Dupline
®
Field- and Installationbus
Universal Analog Output Module for DIN-Signals
Type G 3439 6470
• 4 analog outputs
• Outputs individually configurable for 0-20 mA,
4-20 mA or 0-10 VDC
• Selectable resolution: 1/1999 or 1/255 of full scale
• Selectable dataformat : 8-bit, AnaLink or 3 1/2 digit BCD
• EMC immunity according to EN50082-2 (Industrial envi-
roment)
• DIN-rail mounting (EN 50022)
• Address-selection through rotary switches
• LED-indication for supply and Dupline
®
carrier
• LED-indication for invalid switch-setting and faulty
received data
• Watchdog output for faulty received data
• H4 housing
Product Description
Dupline
®
4 output universal
analog output module with
internal supply. The module
receives signals on a digital
format from Dupline
®
and
converts them to analog out-
puts. The output type can be
selected as 0-20 mA, 4-20
mA or 0-10 VDC for each
output individually making a
mix of analog output types on
the same module possible.
The transmission format on
Dupline
®
can be selected to
fit the output module into
existing installations, or simp-
ly to use the most suitable
combination of resolution,
signalling capacity and spe-
ed. The formats are: 8-bit
binary, AnaLink and 3 1/2
digit BCD (with or without
multiplexing).
Ordering Key
Type: Dupline
®
H4-housing
Receiver
No. of channels
Output type
Power supply
G 3439 6470 024
Type Selection
Supply
24 VAC
115 VAC
230 VAC
10-30 VDC
Ordering no.
G 3439 6470 024
G 3439 6470 115
G 3439 7470 230
G 3439 6470 800
Output Specifications
Outputs set to voltage
Signal
Signal output
Signal range
Output load
Short circuit protection
Resolution
A/D
Transmission
Output settling time
Inaccuracy (11-bit)
(ref. temp. 25°C)
Temperature influence
(ref. temp. 25°C)
Recommended cable length
Dielectric voltage
Output - Dupline
®
Output - Watchdog output
DIN-voltage output
0-10 VDC
≥
100 kΩ
Yes
11 bits or 8 bits
1/1999 or 1/255
≤
0.5 sec.
< ±0.2% of full-scale
< ±0.1% of reading
< ±1 count
< ±15 ppm/K of full-scale
< ±150 ppm/K of reading
< 25 m
250 VAC (rms)
2 kVAC (rms)
Outputs set to current
DIN-current output
0-20 mA / 4-20 mA
0-450
Ω
Yes
11 bits or 8 bits
1/1999 or 1/255
≤
0.5 sec
< ±0.2% of full-scale
< ±0.1% of reading
< ±1 count
< ±15 ppm/K of full-scale
< ±150 ppm/K of reading
< 25 m
250 VAC (rms)
2 kVAC (rms)
Specifications are subject to change without notice (24.08.99)
1
G 3439 6470
Supply Specifications
Power supply AC-types
Operational voltage
through term. 21 & 22 230
115
024
Frequency
Power consumption
Rated impulse withstand
voltage
230
115
024
Dielectric Voltage
Supply - Dupline
®
Supply - Signal output
Supply - Watchdog output
Power supply DC-types
Operational voltage
through term. 21 & 22 800
Ripple
Reverse polarity protection
Power consumption
Rated impulse withstand
voltage
Dielectric Voltage
Supply - Dupline
®
Supply - Signal output
Supply - Watchdog output
Overvoltage cat. lll (IEC 60664)
230 VAC, -10/+15 % (IEC 60038)
115 VAC, -10/+15 % (IEC 60038)
24 VAC, -10/+15 %
45 to 65 Hz
typ. 7 VA
4 kV
2.5 kV
800 V
4 kVAC (rms)
4 kVAC (rms)
4 kVAC (rms)
General Specifications
Power ON delay
Indication for
Supply ON
Dupline
®
carrier
Dupline
®
format error
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
≤
2s
LED, green
LED, yellow
LED, red
LED, red - flashing
IP 20
3 (IEC 60664)
0° to +50°C
-20° to +85°C
20 to 80%
15 G (11 ms)
2 G (6 to 55 Hz)
10,5 V - 30 VDC (Ripple incl.)
