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Emerson S-series IO subsystem

Product Description

The S-series IO subsystem has been redesigned with a focus

on fast assembly and simplified power connections. The system

uses only 24V DC bulk power supplies. All power is connected

to system carriers. Bus connectors have been upgraded to

support additional 12V DC power to the IO cards, allowing

additional power carriers to be inserted anywhere along

the bus.

Carriers mount to standard t-type DIN rail with latches that

require no tools for quick installation. The latches can be

released using a blade screw driver. Simply snap the carrier

to the rail and slide adjacent carriers together to engage the

bus connector.

The I/O carrier supports 8 IO modules. Each card can be

connected to an internal 24V DC bus using the Power Buss

Plugs, or it can be individually powered by using the

Power Terminal Plugs. The internal 24V DC bus is divided into

primary and secondary power, with primary power distributed

to odd numbered slots and redundant power distributed to

even numbered slots using the Power Buss Plugs.

Emerson S-series Integrated power distribution

Integrated power distribution. Controller and I/O interface

power distribution is integrated into the carriers to reduce and

simplify power and grounding. I/O Carriers have an integrated

shield ground bar to isolate and drain field noise away from

system power. They also provide an integrated redundant 24V

DC bussed field power distribution to reduce installation wiring

and provide fused, isolated power to each I/O interface, using

Power Buss Plugs. Alternatively, the I/O carriers can be ordered

with Power Terminal Plugs to bring dedicated power to each

card, which can be either 24V DC or 120/230V AC. Power Buss

Plugs and Power Terminal Plugs can be mixed on one

I/O Carrier.

A single Power Terminal Plug will come with any 120V AC DI

or 120/230V AC DO card.

Snap In Assembly. All components snap into place without the

use of special tools. The design supports and “easy on” design

to speed up installation and reduce maintenance turnaround.

Carriers snap onto T-DIN Rails. All interfaces and system power

supplies snap into place, eliminating retention screws.

Emerson S-series Horizontal Carriers Modular design allows flexible installation

Benefits

Modular design allows flexible installation. A T- type DIN rail

is all you need to mount the power/controller carrier into place.

Snap the I/O interface carriers to the rail and slide to connect

it to the carrier on the left. Add as many carriers as needed,

or use extender cables to move to a new rail. The DeltaV

system’s modular design approach allows you to add I/O

carriers as you need them.

Allows you to expand online. Additional 8-wide carriers may

be added online as desired. Bus extenders provide dual cabling

for robustness, allowing up to 8 I/O carriers for a total of 64

simplex cards or 32 redundant cards.

Emerson S-series Modular design allows flexible installation

Modular design allows flexible installation. A T- type DIN rail

is all you need to mount the power/controller carrier into place.

Snap the I/O interface carriers to the rail and slide to connect

it to the carrier on the left. Add as many carriers as needed,

or use extender cables to move to a new rail. The DeltaV

system’s modular design approach allows you to add I/O

carriers as you need them.

Allows you to expand online. Additional 8-wide carriers may

be added online as desired. Bus extenders provide dual cabling

for robustness, allowing up to 8 I/O carriers for a total of 64

simplex cards or 32 redundant cards.

Emerson S-series Integrated power distribution

Integrated power distribution. Controller and I/O interface

power distribution is integrated into the carriers to reduce and

simplify power and grounding. I/O Carriers have an integrated

shield ground bar to isolate and drain field noise away from

system power. They also provide an integrated redundant 24V

DC bussed field power distribution to reduce installation wiring

and provide fused, isolated power to each I/O interface, using

Power Buss Plugs. Alternatively, the I/O carriers can be ordered

with Power Terminal Plugs to bring dedicated power to each

card, which can be either 24V DC or 120/230V AC. Power Buss

Plugs and Power Terminal Plugs can be mixed on one

I/O Carrier.

A single Power Terminal Plug will come with any 120V AC DI

or 120/230V AC DO card.

Emerson S-series Horizontal Carriers

• Modular design allows flexible installation

• Allows you to expand online

• Integrated power distribution

• Snap in assembly

Introduction

The DeltaV™ S-series hardware takes the proven DeltaV

hardware to a new level of robustness and ease of use.

Assembly is faster and power distribution is easier, with fewer

connections using the integrated field power distribution and

increased capacity of I/O bus power.

