Omega Products OM5-C Installation Manual

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Thermocouple,

ll4

Wire:

Thermocouple,

ll4

Calibrators

El

Recorders,

Ef Infrared

PRESSURE,

El

Transducers

W

Load

Cells & Pressure

Ef

Displacement

Ef

Instrrrmentation

FrowrEvEr

Ef

Rotameters,
W lir
l4
B

PHlCONDUCTTV|TY

w

I
B

w

Velocity
Turbine/
Totalizers

pH Electrodes,
Benchtop
Controllers,
Industrial

online

RTD

& Ice

Controllers

Pyrometers

STRAIN

&

Strain

Transduceri

&

Gas

Mass

Indicators

Paddlewheel

& Batch Controllers

Testers

/Laboratory

Calibrators,

pH &

Conductivity

& Thermistor

RTD &

Point

References

Process

&

Gages

Gages

Accessories

Flowmeters
Systems

& Accessories

Meters

Simulators

ond

Contrrol?

Course!

at omega.comsM

probes,

Thermistor

Monitors

Connectors,

AND FORCE

Flow

&

Equipment

&

Pumps

Computers

panels

& Assemblies

DATA

W Data
Ef Communications-Based
El Plug-in
B OataloggSng

E4 Recorders,

ACQUISITION

Acquisition

Cards

& Engineering

for

Apple. IBM

Systems

Printers

Acquisition

& Plotters

HEATERS

El Heating
W

Cartridge
Ef Immersion
El Flexible
El Laboratory

Cable

&

Strip Heaters

Band

&

Heaters

Heaters

Heaters

ENVIRONMENTAT
MONITORING

El Metering
Ef Refractometers
El Pumps
W Air,
Ef Industrial
W pH,

&

Control

& Tubing

Soil &

Water

Water

Conductivity

AND

Instrumentation

Monitors

Wastewater

&

& Dissolved

Software

Svstems

&

Compatibles

CONTROT

Trealment

Oxygen

Instruments

TABLE

OF

GONTEIITS

GENERAL

oMs
ANALOG
ANALOG
TRUE
LINEARIZED
LINEARfZED
POTENTIOMETER

THERMOCOUPLE
STRAIN

ANALOG
ANALOG
2-W|RE
GENERAL PURPOSE
FREQUENCY
LINEARIZED
VOLTAGE
DTMENSTONS

SELECTTON

DESCRIPTION

GU|DE.............

VOLTAGE
CURRENT

RMS

INPUT

2-

oR

4-wlRE

GAGE INPUT

CURRENT

VOLTAGE

TRANSMTTTEh

INPUT

THERMOCOUPLE

OUTPUT

AND

INPUT
INPUT

MODULES:

3-wlRE RTD

RTD

INPUT

INPUT

OUTPUT
INPUT

INPUT

MODULES:

MODULES,

ACCESSORTES

MODULES,
MODULES:

OMS-|AC

TNPUT

INPUT

MODULES:

MODULES:

MODULES,

MODULES,

TNTERFACE

MODULES:

W|DE BANDWTDTH:

MODULES:

MODULES:

MODULES,

OMS{H ..............

INPUT

50mA DRTVE

NARROW

OMS-il

............

MODULES:

OM5-pT.............

OMS-|TC

OMS-tVt ..........

WIDE

Dc

EXctrATtoN:

MODULES:

BANDWIDTH:

oM5-tp/tcltN

oM5-rp4nc4[N4

OMS-WBS

BANDW|DTH:

OMS-TX...........

OMS-LTG

CAPACITY:

OMS-|MVIV.......................4

........

oM5-wMvn/v-v

OMS-DT

OMS-AV

........

...............2

,...,..............2

............6

..........8

......10

...............12

.............14

.........16

........

........20

........22

.....,...........

.............26

........32

.............34

...28

......

16

24

30

General

encompassingawide
Analog

inputs
Thermocouple,
Iransmitter.
certified
A, B,

C,

and

and

Accessories include:

16

and

channel backpanels,
and
racks;

0M5
parts,

.

NMR,
e

rhan

Key

o

o

.

.
o
.
.
.
o

.
o

'
.

junction

cold

interlace

modules

while maintaining

50 times beller noise

versus

True

3-uaY

competins moders

SpeCifiCatiOnS

1s00v

rsorarion

Accuracy,

160dB

CMR,

NMR,

95dB
Transient Protection,
tlpV/'C
0utput noise
240VAC Protection lor
Operating temp

cSA CERTIFIED
FM

APPRoVED

EUROPEAN

AppR0vAL for low

cE

Products

comply

Applications

o

DESIGNED

.

PROTECTS
EOUIPMENT

.

REDUCES

.

CONVENIENT SYSTEM

selection

include

voltage

RTD, Potentiometer,
Custom
FM

approved for

hazardous

D

ranges

U0

environments.

addressable

thermocouple

cables,

and

offer

severaladvantages

equivalent

a threepole

isolation

0'05%

Drift

as

EMC DIRECTIVE

FOR

USER EOUIPMENT

POWER-LINE

ELE0TRT0AL

filter

o

CMR

ANSil|EEE

low

1S0pVrms

as

field

-40.C/+g5.C

range,

(Class

I, Division

(Ctass

t, Division

voltage

with

ENG101G1

INDUSTRIAL

NorsE rN

EXPANSION AND

Descriplion

iso

lated

of

and

safe operation

available with

compensation;

evalualion

rejection

[0

VOLTAGE

analog

in narrow

current

Strain

Gage,

are also

available. Ail

in

non-addressable

and

on-boud

boards.

when

price:

by

using

wjth

noise

0f

C0MPLIANT

directive

PLANT

FROM LIGHTNING

NMft

OOOB

spikes measures

C37.90.1-1989

2,

Groups A,

2,

Groups A,

not

(tEC1010)

ENVIRONMENTS

MEASURED

REPAIR

inputand

and wide

Frequency,

Class l,

Division 2,

funclions.

output

bandwidths,

and 2-Wire

modules

are CSA

Groups

single, dual,

tempeiature sensors

power

supplies;

compared

a 6-pole liller with

:

fo*rfo_rlq,]lilii;

B,

c, D)

B,

c, Di

applicable.

AND

STGNALS

mounting

with

competitive

20tlB

Detler

HEA\Ti

SELECTION

SIGNAL

$IALOG
M@EL

OM$|MV-IOA€
OM$'|MV-SOA€

OM$|MV-100A€tl@mV
OM$IMV-I0B€
OMSIMV-SOB€
OM$lMV-1008€*1OOmV

OM$|V-IAC
OM$IV-SAC

OM$|V-1OA€
OM$|V-1BC
OMS-|V-SBC
OM$]V-1OBC
OM$|V-2OA€
OM$lV-2oB€
oM$tv-4oA€
OM$lV*4oB€

AllAl=OG

eight

gsdB LINEARIZED

MODEL
9M$ll-4r20-C

OM$llOl2GC
TRUE

MODEL
OMtlAGlO0B€

OM$IAGIB€
OM$|AAIOB€

ffi
olrr+rp-rurooc

3MllF-_Iffi

oM$lP60Gc

OM$1G120-01C

VoLTAGE

tNpur

CURRENT

RMS INPUT

2- oR s-wRE

3Mrir.lffi.

L|NEARTZED

MopEL

porENnoMETER
MoDEL

EMfFi:lffif
3illFT:I5f"

rHERMocoupLE
MoDEL

ffii

&wtRE

GAGE INPUr

GUIDE

FOR

OMs

CONDITIONING

INPUT

RANGE

11OmV
+SOmV

+1OmV
$0mV

*1V
tSV
110V
*1V
tSV
110V

*2OV

*:ZoV
t4ov
t4OV

INPUT

TNPUT

RANGE

4

to

zOmA

0 to

20rn/A

MODULES

INPUT
0 to

lOOmV

0

to tV

o

to 10V

RrD INPUr

rypE-.

pt

looo

iffi

F[

loori Pt

10O

Cu at

lsn",t,"

RTD tNpur

TypE"'

tNpur

MoDTJLEs

INPUT

RANGE

3 3

lffi

33;5P"

tNpur

TYPE"

MoDULEs

MoDULES

Mo^UJLES,

omui-

MODI LES.

MNGE

0"C O"C

25"c

{ F.Eqw

neruce;

*5V
t5V
t5V
0

to +5V
0 to +5V
0 to +5V

+5V
*5V
*5V

O

+5V

to

O

+5V

to

O

to +5V
t5V
O

to +5V
t5V
O

+5V

to

4Hz

AND ikHz BANDWTDTH

OrtrPur
O to +5V

0 to +SV

(nm)

rNpur

-loo.c

gs

0'c to +6oo"c

33ls

MqpgFs^(g.t9+5V

rNpUT

(4Hz

OLnPur

RANGE;

OUTPUT RANGE
0 to +5V

0
0

MoDULES

BANGE

to +100.c

llll3gs]lg:r

lo +120.C

ll33:8

RhNGE

Bw)

hANGE'

3lS i8V
33i3V

(o_to_+!V

lNPur

('5v

ourpur, 4Hz

RANGE

ourPur,

ISOLATED

PRODUCTS

BANDW|DTH (41-rz

-

+5V

to

+5V

to

(o

ro

i+32'F

(+32.F

i*i:r

lokHz

+sv orrrpur,

(-148.F

li i333:B

to +ttiz'F)

to +248"F)

g

i?#:?,

ourpup,

"u.*"rolo*

Bw)

EW

4Hz

4Hz

(dc)

to +2.12"F1

-

'

4Hz Bw)

Bw)

ANALOG
MoDEL

OM$lVl-844
OMFIVI-A44
OM$IVI-BGC
OM$IVI-AGC

CURRENT

OUTPUT

INPUT

RANGE oL'TPL'T

O

+5V

to
*5V
0 to +5V
*5V

MODULES.

4

to 20rnA

4

to 20rnA

O to

20rnA

0 to

2OrnA

4ooHz

AND lkHz BANDWIDTH

BANGE

BW

4OOHz
4OOHz
400H2
4@Hz

SELECTION

4.ryALOG

MODEL

oMs-WMV-loA-C
OM5-WMV-50A-C
OM5-WMV-loOA-C
OM5-WMV-1OB-C
OM5-WMV-508-C
OM5-WMV-loOB-C

oM5-WV-1A-C

oM5-WV-5A-C
oM5-WV-1oA-C
oMs-wv-l8-c
OM5-WV-58-C +5V
oM5-WV-108-C +10v
oM5-WV-2oA-C
oM5-WV-20B-C +20V
oMs-wv-4oA-C
oM5-WV-408-C

2:W!RE
MODEL

OM5-TX-1-C
OMs-TX-2-C

GENERAL
MODEL

OMs-DT-I-C
oMs-DT-2-c
OMs-DT-3-C

oM5-DT-4-C +4V
OM5-DT-5-C
oMs-DT-6-C
oM5-DT-7-C
oMs-DT-8-C +8V
oM5-DT-9-C +9V
OM5-DT-10-C

FREOUENCY
MODEL

OM5-|F|-5OO-C

OMS-lFl-1K-C
OM5-|F|-3K-C
OM5-|F|-5K-C
OM5-|F|-1OK-C
OMs-lF|-25K-C
OM5-|F|-5OK-C
OM5-|F|-1OOK-C

LINEARIZED
4Hz BW)

MODEL
oM5-LTC-J1-C

oM5-LTC-J2C

oMs-LTC-J3-C
oMs-LTC-J4-C
OM5.LTC.KI-C
oM5-LTC-K2-C
oMs-LTC-K3-C
oM5-LTC-K4-C
oM5-LTC-T1-C
oM5-LTC-T2-C
oMs-LTC-E-C
oM5-LTC-R-C
OM'LTC.S.C
oM5-LTC-B-C

VoLTAGE

TRANSMTTTER

PURPOSE

MAXIMUM

INPUTRANGE

INPUT

ttomV
rSOmV
11OomV
rtomv
+sOmV
tto0mV

+1V
rsv
110V

i1V

+20v

r40v
+40V

INPUT

4

to

4

to 2OmA

INPUT

+lV
!2V

+3V
+5V

r6V

!7V

+10V

INPUT

O to 50OHz
O

to

O

3kHz

to

O

skHz

to

O

lOkHz

to

25kHz

0 to
O

SOkHz

to

O

lOOkHz

to

THERMOCOUPLE

TYPE'-

J
J
J

J
K
K
K
K
T
T
E
R

5

B

INPUT

MopuLEs,

RANGE

iNT-ERFACE

BANGE

2OmA

INPUT

MODULES,

OUTPUT'-

MODULES

lkHz

OUTPUTRANGET

tNpUT

GUIDE

t5V
15
+5V
O
0 to
0 to

15V
t5v

+5V
0 to

O to
O to +5V
r5V
0 to +5V
r5V
O to +5V

MODULES (tooHz
OUTPUT

+1 to
+2

+SV
rsv

+SV
+5V
+5V

rsv
tsv
rsv
JsV
iSV

O to +5V
O to
O
O
O
O
O
0 to +5V

TNPUT

FOR

wlDE

+5V
+5V

+5V
+5V

+SV

to +tOV

DC

EXCITATION

+5V

+5V

to

+5V

to
to +5V
to +5V
to +5V

RANGE

BANDWIDTH

RANGE

OUTPUThAfEE;

to +5V

MODULES (0

OMs

BW)

+5V

to

ISOLATED

(1okHz

BW)

OUTPUT.,

VOLTAGE
MODEL

OM5-AV-1-C
oM5-AV-2-C
oMs-AV-s-C
OM5-AV-4-C
oM5-AV-5-C
oM5-AV-6-C
oM5-AV-7-C

ACCESSORTES
MODEL

oM5-BP-16-C
oM5-BP-16-DINC
OM5-BP-16.MUX.C

OM5-BP-16.MUX-DIN-C
oM5-BP-8-C
oM5-BP-8-DrN-C
OM5.BP-8-MUX.C
OMs-8P.8-MUX-DIN.C
OMs.BP.SKT-C
oM5-BP-2-C
OM7-DIN-WSF
OM7-DIN-SF
oM5-CA-04-01

OMX-CAB-01-C
oM7-tF
oMX-1344-C
oM5-PRT-003
oM5-PRT-003-220
oMX-1362-C
OMX.CJC-C
oMX-1363-C
OM7-DIN-SE
OM7-DIN-CP

'Note:
Any

uonsu[
specifications.

.'THERMOCOUPLE
TYPE

J
K
T
E
R
S
B

c

N

."RTD

ryPE
100c)

120cr
10r)

SIGNAL

module

ALPHA

Pt
Ni

Cu

CONDITIONING

OUTPUT

INPUT RANGE

0
rsv
isv
O to
r10V
rlOV
+5V

not.shown

ladory tor

mtntmum

COEFFIC]ENTS

MoDULES,

to +5V

+10V

DESCRIPTION

wirh

ALLOY
MATERIAL

ALPHA

o.oo385
o.00672
o.oo4274

SomA

Ribbon

cable
Package
Power

supply,

Power

supply,

Precision

Encapsulated
19

inch

metat

Side

element

Connection pins

a 1 0v

output

quantity

COMBINATIONS

COEFFICIENT

PRODUCTS

DRIVE

CApACtTy

oUTPUT
t5V

r5V
0

+5V

to

r10v

il0v
0

+10V

to

t10v

to

screw interface

of 10

lumpers

3A,

sVDC, 12OVAC

3A,

20O resistor

SVDC,

junction

cold

rack

for

can

be

and pricing

for

mounting

specified
details

(4Oo

AANGL

board

220VAC

OMS-ll

and

circuit

backpanels

with

and

module

- - ..-

Hz BW)

U.S.
U.S.

OMS-TX

1oV

_

..,

outout.

@"9ce

OMS.IMU/TU

Analog

FEATURES

O ACCEPTS
O HIGH
o 1500Vrms
O

ANSI/IEEE

. INPUT

160d8

o

a 95dB NMR
o

i0.05%

.

fr.02%

o

tlpVfC

O

CSA

O MIX

MILLIVOLT

LEVEL

VOLTAGE
TMNSFORMER
C37.90.1

PROTECTED TO

cMR

AT

60Hz,90dB at
AccuMcY.
LINEARITY

DRlff

CERTIFIED,

AND MATCH

Uoltage

AND

VOLTAGE

OUTPUTS

|S0LATION

-1

989

TMNSIENT

24OVAC

FM

APPROVED,

OMs TYPES

CONTINUOUS

50Hz

CE COMPLIANT

ON BACKPANELS

Input

LEVEL

SIGNALS

PROTECTION

Modules,

lfarrow

DESCRIPTION

OMS-|MV

Each
channel of analog input

high level

to a
logic-switch

without

bus

The 0M5
circuit which
complete
Common and Power
desired,

connecting
Signal

of normal-mode+ejection
are.on lhe,field
computer side.

