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Features and benefits

Plug & Play installation

Upgrading the complete control system is easy, and

installation  cost-effective. No welding is required and there

is no need to replace the existing:

• Alfa Laval steam, hot water, thermal oil or electric heater

• Steam control valve or power unit cabinet (if electric heater)

• Starter cabinet

• Cables and piping

Easy operation and maintenance

EPC 60 Retrofit enables the introduction of PLC-based

functionality , which meets marine standards for PLC systems

as well as Alfa Laval’s more stringent requirements. An

intuitive  menu makes navigation, accessing information about

parameters and alarms and changing parameter values easy

because all data is displayed in clear text. This eliminates the

complicated alarm codes and parameter numbers displayed

by older control systems thereby preventing human error and

ensuring safer operation and higher separation performance.

The monitor device switches the power supply of the

SRAM from the standard 5V to the battery if the 5V supply

drops below the battery monitor device threshold level.

Any active access to the SRAM at this point is executed

correctly within 1.5µs. After this time any further accesses

to the SRAM are not possible.

A miniature DIP switch allows the selection of the battery

backup source either from the on board lithium cell or from

an external battery via the P14 I/O connector.

The TPMC917-10R provides four RS232 channels. Each

channel has a programmable baud rate up to 115.2Kbaud.

The 4 channel UART provides a 64Byte transmit FIFO and

a 64Byte receive FIFO for each channel to significantly

reduce the overhead required to provide data to and get

data from the transmitter and the receiver. The FIFO

trigger levels are programmable. The channels are ESD

protected up to +/-15kV according to the human body

model and IEC1000-4-2.

The KeSafe C5. a modular safety solution consisting of hard

ware and software, was developed for the optimal realizati

on of safety applications in serial machines and plant engi

neering. The pioneer of the KeSafe C5 safety system is the

SCP 501 CPU module with a high number of onboard I/Os,

open architecture, and compact size, perfectly designed to

execute complex safety applications, process safe sensor

signals, and control safe actuators.

Sophisticated solution for hybrid output control

KEBA hardware-based approach for controlling safe outputs

via the functional controller results in excellent repeat accura

cy and cost saving potential. The hybrid output control offers

the possibility to control the outputs both from the safety ap

plication and the functional control (AND logic).

Semi-automatable safety application development

KeStudio SafeEditNG software, specially developed for the

KeSafe C5 range, is a user-friendly drag-and-drop enginee

ring tool for implementing and diagnosis of safety applications.

Characterized by a high level of automation in the configura

tion of safety applications, it features, among others:

//  Flexible assignment of physical hardware to virtual application I/Os

//  Export, adaption and import of safety applications on AML-based data files

//  Adaption of safety application configurations via customer engineering tools (SAP, E-Plan, etc.)

//  Lower verification efforts thanks to user-defined checks ums, 

allowing flexible assignment of application data to checksums.

Compatible with non-DeltaV Switches

The DeltaV Smart Switch also can be installed in a new system

mixed with the currently supported and shipping Cisco or

Hirschmann switches.

Please read DeltaV Books-on-line for important information

when retrofiting into existing DeltaV networks, especially in

systems with existing 3COM switches or media converters.

Fiberoptic connections on DeltaV Smart Switches are non

configurable and communicate only at 100Mbps on the DeltaV

ACN or 1Gbps switch-to-switch at full duplex.

Installing DeltaV Smart Switches into systems with existing

fiberoptic devices that are not set to 100/1000Mbps full duplex

will cause communications disruptions in the network.

Use outside of the DeltaV Control Network

The DeltaV Smart Switches is supported only as an unmanaged

switch if installed in networks outside of the DeltaV control

network, the DeltaV 2.5 network between the DeltaV

workstations and the perimeter firewall (such as the Emerson

Smart Firewall), or other DeltaV networks external to the DeltaV

control network. The switch will only accept a management

port network address from the DeltaV Network Device

Command Center and the switch can only be used where this

application is able to access the switch.

The DeltaV Smart Switches is not available for use as a managed

switch in the DeltaV InterZone network as the DeltaV Network

Device Command Center cannot access the switch if located on this network.

The advantages to you:

High precision

Due to the narrow spectral width of the laser beam and the narrow scan window, only the absorption by

the target gas component is measured. Consequently, high selectivity and accuracy are achieved and the

measurement is virtually cross-interference free.

Suitable for harsh process conditions

LS4000 applies a non-contact, optical technique, which allows the measurement of corrosive, toxic and

hazardous gas streams directly in the process. The laser analyzer is suitable for measurements at elevated

temperatures up to 1500 °C (2732 °F) and pressures up to 20 bar (290 psi).

The influence of temperature and pressure variations is eliminated by automatic dynamic correction.

Fast and direct

A sampling and conditioning system is unnecessary since the instrument is directly installed on the

process (in situ).

This results in a typical response time of 2 seconds, providing better loop control and faster detection of

critical conditions.

The in situ laser analyzer is ideally suited for process optimization and safety measurements.

Safe, compact and easy

− No purging for installations in hazardous areas – the analyzer includes flameproof housing (Ex-d) with

international certifications

− No nitrogen purging of the analyzer housing for O2 measurement

− Insensitive to vibrations through compact and lightweight design

− Ease of maintenance

AN-X2 Modes of Operation

There are two AN-X2 modes of operation:

• Maintenance mode. The AN-X2 runs the maintenance firmware at startup. It

performs diagnostics (memory tests, etc), copies any changes from the microSD card.

If there are no errors, it starts the AN-X2 in production mode.

• Production mode. This is the normal runtime mode of operation.

Prevent Electrostatic Discharge

The module is sensitive to electrostatic discharge.

WARNING!

Electrostatic discharge can damage integrated circuits or

semiconductors. Follow these guidelines when you handle the module:

• Touch a grounded object to discharge static potential

• Do not touch the connector pins

Features and Benefits

• Dual-axis modules

• 200V and 400V class motor support

• Virtual torque sensor functionality to detect anomalies and provide analytics

• Command notch filter reduces load oscillation in applications without a load sensor

• Reduced wiring with single cable technology

• Tuning-less commissioning for most axes

• Best-in-class power density reduces cabinet space requirements up to 67%

• Innovative snapfit bus system

• CIP energy support to monitor energy data

• Large power range 1.6 to 112 kW

• Servo and induction motor control

• Wide range of feedback types supported

• Dual Ethernet ports support linear and device level ring topologies

• Accessory modules provide installation flexibility

• CIP security capable offers defense in depth to address different types of physical and electronic threats

USCA’s combine multiple functions into a single piece of equipment:

• Plug and Play adapters for optional signal conditioning.

• On-board flexible termination of process signals.

• On-board connection to Safety IOTAs.

• On-board Field power distribution.

• USCA receives 24 VDC power.

• Field disconnect.

• Field fuse.

• Probe points for testing.

• Digital Input with 5K resistor Adapter – FC-UDI501 is a single channel digital input module with a 5K

resistor for digital input devices without EOL. Output side interfaces with the field device and the input

side gets connected to safety system. This module does not require external power to operate.

• Digital Input Relay with 5K resistor Adapter – FC-UIR501 is a single channel relay input module with a 5K

resistor for wet contact applications. Coil side of the relay interfaces with the field device and the contact

side gets connected to safety system. This module does not require external power to operate

• Digital Input Relay Adapter – FC-UDIR01 is a SIL 3 single channel relay input module for low voltage

applications.

Coil side of the relay interfaces with the field device and the contact side gets connected to safety system.

This module does require external power to operate.