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janitza 96-PA-RCM Installationsanleitung Seite 9

Rcm-module
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Operation and button functions
7
Your basic device with module 96-PA-RCM or
96-PA-RCM-EL can be operated via
INFORMATION
INFORMATION
6 function buttons for:
• Selecting measuring displays.
The current measurement input I4 of the basic
The current measurement input I4 of the basic
• Navigation within the menus.
device with module:
device with module:
· Is only approved for current measurement via
· Is only approved for current measurement via
• Editing device settings.
current transformers.
current transformers.
· Is designed for the connection of current
· Is designed for the connection of current
Button
Function
transformers with secondary currents of ../1 A
transformers with secondary currents of ../1 A
and ../5 A.
and ../5 A.
• Display Menu
· Has the current transformer ratio set to 5/5 A
· Has the current transformer ratio set to 5/5 A
• Exit Menu
by default.
by default.
le
• Cancel action (ESC)
· Does not measure DC currents.
· Does not measure DC currents.
• Go to the start screen.
-
Because of the missing multiplier with a voltage,
Because of the missing multiplier with a voltage,
• Select position (to the left "
only an apparent current measurement is per-
only an apparent current measurement is per-
• Confi guration of a measuring display
formed during the current measurement input I4.
formed during the current measurement input I4.
as the start screen (press until mes-
Therefore, no power measurements are possible
Therefore, no power measurements are possible
sage appears).
using this input. No connection diagram can be
using this input. No connection diagram can be
confi gured for the current measurement input.
confi gured for the current measurement input.
• Select menu item or position
(down "
")
Module mode
Module mode
B
B
• Change (selection, number -1)
The Module mode item in the Measurement win-
The Module mode item in the Measurement win-
• Select menu item or position
dow is for switching the measurement modes
dow is for switching the measurement modes
(up "
")
1. Residual current or
1. Residual current or
• Change (selection, number +1)
2. DC power.
2. DC power.
1. Module mode Residual current
1. Module mode Residual current
• Select position (to the right "
• In the Measurement window, select Residual
• In the Measurement window, select Residual
current as the module mode.
current as the module mode.
• Confi rm selection (Enter)
• Then select the Residual current item and
• Then select the Residual current item and
press button 6, Enter.
press button 6, Enter.
Temperature sensor
C
• In the Measurement window, select the item
Connection example 3 - DC power measurement
Connection example 3 - DC power measurement
Temperature sensor and press button 6, Enter.
I5
I5
-
4..20 mA
• Select a suitable temperature sensor from the
-
-
+
list:
- PT100 (default setting)
- PT1000
4..20 mA
- KTY83
- KTY84
• Confi rm using button 6 Enter.
Fig. Connection variant, DC power measurement via current trans-
Fig. Connection variant, DC power measurement via current trans-
former and DC voltage sensor
former and DC voltage sensor
• The Display "Residual current" window ap-
• The Display "Residual current" window ap-
")
pears with the parameters to be set:
pears with the parameters to be set:
Fig. Basic device - measuring display
INFORMATION
1
1
More information on operation, displays and
2
2
button functions can be found in the installation
3
3
instructions or the user manual for your basic
4
4
device.
")
Fig. Window Display "Residual current" with the settings of the pa-
Fig. Window Display "Residual current" with the settings of the pa-
rameters for the measuring modes Residual current.
rameters for the measuring modes Residual current.
ATTENTION
Damage to the basic device, the module and/or
your system due to short circuit!
Inadequate insulation of the operating equipment
(such as temperature sensor) at the analog inputs
with respect to the supply circuits can cause dam-
age to your basic device, module and/or system.
· Ensure a reinforced or double insulation
of your operating equipment with respect
to the supply circuits!
I6/U6
I6/U6
· Use shielded lines to connect the temperature
-
+
+
sensor!
I
I
4..20 mA
U
U
Voltage
Consumer
Consumer
INFORMATION
source
+
For all module-relevant settings, also note the
I
following:
I
· The information in the user manual for the
4..20 mA
module, in particular warning and safety
I
I
information.
· Step 10 "Connection examples".
User manuals for modules and basic devices are
available for download
(www.janitza.de).
