G34296470800 - Carlo Gavazzi Group

Du line®

Fieldbus Installationbus

Specifications are subject to change without notice (28.09.99) 1

Dupline®is a registered trademark. A product of the CARLO GAVAZZI Group

Product Description Ordering Key

Type: Dupline®

H4-housing

Transmitter

No. of channels

Input type

Power supply

•4 isolated analog inputs

•Inputs individually configurable for 0-20 mA,

4-20 mA or 0-10 VDC

•Selectable resolution: 1/1999 or 1/255 of full scale

•Selectable data format: 8-bit binary, Analink or 3 1/2

digit BCD

•EMC immunity according to EN 50082-2 (industrial

environment)

•DIN-rail mounting (EN 50022)

•Address-selection through rotary-switches

•LED-indication for Supply and Dupline®carrier

•LED-indication for invalid switch setting and 4-20 mA

underflow

•AC or DC power supply

Type Selection

Supply Ordering no.

24 VAC G3429 6470 024

115 VAC G3429 6470 115

230 VAC G3429 6470 230

10-30 VDC G 3429 6470 800

Input Specifications

Dupline®4 input universal

analog input module for

external supply. Analog values

on the inputs are converted

to digital values and transmit-

ted on Dupline®. Inputs are

isolated individually to pre-

vent ground-loops and to

simplify installation. The input

type can be selected as 0-20

mA, 4-20 mA or 0-10 VDC

for

each input individually

making

a mix of analog input

types on the same input

module possible. The trans-

mission format on Dupline®

can be selected to fit the

input module into existing

installations, or simply to use

the most suitable combina-

tion of resolution and speed.

The formats are: 8-bit binary,

Analink and 3 1/2 digit BCD

(with or without multiplexing).

Universal Analog Input Module for DIN-Signals

Type G 3429 6470

G 3429 6470 024

Inputs set to voltage measurement Inputs set to current measurement

Signal

Signal input DIN-voltage input DIN-current input

Signal range 0-10 VDC 0-20 mA / 4-20 mA

Max. input level 50 V 50 mA

Input resistance 125 KΩ100 Ωshunt resistor

Resolution

A/D 11 bits or 8 bits 11 bits or 8 bits

Transmission 1/1999 or 1/255 1/1999 or 1/255

Settling time ts≤3 s ≤3 s

Inaccuracy

(ref. temp. 25°C) < ±0.05% of full-scale < ±0.05% of full-scale

< ±0.2% of reading < ±0.2% of reading

< ±1 count < ±1 count

Temperature influence

(ref. temp. 25°C) < ±10 ppm/K of full-scale < ±10 ppm/K of full-scale

< ±50 ppm/K of reading < ±50 ppm/K of reading

Common mode rejection > 120 dB (50-60 Hz) > 120 dB (50-60 Hz)

CMRR Input-Input > 80 dB (50-60 Hz) > 80 dB (50-60 Hz)

Normal mode rejection > 45 dB (50-60 Hz) > 45 dB (50-60 Hz)

Cable length < 25 m < 25 m

Dielectric voltage

Input - Input 250 VAC (rms) 250 VAC (rms)

Input - Dupline®250 VAC (rms) 250 VAC (rms)

Du line®

Fieldbus Installationbus

2Specifications are subject to change without notice (30.04.03)

Dupline®is a registered trademark. A product of the CARLO GAVAZZI Group

Power supply AC-types

Overvoltage cat. lll (IEC 60664)

Rated operational voltage

through term. 21 & 22 230 230 VAC, ±15 % (IEC 60038)

115 115 VAC, ±15 % (IEC 60038)

024 24 VAC, ±15 %

Frequency 45 to 65 Hz

Power consumption typ. 5 VA

Power dissipation ≤6 W

Transient protection 230 4 kV

115 2.5 kV

024 800 V

Dielectric Voltage

Supply - Dupline®≥4 kVAC (rms)

Supply - Signal input ≥4 kVAC (rms)

Power supply DC-types

Overvoltage cat. lll (IEC 60664)

Rated operational voltage

through term. 21 & 22 800 10.5 V - 30 VDC (Ripple incl.)

Ripple < 3 V

Reverse polarity protection Yes

Power consumption <1.7 W

Power dissipation < 5 W

Rated impulse withstand

voltage 800 V

Dielectric Voltage

Supply - Dupline®500 VAC (rms)

Supply - Signal input 250 VAC (rms)

Power ON delay 4 s

Indication for

Supply ON LED, green

Dupline®carrier ON LED, yellow

Underflow (4-20 mA) LED, red

Illegal switch setting LED, red - flashing

Environment

Degree of protection IP 20

Pollution degree 3 (IEC 60664)

Operating temperature 0° to +50°C (+32° to +122°F)

Storage temperature -20° to +85°C (-4° to +185°F)

Humidity (non-condensing) 20 to 80%

Mechanical resistance

Shock 15 G (11 ms)

Vibration 2 G (6 to 55 Hz)

Dimensions

Material

(see Technical information) H4-Housing

Weight 300 g

CE-marking Yes

G 3429 6470

Supply Specifications General Specifications

Switch Settings

Shunt-switches on system top

Current shunts on input 1-4:

ON = 0-20 mA / 4-20 mA

OFF = 0-10 V

Rotary switches in the front

Mode

3 1/2 digit: Channel group-pair Mux. address for input 1,

Ex. setting: rest of the inputs (if enabled)

C or D = C-D on the following addresses

8-bit: Channel group Mux. address for input 1,

rest of the inputs (if enabled)

on the following addresses

Analink: Channel group Channel no. for input 1, rest of

the inputs (if enabled) on the

following channels.