After the
proprietary

again using a

mode spikes

A

protection

240VAC.

-,the

filtering

special

and 0M5-lV voltage

analog

controlled,

the requirement

modules

isolation

initial field-side

input

are

can be floated

means

Common for

output

pin

chopper

against

switch can

22, the

is

accomplished

side

of the

circuit.

proprietary

0r

surges. The module
circuit

accidental

Bandwidth

input
which is
voltage output
allowing

designed with

Read-Enable

on

filtered, isolated,

these modules

of external

to r50V

that no

at 60Hz

isolation

filtering,
lsolation

technique

the

connection

proper

be

turned

pin

with

a

and

barrier,

the input

is

to suppress transmission

is

OMS-|MV
connection

(Figure

multiplexers.

a completely

from

six-pole

90dB at

provided

powered

module

Power Common,

operation

on

to l/0 Common,

50H2.

and the

and

0M5-tV modules

power-line

of

provides

amplified,

1).

This voltage

to share

isolated

is required

of

continuously

filter

signat is

by
lrom

and

a common

computer

the output

pin

provides

which

poles

Two

other four

chopped

transformer

+SVDC,

voltages

a single

convertid

output is

analog

pin
between

side

16. This

switch. lf

by

simply

19.
95dB

of

filter

this

are

on

by a

coupling,

of

common

r5%.

provides

up

l/O

the

to

3u*

FIGURE

1.

+EXC

-EXC

G

4

+ln

3

-ln

2

U

Backpanel

Term Block

1

x

-<j

-€

1Ms-lMVlV Block Diagran.

Surge

and

Protection

nrc

""

+V

lll

I

Vour

l/O

RD

Common

EN\

SPECIFICATI0NS

rypinr

ar T^ = 1r5"s

and

power.

+5V

Module
lnput

Range

Input

Bias

Input Resistance

Inpul

CMV, Input

CMR
NMR

AccunaqYttl
Nonlinearity
Stability

Noise

Bandwidth,
Response

0utput Range
Output
0utout
0utput Selection Time

0utput

0utput

Power
Power

Power
Mchanical

Environmental

Emissions
lmmunity

Cunent

Normal
Power

Off

Overload

Protection
Continuous
Tnnsient

to
Conlinuous
Transienl

Input
Outpul
Gain

Input,
0utput, 100kHz

(to

Mu
Min
Mar
Input

Openating Temp.
Stonge Temp.
Relative

output

(50H2

or 60Hz)

ofisel

0ftset

0.1

10Hz

to

-3dB

Time,90%

Resistance
Protec{ion

tlmv

ot Vou

Current Limit
Enable

Conkol

Logic'0"

"1"

Logic
Logic'1'

Supply Voltage
Supply
Supply

'0',

Current,

Currenl
Sensitivity

Dimensions

Range

Humidity

Span

)

'1"

Range

0M5-tMV

t10mv

$.5nA
50MO

40tc,
4okf,i

240Vrns

ANSt/rEEE

ANSTnEEE

95dB at

:0.05%

C37.90.1-1989

1500Vms

C37.90.1{989

160d8

60Ha

Span

$qry Rn(,'l0.05%(VzP)

J0.02% Span

rlpvfc

t204trc

*25ppm/.C

02pVrms

2@pVms

4Hz

0.2s

r5V.

0V to

Conlinuous

'Qs

50(|

at

C- = 0 lo

$mA

+0.8V

+2.4Y

+36V

0.5r4

Short to

+SVDC

30mA

f2pvl% RTIta

2.28'x2.26'x 0.60'(58mm

-40.C

to +85.C

-40oC

to +85.C

95% Noncondensing

Group 1,

Class A

Group

EN50081{,

ISM

EN50082-1,

0 to

ISM

lo tlmmv

mu

mu

g0dB

at 50Hz

+5V

Ground

2000pF

l5%

x

57mm x 15mm)

(Radiated,

1,

Clas A

Conducted)

(ESO,

RF,

EFT)

g).05%

t1V

650kfi
650Kr
650Kr

Span

{.2mV

90pVfC

r50ppm/.C

2pV.rms

i200pV/%

0M5-tv

to #0V

r0.05nA

(minimum)
(minimum)
(minimum)

RTP'$.05%(V,G1

RTIa

'

specilication

Sarne

(1)

NOTES:
hysteresis and
(2)
(3)
in 0V

Includes

=

RTI

ftsfgrcnced

is

V,

lhe input voltage

outout.

as 0M5-lMV.

nonlinearity.

repeatabi

lity.

to in'ut.

that results

ORDERING

INFORMATION

MODEL

0M5rMV-1oA-C
0MrrMV-soA-C
0M5-rMV-100A-C
OMFIMV-1OB-C
0M5-tMV-s08-C
0M5-rMV-1008-C

0M5-rv-1A-C
0Ms{v-5A-C
0Msrv-1oA-c
0M$rv-18-c
OMFIV-sB-C
0Milv-108-c
0M5-rv-20A-c
0M5-rv-z08-c
0M5-rv-4oA-c
0M5-rv-408-c

INPUT

-1OmV

-50mV

-10ffnV

-1()mV

to

-50mV

to

-100mV

to

-1V

to

-5V

1o

-10V

to

-1V

to

-5V

1o

-10V

to

-20V

to

-20V

to

-40V

lo

-40V

to

RANGE

+1OmV

to

+50mV

to

+100mV

to

+1OmV
+50mV

+100mV
+1V

+5V
+10V
+1V
+5V
+10V
+20V
+20V
+{0V
+40V

OUTPUT

RANGE

-5V

to +5V

-5V

+5V

lo

-5V

+5V

to

0V

+5V

to
0V lo +5V
0V to +5V

-5V

+5V

to

-5V

to +5V

-5V

to +5V

0V

+5V

10

+5V

0V to
0V

+5V

to

-5V

+5V

to

+5V

0V to

-5V

+5V

to

0Vto +5V

@"€>c€

0M5-ll

FEATURES

O ACCEPTS
O

HIGH
O l5OOVrms
O

ANS/IEEE

O INPUT
o 160d8

o

95dB

o

10.0570 ACCURACY

e

fr.lLo/o LINEARITY

O

CSA

O

MIX AND MATCH

MILLIAMP

LEVEL VOLTAGE

TRANSFORMER

C37.90.1-1989
PROTECTED
cMR

NMR

AT

60H2,

CERTIFIED, FM

LEVEL

SIGNALS

OUTPUTS

ISOLATION

TRANSIENT

TO

24OVAC

90rtB AT

APPROVED,

OMs

50Hz

ryPES

ON BACKPANELS

Analog

PROTECTION

CONTINUOUS

CE

COMPLIANT

Gurrent

Input

Modules

Backpanel

Term Block

FIGURE 1. 0M5-llBlock

Diaoran.

_<j

<4

*"

""

A

special input

accidental

connection

circuit on

power-line

of

the

0M5-ll modules

voltages

provides

up

protection

to 240VAC.

against

S PEC I Fl CATI 0 N S Typicat

Module

Range

lnpul

Resistor

Inpui

Value
Accuncy
Stability

Proteclion

Input

Continuous
Transient

Input

CMV,

CMR
NMR

AccuncY'l
Nonlinearity

Stability

Noise

Bandwidth,
Response

0utput
0utput
output
Output

output
output

Input Cunent,

Power
Power Supply Cunent
Power

Mechanical Dimensions

Environmenhl

Operating
Stonge

Relative Humidity
Emissions
lmmunity

to Output
Continuous
Transient

(50H2

or 60Hz)

Input offset

0ffset

Output
Gain

Input,0.1H2 to

100kHz

Output,

-3dB

Time,

90% Span

Bange
Resistance
Protection

Selection Time

(to

Mu
Min Logic
Max Logic'1"

V'n)

tlmv of

Current Limit
Enable Control

Logic'0'

'1"

'0,1"

Voltage

Supply
Supply Sensilivity

Temp. Range

Temp.

Range

1OHz

T^ = +25"C

at

EN50081-1,

power.

and +5V

0M5-rl

()mA

to 20mA

or

4mA

20.00(r

10.1%

iloppmfc

240vrms max

ANSt/rEEE

ANSt/EEE

95dB

$.05% span

Continuous

6Is at Cbd = 0

C37.90.1-1989

1500Vrms

C37.90.1-1989

160d8

at 60H2.

90dB at 50Hz

$.05%

10.02% Span
i50nA/.C

i201tYfC

95ppmfC

l0nArms

2O0pVrms

4Hz

0.2s
+5V

0 to

50rl

Short

lo 2000pF

+8mA

+0.8V
+2.4Y

+36V

0.5pA

+5VDC

15%

3OmA

+20pV/% RTlto

2.28'x 226'x

(58mmx57mmx15mm)

-40'C

+85oC

to

-40'C

1.

Group

ISM

Group 1, Clas A

to +85"C

Class

0 to 95% Noncondensing

ISM

EN50082-1,

lo 20mA

mu

(1,(,)

to Gnd

0.60'

(Radiated,

A

(ESD,

Conducted)

RF,

EFT)

(1)

NoTE

Includes nonlinearity,

results

in

0V

ORDERING

(3)

output.

RTI = Referenced

INFORMATION

MODET

oMs-il4/20-c
oM5-il-0/20-c

hysteresis

and

input.

to

RANGE

INPUT

4mAto 20mA
OmAto 20mA

repeatability. (2)

I,is

input

the

OUTPUT

0V to +5V
0V to +5V

that

cunent

RANGE BANDWIDTH

4Hz
4Hz

0M5-lAC

FEATURES

o

TNTERFACES

O

DESIGNED FOR
45HZ

O

COMPATIBLE WITH

TRANSFORMERS

. INDUSTRY

o

fi.25yo FACToRy

0.2)

O

15OO VRMS

o lNpuT

1OA

RMS

O

ANS/IEEE

RMS VoLTAGE

STANDARD

1000H2 (EXTENDED

T0

STANDARD

CONTINUOUS

0VERLoAD PR0TECTED

CONTINUOUS

C37.90.1-1989

lsolated

-

(0

300V)

OPEMTION

MNGE

STANDABD

O-sV

CALTBRATED

CURRENT

OUTPUT

ACCURACY (ACCURACY

TMNSFORMEH

T0 480V

TRANSIENT

True

0R

RMS CURRENT (0

FREOUENCIES

WITH

T0 20Khz)

AND

POTENTIAL

BASED ISOLATION

(PEAK

MM

PROTECTION

AC

& DC)

RMS

_

5A)

OF

CLASS

0R

Input

Modules

FIGURE 1.

+EXC

U

4

Source

9,,n

-EXC

+ln

-ln

Backpanel

Term

'Cunenl

<J

J

2

6

1

Block

Input Models

AC

)MS-|AC Block Diaoran.

4

Onty

Surge

Suppression

and

Protection

Vsura

l6ur

l/O

Common

I

RD EN\

SPEC|

FICATI0NS

Input

Signal

Range
Shndard Freguency
E{ended

Frequenry

|mpedance
Coupling

Proteclion(t)

Continuous
Tnansient

0utput

Signal Range
Cunent

Limit

Voltage

Limit
Rcistance
Protection

Ripple

AccuracY4s)

Sinusoid

Non-Sinusoid
Crest
Crcst Factor
Crest
Crest Factor= 4 to

Vs. Tempenture

lsolation

Input

0utout to Power

Continuous

Noise

and

50/60

Hz

45Hz

to lkHz

lkHz

to 20kHz

Factor = 1

=

2 to

=

Factor

3 to 4

(Common

t0 output,
Continuous
Transient

Ran
Range

(100Khz)

to

2
3

5

Mode)

lnput

to Power

Typicat

ge

at T^= +25"C

and

100mV

1 MOrl%

shunred

0.05c)11%

480V

ANS|/EEE

Continuous

{).25%

10.75%
r0.05% Reading

10.15%

r0.30%

$.40% Reading

ANSr/rEEE

power.

+5V

to 10V

rms,

0 to

45Hz

to 1000H2

lkHz

by 10sF

(Peak

C37.90.1-1989

G5V
8mA

n18v

5ocl

Short

0.025Yo

1025%
Reading Additional
Reading Additional

Reading

Reading Additional

t100ppm/.C

l5@Vrms max

C37.90.1

50Vdc max

SA rms

t0

20kHz

(-01

-07)

(-06,

AC

AC

&

DC)

to

Ground

Span rms

Span

Factor
Factor

Addilional
Additional

Additional

-1989

Error
Eror

Enor

thru

Enor

-05),

ORDERING

INFORMATION

UIODET

0M5-|AC-1008-C
0M5-rAC-18-C
0M5-rAC-108-C

INPUT*

(rms)

G100mV

0-1v

0-10v

0UTPUT.

(dc)

0-5v
0-5v
0-5v

Response

Selection Time
Voltage
Mu
Min / Max
Current,

Environmental

Operating Temp. Range
Stonge Temp. Range

Relative Humidity
Emissions
lmmunity
Dimensions

NOTE:

(1)

Module
accordance with

(2)

Al standard

(3)

For1G100%ratedspan.Addanadditional0_25%enorfortr10%Spanmeasuremenh.
Accuracy

inaccuracy (if

(0

Time

to 99%)

Logic'0'

'1-

Logic

"0,1'

rating

only. Backpanel

required

tactory

601-lz

includes nonlinearity,

used).

6.hS@CLoAo=0t02000pF

+7.5Vdc

(Loop

Voltage - 14)

EN50081-1,

EN50082-1,

2.28' x226'

connctor rating

ufety requirements.

calibntion. Consult lactory

hysteresis

0 lo

ISM

Group

ISM

x

may

differ- use

lor

and repeatability

+0.8V

+2-4V

l+3N

0.srtA

min, +26Vdc

(Loop

/

+SVDC

l5%

30mA

!200p!n/%

-40'C

to +85'C

-40'

c t0 +85'c

noncondensing

90%

1,

Class A

1,

Group

Ctass A

(58mm

0.60'

calibration

x

the

at olher trequencies.

but not

s0urce

max

Current)

(Radiated,

(ESD,

57mm

x 15mm)

lowest

of

or exlemal

Conducted)

RF, EFI)

the two in

shunt

'

Modules can
ordering delails

be

ordered
and

socifications.

with other inpuvoutput

nanges. Consult

lactory

for

@.9ce

0M5-tPlc/t1{

Linearized

FEATURES

O INTERFACES

0R 120o

.

LINEARIZES
O HIGH
O

lSOOVrms

O ANSI/IEEE

O

INPUT PROTECTED
o 160dB
o

O
O

NMR

95dB
CSA CERTIFIED,
MIX AND

DESCRIPTION

TO

1OOO PLATINUM,

NICKEL

LEVEL

TMNSFORMER
C37.90.1

cMR

MATCH

RTDs

RTD

SIGNAL

VOLTAGE

-1

989

TO

AT

60H2,

90dB

FM

APPROVED,

OMs IYPES

1OO

OUTPUTS

ISOLATION

TRANS

IENT

24OVAC

CONTINUOUS

AT

50Hz

CE COMPLIANT

ON

BACKPANEL

2-

oJ 3-wire

COPPER,

PROTECTION

RTD

A special
accidental

input

connection

Input

circuit

on the

power-line

of

Modules

0M5

modules
voltages

provides

up

240VAC.

to

prolection

against

The

0M5 modules

are

designed

Baclganet

Term

(1)

NOTE:
used v/ith
for
use OMs-lP4IC4/1N4.

+wire

this module. However,

4-wire

true

with

Block

<_

sensors may

measurement,

a completely

I

Nc

tt2

be

isolated

computer

side

j)

-5

v^^

?2

uo-

uocommon

RD

EN\

FIGURE 1.

1M1-lPlC/lN

Block Diagnn.

SPECIFICATI0NS

Module
Input

Range

Limits

Input Resistance

Nomd

Power

Off

0verload

Protection

Input

Continuous
Transient

Sensor Excitation

100c}
10O

Resistance

Lead

100f2

10O

Cu

Input

CMV,

Continuous
Transienl

(50

CMR
NMR

Accuracy
Conformity
Stability

Input

0flset
0utpul 0ffset
Gain

Noise

Input,0.1

outpul, 100kHz
Bandwidth,
Response

Range

0utput

Resistance

0utput

Protection

Output

ouhut Selection Time

(to

ilmv

0utout Curent

0utput Enable

Mu Logic
Min Logic
Mu Logic

Input

Cunent,

Power

Supply Voltage

Power

Supply

Power

Supply

Pt,

1000

10cr

cu

Mechanical
Environfiental

Operating Temperalure
Storage
Relative

Emissions

lmmunity

'O'

(1)

NoTES:

Current

Pt, 120c1

Cu

Temperature

Humidity

Ni

Effect

Pt, 1200

Ni

to 0utput

or 60Hz)

Enor

to 10flz

-3dB

Time,

90%

ot VouI)

Limit

Control

'0'

"1"
'1"

"0,1"

Cunent
Sensitivity

120c2

Ni

Dimensions

refers

l0 the resistance

Span

Range

Range

lypicat

ar To= +25oC

2.28'x2.26'x

in

lead.

one

power.