<3V
Yes
<4W
800 V
500 VAC (rms)
250 VAC (rms)
2 kVAC (rms)
H4-Housing
300 g
Yes
Switch Settings
Shunt-switches on system top
Rotary switches in the front
A-P
Mode
3 1/2 digit:
ON
ON
ON
ON
0-F
Mux. address for output 1,
rest of the outputs (if enabled)
on the following addresses
Same as 3 1/2 digit.
Ex. setting 5 (with 2 outputs
enabled) =
Output 1 on mux address 5
Output 2 on mux address 6
Channel no. for output 1, rest of
the outputs (if enabled) on the
following channels.
Setting of 0+9-F is not valid.
Channel group-pair
Ex. setting:
C or D = C-D
Channel group
8-bit:
1
2
1
2
1
2
1
2
Current shunts on output 1-4:
ON/ON = 0-10 V / (2-10 V)
OFF/OFF = 0-20 mA / 4-20 mA
Analink:
Channel group
Function switches in the front
ON
Offset on output 1-4
ON = 4-20 mA / (2-10 V)
OFF = 0-20 mA / 0-10 V
No. of enabled outputs
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 to output 1 is received 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)
Maintain ON/OFF
ON = Keep output in case of Dupline
®
(or format) error
OFF = Zero output in case of Dupline
®
(or format) error
1
2
3
4
5
6
7
8
9 10
2
Specifications are subject to change without notice (24.08.99)
G 3439 6470
Wiring Diagram
S
7VA
2,5W
Accessories
DIN Rail
FMD 411
For further information refer to “Accessories”.
O1 GND O2 O3 GND O4
1
2
3
4
5
6
7
8
21 22
(+)
(-)
Supply
23
24
25
26
27
28
+ -
Watchdog
output
Mode of Operation
The G34396470 is a univer-
sal analog module with 4
outputs. The outputs can be
configured individually for 0-
20 mA, 4-20 mA or 0-10 VDC
signals, making a mix of ana-
log output types on the same
module possible.The trans-
mission format is selectable
and supports all Dupline ana-
log protocols: 8-bit, AnaLink
and 3 1/2 digit BCD. The
module can be used in nor-
mal or multiplexed mode.
Address coding is done by
means of rotary switches and
the output and protocol sele-
ction is done by means of
DIP-switches, so the GAP
1605 Programmer is not
required.
With reference to the dia-
gram on the previous page,
the setting of the module
should be performed in the
following way:
Select current or voltage sig-
nal for each output by means
of the 4 double-DIP-swi-
tches on the top of the
module. If 4-20 mA is desired
for an output select off-set
ON for the corresponding
switch on the front of the
module. The module only
outputs signals according to
the selected number of
enabled outputs on switches
5 and 6.
Address allocation for the
Analink protocol:
If all four outputs are enab-
led, the module will use four
Dupline
®
channels in conse-
cutive order, starting from the
address set on the two rotary
switches on the front of the
unit.
Example:
Setting of “D7”
means that output 1 receives
on Dupline
®
channel D7, out-
put 2 receives on D8, output
3 receives on E1 and output
4 receives on E2.
Address allocation for the
8-bit binary protocol:
If all four outputs 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 output 1 receives on
Dupline
®
group F, output 2
receives on G, output 3
receives on H and output 4
receives 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 output, no. 1.
Example:
Setting of “F” on
the first rotary switch and “0”
on the second, means that
output 1 receives on
Dupline
®
group F mux. adr. 0,
output 2 receives on F mux.
adr. 1, output 3 receives on F
mux. adr. 2 and output 4
receives on F mux. adr. 3.
Address allocation for the 3
1/2 digit BCD protocol:
If all four outputs 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 output 1 receives
on Dupline
®
group-pair C-D,
output 2 receives on E-F,
output 3 receives on G-H
and output 4 receives 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 output,
no. 1.
Example:
Setting of “C” or
”D” on the first rotary switch
and “8” on the second,
means that output 1 receives
on Dupline
®
group-pair C-D
mux. adr. 8, output 2 recei-
ves on C-D mux. adr. 9, out-
put 3 receives on C-D mux.
adr. A and output 4 receives
on C-D mux. adr. B.
Note
The selected protocol is valid
for all enabled outputs. The
module can not receive diffe-
rent protocols at the same
time.
Analog reveivers must not be
used in systems where chan-
nel generators with 2 or 3
sequences are installed.
Specifications are subject to change without notice (24.08.99)
3
Analog electronics
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