Category: CTI

The 2500-PADP is a Power Supply Adapter that enables the use of CTI 2500

Series® power supplies within legacy Texas Instruments Series 500 I/O bases.

This adapter offers a seamless upgrade path, allowing you to modernize your

Series 500 system without a complete system replacement.

You can immediately replace failed Series 500 power supplies with reliable

and compatible CTI 2500 Series® replacements. Subsequently, when budget

and/or time permits, you can then transition to a full CTI 2500 Series® system

without losing your initial investment in the replaced power supplies.

Features

• Series 500 base format

• Provides mechanical and electrical adaptation of CTI 2500 Series® power

supplies to operate in a Series 500 base

• Allows replacement of failed Series 500 power supplies with inexpensive and

widely available CTI 2500 Series® modules

• Allows you to plan system upgrade according to your budget

• Preserves your investment in replacement modules

Files & Documents

• Product Bulletin

• Guide to Upgrading TI560/565 to CTI 2500 Series® System

• Guide to Upgrading TI520C& 530T to CTI 2500 Series® System

The 2500-IADP is an I/O Adapter that enables the use of CTI 2500 Series®

I/O modules within legacy Texas Instruments Series 500 I/O bases.

This adapter offers a seamless upgrade path, allowing you to modernize

your Series 500 system without a complete system replacement. 

You can immediately replace failed Series 500 I/O modules with reliable

CTI 2500 Series® modules. When budget and/or time permits, you can

then transition to a full CTI 2500 Series® system without losing your initial

investment in the replaced I/O modules.

Features

• Series 500 base format

• Provides mechanical and electrical adaptation of CTI 2500 Series®

I/O modules to operate in a Series 500 base

• Compatible with all CTI 2500 Series® discrete and analog

• Allows replacement of failed Series 500 I/O modules with inexpensive

and widely available CTI 2500 Series® modules

• Allows you to plan system upgrade according to your budget

• Preserves your investment in replacement modules

Files & Documents

• Product Bulletin

• Installing the 2500-IADP

• Guide to Upgrading TI560/565 to CTI 2500 Series® System

• Guide to Upgrading TI520C& 530T to CTI 2500 Series® System

Active Technical Advisories

• Using 2500-IADP with 2572 Ethernet Adapter (November 22. 2006) 

Series 500 System Support Products

• Upgrade at your own pace: Convert your aging Series 500 system

to the modern CTI 2500 Series on your own timeline

• Reduce installation time: our wiring adapter products simplify the

conversion of your existing wiring, saving you significant time and

labor

• Minimize risk and cost: This is the most cost-effective and low-risk

solution for modernizing your system

Series Overview

Upgrade your legacy Texas Instruments Series 500 system with our

Series 500 System Support Products. These products allow you to

seamlessly integrate CTI 2500 Series® products into your existing

Series 500 I/O bases, providing a convenient and flexible upgrade

path.

Instead of a costly, complete system overhaul, you can simply replace

failed 500 Series I/O modules with reliable CTI 2500 Series® modules.

This phased approach allows you to upgrade at your own pace and

budget. What’s more, your investment is protected: when you are

ready for a full system replacement with the CTI 2500 Series®, the

modules you’ve already purchased will be part of the new system.

Also included are wiring adapter products to allow you to easily convert

old wiring to new formats.

The 2500C-8-AO is designed for CTI’s 2500 Series® Compact I/O System.

The module provides 8 outputs that can be configured for voltage or current

signals on a channel by channel basis.

Features

• 8 analog outputs

• Output ranges 0-5V, 0-10V, 0-20mA, +/-5V, +/-10V, +/-20mA

• 7 Segment Display for Module Status indication

• No user calibration

• Software Configurable Range Selection

• Uses 2500C-32F removable wiring connector

Files & Documents

Product Bulletin

Manuals

User Manual

The 2500C-8-AI is designed for CTI’s 2500 Series® Compact I/O System. 

The module provides 8 analog inputs that can be configured for voltage

or current signals on a channel by channel basis.

Features

• 8 analog inputs

• Input ranges 0-5V, 0-10V, 0-20mA, +/-5V, +/-10V, +/-20mA

• 7 Segment Display for Module Status indication

• No user calibration

• Software Configurable Range Selection

• Uses 2500C-32F removable wiring connector

• 2500C-8-AI 8 Analog Inputs

Files & Documents

• Product Bulletin

Manuals

• User Manual

Our new family of Janus PACs will bring completely new capabilities to

the CTI 2500 Series® System. Designed to work seamlessly with existing

Siemens/TI 505® and CTI 2500 Series® Systems as well as to look to

the future with state-of-the-art programming, protocols, and capabilities,

including direct access to the Industrial Internet of Things (IIoT) using

MQTT, these PACs are very fast, agile and optimized for quick, easy and

cost-effective communications.

Our new Janus PAC includes integrated drivers to a wide variety of

protocols, allowing communications with best-in-class I/O, drives,

and HMI/SCADA no matter the manufacturer.

It also utilizes CTI’s budget- and user-friendly new Janus Workbench

Software programming package that includes all IEC programming

languages. Initially available in our Classic size, this family now includes

fully featured Compact versions as well.