+SV

and

0M5-rP/C/N

-2@"C

-100'C

-80'C

+850.C

to

to 320.C

260.C

to

000C2

(120f,l

(10O

50MO

4oko
40krr

240vrms max

ANSI/EEE

ANSr/EEE

95dB

See

150ppm

Continuous

6;s at C* = 0 to 2000pF

C37.90.1-1989

0.25mA

1.0mA

$.02.c/o(')

{.2clattt

1500vrms

at 60H2, 90dB
0rdering

10.05%

+5VDC l5%

max

C37.90.1-1989

160d8

Information

Span

fi.02cfc

90FV/"C

reading/"C

of

02pVrms

2fi)pVrms

4Hz

02s

+5V

0V to

50f2

Short to

Ground

+8mA

+0.8V
+2.4V

+36V

0.stA

30mA

at

50Hz

02,cN

0.5.c/v

(58mm

0.60'

-40'C

-40oC

to

0

95%

EN50m1-1,ISM Group

(Radialed,

Class A

EN50082-1, ISM Group

Class A

x

57mm

+85oC

to

+85"C

lo

noncondensing

Conducted)

(ESO,

RF,

EFf)

pt)

Ni)

Cu)

x 15mm

1,
1,

ORDERING

MODET
100c)

a = 0.00385

0M5-tP-N10&C

0M5-tP-10GC

oMtsrP-2otrc
0M5-rP-6otrC

1|lf,)

cu,
a=0.004274
0M5-rc-12S.01-C

)

0M5JC-12G02-C

120cl
a = 0.00672

0MsrN-3oGc

rlrpludes

n,

lti,

conformity,

hysteresis

INFORMATION

II'IPUT

BANGE

-100'C

to +100.C

(-148"F

(+32'Fto

0'C to +120"C

(+32'F

()oC

to +120'C

(+32.F

{+32"F to +572'F)

+212.F)

to

00c

+1

t0

(+32"F
(+32'F

0"c

00"c

to

212"F)

OoC

+200oC

lo

to

392"F)

0"C

lo +600oC

1112.F)

(10O

at

to +248"F)

(l0O

at

+249"F)

to

+300"c

t0

and repeatability.

0.C)

25"C)

OITIPUT

RANGE

0V to +5V

0V

to +5V
0V to +5V
0V to +5V

0V to +5V
0V

+5V

to

0Vto +5V

ACCURACY'

10.32"C

10.13.C

10.26.C
g).78.C

i0.23.C
{.23C

10.40"c

@.9ce

0M5-tP4/tG4/tN4

FEATURES

O

INTERFACES

0R 120cl NICKEL
. TRUE
O

LINEARIZES RTD
O HIGH
O

lSOOVrms
O

ANSI/IEEE

O INPUT

o 160d8
O

95dB NMR

O

CSA CERTIFIED, FM

O MIX

AND

DESCRIPTION

TO

1OOO PLATINUM,

RTDs

4-WIRE

LEVEL

INPUT

SIGNAL

VOLTAGE
TRANSFORMER
C37.90.1-1989

PROTECTED
cMR

AT

MATCH

TO

gOdB

6OHZ,

APPROVED,

OMs TYPES

Linearized

1OO

COPPER,

OUTPUT

ISOLATION

TRANSIENT

24OVAC

AT

PROTECTION

CONTINUOUS

sOHZ

CE COMPLIANT

ON

BACKPANEL

4-Wire

RTD

RTD

The

excitation
two input
the input
independent
for 100
heating

Signal filtering
of normal-mode-rejection
are on

Input

excitation

Cr Pt

of the RTD.

the field

provided

is

cunent is

signal

measuring

signal

leads, which

of lead resistance.

and 120 O Ni

is

accomplished

side of

Modules

lrom

available

leads.

The

and 1.0

at

60Hz and

isolation

the

the

module

by a

on two leads

The

allows

excitation

mA for 10A

with

a

90dB at

barrier,

which

excilation

RTD measurement

current is

Cu) which-minimiies

six-pole filter which

50H2. Two

and

precision

cunent

the other four

current

are

separate

does not

very

snull

provides

poles

to

of

source.

from

the

flow

in

be totally

(0.25mA

setf-

95dB

fitter

this

are

on

the

3-Wire RTD
equal lead resistances,
lead resistances.

module

RTD

4w..e

RTD

provides

while

+EXC

+ln

)

--tn

-EXC

Backpanel

Term

+

Yr

4

3

2

Block

lead

resistance

the 4-wire

3

<d

-<3

modules

""

""

compensation,

do not require

:]-l

Surge

Suppression

and

Protection

but requires

matched

rpr-l

I

l=

I

A special input
power-line

voltages

provides

circuit

up to 240VAC.

protection

against

accidental

vow

l/O

Common

RD EN\

connection

of

FIGURE l.

0M5-lP4/lC4/lN4

Block Diagnm.

SPECIFICATIONS

Typical

Module

Input

Range

Limih

Input

Resishnce
Normal
Pourer

Off

Overload

Input

Prohction
Continuous
Transient

Sensor Excihtion

100cl
10O

Lead Resisbnce

1000
10O

lnput

CMV,

Continuous

Transient

(501-lz

CMR
NMR

Accurircy

Conformity Error

Shbility

Input
0uput
Gain

Noise

Input,0.1

0ubut, 100kllz
Bandwidth,
Response Time,

Pt, 120fi Ni

Cu

Eflect

120cr

n,

Cu

to OuSut

or 60flz)

0ffset

Otfset

10Hz

to

-3dB
90% span

Curent

Ni

0uFut Range

Ouput Resishnce

Protection

ouFut
0uput

(to

Time

Seleclion
tlmv of V"n)

0uDut Curent Linii[

0uput Eruble

Power
Power
Power

Mechanical

Environmenbl

Bnissions
lmmunity

Conkol

lilax
Min
[4ax
Input

"0"

Logic

"1"

Logic

"1'

Logic

Cunent, 0,1"

Supply Volhge
Supply Current
Supply

Sensitivity
100rl Pr, 120r)
10O

Cu

Openting Temp.
Stonge Temp. Range
Rebtive

Ni

Dimemions

Range

Humidity

EN50081-1,

EN50082-1, ISM

at Ta = +25"C

and

-200'C
+0'C lo +320'C

-10trC

ANSyTEEE

Al,rsr/rEEE

95dB at 60Ha

See 0rdering

l5oppm ol reading/"C

Continuous

66 at C*

2.28'x2.26'x

-40.C

-.40pC

0 to 95%

ISM

Group 1,

+5V

Power.

0M5-tP4/tC4/lN4

(100cr

+850"C

lo

(120fi

to +250"C

(104

50MO

40ko

40ko

240Vms

max

C37.90.1-1989

0.25mA

1.0mA

10.0005'c/or)
$.m5.c/o{r}

1500vrms

rnax

-1

c37.90.1

160d8

989

90dB at 50Hz

Inlomation

:0.05%

Span

10.02.c/"c

f20pV/'C

0.2pilrms

200prms

4Hz

0.2s

0V to +5V

50r2

ground

short to

=

0 to 2000pF

+8.n4

+0.8V
+2.4V

+36V

0.$A

+SVDC

$%

3()tnA

{.z"CN
$.5'C/V

0.60'(58mm

Group

x

57mm x 15mm)

to +85.C
to +85.C

noncondensing

(Radiated,

Class A

1,

Class A(ESD, RF,

Pt)

Ni)

Cu)

Conducted)

EFI)

(1)

NOTES:
in

one leacl.

"f2'reters

t0 the resistance

ORDERING

INFORMATION

rlncludes

conformity,

hysteresis

repeatability.

and

MODEI
100

O n, a=0.00385

0M5-rP4-N100-C
0M5-rP4-100-C
0M5-tP4-2oOC
0M5-rP4-60GC

10 a cu,

a=0.00/,n4
0M$rc4{2G01-C
0M5-rc4-12S02-C

120

o Ni,

0M5-rN4-30GC

c=0.00672

-100'C

to

0'C to

+100'C

+100'C

0'C to +20fC

0'C to +600'C

0"C to +120"C

0'C to

(10O

(l0O

+120oC

+300'C

0'C lo

INPUT

(+32'F
(+32'F

(+32'F

at

at

25'C)

(+32'F

RANGE
(-148'F

to +212.F)
to 212'F)
to 392"F)

to 1 1

(+32'F

0'C)

(+32'F

+572'F)

to

12.F)
+248"F)

to

+248"F)

to

OIffPUT

0V to
0V lo
0V to
0V

to

0V to
0V to

0V to +5V

RANGE

+5V
+5V
+5V
+5V

+5V
+5V

ACCURACYI

10.32"C

13.C

l0
$26.C

10.78.C

g).23"C

10.23"C

40.c

l0

@.9ce

OM5.PT

FEATURES

O INTERFACES
O

HIGH LEVEL
. 15OO
o

ANSr/rEEE

O

INPUT
o 160d8
O

95dB NMR

O

MIX

AND

O

CSA

CERTIFIED,

TO

VOLTAGE

VOLT

TRANSFORMER

C37.90.1

PROTECTED

cMR

AT

6OHZ,

MATCH

FM

Potentiometer

POTENTIOMEIERS

OUTPUTS

ISOLATION

-1989

TMNSTENT

TO

24OVAC

gOdB

OMs

ryPES

APPROVED,

CONTINUOUS

sOHZ

AT

ON

TO

UP

PR0TECT|0N

BACKPANEL

CE

COMPLIANT

1O,OOO

OHMS

lnput

Modules

DESCRIPTION

Excitation

current

sources.

cancellationoftheeffectsof

(less

small

potentiometer

forthe

when

than

1.0mA)

provided

is

using

a three-wire

leadresistances.

which

minimizes

from

the

module

by

two

potentiometer,

Theexcitationcunentsiievery

setf-heating

this method

of

the

matched

allows

potentiometei.

z-wre2

Slidewire

3-Wire

Potentiometer

+EXC

-ln

+ln

Bi

lcl(pan(

Te

rm

G

Y_.t

4

z

1

3

Blo(

4

^l

.//o I

J

{d

-<+

l

Surge

Suppression

and

Protec{ion

""

+V

-V

A

special

power-line

inpu,t

voltages

circuit

up

provides

protection

to 240VAC.

against

accidental

connection

of

g

I-

I

I

I

FIGURE

1.

0M5-PT

Block

Diaoran.

SPECIFICATIONS

hput

Range

Input

Resistance

Typical

Nomal

Power

Off

0wdoad

Input

Protection
Continuous
Transient

Sensor

Excitation

Gunent

Lead

Resistance

CMV. Input

Etlecl

to output
Continuous
Transient

(50

CMR

or

60flz)

NMR

AccuncYzr
Slability

Input

offset

0uput Offset
Gain

Noise

Input,0.1
Ouput,100KHz

Bandwidth,

to

-3dB

10Hz

0utput Range
OuFut

Resistance
Output Protection
OubutSeleclion

(to

0ugut

0uFut

Mu
Min
Max
Inpul

Power

Supply Voltage

Power

Supply Cunent

Power

Supply Sensitivity

tlmv of

Limit

Cunent

Control

Enable

Logic'0'

Logic'1'

Logic'1'

Cunent,

Time

VouT)

"0,1"

=

Ta

at

+25'C

ANS|/EEE

0.25mA

0.10mA:

r0.01CUA;

$.02Q/A;

ANS|/EEE

95dB

$.004CU"c;

$.010fU.C;

r5oppm

Continuous

6p

228' x226'x

power

and +5V

0 to 10Ko

50Mo

4oKO

4OKO

240Vrms

max

C37.90.1-1

1000,500Q,

1()K1Q

1000,5000,

15fi)Vrms

@ 60H2,

$.08%

100cl,5000,

at C*

0.60'

sensor

10KO sensor

max

C37.90.1-1

160d8

90dB @ 50Hz

Span

1OKO

€0PVfC

reading/.C

of

0.2pVrms

2O0pVrms

4Hz

0.2s

0 to +5V

50c2

shorl

to

g

=

1e 2g99pP
+8mA

+0.8V
+2.4V
+36V

0.5p4

(58mm

x

989

lKO

sensor

1l(f)

sensor

989

1Ko

sensor

sensor

ground

57mm x 15mm)

0perating Temp. Range
Stonge

Temp. Range

Relative

Emissions

lmmunity

NOTES:

Humidity

(1)Refuencedt0input

(2)lnc-tudesnontinearity,hysteresisandrepeaiability.

0 lo 95%

EN50081-1,

Clas A

EN50082-1,

ORDERING INFORMATION

MODEL

0M5-PT-1oGC
0M5-PT-5oG.C

0M5-PT-1K-C

0M5-PT-10K-C

INPUT

100o

0lo
0 to

5000

0to 1KA

0 t0101(ct

RANGE

-40oC

lo +85"C

-40'C

lo +85.C

noncondensing

ISM

(Radiated,

ISM

(ESD,

Class A

RF,

OUTPUT RANGE

Group 1,

Conducted)

Group 1,

EFI)

+5V

0V

lo

+5V

0V

to

0V

+5V

lo

+5V

0V to

OMS.ITG

Thermocouple

FEATURES

O INTERFACES

THERMOCOUPLES
O HIGH
O 1500Vrms TRANSFORMER
O ANSYIEEE
O INPUT
o 160d8
O

95dB

o

10.05% AccuRAcY

O fl.OZIO
O

tlpV/'C DRlff

.

CSA CERTIFIED,

. MIX AND MATCH OMs TYPES

DESGRIPTION

Each OMS-ITC Thermocouple input
thermocouple

level

a high
switch controlled, allowing these modules

without the requirement

TO TYPES

LEVEL VOLIAGE

C37.90.1-1989 TRANSIENI
PROTECTED IO
cMR

NMR

AT

60H2. 90dB

LINEARfi

input which is filtered,

voltage

analog

J, K, T,

OUTPUTS

ISOLAT|ON

24OVAC

at 50Hz

FM APPROVED,

ON BACKPANEL

(Figure

output

of external multiplexers.

E, R,

S,

PROTECTION

CONTINUOUS

CE COMPLIANT

module

isolated,

1). This
to

C. N AND B

provides

amplified, and converted to

share a common analog

single

a

voltage output is logic-

channel

bus

Input

The

OMS-|TC can interface

J, K, T,

E, R, S, C, N,

a 0V to +5V range.

parasitic

for
terminals

provided

is
implemented
between

Signal filtering is
of normal-mode-relection
are
computer

After the initial field-side
proprietary

again using
mode

A special input circuit

of

power-line

screw terminals 1

on

the

spikes

Modules

Each module

thermocouples

the mounting

on

by

an internal

by installing

accomplished

field

side of the isolation

side.

chopper circuit. lsolation is

proprietary

a

or surges. The

voltages

up to 240VAC.

to nine industry

and B. tts

provides

conesponding

formed

backpanel.

pull-up

an external
and

3 on the
with

at

60Hz and 90dB

fillering,

lechnique

module is

protection

standard

is

cold-junction

by

the thermocouple

Upscale open

resistor.

to suppress transmission

Downscale

47Me

0M5-BP backpanels.

a six-pole filter which

at 50H2.

banier,

and

the input signal

provided
powered

against

thermocouple

output

signat

compensated

wire

thermocouple

indicatidn

resistor,

the

by
from +SVDC,

t20o/o

provides

poles

Two

other

four

is

chopped

translormer

accidental

connection

opeiates

tvoes:

bver

to

correct

and

screw

detect

can

be

tolerance,

95dB

of

this filter

are

on

the

by

a

coupling,

of common

r5%.

of

FIGUBE

1.)MS-|TC Block

Temp

Sensor

Diagram.

vcnrr

l/O

RD

Common

EN\

S PE C I F I

CATI 0 N S Typicat

Module

Input

Range

lnput

Bias

Input

Input

CMV, Inpul

CMR

NMR

Accuncy
Nonlinearity
Stability

Noise

Bandwidth,
Response

0utput
0utput Resistance
0utput
Output Selection Time

0utput Cunent

Output Enable

Input
0pen
open
Cold

Power
Ponter
Power

Mechanical Dimensions
Environmental

Emissions
lmmunity

Curent

Raistance
Normal
Power

Otf

Overload

Protection

Continuous
Transient

to 0utput
Conlinuous
Tnnsient

(50H2

or 60Hz)

Input 0ffset
0utput

0ffset

Gain
lnput, 0.1

Output,

(lo

Mu
Min

Max

Cunent,

Input

Input

Junction

Acruracy,25'C

Accuncy,

Acruracy,

0penting Temp. Range
Stonge
Relati'ae Humidity

10Hz

to

100kHz

-3dB

Time,

90%

Range
Protection

Vor)

tlmV of

Limit

Conkol

Logic'0"

"1'

Logic

Logic'1"

"0', "1"
Raponse
Deteclion Time

Compenution

+5"C

to

-40oC

Supply Voltage
Supply

Current

Supply Sensitivity

Temp. Range

Span

+45"C

+85oC

to

T^ = +25.C

at

ANSr/rEEE

ANS|/EEE

95dB at 60H2,

See 0rdering Information

Continuous Shorl

6p

2.28' x2.26'x

EN50081-1, ISM

0 to 95% Noncondensing

EN50082-1, ISM

power.