The modular design allows you to purchase only what you need

with the ability to expand online later simply by adding the

power/controller and I/O carriers are modular. Purchase only

what you need but be assured that as your system grows you

can add plug-and-play carriers—Easy!

DEIF TAS-331DG Features

Features

• Transducer range, TAS 331DG – Features

• The transducer range by DEIF has a long list of features

• Factory-configured transducer for power or reactive power measurement.

• Aux supply: from 57 to 690 V AC

• Aux supply: 24 to 220 V DC

• Class 0.5 measurement

• Supply and measuring voltage up to 690 V

• Pre-configuration or easy PC tool configuration

• Configurable up to three output slopes

Variants

TAS-311DG

• Factory-configured transducer for voltage, current, frequency or phase angle measurement.

• Aux supply: from 57 to 690 V AC.

• Aux supply: 24 to 220 V DC.

TAS-321DG

• Factory-configured transducer for bidirectional current measurement.

• Aux supply: from 57 to 690 V AC.

• Aux supply: 24 to 220 V DC.

TAS-331DG

• Factory-configured transducer for power or reactive power measurement.

• Aux supply: from 57 to 690 V AC.

• Aux supply: 24 to 220 V DC.

DEIF TAS-331DG AC transducer for active or reactive power

Powerful, fast and compact, the TAS units in DEIF’s transducer range measure power

or reactive power on a 1- or 3-phase AC network and provide output signal as

direct current or voltage signal proportional to measurements for PLCs, PCs,

microprocessor control, indicators, alarm units etc.

TAS transducer ranges are micro-controller-based with one analogue output for

measurement of power, voltage, current etc. on an AC network.

Because these transducer rangers have no mechanical parts like potentiometers,

the calibration stability is excellent.

TAS transducers range can be delivered pre-configured to set measuring

values and ranges or un-configured for customer configuration using DEIF’s free PC tool.

Variants

TAS-311DG

• Factory-configured transducer for voltage, current, frequency or phase angle measurement.

• Aux supply: from 57 to 690 V AC.

• Aux supply: 24 to 220 V DC.

TAS-321DG

• Factory-configured transducer for bidirectional current measurement.

• Aux supply: from 57 to 690 V AC.

• Aux supply: 24 to 220 V DC.

TAS-331DG

• Factory-configured transducer for power or reactive power measurement.

• Aux supply: from 57 to 690 V AC.

• Aux supply: 24 to 220 V DC.

DEIF RMV-112D Undervoltage and overvoltage relay, U< and U>

Features

• Under- and over-voltage.

• U>: 100 to 120 %, U<: 80 to 100 %.

• Under-voltage/over-voltage (U< + U>)

• ANSI code 27 and 59

• 3-phase measurement

• LED indication of fault condition

• Timer-controlled tripping

• LED indication for activated relay

• 35 mm DIN rail or base mounting

DEIF’s RMV protective voltage relays are applied for generator,

motor and transformer protection against adverse system voltage conditions.

The versatile unit features a number of adjustable parameters.

Variants

RMV-112D

• Under- and over-voltage

• U>: 100 to 120 %, U<: 80 to 100 %

RMV-122D

• Over-voltage (double)

• U>: 100 to 120 %, U>: 100 to 120 %

RMV-132D

• Under-voltage (double)

• U<: 80 to 100 %, U<: 80 to 100 %

RMV-142D

• Under- and Over-voltage

• U>: 100 to 120 %, U<: 80 to 100

DEIF DPS-1 DC Power Supply

Features

• Switch mode power technology

• Temperature range -40°C to +70°C

• Both AC and DC input

• DC Input 180-480 VDC

• 24V DC – 5/10 A output

• DC OK monitoring

To ensure stable and reliable operation of a wind turbine, the power supply is critical.

Most standard industry power supplies are not designed to cope with the real-life

operation demands of a wind turbine – operation temperature span, mechanical robustness,

tolerance towards ESD, etc. That is why DEIF Wind Power Technology has designed

a series of rugged DC supplies to support the second-to-none reliability of our control systems.

The power supplies feature compact and lightweight switchmode design and at the same time

– similar to conventional transformer designs

– they have no moving parts as they have been designed for convection cooling,

thus no maintenance-demanding fan is required.

The series of power supplies is designed for an operation temperature range of -40°C to +70°C,

supporting reliable start-up and operation regardless where in the world the wind turbine is operating.

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