Setting of 0+9-F is not valid.

A-P 0-F

34 6

578109

Function switches in the front

Offset on input 1-4

ON = 4-20 mA

OFF = 0-20 mA / 0-10 V

No. of enabled inputs

OFF ON : 1

ON OFF : 2

ON ON : 3

OFF OFF : 4

Mode (Format)

OFF OFF : Analink

OFF ON : 8-bit binary

ON OFF : 3 1/2 digit BCD

ON ON : Reserved for future use

Multiplex ON/OFF

(Only used in 3 1/2 digit BCD and 8-bit binary mode)

ON = Data is multiplexed

OFF = Data from input 1 is transmitted on the group (or grouppair) rotarysw. A-P is set to,

data from input 2, 3, 4 (if enabled) on the following groups (or grouppairs)

Reserved for future use

Don’t care

Du line®

Fieldbus Installationbus

Specifications are subject to change without notice (28.09.99) 3

Dupline®is a registered trademark. A product of the CARLO GAVAZZI Group

G 3429 6470

Wiring Diagram

Mode of Operation

The G3429 6470 is a univer-

sal analog input module with

4 inputs. Each input can be

configured individually to

current or voltage measure-

ment. The transmission for-

mat is selectable and sup-

ports all Dupline®analog pro-

tocols Analink, 8-Bit or 3 1/2

digit BCD. Coding of the

module is solely done by dip-

and rotary-switches located

on the module, so the GAP

1605 programmer is not

needed.

With reference to the dia-

gram on the previous page,

the setting of the module

should be performed in the

following way:

Please note that no signals

must be applied to the inputs

before the correct mode

(current or voltage) is select-

ed by

means of the 4 shunt

switch

es on the top of the

system.

Set the range of each input

(0/4-20 mA or 0/2-10 V) by

means of the switches 1-4

on the front of the module,

and select the actual number

of inputs used with switches

5 and 6.

The module only take up

Dupline®addresses ac-

cording to the number of

enabled inputs, and the select

ed transmission protocol

(mode) set by switches 7 and

Address allocation for the

Analink protocol:

If all four inputs are enabled,

the module will use four

Dupline®channels in consec-

utive order, starting from the

address set on the two rotary

switches on the front of the

unit.

Example: Setting of “D7”

means that input 1 transmits

on Dupline®channel D7,

input 2 transmits on D8,

input 3 transmits on E1 and

input 4 transmits on E2.

Address allocation for the

8-bit binary protocol:

If all four inputs are enabled

and non multiplexed mode is

selected (switch 9), the mo-

dule will use four Dupline®

channel groups (32 channels)

in consecutive order, starting

from the group set on the

first rotary switch (A-P). The

second rotary switch (0-F) is

not used in this mode.

Example: Setting of “F” on

the first rotary switch means

that input 1 transmits on

Dupline®group F, input 2

transmits on G, input 3 trans-

mit on H and input 4 trans-

mits on I.

If multiplexed mode is select-

ed the module will use one

Dupline®channel group (8

channels). The first rotary

switch (A-P) is used to set

the group and the second

rotary switch (0-F) to set the

multiplex address to be used

by the first input, no. 1.

Example: Setting of “F” on

the first rotary switch and “0”

on the second, means that

input 1 transmits on Dupline®

group F mux. adr. 0, input 2

transmits on F mux. adr. 1,

input 3 transmits on F mux.

adr. 2 and input 4 transmits

on F mux. adr. 3.

Address allocation for the 3

1/2 digit BCD protocol:

If all four inputs are enabled

and non-multiplexed mode is

selected (switch 9) the mo-

dule will use four Dupline®

channel group-pairs (64

channels) in consecutive

order. The first rotary switch

(A-P) is used to set the start

group pair. The second rotary

switch (0-F) has no function

in this mode.

Example: Setting of “C” or

”D” on the first rotary switch

means that input 1 transmits

on Dupline® group-pair C-D,

input 2 transmits on E-F,

input 3 transmits on G-H and

input 4 transmits on I-J.

If multiplexed mode is select-

ed the module will use one

Dupline®channel group-pair

(16 channels). The first rotary

switch (A-P) is used to set

the group-pair and the

second rotary switch (0-F) to

set the multiplex address to

be used by the first input, no.

Example: Setting of “C” or

”D” on the first rotary switch

and “8” on the second,

means that input 1 transmits

on Dupline® group-pair C-D

mux. adr. 8, input 2 transmits

on C-D mux. adr. 9, input 3

transmits on C-D mux. adr. A

and input 4 transmits on C-D

mux. adr. B.

Note

The selected transmission

protocol is valid for all

enabled inputs. The module

can not transmit different

protocols at the same time.

Analog transmitters must not

be used in systems where

channel generators with 2 or

3 sequences are installed.

Accessories

DIN Rail FMD 411

For further information refer to “Accessories”.

1234

21 22 27 28

Supply

678

+-+-

Input

1Input

2Input

Input

5VA

3,5W

(+) (-)

Dimensions (mm)

H4-housing