Features

• Up to 10x execution speed compared to current 2500 Series CPUs

• Programming is done using CTI’s Janus Workbench Software development

package which includes all IEC-61131 languages (SFC, FBD, LD, ST and IL)

• Built-in Remote I/O interface with support for all existing 2500 Series

discrete and analog modules

• External SD card for user backup and file transfer while in RUN mode

• Four Ethernet ports with internal switch that supports simultaneous

connection to four different Ethernet networks

• Embedded HMI function to easily create and view graphics screens for

local operator interface directly from the PLC

• Extensive built-in communications capabilities:

• Optimized peer-to-peer communications with all CTI CPUs and the ACP1

• CAMP server for HMI/SCADA access

• CAMP client for communicating with CTI 2572/2572-x and Cxxx processors

• Open Modbus client and server

• EtherNet/IP Scanner/Adapter/Tag Client/Server

• MQTT client for direct access to the IIoT

• OPC-UA server

• Profinet controller and device (future)

Application Notes

• Capturing Diagnostic Information on CTI 2500 Series CPUs (YouTube Video)

• Redundancy and Backup Solutions (MS-Powerpoint)

• Understanding CIDR Notation Used for IP Address Display on 2500 Series® Processors

• Connecting CTI 2500 Series® Processors to Siemens® COROS® OP/TP HMI

Units using Profibus – Driver Files & Documentation 

• Providing Diagnostic Data for Support on CTI 2500 Series® Processors and Coprocessors

• What causes a CPU to go into Fatal Error and how do I recover?

• Adding Serial Ports to 2500 Series® Processors using GridConnect NET232 Adapter

• Configuration of Serial Ports on CTI 2500 Series® and Simatic® 545/555 Processors

• Identifying Hardware Revision Level on 2500 Series® Processors

• Accessing Memory Above 1856K on 2500-C400 Processors using APT®

• Optimizing Performance Using the 2500 Series® Processor

• Connecting to a 2500 Series® Processors using PLC Workshop

• 2500 Series® Redundancy Options

• Guide to Upgrading TI560/565 to CTI 2500 Series® System

• Guide to Upgrading TI520C& 530T to CTI 2500 Series® System

• Recovering the Event Log from a CTI 2500 Series® Processor

• 2500 Series Processor V6.02 Firmware Enhancements

• Using the Port Lockout Feature on 2500 Series® Processor to prevent simultaneous program edits

• CPU Redundancy with 2541 and 2500P-ACP1/JACP (pdf application note)

• Setting Up S7-1500 as a Profibus-DP Slave on CTI 2500 Series® Processors

• CPU Redundancy with 2541 and 2500P-ACP1/JACP (sample program files for CPU, 2541. ACP1/JACP)

• Setting Up S7-1500 as a Profibus-DP Slave on CTI 2500 Series® Processors- Sample Files

• Recovering Diagnostic Data from a CTI 2500 Series® Processor

• E89 Error on 2500-Cxxx Family Processors

• PID Loop Bumpless Transfer with CTI and Simatic/TI PLCs

The 2500-C400 CPU provides discrete, analog, loop, advanced mathematical,

and high-speed sequential control capability for your CTI 2500 Series® or

Simatic® 505 control system

Features

• Replaces Siemens® 555-1102. 555-1104. 555-1106 with no rewiring

• 3072K user memory

• 8192 digital / 8192 analog I/O

• 512 loops / 512 alarms

• Built-in Ethernet for MMI and programming

• Built-in USB for programming

• Profibus-DP master and RS485 Remote I/O ports

• Built-in SD flash card slot for firmware update

Application Notes

• Capturing Diagnostic Information on CTI 2500 Series CPUs (YouTube Video)

• Redundancy and Backup Solutions (MS-Powerpoint)

• Understanding CIDR Notation Used for IP Address Display on 2500 Series® Processors

• Connecting CTI 2500 Series® Processors to Siemens® COROS® OP/TP HMI Units

using Profibus – Driver Files & Documentation 

• Providing Diagnostic Data for Support on CTI 2500 Series® Processors and Coprocessors

• What causes a CPU to go into Fatal Error and how do I recover?

• Adding Serial Ports to 2500 Series® Processors using GridConnect NET232 Adapter

• Configuration of Serial Ports on CTI 2500 Series® and Simatic® 545/555 Processors

• Identifying Hardware Revision Level on 2500 Series® Processors

• Accessing Memory Above 1856K on 2500-C400 Processors using APT®

• Optimizing Performance Using the 2500 Series® Processor

• Connecting to a 2500 Series® Processors using PLC Workshop

• 2500 Series® Redundancy Options

• Guide to Upgrading TI560/565 to CTI 2500 Series® System

• Guide to Upgrading TI520C& 530T to CTI 2500 Series® System

• Recovering the Event Log from a CTI 2500 Series® Processor

• 2500 Series Processor V6.02 Firmware Enhancements

• Using the Port Lockout Feature on 2500 Series® Processor to prevent simultaneous program edits

• CPU Redundancy with 2541 and 2500P-ACP1/JACP (pdf application note)

• Setting Up S7-1500 as a Profibus-DP Slave on CTI 2500 Series® Processors

• CPU Redundancy with 2541 and 2500P-ACP1/JACP (sample program files for CPU, 2541. ACP1/JACP)

• Setting Up S7-1500 as a Profibus-DP Slave on CTI 2500 Series® Processors- Sample Files

• Recovering Diagnostic Data from a CTI 2500 Series® Processor

• E89 Error on 2500-Cxxx Family Processors

• PID Loop Bumpless Transfer with CTI and Simatic/TI PLCs