Category: CTI

The 2500-C300 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® 555-1101. 555-1103. 555-1105 with no rewiring

• 512K user memory

• 8192 digital / 8192 analog I/O

• 512 loops / 512 alarms

• Built-in Ethernet for programming and MMI

• 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

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

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

• 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

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

• E89 Error on 2500-Cxxx Family Processors

• Recovering Diagnostic Data from a CTI 2500 Series® Processor

The 2500-C200 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® 545-1101. 545-1102. 545-1104. 545-1106 with no rewiring

• 256K user memory

• 2048 digital / 1024 analog I/O

• 64 loops / 128 alarms

• Built-in Ethernet for programming and MMI

• Built-in USB for programming

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

• Built-in SD flash card slot forfirmware 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

The 2500-C100 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® 545-1103 and 545-1105 with no rewiring

• Note that if the Siemens® processor includes a Profibus-DP annex card,

then 2500-C200 must be used

• 128K user memory

• 1024 digital / 1024 analog I/O

• 16 loops / 32 alarms

• Built-in Ethernet for programming and MMI

• Built-in USB for programming

• Built-in SD flash card slot for firmware update

Description

The 2553-A 2-Channel Mag Meter Input Module rapidly measures the frequency

of a magnetic pulse tachometer with high resolution. It is designed to be compatible

with the CTI 2500 SeriesTM or Simatic® 505 I/O base in local, remote I/O,

and Profibus configurations.

Fast update time and high accuracy across the full frequency specification make the

2553-A ideal for gas turbine speed mea- surement applications.

Features

• Reflex counter

• N-tooth mode counting

• 1500 VDC isolation channel-to-channel

• 1500 VDC isolation channel-to-backplane

• Reports measurement in frequency or period

Specifications

Channels: 2 Isolated Mag Meter Inputs

Input Voltage Range: 140 mV to 50 VRMS (differential input into 10 KΩ)

200 mV to 70 V Peak

Input Frequency Range: 78 Hz to 65 KHz

Frequency Roll-Off : 3 dB at 20 KHz

6 dB per octave

Input Protection: 50 VRMS continuous 20.000 Volts ESD

Digital Filtering: User-selectable (50 mS Time Constant)

Update Time: 7 mSec for all channels

Accuracy: ±1 Hz

Isolation: 1500 VDC channel-to-channel

1500 VDC channel-to-PLC

Connector: Removable

Wire Gauge: 12 -26 AWG

Backplane Power: 2.5 Watts @ +5 VDC

Module Size: Single-wide

Shipping Weight: 1.5 lbs (0.68 Kg)

Additional Product Information:

On CTI’s Website you find will links to the 2500 Series Std Environmental Specifications

and the UL Agency Certificates of Compliance .

Description

The 2559-TC is a high-speed 8-point thermocouple

input module designed to translate

millivolt level signals from the thermocouple

element into a scaled temperature value in a CTI

2500 Series or Simatic® 505 I/O base.

Features

• CTI 2500 Series or Simatic® 505 base format

• Replaces Siemens® 505-7028 with no rewiring

• 1500V channel-to-PLC backplane isolation

• Fast 9 mSec update time all channels

• Microprocessor self-diagnostics

• Supports J, K, T, E, R, S, & N thermocouples and millivolt inputs

• No CJC calibration needed

Specifications

Inputs per module: 8

Thermocouple types: J, K, T, E, R, S, N, and mV

Isolation: 1500 VDC channel-to-backplane

Input overrange protection:

30 VDC or VAC continuous

120 VAC for 10 Sec

Measurement ranges:

J: -210oC to 760oC (-350oF to 1400oF)

K: -270oC to 1372oC (-450oF to 2500oF)

T: -270oC to 400oC (-454oF to 752oF)

E: -270oC to 1000oC (-454oF to 1832oF)

R: 0oC to 1768oC (32oF to 3214oF)

S: 0oC to 1768oC (32oF to 3214oF)

N: -260oC to 1300oC (-436oF to 2372oF)

mV: -55 to +55mV

Millivolt input impedance:

4.4MΩ DC, >10KΩ @60 Hz

Open Thermocouple Detect: less than 1 Sec

Data presentation:

With scaling enabled = 0 – 32000 (temp.)

-32000 to +32000 (mV)

With scaling disabled = oC or oF x10 (temp.)

-10000 to +10000 (mV)

Measurement units: Degrees C or F

selectable by module

Digital Filtering Time Constant: 80 mSec

Update time:

9 mSec all channels

Repeatability: +/-1oC, +/-2oF for all

thermocouple types

Accuracy: Types

J: +/-1oC from 0oC to 60oC

K: +/-1oC from 0oC to 60oC

T: +/-1oC from 0oC to 60oC

E: +/-1oC from 0oC to 60oC

R: +/-2oC from 0oC to 60oC*

S: +/-2oC from 0oC to 60oC*

N: +/-1oC from 0oC to 60oC

mV: +/-0.5% full scale or +/- 500μV

ADC Resolution: 16 bits

Common Mode Rejection: >110 db @ 60 Hz

Normal Mode Rejection:

>60 db @ 60 Hz, >50 db @ 50 Hz

Connector: Removable

Wire Gauge: 14-22 AWG

Backplane Power: 1.0 Watt (maximum)

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, Class 1-Div. 2. CE

Shipping Weight: 1.5 lb. (0.68 Kg)

Specifications

Input Channels: 8 RTD input channel, independently isolated and configurable

RTD Types:

ΩTCR = 0.003850. Ω/Ω/°C

European DIN 43760

-198 °C to 849.8 °C (-327.6°F to 1561.6°F)

Ω TCR = 0.00672. Ω/Ω/oC

Temperature Range: -79.8°C to 260.0°C (-111.6°F to 500.0°F)

Other RTD types by special request: 0Ω Cu

Absolute Temp Accuracy: +0.4°C (+0.8°F)

Millivolt Range: 0 to 103.04 Millivolts

Millivolt Input Impedance: >10KΩ @ 60Hz

Absolute Millivolt Accuracy: +0.5% full scale or +500μV

Lead Compensation: 20Ω per lead wire

Bias Current to RTD Probe: 250 microamps

Digital Filtering Time Constant: 0.3 Sec

Output Units: Degrees C or F

Repeatability: 0.05% full scale

Resolution: 0.025% full scale

Update Time: 2msec per channel

Common Mode Rejection: >110db @ 60Hz (digital filtering disabled)

Normal Mode Rejection: >145db @ 60Hz (digital filtering enabled)

Input ESD Protection: 20.000V

Overrange Protection: 20 VDC input to common

Isolation: 1500V channel-to-channel

1500 VDC channel-to-PLC

Connector: Fixed 32 position terminal strip

Wire Gauge: 18-24 AWG

Backplane Power: 2.75W @ 5 VDC

Module Size: Single-wide

Shipping Weight: 1.5 lb. (0.68 Kg)

Description

The2552-A is a high-speed 8-channel isolated RTD input module designed to be

compatible with the CTI 2500 Series® or Simatic® 505 I/O base in local, remote I/O,

and Profibus configurations. The 2552-A translates RTD input signals into a scaled

temperature value.

Features

CTI 2500 Series® or Simatic® 505 base format

1500V channel-to-channel isolation

1500V channel-to-PLC backplane isolation

Fast 2msec update time per channel

Detects open in RTD or field wiring

Compensates for lead wire resistance

Supports 0 – 100 millivolt inputs on anychannel

Additional Product Information:

On CTI’s Website you will find links to the 2500 Series Standard Environmental Specifications

and the UL Agency Certificates of Compliance.