+5v

and

0M5-tTC

{.1V to +0.5V

-25nA

50MO

4okc)
40kfi

240Vrms max

C3i.S.t-1989

1500vrms

10.02%

at C,*

max

C37.90.1-1989

160d8

90dB at 50Hz

Span

tlPV/'CG)

flltttfC

*25ppm/'C

02pVrms

2OOpVrms

4Hz

0.2s

0V

+5V

to

50c,

to Ground

=

0 to 2000pF

+8nrA

+0.8V
+2.4V

+36V

0.spA

Upscale

10s

$.250C

$.5.C

i1.250C

+SVDC

l5%

3OmA

t4Nf/"RTltti

(58mm

0.60'

-40'C

+&5.C

to

-40'C

+85"C

to

Group 1, Class

Group 1.

Class A

x

57mm x 15mm)

(Radiated,

A

Conducted)

(ESD,

RF,

EFI)

(1)

N0TES:
and
accuncy.

(3)Ihis

0.020'C/'C, Types ( T
Type
Type

Includes

repeatability.

(2)

is

equiralent

E 0.016"C/'C,
N

0.037.C/"C. Type

nonlinearity,

Does not

=

RTI

Relerenced

t0

Types R,

hysteresis

include

GJC

input.

to

.C

t0llou6:

as

0.025.C/.C,
S 0.168.C/.C.

C.0.072.C/.C.

Type

J

ORDERING

INFORMATION

MODEL

0M5-rTC-J-C
0M5-rTC-K-C
0M5-rTC-T-C
0M5-rTC-E-C
0M5-rTC-R-C
0M5-rTC-S-C
0M5-rTC-B-C
0M5-rTC-C1-C
0M5-ITC-NI-C

WPE

Type
Type
Type T
Type
Type R
Type
Type B

Type

C

Type N

J
K

E
S

-100'C

-100"c

-100"C
0'C to

0"C to

0'C

0'C

+350'C

-100'C

INPUT RANGE

to +760"C

+1350"c

to

to +400"C

+900oC

to +1 750'C

to
to
to

(-148"F

(-148.F

(-148'F

(+32"F

+1750'C

(+32'F

(+32"F
+1800'C
+1300'C
+1300'C

(+32"F
(+662'F
(-148'F

to +1400'F)

+2462.F)

to

+752'F)

to

+1652'F)

to

+3182'F)

to

+3182"F)

to

+3272'F)

lo

to +2372F)

+2372F)

to

OUTPUT

0V

to

0V

to
0V to
0V

to
0V

lo
0V to
0V to

0V

to

0V

to

RANGE

+5V
+5V
+5V
+5V
+5V
+5V

+5V

+5V

+5V

ACCURACY(I)

fl.07yo
fi.07Yo

10.09%
fr.07o/o

10.10%

fl.10o/o
fi.12o/o
fr.11o/o
fi.70o/o

10.61"C

10.97"C

10.46'C

10.59'C
!1.72"C

11.82'C
!2.21"C
t1.01"C
l0.98"C

@"9ce

OMS.WBS

strain

FEATURES

O

INTERFACES
OR

OUARTER-BRIDGE

O

HIGH

o 1500Vrms
O ANS|/IEEE
O INPUT
O FULLY

o 100d8
O

IOKHz

+0.08%

o

+0.02o/o

a

+1pY/'C

O

O

CSA

CERTIFIED,

O MIX

AND

TO

LEVEL

VOLTAGE

TRANSFORMER

C37.90.1-1989

PROTECTED

ISOLATED

cMR

SIGNAL

BANDWIDTH

AccuRAcY

LINEAR|TY

DRlff

MATCH

Gage

lOOO

THRU

1OKO,

STRAIN

TO

EXCITATION

FM

APPROVED,

OMs

WPES

GAGES

OUTPUTS

|S0LAT|ON

TRANSIENI

24OVAC

SUPPLY

ON BACKPANEL

Input

FULL-BRIDGE,

PROTECTION

CONTINUOUS

CE

COMPLIANT

Modules,

HALF-BRIDGE,

wide

Bandwidth

DESGRIPTION

Baclganel

Term

Elock

input.circuits provide

fneclat.

isolated

excitation

supply

up

protection

to

240VAC.

of

the signal

3J

ft

v_-

2

inputs

uo-

uocornmon

RD

EN\

and

the

FIGURE

1.

jMS-WBS

Block Diaonn.

SPECIFICATIONS

Typicat

T^ = +25oC

ar

power. FIGURE

and

+5v

2.

Full

Bridge

Gonnection.

Module

Range

Input
Inpul Bias

Cunent

lnput Resistance

Normal
Pouer

Otf

0wrload

Input

Signal

Proleclion
Conlinuous
Tnansiml

Effikn0$r(-1l-Z-g-5'c)
Excitation Output
Excitation Load
Excitation
Hall Eridge Volhge

Bridge Vothge

Hall

lsolated

Continuous

Tnnsipnl

Input

CMV,

(-4t,{l/&C}

Regulation

Stability

Level
Levd

Excitation Protedion

to

Outpul
Conlinuous
Tnnsient

(50

CMR

or

NMR {-3dB al 1OkHzl

60Hz)

Accunaryra
Nonlineadty
Stability

Input 0ffsel
0upulOtfsel
Gain

Noise

Input,0.1 to
Outout,

Bandwidth.
Rise Time, 10

Settino

0utput
Output
ouFut

10Hz

1@kHz

-3dB
to

90%

Time.

to 0.1%

Range
Resistarrcr
Protedion

span

Output Selection Time

(lo

fimv of VdJT)

outDut Currenl Limit

0uput hable

Ma<
Min Logic
Max
Input Curent,

Pounr Supply Voltage
Pouler $pply
Pouer Suooly

Medanical Dimensions
Environmental

Opding
Stotrg€
Relative

Emissions
lmmunity

Control

Logic'0'

'1'

Logic'1'

'0,1'

Current
Sensitivity

Tempenture Range

Tempenlure Range

Humidity

C3-C)
({}C)

Full Bridge

(x\|'$iBsts{}|

4,

tiqnv b

$.3nA

5oMO

40ko
40kct

240Vrms max

ANSt/tEEE C37.90.1

+10V l3mV

+3.3iIlV l2mV

$pprVml

t15ppny''C

240Vrms mu

ANq|TFFF n?7 0n r-roeo

1500vms max

NSr/rEEE

C37.90.r-1989

100d8

120d8 oer Decade above 10kH7

$.08%

Span t10pv Rno

$.02% Span

tlFVfC

*OpVfC

€Sopm

of

0.4pVrms
10mVo-o

10kHz

35ts

25016

l5V

50fl

Continuous

6t6 al

Shott to Ground

Cbod = 0

$rnA

+0,8V
+2.4Y

+36V

05lA

+5VDC

Full

170mA

228'

EN50082-1, ISM

Exc. Load,

QuVl% RTlt3,

x226' x

0 lo

EN5@81-1,ISM Group

Clas A

(58mm

0.60

-40"C

lo

-4tl"C

to

95% Noncondensing

(Radided,

Group 1, Clas A

-rrrB9lt2l-{/+c

t100mv

-1

C8e

NA
M

BeadinofC

to

2000pF

l5%

70mA

No

Exc. Load

x

57rnm x 15mm)

+85'C
+85'C

1,

Conduded)

(ESD,

RF, EFt)

Half Bridge

)liE tltsS38{B{.+liB93{

+5V tlmV

+1.667V

tlmV

2pVrms

\.'l

Rg{D

qu,

F9(t)

FIGURE4.

Rgot

Rg

"\

I

I

q&h­Sf?|Ld

'Sarp
NOTES:

hysleresis

Full

as

(1)Stnin

and repeatability.

A*b-aa

TffiAler

FIGURE

Bridge

3. HaIf

EGlg.Dl

Irilrlgld

-€rc|

!-lFl

ThH

modula.

element.

Bridge

0uarle

r Bridge

v

I

Slcct

(2)

|

Includes

(3)

Referenced

I

Gonnection.

Gonneclion.

excitation

error, nonlinearity,

to input.

ouswBs3aor-c
olttwBs.t€

oIs-ufBs€€
o||9UrBS{€
ou9wB95-C

ou9wBs3ll{3-c
oragwBs-ilc

oM-wBs384r€
oL$wB.s€-c

ilnnFt ltnklb

0Ms-wBs38{1-C
oMtwBg1-C
0Msrla$8-03-c
0M$w893-C
0Ms-wB$z-c
0M$WBS,I-C
oMtvvB$s.c

IIIPUT BRIIIGE TYPE IIIPIIT RIIGF

Full

Full
tlall
llalf
Full
Futl

Full

Bridge
Bridge
Bridge

Bridge
Bridge
Eridge

Bridge

l00Q

1*fi

lo
3{DO to 10ko
lmotolo(f)
300fi ro 10ko
300fi

10ko

to
1000to10ko
300cr

to 10kn

ErcraTlot OIITPI]r NAr|FF

3333V

3mV/V

at

10.0V

at 3mV / Sensitivity

3333V

a[ 3mV/Y Sensitivity

10.0V

d

3mV/V

l0.frv

d

2mv/v

3.333V

al 10nV/V SeNitMty

10.0V

10mV/V

at

Sensitivity

Sensilivity
Semitivity

Sensitivity

-5V

-5V

-5V

-5V

-5V

-5V

-5V

lo

to
to

lo
to
to
to

+5V

+5V

+5V

+5V
+5V
+5V
+5V

ORDERING

INFORMATION

0M5-lul

FEATURES

O

ACCEPTS

O

UNIPOLAR

O

lSOOVrms

O

ANSI/IEEE

O

OUTPUT
a 110dB
o

400H2 SIGNAL

o

i0.05% AccuRAcY

O 10.02olo

O

CSA

O MIX

HIGH LEVEL

BIPOLAR

OR

TMNSFORMER

C37.90.1-1989

PROTECTED

cMR

BANDWIDTH

LINEARITY

CERTIFIED,

AND

FM

MATCH OMs

VOLTAGE

CURRENT

TRANSIENT

TO 24OVAC

APPROVED,

TYPES

OR PROCESS

OUTPUT

ISOLATION

CONTINUOUS

CE COMPLIANT

BACKPANEL

ON

Gurrent

CURRENT

PROTECTION

INPUT

0utput

Modules

DESCRIPTION

Each OMs-lVl
output. The
hold
mode where

and-hold
and conversion

Setting
module

is open
completely isolated
from Power
connection is required
proper

connect

A

special

against

lrack-and-hold

mode where

one DAC is

circuit,

of the tnct

piq

fS-.

hjOh,

or

Common,

operation

pin

23,

circuit in

accidental

currenl

output

module

circuit in

DAC

one

can supply

dedicated

each mod.ule

to a high
Wnqn

the hold

or

hold

level

mode is

pin

23 is tow,

mode is

computer

pin

16. This

between

the

ol

kack

the Write-Enable

the

to each module.

provides

current

controlted

the track

enabled.

side

circuit which

l/0

and hold

pin,

the output stage

connection

power-line

ol

provides

many

signal

output

single

a

input

stage can

output

modulei,

ln

addition

buffering, isolation,

(Figure

by

logic

the

inode is

The

module is

can

complete

Common

to

of the module

isolation

and

circuit.

For

l/0

Common,

voltages

power

a

provides

up

channel

of

analog

be operated

to

or

a track

the

track-

in

filtering,

1).
state

of WR

EN

enabted.

tf

pin

designed'with

be floated

to

means

that

r50V

Common

low

state,

simply

'lg.

pin

protection

to 240VAC

i

23

a

no

for

FIGURE 1.1MS4V|

Block Diagnn.

Backpanel

Term

Block

-<d

-<3

""

r,,c

lsolation

Earier

VrH / dw

UO Common

WR

EN\

/

-1,"

SPECIFICATI0NS

Typicat

Module

Voltage

Input
Input
Input Voltage
Input

Range

Current Range

(-05)

Maximum

Current,

Muimum

(-05)
lnput Resistance
Input Resistance

0uput Current

Range

0ver
Ouput Compliance Voltage

(0pen

Resistance

Load

0utput I Under
ouput

Continuous

Transient

CMV, 0utput to

Continuous
Tnnsient

(50flz

CMR

(-3dB

NMR

Acflracy

Nonlinearity

Stability

Tero
Span

Noise

Ouput Ripple,
Bandwidth,
Rise Time 10ln !X)9[ Smn

(-05)

RanS

Capability

Circuit)

Range

Fzult, mu

Protection

Input

or 60Hz)

at 400

lkHz

-3dB

tlz)

bandwidth

Sample and Hold

Output Droop Rate
Acouisition

Track

Max Logic'0'
Min Logb'1'
Max Logic'1"

lnnrrl Crrrpnl

Porcr
Pou,er

Pnunr Srrnnlv Snnsilivitu

Mchanical

Environmental

Operating
Slonge

Relative Humidity
Emissions
lmmunity

'sarne

Time

an&Holrl

Enable Contol

'{l'

Supply Volhge
Supply

Cunent

Dimensions

Temp. Rang

Temp.

Bange

specitication

arT^ = +25oC

(0lo

40dB

2.28'x226'x

EN50081-1,

EN50082-1,

0

ISM Group 1,

powr

and +5v

Unipolar

Output

Cunent

0Ms{vl

l5V

or 0V

+5V

to

to

0

20mA

(no

ril6V

@map)

(no

75mA

damage)

5oMo

20a

0 to 20mA or 4

750fi

greder

240vrms max

ANS|/EEE C37.90 1-1989

1500vms

ANS|/EEE

oer Decade above 400H2

10.05%

10.02%

to 20mA

10%

2NDC

0

6500

t0

Powr

br

Supply

4.SVDC)

fm

26mA

max
C37.90.1-1989
10dB

1

Span
Span

Vdhge

d).5/v"c

f2oppnv"C

1OpApp

400H2

0 75ms

4()p{s

50c

+0.8V
+2.4Y

+36V

O 5rrA

+SVDC

l5%

170mA

J0SrrA/% lvn

(58mm

0.6'

+0'C

-400c

to

95%

ISM Group

x

57mm x 15mm)

+85"C

lo

+850c

t0

Noncondensing

(Radiated,

A

Clas

1,

Class

A

(ESD,

Condwied)

RF,

EFI)

ORDERING INFORMATION

MODEL

0M5-tvl-M-c
0Ms-rvr-A4-c
0Ms-tvt-BG,c

0Ms-tvr-Ao-c

INPUT

RANGE

0V

to

-5V

to

0V

to

-5V

to

+5V

+5V

+5V

+5V

OUTPUT flANGE

4mAto 20mA
4mAlo
OmA to 20mA

OmAto 20mA

20mA

BANDWIDTH

400H2
4001-lz
400H2
4ffiHz

OM5-WMU/WU

Analog

FEATURES

O

ACCEPTS

O HIGH

1500Vrms

o
O ANSI/IEEE
O INPUT

100d8

o
o 10kHz
o 10.05%

O

fr.O2YO
O tlpV/"C
O

CSA
O

MIX AND

MILLIVOLT

LEVEL VOLTAGE

TMNSF0RMER

C37.90.1

PROTECTED

cMR

SIGNAL BANDWTDTH

AccuRAcY
LINEARITY

DRlff

CERTIFIED,

MATCH

uoltage

AND

VOLTAGE

OUTPUTS

IS0LAT|ON

-1

989 TRANSIENT

TO

24OVAC

FM

APPROVED,

OMs WPES

ON

LEVEL

SIGNALS

PROTECTION

CONTINUOUS

CE

COMPLIANI

BACKPANEL

Input

Modufes,

wide

DESCRIMON

A special
power-line

input

voltages

provides

circuit

up

protection

240VAC.

to

Bandwidth

against

accidental

connection

of

+E(C

9u*

-EXC

1. 0M1-WMV/W

+ln

-ln

Backpanel

Term

G

4

Y)

3

2

G

1

Block

Block Diagnn.

