Category: CTI

SIMPLY SEAMLESS

The CTI 2500 Series® Automation System

The 2500 Series® has a proud legacy as one of the world’s premier process control platforms and is

known for its capability, simplicity and reliability. CTI has modernized this legendary product line

with smart enhancements and rich features to create a complete automation solution that helps our

customers run their plants as safely, efficiently and seamlessly as possible.

The BLUE Platform

CTI 2500 Series® products are built on the BLUE PlatformTM — CTI’s seamless systems architecture.

Products built on the BLUE PlatformTM are engineered with a consistent design philosophy, a

common operating system and common communications protocols and interfaces. This approach

ensures interoperability between various components of the system as well as between various

product generations to deliver seamless operational communications and control and maximum

efficiency with minimum process downtime and greatly reduced engineering development time.

Whether you choose Classic, Compact or Slice, the seamless systems architecture of the BLUE

PlatformTM will ensure seamless integration and powerful process control.

OVERVIEW

The 2500 Series® Compact PAC System delivers all of

the performance and reliability of the 2500 Series®

Classic System in a significantly smaller form factor.

Featuring the same programming software and

instruction set, and the same communication, remote I/O

and data sharing protocols, the 2500 Series®

common architecture allows Compact System users to get up to

speed quickly using existing tools and diagnostics and to

integrate Compact Series products with other 2500

Series® products easily.

Small Package, Big Performance

The 2500 Series® Compact PAC system provides the

same functionality found in many larger systems, but in

a smaller form factor and at a lower cost. The 2500

Series® Compact PAC system is fully compatible with all

other 2500 Series®

products, ideal for mixing and

matching products from various product lines to best

meet application requirements.

Whether you’re building a machine or a new process

control system, the 2500 Series Compact® PAC System offers:

 Full-featured performance supporting up to 8192 I/O points

 Rugged metal industrial platform—no plastic

 Advanced functionality

 Hot swappable modules

 Multiple remote I/O network options

 Easy connection to other 2500 Series® products

 Software configuration of I/O modules from the PLC

FUTURE DEVELOPMENT

 Coprocessor modules providing high volume data

management and communication with major

industrial Ethernet protocols

 Support for redundancy in power supplies, remote

base controllers and CPUs

DESCRIPTION

The 2500C-8-IDO-24V Module outputs a wide range of

DC voltage signals. It is designed to provide 8 solid state

output circuits to switch on or off external devices such as

pilot lamps, motor starters or solenoids using an externally

supplied 24VDC. Front panel LEDs provide visual

indication for output and fuse status.

FEATURES

 Single wide module

 8 channels isolated channel to channel

 Each channel is individually fused

 Sourcing or sinking Outputs

 Channel On/Off Status Indication

 Blown fuse indication and reporting for each

channel

 Uses CTI’s 2500C-32F Connector

 Module supports hot swap

Description

The 2501 module provides an eight channel analog input and four channel analog output design in a compact, single-wide module to fit in the CTI 2500 SeriesTM or Simatic® 505 Series I/O base. It is useful in applications such as machine control, loop temperature control and weighing systems. The 2501 replaces Siemens® 505- 7012 and 505-7016 modules, except in applications which use the built-in scaling feature.

Features

• CTI 2500 SeriesTM or Simatic® 505 base format

• Fast 6 mSec update time for all channels

• Selectable input/output or input only operating mode

• Bipolar or unipolar inputs per channel

• Inputs: 1500VDC channel-to-PLC isolation

• Outputs:

• 1500V channel-to-channel isolation

• Voltage and current outputs available simultaneously

• Bipolar or unipolar outputs per channel

DESCRIPTION

The 2559-RTD is a high-speed 8-channel RTD input module designed for compatibility with the SIMATIC® 505 I/O base.

The Model 2559-RTD converts RTD input signals to Product Bulletin www.abb-drive.com proportional temperature values.

Features

SIMATIC® 505 basic format

1500V channel to PLC backplane isolation

Fast 2 ms update time per channel

Detects open circuits in RTD or field wiring

Compensates for wire resistance

Supports 0 – 100 mV input on any channel

Specification

Input Channels: 8 independently configurable RTD input channels

RTD Type: 100 Ω Platinum: (TCR = 0.003850. Ω/Ω/oC) (European DIN43760 standard)

Temperature range: -198oC to 849.8oC (-327.6oF to 1561.6oF)

120Ω Nickel: (TCR = 0.00672. Ω/Ω/oC)

Temperature Range: -79.8oC to 260.0oC (-111.6oF to 500.0oF)

