rejection.

The module features sigma-delta analog-to-digital converter type circuitry with 32-bit IEEE floating point or 16-bit integer resolution (in 32-bit fields), conversion times from 15 ms @ 28 Hz to 120 ms @ 2.3 Hz, and an input data format and accuracy of ± 59163.25% of the voltage at 0 °C sp+GC+GB1GD59+GC1 an. ± 0.25% of range over the entire temperature range.

The module requires the use of a removable terminal block (RTB) such as IC694TBBx32. IC694TBSx32. or IC694TBC032. It has a current consumption of 425 mA @ 5V; 400 mA @ 3.3V.

The GE Fanuc IC695ALG412 Thermocouple Input Module has an internal power draw of 3.3 volts and 400 mA or 5 volts and 425 mA, and the update rate is configurable from 15 ms to 120 ms. The module can be used with terminals such as spring-loaded IC694TBS032 block, cassette-type IC694TBB032 block, extended spring-loaded IC694TBS132 block, or extended cassette-type IC694TBB132 block The IC695ALG412 Thermocouple Input Module operates over the temperature range of 32 to 140 degrees Fahrenheit (0 to 60 degrees Celsius), and stores over the temperature range of -40 to 185 degrees Fahrenheit.

The IC695ALG412 thermocouple input module has an operating temperature range of 32 to 140 degrees F (0 to 60 degrees C) and a storage temperature range of -40 to 185 degrees F (-40 to 85 degrees C). It has a non-condensing humidity range of 5 to 95%, shock resistance of 15 G for 11 ms, vibration ratings from 10 to 57 Hz, and peak-to-peak displacement of 0.0524 mm (0.006 in.) at frequencies from 57 to 500 Hz and acceleration of 1.0 G. The IC695ALG412 is available in a wide range of sizes and sizes.
May 6, 2025 BY
IN GE

Fanuc IC695ALG508 Resistance Temperature Detector (RTD) Input Module


This IC695ALG508 is a resistance temperature detector (RTD) input module that is part of the PACSystem RX3i programmable automation controller (PAC) platform. The module is manufactured by Emerson Automation, formerly known as GE Intelligent Platform (GE IP). It comes with eight (8) isolated differential input channels and supports direct inputs for RTD and resistive inputs.

The module supports RTD input types such as 50. 100. 200. 500. and 1000 ohm platinum 385 (IEC751 1983. Revision 2 1995; JISC 1604 1997); 50. 100. 200. 500. and 1000 ohm platinum 391.6 (JISC 1604: 1981); 100 ohm, 200 ohm, 500 Ohm and 1000 Ohm Nickel 618 (DIN 43760. 120/1987); 672 Ohm Nickel 18 (MINCO Application Aid #5.90/10 Ni type); 50. 100. and 426 Ohm Copper 21 (SAMA RC4-1966-604), and 518 Ohm Nickel-Iron 0. 0. 1050-0. 2100-0. 3150-0. and 4200-695 ohms.

The module has optional units of measurement, specifically Celsius, Fahrenheit, or Ohms. It also has configurable default or hold last states as a response to system faults and CPU changes in operating mode. The module supports two-wire, three-wire and four-wire RTD sensors.

The IC508ALG16 input data format supports 32-bit integers in 32-bit fields or 2-bit IEEE floating-point data. Each channel also has selectable trap filter settings from 3.28 Hz to 694 Hz. For input line termination, the module uses cassette (IC032TBB694), expansion cassette (IC132TBB694), spring-loaded (IC032TBS694), or extended spring-loaded (IC132TBS695) terminal blocks. For shielded wiring, the extended terminal types are recommended because they provide additional shroud depth.
May 6, 2025 BY
IN GE

Fanuc IC695CPK400 CPU Central Processor Module


The IC695CPK400 is a programmable automation controller (PAC) CPU that is part of GE Fanuc / Emerson Automation’s PACSystems RX3i automation platform. The CPU module is a high-performance, powerful standalone device that operates without a traditional baseboard or chassis. The CPU still enables complex communications and architectures, such as control of remote I/O systems, communication with partner processors, data exchange with human machine interfaces (HMIs), monitoring and data acquisition systems (DCS), and other functions.

