Analog Transmitter

Analog Transmitter
Universal Analog Input Module for DIN-Signals
Type G 3429 6470
Du line
®
Fieldbus
Installationbus
• 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
Ordering Key
Product Description
®
Dupline 4 input universal
analog input module for
external supply. Analog values
on the inputs are converted
to digital values and transmitted on Dupline®. Inputs are
isolated individually to prevent 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 transmission format on Dupline®
can be selected to fit the
input module into existing
installations, or simply to use
the most suitable combination of resolution and speed.
The formats are: 8-bit binary,
Analink and 3 1/2 digit BCD
(with or without multiplexing).
G 3429 6470 024
Type: Dupline®
H4-housing
Transmitter
No. of channels
Input type
Power supply
Type Selection
Supply
Ordering no.
24 VAC
115 VAC
230 VAC
10-30 VDC
G 3429 6470 024
G 3429 6470 115
G 3429 6470 230
G 3429 6470 800
Input Specifications
Signal
Signal input
Signal range
Max. input level
Input resistance
Resolution
A/D
Transmission
Settling time ts
Inaccuracy
(ref. temp. 25°C)
Temperature influence
(ref. temp. 25°C)
Common mode rejection
CMRR Input-Input
Normal mode rejection
Cable length
Dielectric voltage
Input - Input
Input - Dupline®
Inputs set to voltage measurement
Inputs set to current measurement
DIN-voltage input
0-10 VDC
50 V
125 KΩ
DIN-current input
0-20 mA / 4-20 mA
50 mA
100 Ω shunt resistor
11 bits or 8 bits
1/1999 or 1/255
≤3s
11 bits or 8 bits
1/1999 or 1/255
≤3s
< ±0.05% of full-scale
< ±0.2% of reading
< ±1 count
< ±0.05% of full-scale
< ±0.2% of reading
< ±1 count
< ±10 ppm/K of full-scale
< ±50 ppm/K of reading
> 120 dB (50-60 Hz)
> 80 dB (50-60 Hz)
> 45 dB (50-60 Hz)
< 25 m
< ±10 ppm/K of full-scale
< ±50 ppm/K of reading
> 120 dB (50-60 Hz)
> 80 dB (50-60 Hz)
> 45 dB (50-60 Hz)
< 25 m
250 VAC (rms)
250 VAC (rms)
250 VAC (rms)
250 VAC (rms)
Specifications are subject to change without notice (28.09.99)
Dupline® is a registered trademark. A product of the CARLO GAVAZZI Group
Gross Automation (877) 268-3700 · www.carlogavazzisales.com · sales@grossautomation.com
1
Du line
G 3429 6470
®
Fieldbus
Supply Specifications
General Specifications
Power supply AC-types
Rated operational voltage
through term. 21 & 22 230
115
024
Frequency
Power consumption
Transient protection
230
115
024
Dielectric Voltage
Supply - Dupline®
Supply - Signal input
Power supply DC-types
Rated operational voltage
through term. 21 & 22 800
Ripple
Reverse polarity protection
Power consumption
Rated impulse withstand
voltage
Dielectric Voltage
Supply - Dupline®
Supply - Signal input
Power ON delay
Indication for
Supply ON
Dupline® carrier ON
Underflow (4-20 mA)
Illegal switch setting
Environment
Degree of protection
Pollution degree
Operating temperature
Storage temperature
Humidity (non-condensing)
Mechanical resistance
Shock
Vibration
Dimensions
Material
(see Technical information)
Weight
CE-marking
Overvoltage cat. lll (IEC 60664)
230 VAC, ±15 % (IEC 60038)
115 VAC, ±15 % (IEC 60038)
24 VAC, ±15 %
45 to 65 Hz
typ. 5 VA
4 kV
2.5 kV
800 V
≥ 4 kVAC (rms)
≥ 4 kVAC (rms)
Overvoltage cat. lll (IEC 60664)
10.5 V - 30 VDC (Ripple incl.)
<3V
Yes
<1.7 W
800 V
500 VAC (rms)
250 VAC (rms)
Installationbus
4s
LED, green
LED, yellow
LED, red
LED, red - flashing
IP 20
3 (IEC 60664)
0° to +50°C (+32° to +122°F)
-20° to +85°C (-4° to +185°F)
20 to 80%
15 G (11 ms)
2 G (6 to 55 Hz)
H4-Housing
300 g
Yes
Switch Settings
Rotary switches in the front
Shunt-switches on system top
A-P
Mode
3 1/2 digit:
ON
1
Current shunts on input 1-4:
ON = 0-20 mA / 4-20 mA
OFF = 0-10 V
2
3
4
0-F
8-bit:
Channel group-pair
Ex. setting:
C or D = C-D
Channel group
Mux. address for input 1,
rest of the inputs (if enabled)
on the following addresses
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.
Function switches in the front
ON
1
Offset on input 1-4
ON = 4-20 mA
OFF = 0-20 mA / 0-10 V
2
3
4
5
6
7
8
9 10
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
2
Specifications are subject to change without notice (28.09.99)
Dupline® is a registered trademark. A product of the CARLO GAVAZZI Group
Gross Automation (877) 268-3700 · www.carlogavazzisales.com · sales@grossautomation.com
Du line
G 3429 6470
®
Fieldbus
Accessories
Wiring Diagram
2
21 22
(+)
DIN Rail
5VA
3,5W
S
1
Installationbus
For further information refer to “Accessories”.
Input
1
+ -
Input
2
+ -
3
4
5
6
7
8
23
24
25
26
27
28
(-)
Supply
FMD 411
Input
3
+ -
+ Input
4
Mode of Operation
The G3429 6470 is a universal analog input module with
4 inputs. Each input can be
configured individually to
current or voltage measurement. The transmission format is selectable and supports all Dupline® analog protocols Analink, 8-Bit or 3 1/2
digit BCD. Coding of the
module is solely done by dipand rotary-switches located
on the module, so the GAP
1605 programmer is not
needed.
With reference to the diagram 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 selected by
means of the 4 shunt switches
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 according to the number of
enabled inputs, and the selected transmission protocol
(mode) set by switches 7 and
8.
Address allocation for the
Analink protocol:
If all four inputs are enabled,
the module will use four Dupline® channels in consecutive
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 module 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 transmit on H and input 4 transmits on I.
If multiplexed mode is selected 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 module 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.
second rotary switch (0-F) to
set the multiplex address to
be used by the first input, no.
1.
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.
If multiplexed mode is selected 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
Specifications are subject to change without notice (28.09.99)
Dupline® is a registered trademark. A product of the CARLO GAVAZZI Group
Gross Automation (877) 268-3700 · www.carlogavazzisales.com · sales@grossautomation.com
3
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