You can also conveniently confi gure all mod-
ule-relevant settings in the GridVis
Communication via Ethernet interface (RCM-EL module)
8
The basic device with module 96-PA-RCM-EL
has six ways to allocate addresses for an Ethernet
Residual cur-
No.
connection (TCP/IP):
rent parameter
Analog CH 1 type,
1. Static
1
I5 terminal 29/30
2. BOOTP
3. DHCP
Analog CH 2 type,
4. Static gratuitous ARP
2
I6 terminal 31/32
5. BOOTP ARP Probe
6. DHCP ARP Probe
3
Transformer ratios
The default setting of the basic device with
Cable break
4
detection
module 96-PA-RCM-EL is DHCP!
Function
buttons
2. Module mode DC power
2. Module mode DC power
• In the Measurement window, select DC power
• In the Measurement window, select DC power
as the module mode.
· Descriptions of the address assignment
• Then select the DC power item and press
• Then select the DC power item and press
button 6, Enter.
· Consult your network administrator for the
Confi gure the Ethernet settings or obtain details
from the window Communication > Ethernet
(TCP/IP):
• Press button 1 in the Home window to open
• The Display "DC power" window appears with
• The Display "DC power" window appears with
the parameters to be set:
Connection examples
10
11
Dismounting
Dismounting
11
Connection example 1 - Residual current
measurement
Dismounting module 96-PA-RCM or 96-PA-RCM-EL:
Dismounting module 96-PA-RCM or 96-PA-RCM-EL:
1. Disconnect the system (basic device) from the
1. Disconnect the system (basic device) from the
power supply! Secure it against being switched on!
Check to be sure it is de-energized! Ground and
short circuit! Cover or block off adjacent live parts!
2. Unlock your module by carefully lifting the snap-in
2. Unlock your module by carefully lifting the snap-in
locking device (fi ngernail or screwdriver if neces-
sary) and pull it out of the slot.
Handling your module too roughly may cause damage to
Handling your module too roughly may cause damage to
the module and result in material damage!
the module and result in material damage!
The snap-in locking device can be damaged or broken off
The snap-in locking device can be damaged or broken off
Voltage
when unlocking the module.
when unlocking the module.
source
· Lift the snap-in locking device cautiously using slight
· Lift the snap-in locking device cautiously using slight
pressure! Preferably use your fi ngernail (or a screwdriver,
if necessary) to do so.
Dismounting or disconnecting the module while it is
Dismounting or disconnecting the module while it is
communicating with the basic device will result in a device
communicating with the basic device will result in a device
fault!
fault!
If communication between the basic device to the module is
If communication between the basic device to the module is
lacking or faulty during operation, a warning signal will appear
lacking or faulty during operation, a warning signal will appear
on the display of the basic device.
on the display of the basic device.
· Disconnect your system (basic device) from the power
· Disconnect your system (basic device) from the power
Fig. Connection variant, residual current measurement using
supply prior to dismounting or disconnecting the module!
current transformers of type A and type B.
®
software.
Secure it against being switched back on! Check to be
Power supply with U = 24 VDC, residual ripple < 5%, power
= 24 W.
sure it is de-energized! Ground and short circuit! Cover
or block off adjacent live parts!
9 / 10
Residual cur-
No.
Settings
Settings
rent parameter
Suitable transformer types:
Suitable transformer types:
1
Analog CH 1 type,
· AC (0 .. 30 mArms)
· AC (0 .. 30 mArms)
1
I5 terminal 29/30
· 0 .. 20 mA
· 0 .. 20 mA
2
· 4 .. 20 mA
· 4 .. 20 mA
3
Suitable transformer types:
Suitable transformer types:
Analog CH 2 type,
· AC (0 .. 30 mArms)
· AC (0 .. 30 mArms)
4
2
I6 terminal 31/32
· 0 .. 20 mA
· 0 .. 20 mA
· 4 .. 20 mA
· 4 .. 20 mA
· Current transformer CH 1 - prim. and sec.
· Current transformer CH 1 - prim. and sec.
3
Transformer ratios
· Current transformer CH 2 - prim. and sec.
· Current transformer CH 2 - prim. and sec.
Confi gurable in the GridVis
®
Confi gurable in the GridVis
®
Cable break
4
software and in the Modbus editor (basic
software and in the Modbus editor (basic
detection
device).
device).
Fig. Display "DC power" window with the settings of the parame-
ters for the DC power measuring modes.
INFORMATION
No.
as the module mode.
1
procedure can be found in the user manual of
button 6, Enter.
the module.
2
correct Ethernet network settings for your
device.
3
4
1) Power is determined from inputs I5 and I6 (U6) during the DC
power measurement. A voltage (U6) is converted into a current sig-
nal by an active current transformer. The current signal responds
the Menu.
proportionately to the value of the input voltage.