The stand-alone controller features embedded 64 MB of storage, a powerful processor 1.2 GHz AMD G-Series Quad-Core, support for up to 32k bits of discrete I/O and 32k words of analog I/O, and embedded field agent functionality. The controller also comes with an energy package.

The IC695CPK400 is equipped with one (1) 10/100/1000 Ethernet port and two (2) 2-terminal switches supporting 10/100/1000 Mbps transfer speeds. With the embedded Ethernet port, different network topologies can be realized, including Media Redundancy (MRP) and PROFINET System Redundancy (PNSR). The embedded port supports different communication protocols such as SRTP client/server, Modbus TCP/IP, OPC-UA server, Ethernet Global Data (EGD) and PROFINET.

In addition, the controller is equipped with one (1) RS232 communication port and one (1) Micro SD port for insertion of a Secure Digital (SD) card for non-volatile removable storage. It also has two (2) USB 3.0 ports for firmware upgrades.
May 6, 2025 BY
IN GE

Fanuc IC693CPU320 PACSystem RX3i Processor Module


The IC695CPU320 is a GE Fanuc / Emerson Automation controller module. The module is part of the PACSystems RX3i controller platform. The controller can be used for efficient control of industrial machines and processes. It enables high-speed data transfer through the Peripheral Component Interconnect (PCI) slot and supports serial backplanes for migrating 90-30 series I/O systems.

The IC695CPU320 has two (2) built-in communication ports that support RS232 and RS485 communication standards. These communication ports use the Ninety Series Protocol (SNP) slave mode to communicate with programming workstations, Human Machine Interfaces (HMI), Supervisory Control and Data Acquisition (SCADA) systems. The controller can be installed in the Rx695i 012-slot general purpose backplane, catalog number IC3CHS12. and the Rx695i 016-slot general purpose backplane, catalog number IC3CHS16.

The IC695CPU320 has an internal Celeron M processor with a processing speed of 1 GHz It contains 65 MB of user memory, the contents of which are retained by the Lithium Smart Battery Series 693-302 Auxiliary Battery Module, catalog numbers IC90ACC30 and IC695ACC302. respectively. In addition, it has 64 MB of non-volatile flash user memory. In addition, these user memories support the reassignment of custom-sized data and program memories. It supports up to 512 program blocks with a maximum individual block size of 128 KB.

The IC695CPU320 supports most 90-30 series PLC I/O modules. This feature provides flexibility and is especially useful and beneficial when upgrading a legacy 90-30 series to a modern PACSystems RX3i controller platform. This allows for a phased migration in which the controllers and logic of the existing 90-30 PLCs are migrated first, and then the I/O modules are migrated. firmware modifications are supported by the PACSystems RX3i.
May 6, 2025 BY
IN GE

Fanuc IC695MDL664 Positive Logic Input Module


The GE Fanuc IC695MDL664 module is an intelligent digital input module or positive logic input module.

GE Intelligent Platforms/GE Fanuc manufactures it as a member of the GE Fanuc RX3i product line.

The module is a 16-point module with field inputs rated at 24 VDC, and it divides the 16 inputs into 2 groups of 8 inputs each.

It has an input current of 12.2 mA and an input voltage range of 18 to 32 volts DC.

Power consumption is rated at 225 mA (5 Vdc) or 95 mA (3.3 Vdc). each of the 2 groups of 8 inputs is referenced to a common connection.

The IC695MDL664 module is compatible with spring-type or box-type front terminals.

The GE Fanuc IC695MDL664 module also features inputs that are perfectly matched to a wide range of input devices, including limit switches, electronic proximity switches, and push buttons.

Logic 1 is generated by the current at the input point in the input status table.The IC695MDL664 module requires user-supplied power to operate field devices.

The module has 16 LEDs, as well as S1 and S2 indicators to show whether field power is applied to each of the 2 groups.

The IC695MDL664 Intelligent Digital Module also logs “terminal missing” or “terminal added” messages to the input and output fault tables to indicate whether or not a terminal is present.

The module also logs “Terminal Lost” or “Terminal Added” messages into the input and output fault tables to indicate whether a terminal has been installed or removed. The module is flexible enough to be installed in any input and output slot of the RX3i PLC system.

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