ABB Triguard SC300E Manual de usuario

Triguard

SC300E

MDO16GNS

16-Channel Digital Output Module

48Vdc

(MDO16GNS)

Issue

October

2005

INTRODUCTION

PURPOSE

The

48Vdc

Digital

Output

Module

MDO16GNS

provides

the

output

control

interface

between

the

SC300E

processing

environment

and

field

items.

All

field

outputs

from

the

module

are

galvanically

isolated

from

the

system.

Circuit

triplication

and

voting

procedures

make

the

module

single

fault

tolerant

and

latent

testing

ensures

that

the

failure

anormally

‘ON’

(energised)

‘OFF’

channel

will

recognised

reported

the

system.

Front

panel

indicators

show

the

state

all

channels,

the

circuit

‘on

line’

status

and

the

health

the

module.

The

module,

which

compatible

with

‘dual

slot

hot

repair’,

can

fitted

any

the

ten

I/O

slots

the

SC300E

chassis.

‘Wrong

slotting’

prevented

physical

coding

.The

SC300E

main

processor

software

identifies

the

module

via

abuilt

hardware

identifier.

Channel

outputs

leave

the

module

via

the

DIN

41612

‘rear

plug

up’

system

the

chassis

backplane.

This

document

intended

provide

ageneral

understanding

the

function

the

module

sufficient

enable

basic

maintenance

operations

effected

the

field.

ASSOCIATED DOCUMENTATION

Reference

Title

008

5097

Chassis

User

Manual

008

5143

DO16AIE

Channel

Digital

Output

Termination

Card

Introduced

Power,

48Vdc

User

Manual

008-5141

MDO16GN

October

200

–

Issue 2

Triguard

SC30

MDO16G

October

200

–

Issue 2

Triguard

SC300E MDO16GNS 16

Channel D/O Module 48Vdc

Mechanical

coding

block

(Upper)

ConfigurationLinks

Link3

ICC

GTZ

Figure

1General

view

and

front

panel

detail

321

320

Link

Connector

Common

Interface

(CI)

Module

Connector

Mechanical

coding

block

(Lower)

MDO16GN

October

200

–

Issue 2

Triguard

SC30

SPECIFICATION

Model

MDO16GNS

Channels

Architecture

TMR

Indicators:

Input

Modules

One

per

point

Health,

3 x

Line

Output driver FET

Voltage

range

48Vdc

±10%

Voltage

drop

Less

than

Maximum

drive

Resistive

load:

per

channel

Tungsten

load:

0.125A

per

channel

Surge

limiting

peak

Isolation

1kVdc

field

system,

commoned

supply

Minimum

load

per

output

12mA

(24mA

dual

slot

hot

repair)

Module

power

consumption

excluding

field

power

dissipation

module

Module

power

consumption

including

field

power

dissipation

module

@minimum

load

36W

@maximum

load

Overall

size

(mm)

Overall

size

(inches)

400(9U)H

x397L

x28W

15.75H

x15.63L

x1.1W

Weight

2.1kg

ENVIRONMENTAL

SPECIF

ICATIONS

The

maximum

ambient

temperature

measured

the

hottest

point

within

the

Triguard

system

shall

not

greater

than

degrees

centigrade.

Temperature

operating:

+5°C

+60°C

Temperature

storage:

25°C

+70°C

Humidity

95%

non

condensing

ambient

<40°C

EMC/RFI

Immunity

Tested

and

certified

IEC

1131

Part

21994

Vibration/Shock

Tested

and

certified

IEC

1131

Part

21994

Certification:

Gene

ral

Certification:

Ref.

SC300E

TMR

Product

Guide

(ref

008

5209).

MDO16G

October

200

–

Issue 2

Triguard

SC300E MDO16GNS 16

Channel D/O Module 48Vdc

TRANSPORT AND HANDLING

The

MDO16GNS

must

transported

and

stored

its

original

packing

material

which

should

retained

for

this

purpose.

MDO16GN

October

200

–

Issue 2

Triguard

SC30

TECHNICAL

DESCRIPTIO

PHYSICAL

The

MDO16GNS

a9U

high

module

with

integral

front

panel

and

rear

connectors.

daughterboard

carries

the

common

interface

circuits.

Figure

1shows

the

general

layout,

including

the

location

the

connectors

and

front

panel

details.