;i

Surge

Suppression

and

Protection

Anli-Aliasino

-J

I

Vour

l/0 Common

22

RD EN\

S PEC I F|

Module

CATI

Inpul Bange
lnput Bias

Cunent

Input Resistance

Normal
Power

Otf

overload

Protection

Input

Continuous
Transient

Input

CMV,

Continuous

Tnnsienl
CMR
NMB

AccuracYtt
Nonlineadty

Stability

Input
Output
Gain

Noise

Input,0.1
Output,

Bandwidth.

Time,

Rise

Settling Time,
Output

Output Raistalre

0utput
0utput Seleclion

(to

Outout
0utput

Max
Min Logic'1"
Mu
Input

0utput

to

(50H2

60Hz)

or

(-3dB

10kHz)

at

Otlset

Oflset

1()Hz

to

100kHz

-3dB
10

to 90% Span
to 0.1%

Range
Protection

Time

tlmV

Vo,

of

Cunent Limil

Enable

Control

Logic T"
Logic'1'

Current,

Power Supply Voltage
Power

Supply

Power

Mechanical
Environmental

openaling
Stonge
Relative Humidity

Emissions

lmmunity

Curmt

Supply

Sensitivity

Dimensions 2.28' x2.26'x

Temp. Range

Temp. Range

0 N S rypinl

10.05% Span

)

'1'

"0',

EN50082-1, ISM

rt T^ = +25.6

*5v

rno

OM5-WMV

t10mv to tlmmv

r0.5nA

200Mo

4okfi
4okrl

240Vrms

ANSt/tEEE

ANSr/EEE

120d8

Continuous Short

6F al Ct"d = 0 to 2000pF

0 to 95% Noncudensing

EN50081-1, ISM

Clas A

C37.90.1-1989

1500Vrms

C37.90.1-1989

1

00dB

per

Decade above 10kHz

RTI{,)

t10pv

10.02%

Span

tlpV/'C

t4OpV/"C

f25ppm/'C

0.4pVrms
l0mVp-p

10kHz

35ts

250p

i5V

0V to

or

50c)

lf,mA

+0.8v
+2.4V
+36V

0.5llA

+SVDC l5%

3OmA

RTltzt

9pVl%

(58mm

0.60'

-40'C

lo +85'C

-40oC

lo +85'C

(Radiated,

1,

Group

Clas A

poner.

Max

max

$.05%(Vzc)

+5V

to Ground

x 57mm

x 15mm)

1,

Group

Conduded)

(ESD,

RF,

EFr)

OM5-WV

t1V

:0.05nA

650kQ
650kQ
650kCr

10.057o

span t02mV RTlt'?t

$.05% ru.o)

J201tV/"C

t50ppm/"C

2pVrms

i2DtlVlo/o RIIQI

l40V

t0

(minimum)
(minimum)
(minimum)

'

Same specification

WMV.

(1)

NOTES:
hysteresis
(2)
(3)

that rbulls in

Includes

and repeatabil

=

Referenced

RTI

is

V,

the input

voltage

0V outout

as 0M5­nonlinearity,

ity.

input.

to

ORDERING

INFORMATION

MODB INPIITRANGE
0M5-WMV-1oA-C

0Ms-WMV-s0A-C
0M5-WMV-100A-C
0M5-WMV-108-C
0M5-WMV-508-C

oMswMV-1008-c

0M5-WV-1A-C
0M5-W-5A-C
0M5-W-10A-C
0M5-WV-18-C
0M5-W-58-C
0M5-W-108-C
0M5-W-20A-C
0M5-W-208-C
0M5-W-40A-C
0M5-W-4oB-C

-10mV

to

-50mV

to +50mV

-100mV

to +100mV

-1OmVto

-50mV

-100mVto

to

-lV

to +1V

-5V

to

-10V

to +10V

-1V

to

-SVto

-10V

to +10V

-20V

to +20V

-20V

to

-40Vto

-40Vto

+10mV
+50mV
+1fi)mV

+5V
+1V

+5V

+20V
+4OV
+4OV

+10mV

OUTPUTRANGE

-5V

to +5V

-5V

+5V

to

-5V

to +5V

+5V

0V to

+5V

0V to

to +5V

0V

-5V

+5V

to

-5V

to +5V

-5V

+5V

to
to +5V

0V
0V to +5V

+5V

0V to

-5V

to +5V

+5V

0V to

-5V

+5V

to

0V to +5V

0M5-TX

FEATURES

o

IS0LATED

O

PROVIDES
TRANSMITTERS

O

HIGH
O lSOOVrms
O

ANSI/IEEE

O

INPUT

O IOOdB
O IOOHz
o

10.0570

a

fi.lzvo

O

CSA

O MIX

DESCRIPTION

Each

0M5-IX

nel which
standard
+20VDC

+20VDC

ISOLATION

LEVEL

TRANSFORMER

C37.90.1-1989
PROTECTED
CMR

SIGNAL

AccuRAcY
L|NEAR|W

CERTIFIED,

AND

MATCH

2-wire

rycepls.

+1

to +5V

regulated

CURRENI

VOLTAGE

TO

BANDWIDTH

FM

APPROVED,

OMs

transmitter interface

a 4

to

+2

or

power

2-Wire

L00p

SUppLy

FOR

NON-ISOLATED

0UTPUT:

24OVAC

ryPES

20 mA

to

supply is

+tV

to +5V

ISOLATION

TRANSIENT

PROTECTION

CONTINUOUS

CE

COMPLIANT

ON BACKPANEL

module

process

+10V

provided

cunent input

output

signal

to

Transmitter

2-WIRE

+2V

or

to +10V

provides

(Figure

powbr

a single

piovides

and

t1.

Rn

[ne cuirent

transmit-

chan-

a

isotateO

lnterfaoe

This

ter.

the

to

modute

supply

will

fh9.0M5-rx

field

transmifters.

between

room

computer.

The voltage
to share
multiplexers.

precision

A
sockets

resistor.

this
Alltield
voltages

voltages

liltering
side of

inputsarefu.lly

is

the isolation

allows

a

2-wire loop

without

provide

will

an isolated

output is logic

a

common

20f,r current

provided

are

Extra resistors

up

up

to

to

240VAC.

accomptished

requiring-an_extemar

a nominat

provide

lt can

also

2-wire

analog

conversion

on

the

protected

The

The

with

barrier,

Modules

powered

+20VDC

a 1500V

be

transmitter

switch

0M5-BP

are

available

module has a 3dB handwirtth nf 1nrir{z

module

a

and

transmitter

power

at a ldrop

isolation

used when

controlled,

bus without

from

has

six-pole

the

banier for

additionat

and

the input

lhe

resistor

is

backpanets

under

accidental

a

3dB

filter,

other

four

to be

direcily

suppty,

curenf

df

non-isorated
isotation
stage

which

allows

requiremenf

supplied with

io allow

part

number

connection

bandwidth

with

on the

of

potes

two

cbmputer

itie-regr]ibl

CmA

iJrequirei

of

tne cbniror

these

0f

the

instailation

oMX-1362-c.

power-tine

of

t0dHz.

on

connected

to?Omn"

2-wire

modules

;ne;n;l

module.

of

(innar

Signat

fieto

the

side.

2-Wire

Transminer

FIGURE 1.0M5-TX

Block

Backpanel

Term

Block

Diagnm.

20{2

0.1%

-<d

<3

plug-in

362€

""

r.,c

tr

vour

l/O

Common

RD

EN\

S PEC

I Fl GATI

Module

Input

Range

Input

Resistor
Value
Acarncy
Stability

Loop

Supply Voltage

lsolated

Excitation
Continuous
Transient

Input

Protection
Continuous
Tnnsienl

CMV, Input

Conlinuous

Tnnsienl

(50

CMR

or 60Hz)

(+dB

NMR

Accunct'')
Nonlinearity

Stability

Input

0tfset

0utpul

Oftset

Gain

Noise

InpuL

0.1 to

0utput, 100KHz
Bandlvidth,
Response

Output Range
0utput
0utput Proteclion
0ulpul

0utput
0utput

Power
Povlet

Power
Mechanical
Envimnmenhl

Emisions

lmmuniiy

N0TES:
(2)

RTI

-3dB

Time, 90%

Raistance
Selection

(to

tlmv of

Curent
Enable Control

Max

logic

Min

Logic

Max

Logic

Input

Current,

Supply

Supply Current
Supply Sensitivity

Dimensions

0penting
Stonge Temp. Range
Relative

Humidity

(1)

Includes

=

Referenced

0 N S rvpior a Tr

Protection

to Oulpul

100H2)

at

1()Hz

span

lime

Vour)

Limit

"0'

"1"

"1"

'0,

1'

Voltage

lemp.

Range

nonlinearity,

input.

to

=

+25oC

Nominal

ANS|/EEE

ANSr/|EEE

ANSr/rEEE

120d8

10.05%

9:lpprnl"C

+1V

Continuous

6p at

180mA

at

100mA

x226'x

2.28'

0

EN50081-1,ISM

EN500B2-1,

hysleresis and

to 95%

Group 1,

ISM

rcpeatability.

power.

+5V

and

OMs-TX

4mA

to

20mA

20.00cl

10.1%
t10ppm/'C
20V

at 4mA

240vrms

max

C37.90.1-1989

240Vrms

max

C37.90.1-1989

1500Vrms

oer

:0.02%

+5V

to

+SVDC

lBosminer

lransminer

at

t10pV/% RTlo

0.60'

-400c

-4PC

Group 1

max

C37.90.1-1989

100dB

decade

above 100H2

span

t4FA

span

llpV/"C

n40pV/'C

of reading

l0nArms

50OpVrms

1@Hz

4mS

+2V

or

50c)

short lo

=

0 to 2000pF

Q*

+8mA

+0.8V
+2.4Y

+36V

0.5rtA
l5%

load

(58mm

+950c

lo

+85"C

to
noncon@nsing
Class

A(Radiated,

Ctas

,

to 20mA

RTlc)

+10V

to

gnd

of 20mA

bad of 4mA

x 57mm

x 15mm)

Cond$ted)

(ESD,

A

RF, EFI)

ORDERING INFORMATION

MODET

0Ms-rx-1-c

0Ms-TX-2-C

INPUTRANGE

4mA

20mA

to

4mAto

20mA

OUTPI'TRANGE

+1V

to +5V

+2V to +10V

lE* -,4- . t

lllf-<-FM> ( ts

\,

>#

--

OM5-DT

General

FEATURES

INTERFACES

O

DEVICES

HIGH

O
o l500Vrms
O ANSI/IEEE

INPUT

O

FULLY

O

100d8

o

lKHz

o
o i0.10%

. fr.02%
O +2OpVl"C
O CSA
O MIX

SIGNAL

CERTIFIED,

AND MATCH

TO

REOUIRING

LEVEL VOLTAGE

TRANSF0RMER

C37.90.1-1989

PROTECTED

ISOLATED

cMR

BANDWIDTH

AccuRAcY

LINEARITY

DRIFI

Purpose

DC DISPLACEMENT

A

STABLE

OUTPUTS

ISOLAT|ON

TMNSIENT

TO

24OVAC

EXCITATION

FM

APPROVED,

OMs TYPES

TMNSDUCERS

DC

SUPPLY

PROTECTION

CONTINUOUS

SUPPLY

CE

COMPLIANT

ON

BACKPANEL

Input

AND

Modules,

OTHER

conkolled,
without

The
excitation
noise inherent

whict

the

requirement

0M5-DT

can interface

supply.

in

these

with

allows these

The lkHz

devices.

of

efiemal

to

devices

bandwidth

modules

Dc

Excitation

to

share

multiplexers.

which require

signiticdnily

a

comrnon

precision

a

reituces

analog

bus

10VDC

ripple

and

DESCR|

Each

tnnsducer

level analog

TION

0M5-DT

input which

voltage

genenl

purpose

is

output

Dc-LVDr

Transducer

input

fiftered,

isolated,

(Figure

1). This

+EXC

li

-ln

-EXC

Br

rcl9an€

Te

rm

provides

module

scaled, and

voltage

4

a

2

'l

Bloc

*-t

-€

4

b

5

3

a

single channel of

convefted to a high

is

output

Suppression

Protection

lu"

ruc

logic

Surge

anc,

+V

-V

switch

lsolated

Field€ide

Power

Special input

isolated

excitation

lsolated

Excitation

Source

circuits

provide

supply up

protection

to

240VAC.

-V

+V

lsolated

Computer-Side

Power

the

of

Power

Oscillator

signal inputs

20

19

22

17

16

and the

+5V

Power
Common

FIGURE 1.

0M5-DT Block

Diaoran.

S PE Cl Fl

CATI

Module
Input

Range

Inpul Eias

cunent

Input Resislance

Nomd
Power

Ofl

Ovedoad

hput Protection

Continuous

Tnnsient

Excitation Voltage, V*.
Excitalion ornent
Excitalion Load Regulation
Excitation Stability
lsolated

Bcitation
Continuou
Tnnsient

lnput

CMV,

Continuous
Transient

(50

CMR

(-3dB

NMR

AocuncYtt

Nonlinearity
Stability

Input
Output

Gain

to Output

or 60Hz)

lkHz)

at

0tfset

Offsel

Protection

Noise

hput,0.1 h 10Hz
output, 100Ktlz

&ndwidth,
Response Time

0utput Range
0uhui
oulput

0utput Selection
Oulput

oulput Enable Control

Input Current,'0,
Power Supply Voltage

Power Supply Curent

Power Supply
Medanical
Environmental

Emissions
lmmunity

(1

Includes

)

(2)

BTI

-3dB
(to

90% final

Resistance
Protection

(to

Max
Min
Max

0penting Temp. Range
Stonge

Relative Humidity

=

Refermced

Time

Vour)

tlmv

of

Cunent

Limit

Logic'0'

Logic'1'

Logic'1'

1'

Sensitivity

Dimensions

Temp. Range

excitalion error, nonlinearity,

to input.

0 N

rvpir.r

S

value)

Tr = +25oc

rt

+5V

and

zMO
2[4O
2Mfi

ANSI/lEEE

C37.90.1-1989

+10.0V0C

40mA

240vms

ANSI/EEE

C37.90.1-1989

1500Vrms

ANSI/IEEE

200mA @ Full Exc. load,

228'x2.26'x

EN50081-1, ISM

EN50082-1, ISM

hysteresis

C37.90.1-1989

per

120d8

d).1% span,

il.02%

Continuous

6.016 at

+SVDC

900PVi%

0.60'

-40'C

-40'C
95%

0 to

Group

Group 1,

repeatability.

arul

power.

OM5-DT

rlv

to r10V

{).05nA

(minimum)
(minimum)
(minimum)

240Vms max

lS0ppsV'C

(formerty

f2mV

(maximum)

i5pprVmR

t1Sppm/.C

max

(formerly

mu
(formerly

lmdB

deca& above lkHz

RTlz

$2mV

span

f2OpVi"C
i40pV/'C

0.4pVms
5mVpp

llflz

750p

l5V
50f)

ground

shod to

=

C,-d

to 2000pF

0

rSmA

+0.8v

+2.4V

+36V

0.5FA

l5%

100mA @ No

Rflat

(58mm

x 57mm x 15mm)

+85'C

to

+85.C

lo

noncondensing

(Radiated,

1,

A

Class

A

Class

(ESD.

tEfE-472:)

lEfE-4721

IEEE-472)

Exc. Load

Conductd)

RF, EFI)

ORDERING

INFORMATION

MODEL

0Ms-DT-1-C
0M5-DT-2-C
0M5-DT-3-C
0M5-DT4-C
0Ms-DT-s-C
0M5-DT-&.C
0M5-DT-7-C
0M$.DT-8-C
0M5-DT-g-C
OM5.DT-1GC

MDflMUMINPUT

rlV
!2U
*3V

!4V
l5V

lsv

x7V

iBV

l9V

110v

0lmuT

l5V
l5V
l5V
15V
l5V
l5V
l5V
l5V
l5V
t5V

@"€>(€

OMS.IFI

FEATURES

O

ACCEPTS

O

PROVIDES

O

NL

O 15OO
O ANSI/IEEE
. INPUT

o

10.050/o

O

MIX

O

CSA

FREOUENCY

HIGH

LEVEL

INPUTS

VOLT

TMNSFORMER

C37.90.1

PROTECTED

AccuRAcY

AND

MATCH

CERTIFIED,

INPUTS

LEVEL

VOLTAGE

ISOLATION

-1

989

TMNSIENT

TO

24OVAC

OMs

TYPES

FM

APPROVED,

Frequency

OF

O

to lOOkHz

OUTPUTS

PROTECTIO

CONTINUOUS

ON

BACKPANEL

CE COMPLIANT

N

lnput

Modufes

DESGRIMON

A 5.1v

excitation

closure

type

sensors.

excitation

common

is

arailable

The

excitation

pin

is

3

for

(+ln).

use

with

is

availabrd

on

pi'n

pick-up

magnetic

t

euil

or contact-

ano-

tir'e

Term

Block

-<d

-<4

""
""

A

special

circuit

accidental

connection

in

input

the

power-line

of

stage

of

the

module

voltages

ud

provides

protection

to ZqOVAC.

against

FIGURE 1.