2) To set the transformer type 0 .. 20 mA for CH2, confi gure a pri-
mary voltage and a proportional secondary current for the trans-
former ratio.
the parameters to be set:
power supply! Secure it against being switched on!
Check to be sure it is de-energized! Ground and
short circuit! Cover or block off adjacent live parts!
locking device (fi ngernail or screwdriver if neces-
sary) and pull it out of the slot.
ATTENTION
I5
I6
4..20 mA
ATTENTION
230 V
AC
24 V
DC
-
+
pressure! Preferably use your fi ngernail (or a screwdriver,
if necessary) to do so.
L1
L1
ATTENTION
ATTENTION
L2
L2
L3
L3
N
N
· e.g.:
· e.g.:
· Residual current trans-
· Residual current
former CT-AC-RCM
transformer CT-AC/
DC type B+
supply prior to dismounting or disconnecting the module!
Secure it against being switched back on! Check to be
sure it is de-energized! Ground and short circuit! Cover
or block off adjacent live parts!
• With button 3 or 4, select the menu item Con-
fi guration and confi rm with button 6.
• In the Confi guration window, use button 3 or 4
to select the item Communication and confi rm
1
with button 6.
2
• In the Communication window, use button 3
3
or 4 to select the item Ethernet Confi g and
4
(gedrehtes Patchkabel)
(gedrehtes Patchkabel)
confi rm with button 6.
• The window Communication appears with the
Ethernet settings:
Fig. Display "DC power" window with the settings of the parame-
ters for the DC power measuring modes.
DC power pa-
DC power pa-
No.
Settings
Settings
rameter
rameter
Suitable transformer types:
Suitable transformer types:
Analog CH 1 type,
Analog CH 1 type,
1
· 0 .. 20 mA
· 0 .. 20 mA
I5 terminal 29/30
I5 terminal 29/30
· 4 .. 20 mA
· 4 .. 20 mA
Analog CH 2 type,
Suitable transformer types:
Analog CH 2 type,
Suitable transformer types:
2
I6/U6
· 0 .. 20 mA
I6/U6
1)
1)
· 0 .. 20 mA
terminal 31/32
· 4 .. 20 mA
terminal 31/32
· 4 .. 20 mA
· Current transformer CH 1 - prim.
· Current transformer CH 1 - prim.
Transformer
Transformer
and sec.
and sec.
3
ratios
· Current transformer CH 2 - prim.
ratios
2)
· Current transformer CH 2 - prim.
2)
Fig. Window Communication > Ethernet confi guration
and sec.
and sec.
Confi gurable in the GridVis
®
Confi gurable in the GridVis
®
Cable break
Cable break
4
software and in the Modbus editor
software and in the Modbus editor
detection
detection
Confi gure your Ethernet (TCP/IP) settings as
(basic device).
(basic device).
described in the "Operation and button func-
1) Power is determined from inputs I5 and I6 (U6) during the DC
tions" step.
power measurement. A voltage (U6) is converted into a current sig-
nal by an active current transformer. The current signal responds
proportionately to the value of the input voltage.
2) To set the transformer type 0 .. 20 mA for CH2, confi gure a pri-
mary voltage and a proportional secondary current for the trans-
former ratio.
Snap-in locking device
Snap-in locking device
Connection example 2 - Residual current
measurement
4..20 mA
I5
I6
4..20 mA
230 V
230 V
AC
AC
24 V
24 V
DC
DC
-
+
-
+
Fig. Rear of basic device withmodule 96-PA-RCM-EL
Fig. Rear of basic device withmodule 96-PA-RCM-EL
L1
L1
L2
L2
L3
L3
N
N
Contact Support before returning defec-
Contact Support before returning defec-
e.g.:
e.g.:
tive devices or modules to the manufac-
tive devices or modules to the manufac-
Residual current
Residual current
transformer CT-AC/DC
transformer CT-AC/DC
turer for inspection: www.janitza.de.
turer for inspection: www.janitza.de.
type B+
type B+
Fig. Connection variant, residual current measurement using a
current transformer of Type B.
Each residual current transformer of the series CT-AC/DC type B+
RCM requires its own power supply (U = 24 VDC, residual ripple <
5%, power = 24 W).
Electrically insulate the secondary sides of the power supplies
from each other (24 V DC)!
C
12

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Diese Anleitung auch für:

96-pa-rcm-el