Mechanical coding blocks

All

Input/Output

modules

carry

two

coder

blocks

equipped

with

pins

which

mate

with

holes

corresponding

blocks

the

chassis

and

prevent

the

module

being

inserted

into

the

wrong

slot.

The

pins

the

module

blocks

are

factory

installed

apattern

determined

the

module

and

corresponding

set

screws

are

removed

from

the

chassis

coder

blocks

enable

fitting.

Unused

holes

are

plugged

with

set

screws.

The

chassis

slot

coder

block

configuration

for

this

module

shown

Figure

1Chassis

slot

coder

blocks

configuration

EXTERNAL

CONNECTIONS

Field

Circuits

The

field

load

circuit

shown

Figure

2is

the

typical

required

for

the

safe

connection

field

loads

the

MDO16GNS.

For

any

unused

channel

adummy

field

load

(value

10k

ohm)

should

used.

however,

recommend

the

use

their

Channel

Digital

Output

Termination

Card

TDO16AIE

which

offers

full

connection

facilities

with

dummy

loads,

indicating

fuses

and

alarm

outputs

(See

Section

1.2,

Associated

documentation).

MDO16G

October

200

–

Issue 2

Triguard

SC300E MDO16GNS 16

Channel D/O Module 48Vdc

Figure

2Basic

field

load

circuit

Module connectors

The

system

bus

connector

and

the

common

interface

connected

via

and

(not

shown).

All

the

digital

outputs

are

routed

through

connector

J2.

the

external

connection

diagram

(Figure

3 ) the

following

symbols

are

used:

=First

mate

(long

pin)

x = Connector

Earth

Connected

chassis

+ve

Field

supply

=Field

supply

return

O/P

=Channel

output

WARNING

connected

earth.

All

other

pins

are

connected

field

supply

return

but

this

field

supply

return

may

not

earth

potential

MDO16GN

October

200

–

Issue 2

Triguard

SC30

Figure

3Field

output

connector

pinouts

Connector

connected

earth.

All

other

pins

are

connected

field

supply

return.

THEORY OF OPERATION

The

channel

output

command

information

from

the

main

processor

follows

three

identical

paths

through

the

MDO16GNS

(see

Figure

4),

each

path

controlled

its

own

microcontroller

the

common

interface.

order

minimise

the

number

data

connections

acro

the

1kV

system

field

barrier,

the

channel

data

are

converted

serial

form

before

entering

the

module

from

the

common

interface.

this

manner

output

channels

can

served

just

three

paths

instead

48.

The

three

data

streams

are

each

applied

opto

isolators

which

mark

the

interface

between

the

system

and

field

sides

the

circuit

and

provide

asystem

field

channel

isolation

1kV.

MDO16G

October

200

–

Issue 2

Triguard

SC300E MDO16GNS 16

Channel D/O Module 48Vdc

The

data

streams

are

then

applied

the

bit

output

shift

registers.

The

serial

bits

are

clocked

uccessively

into

the

shift

registers

until

the

16th

bit

has

been

received.

The

registers

then

latch

the

data

and

present

the

bit

busses

(CHANA,

CHANB

and

CHANC)

the

output

switches.

The

data

continuously

refreshed

this

manner

and

updated

each

scan

the

SC300E

system.

The

output

switch

for

each

channel

comprises

six

FETs

connected

the

series/parallel

network

shown

and

providing

2out

3majority

voting

between

the

three

paths

Band

front

panel

LED

the

switch

output

lit

when

the

switch

closed.

Voltage

and

current

monitoring

circuits

are

also

connected

the

switches

provide

outputs

for

the

Latent

Fault

Detection

(LFD)

system.

These

outputs

are

fed

back

the

microcontrollers

via

dedicated

shift

registers

and

pto

isolators.

The

feedback

information

confirms

that

the

output

has

switched

the

commanded

state

and

that

the

line

not

open

short

circuit.

Testing

the

output

switches

the

LFD

circuits

ordinated

the

microcontrollers

the

common

nterface.

When

all

outputs

are

the

healthy

condition

and

the

microcontrollers

confirm

faults

present,

the

SC300E

processors

(main

processors)

will

instruct

each

microcontroller

turn

switch

its

output

alone

the

opposite

state

and

confirm

the

correct

operation

its

individual

output

switch.

The

module

power

requirements

are

served

from

two

different

sources.