1MS-lFl

Block

Diaoran.

SPECIFIGATIONS

Inpul

Range

Input

Threshold
Minimum Inpul
Maximum Input
Minimum

Pulse

Low

Ofl

to 0utput

or 60Hz)

(0

to

Time

Vor)

of

"0'

"1"

"1"

"0,1"

Voltage

Range

nonlinearity,

to

0utput.

Width

g07d

00K-C

TTL Input
TTL

InputHigh

lnpul

Hysteresis

Zero

Crossing

TTL

Input

Resistance

Normal
Power
0verload

Input

Protection
Continuous
Tnnsient

Excitation
CMV, lnput

Continuous

Tnnsient

(50

CMR

AccunacY't

Nonlinearity

Stability

0ffset
Gain

Noise

0upulRipple

Response Time

0M5-tFFs00i1K-C
0MstFt-3K-c
0M5-rFt-5V10K-C
0M5-rFt-251V50tV1

0utput Range
0utput Resistance
0utput

Protection

Output

Selection

(to

tlmV

0utput

Cunent Limit

OuFut

Enable Control

Max

Logic

Min

Logic

Max

Logic

Input

Current,

Poiver

Supply

Power

Supply Curert

Power

Supply Sensitivity

Environmental

Openating Temp.
Stonge

Temp. Range

Belative
Emissions
lmmunity

N0TES:
(2)

RTO

Humidity

(1)

Includes

=

Referenced

Typicat

arTa

2.28'x2.26'

EN50081-1. ISM

EN50082-1,

hysteresis

and repeatability

=

+25C

+5V

and

0 to 100KHz

Zero

60mVp-p

350Vp-p

4gs

0.8V

2.4V
O.MV

1.5V

240vrms

ANSr/EEE

NSr/rEEE

Ca7.90.1-1989

+5.1V

@ 8mA

1500Vrms

C37.90.1-1989

120d8

{).05%

10.02% span
r40ppm/.C

140ppm/.C

<1OmVp-p

Input

@

300 ms

170

90 ms
20 ms

0V

to

Continuous

0 to

ISM

50c)

shorl

61s

=

C,*

at

+8mA

+0.8V
+2.4V

+36V

0.spA

+5V0C

110mA

r15q.V/% RTo

(58mm

x0.60'

-4fC

to

-40oC

to +85.C

nonconclensing

95%

1,

Group

Class A

Group 1,

power

Crossing

ma<

min

max

max

max

span

>2% span

ms

+5V

ground

to

Q 1s

2000pP

l5%

G)

x

57mm x 15mm)

+€5"C

(Radiated,

(ESD,

Class A

Conducted)
RF,

EFI)

ORDERING

INFORMATION

MODET

0M5-tFt-500-c
0Ms-rFt-lK-C

0M5-tFt-3K-C
0M5-tFl-5K-C
0M5-tFr-10K-C
0MslFt-25K-C
0M5-tFt-50K-C

0M5-rFt-100K-c

INPUTRANGE

0 to

500H2

0 to

lkHz

0

to

3kHz

0

to

SkHz

0

to 1OkHz

0

to

25kHz

0

to

50kHz

0

to 100kHz

OUTPUTRANGE

0V

+5V

to

+5V

0V

to

+5V

0V

to

+5V

0V

to

+5V

0V to

+5V

0V

to

0V

+5V

to

0Vio +5V

@'@66

OM5-ITG

Linearized

FEATURES

O

INTERFACES
THERMOCOUPLES

O

LINEARIZES

O

HIGH

o

1500Vrms TMNSFORMER

O

ANS/IEEE C37.90.1-1989

O INPUT

o

160d8

o

95dB NMB

O

tlpv/"C DRIFI

O

CSA CERTIFIED, FM

O MIX AND

DESCRIPTION

Each

OMS-LTC thermocouple
thermocouple input which
conveiled
output is logic-switch
common analog

IO

ryPES

THERMOCOUPLE

LEVEL VOLTAGE

PROTECTED

cMR

AT

60H2,

MATCH

to a high level

bus

OUTPUTS

TO 24OVAC

90dB at 50Hz

APPROVED,

OMs TYPES

is filtered,

analog

controlled, allowing

without

J, K, T,

E, R,

S, N, AND

SIGNAL

|S0LAT|ON

TRANSIENT

input

voltage

the requirement

PROTECTION

CONTINUOUS

COMPLIANT

CE

ON

BACKPANEL

module

provides

isolated,

amplified, linearized

output

these modules to
of external multiplexers.

Thermocouple

B

a single

(Figure

1).

channel of

voltage

This

share a

Signal filtering
of normal-mode-rejection

are

the

on

computer
Afier

the initial

proprietary
again

using

mode

spikes

A

special input

power-line

and

is

field

side of

side.

field-side filtering,

chopper circuit. lsolation

proprietary

a

or

surges. The

circuit

voltages

Input

accomplished

the

provides

up

to 240VAC.

Modules

with

at 60Hz

and

isolation

technique

module

protection

a

six-pole

g0dB

at 50H2.

barrier,

and the

input

the

provided

is

to

suppress

powered

is

against

filter which

signal is

by transformer

tnnsmission

from

accidental

provides

poies

Two

other four

chopped

+SVDC,

connection

of

of common

l5%.

g5dB

this lilter

are

on the

by a

coupling,

of

FIGURE

1.

Temp

Sensor

AM}-LTC Block

Diagran.

+""

RD

EN\

SPECIFICATI()NS =

Input

RanS

Inpul

Bias Cunent

Input

Resislance
Normal
Power

Ofl

0'/efload

Input

Protec{ion
Conlinu,ous
Transient

Accuracy
Stability

Input

0ffset
Output 0fiset
Gain

Noise

lnput,0.1

to 10Hz

outpul,

1OolGlz
Bandwidth,
Response

0utput Range
output
onrtput
oulput

0utout
output

Open Input
0pen Input
Cold

Power
Powt
Pounr

-3dB

TirE,

Resislance
Probction
Seleclion

(to

rlmV

of Vr,

Cunent

Linit

Enable Control

Max

Logic
Min
Max
Input

!'

Logic'1'

Logic 1'

Cunenl, !',

Response
Detedion

Junclion
Accuracy,
Acarrary,
Accurary,

Compensation
25'C
+SoC lo +45oC

-,|0oC

Supdy

Vollage

Supply Curenl
Supply

Sensitivity

90% Span

nmo

)

'1'

Time

b +&5'C

+25oC

and

+5V

l500vrm mx

NSI/IEEE C37,90. l-1 989

95dB

160d8

at 60H2,90dB ai SOHZ

See

Ordering

r1

PV/'Co)

*0ttVloC

r25ppry''C

0.2UVrms

3CJoUVp-p, 150pvnrE

4Hz

0.2s

Io +5V

0V

50()

Conlinuous Short to

6ps al

C-

=

+0.8V
+2.4V

+36V

0.5uA

Upscale

10s

r0.25oC

$.50c

tl.25oC

2.28'x2.26'x0.6'

Infornation

Ground

0 to

2000pF

ORDERING

INFORMATION

tlncludes

conformity,
hysteresrs aod
rep€alability

CJC

include

nol

0oes

accuracv.

Environrnenhl

Operatir€ Temp. Range
Storage

Relative
Emissions
lmmunity

MODEL
OMFLTC.Jl-C

OM5-LTCJ2-G
0Ms-LTCJ3-C
0Ms-LTC{4-C

oMtLTC-KI-C
0Ms-LTGre-C
OMFLTG-K3{
0M5-LTC-T14
0M5-LTC-T2-C
OM'LTGE-C
0Ms-LTC-R-C
0Ms-LTC-S-C
0M5-LTC-B-C

Range

Temp.

Humidity

TYPE

TypeJ
Type J
Type J

Type,t
Type K
Type K
Type K
TvpeT

T

Type
Type

E

Type

R

S

Type

Type B

0 to

-1,

ISM

Group 1.

EN50082n, FM Group I,

INPUT

lo +760oC

OoC

-100'C

to +300oC
lo +500oC

0'C

-100oc
OoC

0'C

-100oc

to

-100'C
OoC

ooc

lo +760oG

to +500'G

lo +200oG
lo +1000oc

(-148.F

lo +1(D0oC

(+32oF

+1350oc

+400'C

to

+500oC to +1 750oC
+500oC lo +1 750oC
+500oC

lo +1

800o C

-40"C

lo +85oC

-40"C

lo +85oC

95% Noncondensing

Class

Class A

(Radialed,

A

(ESD,

Condded)

RF,

EFI)

BAilGE OIIIPUT

(+32oF

+1400oF)

to

(-148oF

to +572oF)

(+32oF

to

lo

(+32"F

lo

to

(-148.F

lo +2462.R

(-148'F

to +752'F)

(+32'F

lo

(+32.F

to +1832.F)
(+9?'F
(+932'F

(+932'

F lo

932'F)

+1400oF)

+1&12'F)

+9?oF)

+392'F)
lo +31&2'F)

lo +3182'F)

+t272"

Fl

0V

lo +5V
0V lo +5V
0V

lo
0V to +5V

0Vlo +5V
0V

to +5V

0V

lo +5V
0Vlo +5V
0V

to +5V
0V

lo +5V
0V

lo +5V
0V

lo +5V
0V lo

(1)

NOTES:
Type
Type
Type

(Q

This

is equivalent to

J 0.020'CfC, Types

E 0.016"CfC, Types R, S 0
N

0.037'CfC,

Rderenced to inpul.

RAHGE

$.08%

+5V

+5V

r0.08%
t0.07Y"
t0.08%
t0 087o
$.08%
$.08%
$.16%

10.13%
t0.10%

10.10%
$.10%

10.1syo

"C

T 0.025'CfC,

K,

168"Cf

Type

072"CfC

C 0

ACCUMCYT

t0.610c
$.32'C
$.36.C
a0.70"C

$ 80"c

t0.38oC

x12oC
l0.80'c
t025'C

t1.0"C

t1.3oC

t1.3"C

t2.0'C

as lollows:

C,

0ll,l5-AU

FEATURES

O

ACCEPTS HIGH
O PROVIDES HIGH
O 15OO

VOLT TRANSFORMER

o ANSilIEEE

.5

POtfS OF FILTERING
o 110d8
o 400H2

o
.
O MIX AND MATCH
O

cMR

SIGNAL BANDWIDTH

10.0570
fr.02% LINEARITY

CSA CERTIFIED, FM

AccuRAcY

LEVEL VOLTAGE

LEVEL VOLTAGE

C37.90.1 e-1 989 TMNSIENI

OMs

INPUTS

OUTPUTS

ISOITTION

TYPES

ON BACKPANEL

APPROVED,

CE COMPLIANT

Uoltage

TO

tlOV

TO

IlOV

PROTECTION

0utput

Modules

DESCRIPTION

eagn

p{.S-nV

output. Thetrack-and{rold

where

mode
whereone
circuit,

conversion

is required

of the

tnackand

Enable

The OMS-BP-MUX-C
control line,
output modules.
which

allows

voltage

output module

DAC

one

DAC is dedicated

each module

to a

between l/0

pin,

to

l/0 Common,

which allows

the track-and-hold

can

provides

high

level

Common

hold circuit.

backpanels allow

power

During

circuit in

supply nnny

to each modute. In

voltage

Fora low

pin

multiplexing

provides

the input

signal

output.

and Power

state,

19.
host computer

ot one

up, the

output remains

circuit

to be

a

single channel

stagecan

modules,

output

addition

buffering,

Common

simply connect

host

initialized.

tothetrack-and-hold

isolation, filtering,

lor

controt

DAC

0V

operated

be

or a kack

proper

pin

23,

of

up

to

to 64

output

of analog

in

a hold

mode

and

operation

th.e Write-

the WR

EN

0M5-AV

for

100ms,

FIGURE 1.

Bacleanel

Term Block

-<d

<€

0M5-AV Block Diaonn.

3ruc

6

""

*c

lsolation

Banier

Vr.r

YO

Common

WR

EN\

+5V

Power@mrnon

S PEC

I Fl

CATIO

output

Volhge
0'ar Range
Oubut
0utput
Output
ouFut

Capability

Driw

Resistance
I Under Fault,
Protection

Transient

CMV,

0utputto

Conlinuous

Tnnsient

(50

CMR

or

60Hz)

(-3dB

NMR

AccuracYtt
Nonlinearity
Stability

Zero
Span

Noise

0utput Bipple, lkHz

at 400H2)

Range

Max

lnput

bandwidth

NS rypirrr

ar TAr

+25c and

+5v

r5V,

0

t36V

r5V,

0

5%

ANSI/EEE

ANSTnEEE

per

1ff)dB

$.05%

power

to +5V,

f10V,0

(no

damage)

50Mo

+5v,

to

t10v, 0

@ 10V

output

50mA

max

0.5c)

75rnA

C37.90.1-1989

1500vrms

d).02%

max

C37.90.1-1989

1 10dB

Decade

above 400H2

(&smA

span

span

+25ppm/"C
90ppm/"C

+10V

to

+10V

to

toad)

Sample

Acquisition

Tnack-and-Hold

Max
Min
Mu

Pouer
Power

Environmental

0perating Temp.
Stonge
Relative

RFI

Enisions
lmmunity

ORDERING

Hold

and

output

Susceptibility

(1)

Rate

Droop

nme

Enable

"0"

Logic

Logic'1"

Logic'1"

Voltage

Supply

Supply

Cunent

Range
Temp. Range
Humidity

Includes nonlinearity,

INFORMATION

MODET

0Ms-AV-1-C
0M$.AV-2-C
0M5-AV-$C
0M5-AV-4-C
0Ms-AV-$C
0M$AV-6-C
0M5-AV-7-C

Control

EN5008_1-1,

hysteresis

INPI'TRANGE

0V

-5V

-5V

0v

-10V

-10v

-5V

350mA Full load.

228'

x2.26'x

0 to

d).5% Span

lSM.qroup

EN50082-1, ISM

and

repeahbility.

to +5V

lo +5V
to +5V

+10v

to

+10V

to
to +10v
t0 +5v

+0.8V
+2.4V

+36V

0.5uA

+5VDC

l5%

135mA

No load

0.60'(58mm

-40oC

-40.C
95% noncondensing

enor

Group

lo +85oC
to +85'C

at 400Mflz,

1,

Class

A

1

Ctass

,

x 57mm

x

SW,

3ft

(Radiated,

Conducted)

(ESD,

A

RF.

OUTPUTMNGE

-5Vlo

+5V

-5Vlo

+5V

0V

+5V

to

10V

+10V

to

10V

+10V

to

+10V

0V

to

10V

+10V

to

EFn

'

0M5

The

following
mount
mounting

mechanical

the 0M5 modules.

pins.

drawing is

Many

As

an example,

Module

useful

if designing

sockets

are available which

AMP

provides

Inc.

[22@'nu

Dimensions

circuit

a socket with

2255'(57.3m)

(57.4mm)l

boards to

accept

the

part

and

number

50865-5. The

obtainedlrom PEM

Pinouts

(Penn

KFS2-M3.

g1s"!'-o:Tl-j

captive

nut lor

Engineering

the

3mm mounting

and Manufacturing),

screw

part

can

be

number

-ln

-EXC

-SEN

0.900'(22.9m)

,?

-:22

o

o

t'16

6
5o
o

o
o

o

oz

1

Top View

1.175'(29.8m)

RD

EM
vour
Vr

PowerCommon

+ln
+EXC
+SEN

l,lOTES:

RD

EN\

Vow
VN

PowerCommon

+ln
+EXC
+SEN

(t)

A| dmslrsims

(2)

Mo$ting

Bonom

pin ptating

^^23

o

o

o

o

o

o

te17

r'\

6
o5

o

o

o

2o

1

View

ara Typtcal-

is

ZoF

-ln

-€xc

-SEN

untes oth€Mis€ not6d.

in. gotd.

