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CTI 2585 Word and Discrete Mode

Word and Discrete Mode

The 2585 may operate as a 16 Bit Word Input Module or as a 16 Dis

crete Input Module. By setting JP1 in Word Mode and using Workshop

to configure I/O the 2585 will look like a standard WX input module; for

example WX1-WX8.

NOTE: The 2585 will be mapped as the first WX address (i.e. WX1). In

Word Mode Channel 1 corresponds to bit 16 or LSB and Channel 16

corresponds to Bit 1 or MSB.

Note:

If the address line is blank or erroneous, re

check the module to ensure that it is firmly

seated in the slots. Generate the PLC I/O

configuration chart again. If the address

line is still incorrect, contact your local dis

tributor or CTI at 1-800-537-8398 for fur

ther assistance.

Changing Operating Modes

Any time the operating mode of the 2585 is

changed with JP1. the module must be con

figured in the PLC. Failure to do so may

cause unpredictable operation due to the

fact that the PLC uses different methods of

addressing discrete modules from word

modules.

CTI 2585 16-point TTL Input Module

Description

The 2585 16-Point TTL Input Module accepts sixteen

TTL driven inputs to the CTI 2500 SeriesTM or

Simatic® 505 Series I/O base. The inputs are

isolated channel-to-channel.

The 2585 has an input voltage range from 2.6 to 28

VDC; therefore, the inputs may be driven by CMOS

and open collector transistor devices.

Features

• CTI 2500 Series and Simatic 505 base format

• 500 V channel-to-channel isolation

• 1500 V channel-to-PLC backplane isolation

Specifications

Inputs per module: 16

Isolation:

500 VDC channel-to-channel

1500 VDC channel-to-backplane

Input Voltage:

2.6 to 28 VDC

TTL OFF <0.8 VDC TTL ON > 2.6 VDC

1500 VDC channel-to-backplane

Input Current:

20 mA max. per circuit (0.5 mA @ 2.6 VDC)

Isolation:1500 VDC channel-to-backplane

Turn ON Time: Approx. 1 mSec nominal

Turn OFF Time: Approx. 2 mSec nominal PLC

Reporting:  X or WX (jumper selectable)

Wire gauge: 14-22 AWG removable connectors

Backplane power: 1.4 Watts (all outputs active)

Module size: Single-wide

Blown fuse indication: Front panel LED

Shipping Weight: 1.5 lb. (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 .

CTI 2576 DeviceNet™ Scanner Module

Product Summary

The 2576 DeviceNet Scanner is a SIMATIC® 505

module that enables the PLC to access devices on a

DeviceNet network. The 2576 module writes data

supplied by the PLC to DeviceNet devices and obtains

data from these devices and presents it to the PLC as

standard I/O.

Since DeviceNet data appears to the PLC as standard

data types, no special PLC programming techniques are

required to access the DeviceNet devices. Using a CTI

supplied configuration program, the user can specify

how device data will appear to the PLC. Inputs from

the device may be mapped to X, WX, or V memory

locations. Outputs to the device may be mapped to Y,

WY, or V memory locations.

To maximize performance and provide maximum

flexibility, the 2576 logs into the PLC as two I/O slots –

a high-density I/O slot and a special function slot. The

high-density I/O interface provides 32 discrete-in (X),

32 discrete-out (Y), 32 word-in (WX) and 32 word-out

(WY) data points.  The Special Function interface can

transfer up to 480 words per PLC scan. It can also be

used by the PLC to send special commands to the module.

The module DeviceNet port can operate at baud rates

up to 500Kb.  A serial port provides a means to

download configuration record and software updates.

The front panel includes a complete set of LEDs that

display module and DeviceNet status.  The module also

includes a DeviceNet power tap, which allows the user

to connect a power supply to the network.

CTI 2576 allows a 2500 Series® PLC to read I/O devices on a DeviceNet™ network

The 2576 allows a 2500 Series® PLC to read I/O devices on a DeviceNet™ network.

The module provides one DeviceNet™ channel which can attach up to 63 network

devices. Multiple modules can coexist in the same I/O chassis.

Features

• DeviceNet™ points appear as a standard PLC I/O

• RS-232 serial port enables configuration of module and network devices

• Front panel LEDs allow monitoring of module and network devices

• Built-in power tap can be used to power DeviceNet™ network

Files & Documents

• Product Maturity Announcement

• Product Bulletin

Manuals

• User Manual V1.2

Application Notes

• Getting Started with the 2576 DeviceNet Scanner and Cutler-Hammer Motor Starters

Alfa Laval PureBallast 3 Ultra Minimized power consumption

Superior Performance in any waters and challenging

conditions

PureBallast 3 Ultra offers unmatched biological disinfection

performance in any type of water: fresh, brackish or marine.

This includes liquid water at sub-zero temperatures. When

operating in IMO-regulated areas with brackish or marine

water, it maintains full flow where the UV transmittance is as

low as 42%.

In addition, PureBallast 3 Ultra is prepared for challenging

water with high sediment levels. An upgraded filter design with

a faster gear motor improves the backflushing efficiency,

which significantly reduces the risk of filter clogging.

Minimized power consumption

An expanded range of UV reactor sizes ensures a close

match between PureBallast 3 Ultra and the ballast pump

capacity. For certain flows, this reduces power needs by up to

19% over previous systems.

In all configurations, automatic power management minimizes

the energy consumption. With this feature, PureBallast 3 Ultra

runs at just 50% of its potential operating power in many

situations. Yet it can ramp up to full power to maintain flow in

challenging waters. By supporting higher flow rates,

PureBallast 3 Ultra uses less energy than competing systems

in relation to the ballast water volume.