(Other RTD types on special request) 10Ω Copper

Absolute temperature accuracy: +0.4oC (+0.8oF)

Millivolt Range: 0 to 103.04 millivolts

Millivolt Input Impedance: >10KΩ @ 60Hz >10KΩ @ 60Hz >1000MΩ @ DC

Absolute millivolt accuracy +0.5% full scale or +500µV

Wire Compensation: 20Ω per wire

RTD probe bias current: 250 µA (nominal)

Digital filter time constant: 0.3 seconds

Output Units: Celsius or Fahrenheit (all outputs are jumper selectable)

Repeatability: 0.05% full scale

Resolution: 0.025% full scale

Update Time: 2 milliseconds per channel

Common mode rejection >110db @ 60Hz (digital filtering disabled)

Normal mode rejection >145db @ 60Hz (digital filter enabled)

Input Protection

Input ESD protection: 20.000V

Over-range protection: 20 VDC input to common

Isolated 1500 VDC channel to PLC

Standard shipping configuration:

3-wire 100Ω platinum

Digital filtering enabled

Celsius

Connectors: Fixed 32-position terminal strip labeled 1-32 from top to bottom

Wire Gauge: 18-24 AWG 18-24 AWG

Backplane Power: 2.75W @ 5 VDC

Module Size Single Wide

Operating Temperature 0o to 60oC (32o to 140oF)

Storage Temperature: -40o to 85oC (-40o to 185oF)

Relative Humidity: 5% to 95% (non-condensing)

Agency approvals pending: UL, ULC, CE FM (Class 1 Division 2)

Shipping Weight: 1.5 lbs (0.68 kg)

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HE697RTM700B High-Speed Counter Module

1769-OF8C Analog Output Module

D1961SH45T Rectifier Diode Industrial Robot Accessories

1769-OF8C Analog Output Module

1769-PB4 Power Supply Module

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1B30035H01 Process Control Base

5X00419G01 Ethernet Link controller

2500-ADP1 Analogue Wiring Adapter for Series 500

Description of the 2500-ADP1

The 2500-ADP1 is a wiring adapter that converts 500 Series analogue field wiring from the basic format to the 40-pin connector used on CTI 2500 SeriesTM analogue input/output modules.

The 2500-ADP1 is a wiring adapter that converts the analogue field wiring of the 500 Series from the basic format to the 40-pin connector used on CTI 2500 SeriesTM analogue I/O modules.

Converts analogue field wiring from basic format to the 40-pin connector used on the CTI 2500 SeriesTM analogue I/O modules.

This allows for quick upgrades of existing 500 Series systems www.abb-drive.com to the newer, more suitable 2500 SeriesTM.

Features

The 2500-ADP1 cable allows for the following conversions

field wiring:

– 500-5037A 8-channel analogue input connector to CTI 2558 8-channel analogue input 40F connector.

– 500-5047A 8-channel analogue output connector to CTI 2562 8-channel analogue output 40F connector.

Instructions

Method A – Installing a New Module into an Existing 500 Series I/O Adapter

Chassis

1. Disconnect power to the Series 500 chassis

2. Remove the 500-5037A/47A to be upgraded.

3. Install the 2500-IADP into the slot where the 500 module was removed.

4. Configure the 2558/2562 to match the 500 module to be replaced .

5. Install the 2558/2562 into the 2500-IADP .

6. Connect the edge card connector of the 2500-ADP1 to the existing 5037A / 5047A field wiring connector.

(The screen label on the 2500-ADP1 indicates a 5037A / 5047A field wiring connector).

Connect the edge card connector of the 2500-ADP1 to the existing 5037A / 5047A field wiring connector.

(The screen label on the edge card connector shows pin 1 and pin A.)

7. Remove any 250 ohm resistors that may be installed in the 5037A / 5047A field wiring connector. 2558 / 2562 do not require these resistors.

8. Connect the 40F connector to the 2558/2562.

9. Restore power to the rack.

Method B – Installing a New Module into a New 2500 SeriesTM Base

1. Disconnect power to the 500 Series chassis.

2. Remove the 500-5037A/47A to be upgraded.

3. Configure the 2558/2562 to match the 500 module to be replaced.

4. Install the 2558/2562 into the 2500 SeriesTM base.

5. Connect the edge card connector of the 2500-ADP1 to the existing 5037A / 5047A field wiring connector (The screen label on the edge card connector shows pin 1 and pin A.)

6. remove any 250 ohm resistors that may be installed in the 5037A / 5047A field wiring connector. 2558 / 2562 do not require these resistors.

7. Connect the 40F connector to the 2558 / 2562.

8. Restore power to the rack.