Accessories

FEATURES

O

SINGLE,

O

DIN
O 1g-INCH
O

MULTIPLilED

fSD' <FM>

\5

DESCRIPTION

DUAL,

8-,

AND

RAIL

MOUNI

MOUNTING

BACKPANELS

MCK

AND

NON-MULTIPLEXED

>rgg5-BP-10-G

Interdannet

Bridge

Jumpe6

for

1o-POSITION

FOR

BACKPANELS

BACKPANELS

BACKPANELS

p0slil0l{

10

0M5

Analog

AllAt0G

Modules

O INTERFACE

MODULE

O
. CABLE-TO-SCREW-TERMINAL

l/0

Figure

2
terminals
for

connection

SPEGIFICATIONS

Openting Tempenature:

Interhce

Field

"

Looic

17.4'(44aomm)

CABLES

EVALUATION

BOARD

INTERFACE

BAGKPANEL,

for

schematic).

at each

to

Connedor:

Field

module

site.

the host

system.

il0N-MUlflptExED

connections

use

system

--40"C

to +85.C

95% retative

High

Density

2Fpin,

male header

are

interface

humidity,

Screlv

BOARD

terminated

norrcondensing

Clamp,
connector

with

cable

0Ms-cA-04-01

t4

AWG

four

N4ax

screw

FIG

U R

26

Conductor

Conneciors Pl,

Suraged

Thru

Hole

1.

Conneclor

Mating
Connectors

E 1.

0M5-BP-1

pin

Male

P2(r)

3.05'

w

-"

Ph

Standoff

0.15'(3.8mm)

b

Connector

Pl and P2

6-C

Pin
Pitr2

Channel

Dia

Berg

65863{75 or

is Amp 49958€

Anat og l/0

1

+5VDC

equivatent

are wired

Backpanel

SLpply

or equiralent.

paralel

in

D inensions.

tor.daisy

Socksts

chaining"

'\

up to

lor Curcnt

4

boards.

Conversion

Besisiors,

OMX-1962€

'rs

0.14'(3.6frun)

inside

diametet

0.o8'

16

(e.ornrirl

(32.4mm)

10.32

Grourd

LW,

NlJt

ard Lockwasher

Cold

Junelion

Compensdrbn

X

0.40
lncluding

Ciraril

z.

ll,

o
E>>

F

62

o

x

UJ

+
+

I

to

IX

IT

(o
@

o

x

ut

+

c

+

o

T
o

)<

UJ

I

FO

@@
cc
CC
@o

oo

o

Fs

cf

a

o

h6

9o

EA

tr5 oi

5

a

E?

IE

E

-

olt

t!

E

EEEEEEsEEEEEEEEEEAESE6

FIGURE

2. 0M5-8P16-C

Dlo

Eor

o!

('E

-J

Fg

.0D(9
A'E

E

E
6

Schenatic.

ELECTRICAL

P1

AND P2

Connection
connectors
both

input

ADJACENT
Adjacent channels

signal

isolation.

through J P1
BP-16-C

Example:
position

lf

JPl is installed,theoutputof

2, which

CONNECTOR

to

the host

are

electrically

analog input

and

output

and analog

connectors.

CHANNEL

may

from

an

isolated

This

capability

5

headers

on

schematic

Assume

and

an OMS-lVl

provides

two

system is made

equivalent.

output

JUMPERS

be

connected together to

input module,

provided

is

El

and E3. A simplif ied

E2,

,

for

Channel 1 through 4 is

an 0M5-|MV input module is

module is installed

output

Channel

levels

1500V isolation.

of

at connectors

Two

connectors

from host

providing

with the 15

P1 and P2.

provided

are

systems having

provide

isolated

an

two levels

iumpers

drawing

shown

installed

labeled
of

in Figure

in

in Channel 2

1 isconnectedtothe

inputof

These

to allow

individual

output

1500V

of

JP1

the 0M5-

3.

Channel

1

position.

Channel

GROUNDING

a

dehils

fOure
0M5-BP-16-C

Jumper J3 connects

lf the host

ground potential.

C

proper

For

the optional

backpanel.

the SENSE tine

system has

opention

using the 0M5 backpanels,

power

logic
can
exists

ground

common

be established

elsewhere

loops

on the 0M5-BP-16-C

in

the system,

could exist.

ground

Jumpers

the

capability, this

of

the output switch

a cunent

and module l/0

jumperJ4

0ther

jumper

configuration

J'|,

J3,

and J4

(pin

25)

to the backpanet

altows

measuring

or track-and-hold

path

must

exist

Common (module

jumper

via

should.6e

connections

power

of

available

are factory

instailed.

signat

the OMS-BP-16-

circuit when

between

removed

the host

pin

1g).

J4. lf

this connection

Since

ground

OMs

Module

and

on

the

ground.

control

path

This

possible

signal

FIG

URE 3. 0 M5-BP-|

POWER
The 0M5-BP-16-C

mounted

chassis
power

any combination

FUSING

The

0M5-BP-16-C
Littlefuse
protection

voltage
fuse

type

by
connection is
will

F1

backpanel

0M5-PBT-003

backpanel

252ffi4, 4

clamping

be blown.

6-C Adjacent Channel Junpen.

requires

of modules.

power

amp fuse. Zener

the input

reversed,

this

extemal

power

supplies

is fuse

power

voltage

zener diode will

+5VDC

have

protected

diode

+5.6V.

to

be

pwer.

,5%

adequate capacity

through

F1. This

provides

DZ1

lf the

forward biased

input

The

to

is a

extna

supply

and

FIGURE

ground

system.

lf
measurement
the backpanel
ohms;1@
the SENSE line

Forlull
0M5 modules,a*10-3?
electrical connection

provided
connection is made,

shield wires and
input
system,
modules

4.

0M5-BP-16-C

usually occur

the connection of

system,

signal

is

ohms

to R., when

protection

modules and

J1

against

with

a large

backpanel

should

are used or if

Grounding Diagnn.

at the A/D

power

common

an optional

ground

can

recommended

a

lhis

large

ground

between

a

a ditferential input is

be removed.

this

gauge

wire

possible

signal

the host

vocoM 19 16

D/A

or

conveder

AGND

and

resistive

made via

be

value.

ground

configuration

electrical disturbances

is

stud

ground

stud

of

shortest

the

ground

loop

ground.

Remember

system does not

of the host measurement

shield wires

connection

R,.

JumperJ2

provided

and system

could
lf

the

used

that J1 is required if

between AGND

R, can be as

can be used to connect

is used.

on

on the

possible

result

application involves only

by

the host measurement

have differential inputs.

PWFCOM

exists in the host

and

large

as 1 0K

thefield-side ofthe

backpanel.

ground

length. When

through the

An

be

should

this

AGND

output

@@

0M''BP'10-MUX'G

p'stTt'tf

10

Ar{At'G

r/0

BAGK'A*EI,

MUtTrptExED

DESCRIPTION

tempetature

compensation
schematic).

each

eacn
daisy-chained.

0M5-CA-04-01

26

Pin

sensor

Fierd

module

modute

site.

site.

Conductor
Connector

Mate

is

mounted

for

thermocouple

connectioni-are

Up

to four

use

orr,tx-cRg-O1-C

cabte

for

conhecting

pt(r)

I.backpanel
rixture.
re

0MS-Bp{6-MUX-C

nd

one

the

q,

"ilTn*#lil"lJ'lilT

input

modules

ierminateo

0M5_Bp_16_MUX_C

cabte

to

host

(Figure

S)

lt

can

mounted

be

for

analog

output.

switch

contr6lbd'outputi

Figure

lSed

wiin

iour

screw

Oacfpanefimiy

iiiiliiil,

Jriaining

computer.

can

$',$'j,llh'il

6 for

accept

any

on

the

has

two

This

two_

on

tie

-

--

-

terminars

at

Ue

and

17.q

SPECIFICATIONS

Address

Input

Logic

Lewls:

"0,

Looic

Logic'1'

'1"

"0'or

EN

Signal

Pl

to

Channel3

(address

Detav

G15)

I

S63)

1{6

l, Inpul

RD

EM or lilR

trom

@42.Otffiri

Max
Min

Cunent,

Conneclor

Standalone (address
Expanded

High.Density&rav
4o-ptn,

mate

0.1UA

1.0$

51ns
64ns at
100ns

'l26ns

neader

ma\

at

-25.C

max

at 25.C

-25.C

at

25.C

-25"C

at

Ctamp,

clnneclor

25.C

to +gSoC

to +85oC

-T-

i4

AWG

to +85"C

0.15'

(3.8mm)

r.275.

Max

Swaged

Thru

Hole

1.

Connector

Mating

FIGURE

5.

Pin2

Pin

ReadAddress

Selection

Standoff

(3.8mm)

0.15.

Connector

0M5-Bp-16-M|JX-C

1

Junper

ls

Berg

+SVDb

Chann€l

Dia.

6586&075

is Amp

Suootv

''

or equival€nt

4995g-6

Anatog

'w'ite

'

Selec{ion

I

o,

equivalenl

t/0

Backpanet.

Address

Jumper

Conversion

Resistors,

OMX-t

g6Z-C

0.14'(3.6mm)

inside

diameter

Ground

Nut

Cold

Compensation

I

2.27'

(57.7mm)

I
I l-1z.cmm1

:-T-

1o.75'(19.1mm)

Fr I

'

L-!

10.32

X o.zto

Lug,

and

Lockwasher

Junclion

o.oss'

lncluding

Circuit

z

IIJ F

o
cc>>

o
z

z

lll F

o

E>>

63

6=

=

o

o

0-

o

X

ut

+

cF

+o

c

=€

IE

o

@
q

o

6

=

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o

o

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I

c
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g

=

o

o

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lt

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FININ

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FININ

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FIGURE

6.

1Mi-BP-\

6-M

UX-C

Schematic.

EFggEFu'EPEES;sst*EF

5

EE

ELECTRIGAL

Pl

CONNECTOR

GROUNDING
Figule

7

below

the

0M5-Bp-1

details
6-MUX-c

installed.

the

optional

ground jumper

backpanEt.

conf

.lurirpers

.ri,

iguration

Ji,

il};

avairabre

on

;;dr;

ADDRESS

El Jumper

4

?

SELECTION

Pos

2

1

0

To

connect

conf

iguration,

POWER

The
power.

adequate
FUSING

multiple

OMs-Bp-l6-MUX-0

use

interconnect

0M5-BP-16-MUX-C

The

chassis

capacity

mounted

to

E2

Jumper

pos

4

J

2

I

I

0

cable 0Ms-CAB-01

backpanel

0MS-PRT-003 power

power

any combination

Address

O-15.
48-63,
32-47,
16-31,

Range/lVlode

STANDALONE

EXPANDED
EXPANDED
EXPANDED

O-15, EXPANDED

backpanels

in

-C.

requires

external
of modules.

this

expanded

+SVDC

supplies

r5o/o

have

J-umper

J2

ff.the.host

MUX-C

connects

sysrem

ground

the

sNS

has

rhe

capabirity,

potentiat.

(pin

L0 rine

rhis

4)

to

the

artrws

meiiuring

backpaner

signar

thiolG-iiF-jo-

ground.

FIGURE

7.

J2

Rl

0M5-Bp-16-M|X-C

Grounding

Powar

r/ocoM

Common
Signal

Grounct

and

Grounding

Diagnn.

Eolt

OMs

19

Modub

16

PWR

COM

@

90Ms'BP'sHt'c

F2'801{E

/Tw0

posrTr0ir

AnAt0G

r/0

BAGKpAt{Er.s

DESCRIPTION

The

OMS-BP-sKT-O
modules.
modules.

see

Tie

-2-C

The

They

g

Figures

and

following.acces-sories

panel

(Figure

Qlv

a

I

2

The

followin_g

SKI-

Oty

2

2
({Panets1-Z

(4

The following

accessories

-2-C

panets:

or

(# panets))-4

x

DIN

is

0M5-Bp-2-.c

both

are

DIN

10

for

wiring

8):

rair

styres

a singre

are required

Model
OM7-DIN-SF

0M7-DIN-SE

are required

Modet

OMZ-DIN-SF

OMZ-D|N-SE
OM7-D|N-WSF
OMZ-D|N-CP

channer

is

a ouat

rail

comoatible.

diagrams,

mounting paner

channer

Figures

for mounting

Description
Base

Sideetement

for

mounting

Description

Base
Side
Baseetementwithoutsnapfoot

Connection

are

available.

!N !0022-35x7.5
EN

50035-G32

EN

50022-35x15

specify

(strified

mountin!

paner

i

1

and 12

one

0M5-Bp-sKf-

element

two

or

etement

etement

pins

length

in

(stoned

steet)

steet)

(slofted

steel)

for

the

for

the

for

schematics.

with

snap

more

0Ms-Bp-

with

snap

foot

meters (-XX)

0M5

OMS

foot

SPECIFIGATIONS

0pemting

TemDerature:

Interface

Connectoc
Field
Logic

or

-40'C

to +85"C

95% relative

High
High

humidity,

Density

Screw

Density

Screw

L_

OM7-DIN.WSF

mounls

non-condensing

Ctamp,

t4

Clamp,

EN 50O22-35x7.5
EN 5O022-3Sx1S
EN

50035€32

AWG

14

AWG

to

DIN

rails

_

-

oM7-DtN.SF

OM7-DIN.CP

Mu

Max

OM7-DIN-SE

Sal@ts

tor

I

I

F

bE

-E
I

I

Sodcts ,il

OMXGJCC

Gonp€nsadon

Curst

Co|wst-

Cr€il

CotdJwtioo

Chdjf

n""Sto.,

Coil€Fion

Fesislq,

OUX-tg62C

ooof,o

OMX-i

362.c

O

f,o%oo"

PNor

Commn

+5V

l/O

@tr{/-.li
Vin/U
Vb/tvwldn

PwsCm
+5V
l/O@liy-tn

/+lr CH

CH

FIGURE

A
B

8.

DIN

Rait

FIGURE

Mounting

9.

Elenents.

0M5-B10A-C

Wiring

Diagnn.

FIGURE

10.

0M5-8P04-C

Wiring

Diagran.

PCOM

+5V

vo

cot /

-{61

v,J

v^,-,

+:tJ'

FIGURE

1

l.

-EXC

-l,V

+trV

{rrt +Od

1MS-BP-SKT-C

+EXC

Schematic.

,o

COti/V

dw

unt"H

-lN

-lN

CHACHB

0MX-1

not

installed

362-C

at tactory.

resistors

are

FIGURE

1

2. 0M5-BP-2-C

Schenatic.

@'€>oilrb-BP-g.

C

8 POSITIO]I

AI{ATOG

BACKPA]IEL,

YtI

]IOII.MUTTIPLEXED

DESCRIPTION

9t':!0it(

0M5-BP-l6-c
permits

providing

Jumpers

7)

0.15'(3€mm)

jumpers

connecting

two levets

on the

(i.e.

or

high

Swaged
S-landoff

Thru

Hole

(6)

permit

equivarent.

an input

of isolation (Figures

0M5-Bp-8-c

channels

8{5)

Tolerance:

paralteling

An

additioirar

module's

permit

user

two

set

output

addresses.

tO.O20' (tO.SOmm)

26

Conductor

Mde

Conneclors

OMS-Bp-8-C

inter-channer

of

to

an

if,

il;.

serection

Pl'l

Pl,

P2(t)

boards

output mooire;i

(i.e.

of row

I

E

E

@

o

o

€

ts

N

n
o

o

o

Pin2

Pin

1
P:tn2
Pin

I

to form

a

bilogijurperi

iriput,

channers

NOTES:

+sVDC

(l)

0-

5.8.

(147.3mm)

SuppV

Connector
MatlrE
Connectors
Daisy

A lemperature
compensation

sensor

is mounted

forthermocouple

SPEClFICATIONS

0penting

Tempenture:

Interface

Connector:

Field

Logic

10.0'

(254.omm)

9.7'

(246.3mm)

9.5.

Soc*ets lor

C,onversion

b

Berg 65863{75

connector

pl

and

Chainingf

up

Cunent

Ftesislors,

b AMp 49959€

p2

arg wired

to I

boards.

OMX-I

or

362-C

equivatent.

or equivalenl.

parallel

in

input

-40"C
95%

High
2Fpin,

tor

on

each
modutes

+85.C

to

relative

humidity,

Density

Scrav

male

header

channel

to

(see

Fijure

0onrondensing

Clamp,

conneclor

(3.8mm)

Compensation

Field
YO Termination. (B)

provide

1 4 for

14

AWG

Max

0.15'

10.32

Ground

Lug,

Nul

and

Lod$asher

oMx-cjc-c

Cold

Junction

Analog

Signat

junction

cold

sctiemaiii-

E

N

@
F
N

x

0.40
lnctudlng

Circuit

FIGURE

13.

1Mj-BP-A-C

ELECTRICAL

ADDRESS

SELECTION

Anatog

t/0

Backpanet.

ADJACENT

l,lllf[{rlryls

srgnar
iso.lalion.