Alfa Laval PureBallast 3 Ultra can be used in all water types – fresh,brackish or marine

Application

PureBallast 3 Ultra is a modular, inline system for the

biological disinfection of ballast water. Using PureBallast 3

technology that has been type approved by IMO and the U.S.

Coast Guard (USCG), it removes organisms in accordance

with set limits.

PureBallast 3 Ultra can be used in all water types – fresh,

brackish or marine. With its enhanced UV treatment, it also

provides unmatched disinfection performance in low-clarity

water. Moreover, its upgraded filter design provides greater

protection against clogging.

PureBallast 3 Ultra uses the same treatment technology as

type-approved PureBallast 3 systems. Updated type

approvals are in progress due to the new configurations.

Benefits

• Superior Performance in any waters and challenging

conditions

• Minimized power consumption

• Easy installation with minimized footprint

• Delivered Connectivity-ready

• Designed and supported for the whole vessel lifetime

Alfa Laval PureBallast 3 Ultra is designed for enduring performance

Easy installation with minimized footprint

The major components of PureBallast 3 Ultra are installed

inline, with the filter and UV reactor(s) incorporated into the

ballast water piping. System layout is simplified by the smaller

design of the upgraded filter, as well by the integration of the

Cleaning-In-Place (CIP) unit and pressure monitoring device

into the UV reactor module. These factors minimize system

footprint, reduce piping work and maximize installation

flexibility for the shipyard.

Delivered Connectivity-ready

To simplify connectivity, the PureBallast 3 Ultra scope of

supply includes a built-in field gateway. The system is

delivered ready to take advantage of Alfa Laval PureBallast

Connect, a secure digital service portal that provides remote

access to system information – anytime, anywhere. Available

on a subscription basis, PureBallast Connect offers ways to

maximize uptime, reduce workload and optimize fleet-wide.

Designed and supported for the whole vessel lifetime

PureBallast 3 Ultra is designed for enduring performance. The

filter and UV reactor(s) are made with best-in-class materials

and built to last the whole vessel lifetime. Features such as

electric actuators on the main valves, which minimize the risk

of pressure waves, secure system reliability.

Our robust design principles enables us to provide a

sustainable supply chain for the entire vessel lifetime.

Adding to the peace of mind are Alfa Laval’s skills, resources

and global service network. We provide shipyards with close

local support, and we deliver parts and optimization

throughout the system lifetime – wherever the vessel sails. Alfa

Laval is a partner to rely on, always.

Alfa Laval PureBallast 3 Ultra

Introduction

Alfa Laval PureBallast 3 Ultra is the latest ballast water

management system built on proven PureBallast 3

technology. Offering increased performance in challenging

waters and even easier installation, it can be configured for

ballast water flows of 42–3000 m3/h, as well as Ex

requirements.

PureBallast 3 Ultra treats ballast water without chemicals,

combining high-performance filtration with enhanced UV

treatment. In the UV reactor(s), specially designed synthetic

quartz lamp sleeves transmit an extended wavelength

spectrum that provides more UV light. Together with the

internal reactor design, this ensures optimal UV dosage with

very low energy consumption. An expanded range of reactor

sizes further reduces power needs in specific configurations.

Alfa Laval Aalborg OM-TCi Oil-fired steam boiler

Aalborg OM-TCi sets the new standard for fuel economy

in marine boilers. The high efficiency means less fuel consumption,

thereby lower operating cost for the ship owner

and reduced emissions to our environment. Aalborg OM-TCi

is a vertical oilfired boiler with a large furnace and an

enhanced convection part. The standard boiler can be fired

with various fuel oils.

Aalborg OM-TCi is a vertical cylindrical steam boiler in the

capacity range of 8.000 – 20.000 kg/h. It has been developed

based on our well-proven technology and long experience.

The best features of the well-known Aalborg CHB (formerly

UNEX™ CHB) and Aalborg OM (formerly MISSION™ OM)

boilers have been incorporated into the new boiler design.

Furnace

Aalborg OM-TCi consists of a large furnace with gas-tight

membrane walls. A sufficient number of downcomers ensures

safe natural circulation, and adequate furnace dimensioning

guarantees good combustion, moderate loading and low

material stresses.

Convection part

The cylindrical shell surrounds the smoke tubes. These

smoke tubes have enhanced heat transfer features

guaranteeing low exhaust gas temperature and thus high

efficiency.

Burner

The standard boiler can be delivered with an Alfa Laval burner

with fully automatic operation and control. The burner is designed

for a high turndown ratio with complete combustion at low

oxygen levels. Alfa Laval’s Aalborg KB rotary cup burner or

Aalborg KBSA steam atomizing burners are offered based on

application or customer preference.

Control system

The burner and boiler can be monitored and regulated by Alfa

Laval’s own panels such as Aalborg Control, Aalborg Control

Touch or the self-diagnostic Aalborg Steam Pilot safety andcontrol

systems.

Alfa Laval Aalborg OC Control system

Control system

The reliable and userfriendly microprocessor based Aalborg

control system facilitates the operation and control of the

Aalborg OC boiler. The control system provides fully automatic

operation of the boiler plant and the pressure jet

burner. The Aalborg control system includes burner load and

sequence controls, water level and safety device, burner

motor and fuel heater starter, and starter for fuel oil pumps.

Silencer

The composite boiler can be supplied with a compact silencer

to suit any type of diesel engine. The silencer is based on

well-proven technology. The optimum silencer dimensions are

unique for each installation and calculated on the following

basis:

• Engine type

• Exhaust gas amount and temperature at 100% engine load

• Required level of silencing

• Exhaust gas system dimensions

Customer benefits for shipyards and owners

Aalborg OC is designed to meet the ever increasing demands

for rational and cost effective shipbuilding – in every phase of

the project.

Virtually no on-site assembling

Aalborg OC can be delivered fully assembled.

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