The

power

for

the

output

side

circuits

derived

from

the

chassis

12V

supply

via

dc/dc

converters.

All

the

supplies

are

monitored.

Electronic

fuse

circuits

sense

the

current

each

output

path

and

cut

off

the

upper

FET

the

current

exceeds

apredetermined

limit.

On/Off

Line

Request

switch

the

front

panel

enables

arequest

sent

the

SC300E

system

that

the

module

ken

off

line

for

maintenance

purposes

returned

line.

The

module

contains

ahardware

identity

circuit

that

enables

system

identification

the

module,

and

three

manual

links

2and

Link

1allows

the

module

set

for

321

320

mode

operat

ion

which

sets

the

threshold

that

determines

how

much

the

circuit

can

degraded

while

still

preserving

overall

operation.

320

mode

means

that

the

system

will

continue

function

with

two

out

three

serviceable

circuits.

the

number

falls

one

three

the

last

read

data

maintained.

321

mode

the

system

will

continue

function

with

one

out

three

serviceable

circuits.

that

fails

the

last

read

data

maintained

and

the

module

taken

off

line.

Link

2(HLV/GTZ)

determines

whether

the

event

afailure

due

321/320

action,

the

last

read

values

are

held

(HLV)

are

set

zero

(GTZ).

Link

2is

only

active

however,

Link

(ICCB/HW)

set

HW.

Link

3is

set

ICCB

Link

2is

ignored

and

its

function

determined

soft

ware.

MDO16GN

October

200

–

Issue 2

Triguard

SC30

Figure

MDO16GNS

–

Block

Diagram

Otros manuales para Triguard SC300E

Este manual sirve para los siguientes modelos

Tabla de contenidos

Otros manuales de Unidad de control de ABB

ABB

ABB FSO-12 Manual de usuario

ABB

ABB ACS880-14 Manual de usuario

ABB

ABB SREA-01 Guía de solución de problemas

ABB

ABB SCU200 Manual de usuario

ABB

ABB HD5-B-901 Manual de usuario

ABB

ABB RED615 ANSI Manual de usuario

ABB

ABB TruONE Ekip Manual de usuario

ABB

ABB OMD100 Manual de usuario

ABB

ABB ACQ810 Manual de usuario

ABB

ABB MTAC-01 Manual de usuario

ABB

ABB MNS-MCC Manual de usuario

ABB

ABB COM600 series Manual de usuario

ABB

ABB RELION Series Manual de usuario

ABB

ABB Tina 5A Manual de usuario

ABB

ABB SmissLine TP ZLS 260 Guía del usuario

ABB

ABB COM600 series 5.0 Manual del producto

ABB

ABB REC650 ANSI Guía de inicio rápido

ABB

ABB Relion 670 series Guía de inicio rápido

ABB

ABB ACS580-04 Manual de usuario

ABB

ABB 616016-T2 Manual de uso y cuidado

ABB

ABB ABB-free@home flex Manual de usuario

ABB

ABB RTAC-01 Manual de usuario

ABB

ABB RELION 650 SERIES Manual de usuario

ABB

ABB +P906 Manual de usuario

Manuales populares de Unidad de control de otras marcas

Festo

Festo Compact Performance CP-FB6-E Manual de lista de piezas

Elo TouchSystems

Elo TouchSystems DMS-SA19P-EXTME Manual de usuario

JS Automation

JS Automation MPC3034A Manual de usuario

JAUDT

JAUDT SW GII 6406 Series Guía rápida

Spektrum

Spektrum Air Module System Manual de usuario

BOC Edwards

BOC Edwards Q Series Manual de usuario

KHADAS

KHADAS BT Magic Manual de usuario

Etherma

Etherma eNEXHO-IL Manual de usuario

PMFoundations

PMFoundations Attenuverter Manual de usuario

GEA

GEA VARIVENT Manual de usuario

Walther Systemtechnik

Walther Systemtechnik VMS-05 Manual de usuario

Altronix

Altronix LINQ8PD Instrucciones de montaje

Eaton

Eaton Powerware Series Manual de usuario

WAGO

WAGO 750-407/040-000 Manual de usuario

Sony

Sony CCU-590 Manual de usuario

Graco

Graco 25D614 Manual de usuario

Task Force Tips

Task Force Tips YE-RF-900 Manual de programación

Shini

Shini SPV-U Series Manual de usuario