CHANNEL

rom

an isotated

This

capabitity

JP7.

JUMPERS

may

beconnected.

input

module, providing

provided

is

together
with

ihe

to

sevei

provide

an isolated

two levels

lumpers

outpur

0f

15d0v

tabeted

Jp1-

@.

a o

I

o @ Fo

999999

4lql4l4lqlqlq

)<

IJJ

ia

'c

CG

r6

o-

o

o

o

o

.LN

IN

o

B

Pro

-o

(5E

P9

-oo

g)E

=

o

6

o

)<

UJ

I

Z-

si

d

FNO

ooo

c66

o()o

EEEEEE;;;;;;;EEEEEEEFE

cgccccccca

-EE-E.E.E-EFEFFEEE"

6665665S68586

FIGURE

|

4. 1MS-BP-B-C

Schenatic.

@'9

0Ms-BP-B-MUx-c

poslTl0il

I

A*AL0G

r/0

BAGK'ANEL,

MurilplExE'

DESCRIPTION

Jumpers

channels

0.15'(3.8mm)

Swaged

Standott

Thru

Hole

(6)

on

the

0M5-BP-g-MUX-C

0-7)

Dia

(i.e.

or high

(19.lmm)

3.r5'

(80zriln)

0.75'

225.

(572mm)

permit

26

Conductor

Ph

g-1

lO.O20'

channels

Tolerance:

Male

user

selection

5) addresses.

I

E

E

F

E

ul

d

N

@

F

ts

b

o

o

o

Read

Address

Seleclion

Jumper

Write

Selection

of tow

Address

Jumger

+5VDC

(i.e.

5.8'

(147.3mm)

Supply

NOTES:

SPECIFICATIONS

Openating

Tempenture:

Interhce

Connecton
Fietd
Logic

Address

Input

Logic

Lerals:

Logic

Logic'1'

'0'or

EM

Sockets

Resistors,

Berg

65869{Z5

b AMp

"0'

"l'

Signat

Detay

to

Channels

(address

(address

8-63)

for

CuBent

OMX-I

o,

49959€

I, lnput

RD
from

(t

Connector

)

MatirE

Mu
Min

Curent,

EM

or WR

Connector P1

Standalone
Expanded

10.0'

(254.0mm)

9.7'

(246.3mm)

9.5'

(241.3mm)

Conve6io.t

b

connector

0-7

tr7)

362-C

equivalenl

or

eguiyalent.

-40"C
95%

relalive

High

Density

2$pin,

0.8v

2.0v

0.1pA

1.0pA

51ns
64ns
100ns
126ns

to +85.C

humidity,

Screw

male

header

max
max

at

25.C

-25oC

at

at

25.C

-25.C

at

non+ondensing

Clamp,

14 AWG

connector

at

25.C

-25.C

+85"C

to

+85"C

lo

to +85.C

0.15'

(3.8mm)

10.32

Ground

Nut

and

oMX-CJC€

Cold

Junclion

Comp€nsation

Banier

Strips

Field

Analog

UO

Termination.

Mu

E

N

a

o
ts

N

X

0.40

Lug,

Inctuding

Loc*washer

Circuit

for

Signal

(g)

FIGURE

15.

0MS-BP-A-M|X-C

ELECTRICAL

ADDRESS

SELECTION

lnatog

t/O

Aackpanet.

backpanel.
modules,
output
address

Address

The

and

modules.

range.

Selection

Read

Address

1!.q9ttnt

1
2
3
4
5

Read

Address

the write

The

table

Jumpers

lUrite

Jumpe{Ht)

group

below

shows

Address

6
7
8
9

10

group

Address

assigns

a

set

assigns

the

colrelation

AddrG

Banse

0-15

Stand
4&63
32_42

tuianded

1F31

Exianded

0-15

ExdandeO

of 1

6

addresses

a

set

of ro

ot

atone

Expanded

for input

aooresseiioi

poiitidnio

iumper

z.

UJF

o

E>>

z.

lll

E

C)

z

B=

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t8r=

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6

+

o

o

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6

F

o

X
ut

+F

+o

+c

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UJ

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atE

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FIGURE

1

6.

0Mi-BP-]-MUX-C

Schenatic.

@

I

oMb-Bp-l6-DIN-0,

DESCRIPTION

These

are the 0M5-BP

ing

option.

anodized

aluminum,

These

I

or 16

backpanels

which

channel

are

attached

in turn

backpanets

to

a 0.062"

is captured

using

0Mb-Bp-l6-Mux-Bllrl-Gn

OM5.BP-8.MUX.DIN.G

with a DIN

the 0M7-DIN-SF

piece

thick

rail

of

mount-

black

and

0M7-D|N-SE

DIN rail

assembled.

mounting

elements.

0Mb-Bp-g-DlN.G,

These backpanels

come fully

DESGRIPTION

The

0MX-1363-C

and

the

0M7-lF

3.480'(88.39mm)

3.378"

3.103' (78.82mm)

is

a 19-inch

interface

3.62'(91.gsmm)

3.12" (79.2smm)

0.062' (1

(85.8omm)

0.378" (9.6omm)

o.tos" (z.ozmm)

board

57mm)

o'=i

(16.oomm)

-_-l

-1

-

-

l

OMX-1363-C

metal

rack

for

mounting

17

for

0.31'(7.87mm)
(34.93mm)

1 .375'

O

O- 0.141'(3.58mm)

O

O

r

o.6s'

(See

Figure

-

-

[­i-

- O.125'(3.17mm)

oo

O

@

19

the 0M5-BP

dimensions).

2 PL

2 PL

@@@

@@.

O

PEM

INCH

Dia

o\o

3mm metric\

nutT

PL

METAT

backpanels.

pL

I

lt

also

MOUNTING

provides

o@

capability

17.60'

(447.04mm)

o.2
(5.46mm)

RACK

to mount

t 5'

II

0

0Ms-pRT-003

the

1.10'

(27.94mm)

2.60"
(66.04mm)

power

suppties,

-

3.00'
(76.2mm)

-

0-50'
(12

7mm)

FIGURE

| 7.

0MX-|363-C

DESGRIPTION

The

0M7-lF

is

a universal

of

the

0MX-1363-C

FIGURE

|

8.

0M7-lF

mounting

Anatog

interface

board which

rack or

universal

lnteiace

Rack

Dinensions.

OM7-iIF

UNIVERSAT

converts

on a DIN

rail.

Required

Board

Dimensions.

a 26-pin

mounting

INTERFAGE

ribbon

cable input

hardware is included.

to 26 screw

BOARD

terminals for

Use 0M5-CA-04-01

r-/i.t!<'Oc,a

discrete

wire.

cable

lt can be

(See

Figure

mounted
1 8 for

on the

dimensions).

back

OM5.BP.SKT.G

DESCRIPTION

The

OMS-BP-sKT-C
module,evaluation
connectionsare

junction
couple

The
using

Two
path

(module
common
switch

sy:temr
exist.
at

Jumper
the

tion
terminals.
compensation,
sockets

to
compensation

temperature

modules. (See

0MS-BP-sKT-0

the

following

2

0MZ-DIN-SF

2

0MZ-DtN-SE

4

0M7-DlN-Cp

jumpers

a'e

between

pin.19).
and

module

or track-and-hold

jumper

Other

connections

the A/D

or

D/A

J2 is

used

compensation

voltage

to

correct

lf

an

J2

labled

cJC+and

an

ambient

temperature

circuit

is

(Figure

connected

sensor

Figure

is

elements:

provided

power

+5V

path

A

u0

J1

should

converter

in

the

circuit

for

external

should

is VcJc

a singre

mechanically

channer

9)

Al

]

to

terminalblocks'foreasb

circuit
20 for

board

with

signar

input/output,

is

included

schematic).

compatibre

base

elements

side

etements

with

snao foot

connection pins

for

customer

Common

must

common

circuit.

be removed

power

of

of the

junction

cold

is

enabred

the

thermoelectric

simulation

be removed.

cJC.-.An

+25

of

=

0.5.|0

use. The

(module

exist

between

proper

for

lf

this

connection

since

ground

host

measurern'ent

f irst,

pin

the host'controirogic

operation

possible

and

signar

compensation

wirt

provide

and

bffect

voltage

is

desired

The

externalvoltage

externalvoltage

The

"c.

traniJer

-{.0025(T-25)V.

AiIALOG

a test

socket

for

contror,

and

oluseraciess.

for

evaruation

with

J1

,

16)
of tne

exists

ground

giouno

system.

circuit.

proper

rne

at the

+ln'and

of

st o."o

function

of

DrN rair

provides

dnO

mounting

a

Common

fO

mooure

elsewhere

toopi

usuaity

lf it

is installed,
compensa-

-rri

tor

jtncti;;

coid

is

applii,o

rv

iortesponoi

or ttre

oriooail

MODUTE

0M5

powei

AioN

thermo-

Resryed

4.25.

cunent

power

riutpui

in

lne
coufi
occui

screw

artne

(1oEm)

FIGURE

19.

EUATUATIOII

A
g7

Contol

RD

EM

WR

EM

PCOM

+5V

PCOM

@

trfl
l'l
la\l

lvl

TB3

BOARD

o^

o"

o

a)

Lr-r--+

::j-J l_-:r

)Ms-BP-sKr-c

Evaluation

Board

L@al UO

n2

l---] '.

-'

|

|

o*

-O­tt

tl
U

J2

Dinensions

And

A

(J,

@

vo

vo

pin

Lavout.

coM

coM

FIGUBE

20

NOTES:

1.

Jl

and J2

2.

SCMXCJC

3.

ResistorSCMXRl

resistor

0

M5-BP-SKT-C

RD

EM

WR

EN\

Reserved

PCOM

are factory

is

a CJC

tor

cufient inputs,

Eval

uation

installed.

temperature

is

an optional

not faclory

Board

Schenatic

sensor.

W

conveGion

installed

J1

I

/777
PCOM

0M5-GA-04-01,

DESCRIPTION

0l[x-cAB-013-G

IIITERFIGE

GABltS

0M5-CA-04-01

system
BP-8-C/0M5-BP-B-MUX-0
cable

(figure

FIGURE

interface

with

cabre

a mass-terminated

211.

Colored

Cable

OD
DO
DD
DC

otr

OD
DD
oa

DD
DD
o!
DD

Dfl

2t.

0M5-CA-04-01

Stripe

is

Assembled

for

the

backpaners.

on

System

0M5-CAB-01-C

0M5-Bpr16-c/0M5-Bp-16-Mux-c/0M5-

This

is

a rm

26

socket

to

tnbrtace

connector

instated

Cabte

conductor

tril
DD

trl t-l
DD
OD
CE

Dtr
trO

DD

L'
rln

Dtr

Dtl

on

each

Socket
Conneclor

t-l

ribbon

Pin

Daisy-chain
0M5-BP-16-MUX-C

end.

Connector

1

FIGURE

cable

Colored

Cable

is

Pin

1

Socket

22.

of

Pin

trD

oo

DO
OD

trD

D!
C!

DD

oo
trD

DO

trD
trD

0MX-CAB-01-C

provides

and

eight

Stripe

on

Assembled

Conneclors

1

interconnection

between

0M5-Bp-8-Mux-c

to

Pin

I

oo
oo
oo
oo
oo

oo
oo
oo

oo
oo
oo
oo

Connector

_____-j

feet)

Cabte

Pin

1 Merer(3.3

Daisy-Chain

a

maximum

backpaners

Cable

(Figure

n r-1
DD

trl r-l
OD
DD

oo
trD
oo

OD
DD
!D

trD

DD

of

four

22)-

Socket

Connector

Pin

1

FIGURE

23. Apptication

OMX-CAB{

TO

HOST

SYSTEM

0f

oMX-CAB-o1-c

1-C

r/)

oM5-CA-04-01

0MX-CAB-01_C

Daisv_Chain

OI\

IX-CAB

I

1€-

,--^- -

Cabte

I

n

il

il

oMs-Bp€

oMs-Bp-B

oMs-Bp-B

oMs-Bp-B

Up to

or 16-MUX-C

or 16-MUX-C

or I6-MUXC

or 16-MUX-c

I
I
I

eight

OMS-Bp-8-MUX-C

backpanets

@'

I

0 lttlx'GJ

DESGRIPTION

SPECIFICATIONS

G-G

EI{GApsuLATED

cotD

J

ulr

GTf

0N

G0

pEtsATr

M

oil

Accuracy

+25"C

+5oC

to

-40'C

DESCRIPTION

Package

the

output

16-MUX-C

jumpers

10

of

of

any input

backpanet.

for

module

@.@

DESCRIPTION

precision.20O.

A

input

module

locrgtp-a1g

One

pr9'vided

0MX-1362-C

Qf

or

0M5-rX

is

y",

10ppm/o0
two-wire

on

ar backpanets

shipped

:O.ZS.C

+45oC

to +85'C

|
I
I

fO.s.C
tt.zS.C

0MX.1344

connecling.

OMX1362.C

wiih

adjacent

lo

input

the

resistor

tnnsmitter

each

of

used

interface

ro

ailow

module.

inpuvoutput

an ddiacenioutput

GURRENT

with

the

mooub

instattation

FIGURE

JUMPERS

modules

on

the

0M5-BP-l6-c

module.'inJirmpers

GONVERSIOII

0M5_llcurrent

zsi.

fioure

otltiis"'el'irtoi.

n

-E(C

-SEN

24. 1MX-CJC-C

backpanel.

can

also

physiat

This

bb used

lor

RESISTOR

D.

+SEN

Dinensions

connection

configuring

is

l/0

pin

And

made

addresses

if

it is

Layout.

desired

on

to direct

the

0M5-Bp_

FIGURE

25.

0MX-1362-C

Physiat

Dinensions.

0.05'(t.3nm)
(t0.2mm)

o..as.

Ph

winh =

o.04o.

(r.o2mm)

ollf

5-pnT-000,

0M

5-pnr-003-220

p0wtn

$upplf

t$

DESCRIPTION

The

0M5-PRT-003

220UAC

input.

combination

mounting

capabitity

They

of

0M5

Linear

have

sufficient

modulgq.

for

the

p-ower

Supplies

ouput

trre

0M5_pBT_00S

are

availabte

cuuenicipacrtv

ol,rx-iioc-ciletar-racr<

power

iufpties.

in

120VAC

b

Jpiiffy

piriirri

or

SPECIFICATIONS

Module

Input

Voltage

47Hzto63Hz

0utputVoltage
0!4ut
output

0perating
Dielectic

(input
Line

(1

0% line

Load
(50%

0uFd

overvoltage
(taciory

Both

suppries

Recognized (Fire

Range,

Current

(at

Cunent (at

Temp

Withstand

grouno

to

Begulation

change)

Regulation

load

change)

(rnax)

Rippte

protection

set)

are

tested

Number

+70"C)

+So.C)

Voltage

and

E55974)

certified

and

by-TUV

to

csA

certirieo

0M5-PRT-003

104-132VAC

+

SVDC

l

7o

3A

bA

0 to

+70"C

37sovAc

+0.057o

t0.05%

5mVp-p

*0.4V

6.2V

vDE

0806

and

nle

lcsn

0M5-PRT-003-220

207-265VAC

5V0C

0

to

3750VAC

*0.05%

+0.057o

5mVp-p

6.2V

rEc

380. They

'-uiruer

r-nseazgl.

*1%

3A
64
+70"C

+Q.4Y

are

uL

l-lo

I

I

AC Power

Llne

Conneclor

ru"e

5.90'

(149.9mm)

I

@

o

|

4.87

(123.7mm)

|
|

,o-o-

This

slde

mounts

to

SCMXRK-OO2

_o--o_

@

o

flGUnE

26.

1MS-1RT-1IJ

physicat

Dimensions

|S

/D

re

:

cA,s

warranty

n

CLA|

free

g^fj:fS-qL"

WARRANTy

coverage

to

on

M

E

in

aoos

cover

each

:,:N,::

R

materials

handling
product.

;;;,.11.

a

n-

ado

::,;*gs1:;;::

and

workmanship

ition"

and

i

shipping

:., |

:11,7,:-

;,;

."

J'

ii'i' il.".r,

iirn".

.

:,t,,,

for

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a

.;!:E|.;:-i;::;;:'?'t;i:i:.:::.::.:.:'j.::.|.'';:.:;:'':::RETURNREoUEsTs/|NoU|RlEs',z;.?

rests/inquiries

O

OMEGA,

S

CUSTOMER

ned

AR

purchaser

The
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FO.R

WAR.RANTY
following
contacting

1.

Purchase

was

PURCHASED.

2.

Model

warranty,

3.

Repair
relative

i#:Si."#:',l,iii""S#:"'"'^?T,:U:ilt"R,H:fr?:er

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@

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Ml516

t1208