Publicidad
Idiomas disponibles
Idiomas disponibles
M54501 - EXP. CARD 8I/8O digital
This is a descriptive manual of the procedure to insert and
configure the inputs/outputs expansion card (relay) of the
CVMk2.
You can download the complete manual in digital format
from www.circutor.com
Before any maintenance, modification to the
connections, repair, etc., the equipment must
be disconnected from the supply and the
measure connections. If wrong operation is
suspected the equipment must remain out of service. The
equipment is designed to changed quickly in the event
of any breakdown.
1. CARD INSTALLATION
Disconnect from supply and measure the device.
Remove the screw and the cover
Insert the card in the guides.
Press the card carefully.
Put the cover and the screw.
2. CARD SELECTION
When we have introduced the card, we have to configure it.
Select
MENU
from the upper line of the display and confirm
with
SET
to unfold the window.
Select
SETUP
and confirm with
SET
move in the upper menu with the arrows since
and select it with
SET
key.
We have 3 options (
CARD 1
,
CARD 2
to select according the position which we have introduced
the card. In the picture is position 1, then we will select
CARD 1
.
NOTE: If select you select a position where is no card, will
NO CARD
appear the message
.
When we have selected the card we have to confirm with
SET
the
key and will enter in the alarm screen. (Section
2.1).
2.1. ALARM CONfIgURATIONS
The parameters of the alarms configuration have double
meaning depending on the electrical variable selected in
VAR.CODE
Var.Code
: (See code table)
The entered code corresponds to an instantaneous variable
measured or calculated or an energy variable assigned to
an output impulse.
MAximUM
:
a) Maximum value of the variable to active the alarm.
b) This is the pulse value of this alarm.
Example:
W•h.
MINIMUM:
a) Minimum value of the variable to active the alarm.
b) This value has no sense with energy variable.
Delay ON
a) Minimum time in seconds that the condition has to be
true to activate the alarm.
000002
Example:
b) Number of blocks of 10 ms that will be activated the
alarm to generate the impulse ON.
Example:
200 ms.
Delay OFF
a) Minimum time in seconds that the condition has to be
false to deactivate the alarm.
Example:
3 s
b) Number of bloqs of 10 ms that will be desactivated the
alarm to generate the impulse OFF.
Example:
200 ms.
The key
NEXT
we push
next
The ecuations are the physical outputs of the device. From
OUT 01
to
INPUTS
To go
2.3)
2.2. OUTPUTS CONfIgURATION
To configure the outputs we have to implement the equation
line with 8 of the alarms codes that we have configured in
the section 2.1
We can configure the equations with AND &/or OR
functions between one or more alarms.
We can configure the equations with one or more of the
16 alarms formed before in the section 2.1, to activate
the outputs. Read complet manual to configure output
equations.
Press
NEXT
2.3. INPUTS CONfIgURATIONS
We can configure the inputs in two different ways:
WeighT
a).
This way configures the input as ON/OFF. No matter the
decimal point.
WeighT
b).
key. Now, we have to
EXP.CARD
This way configures the input as an increasing counter
(maximum counter value 10 M). The value multiplies each
or
CARD 3
). We have
input impulses.
Dec.Pos
:
This is the position of decimal point of the counter value.
If we press
Press
next
To go to alarms screens (section 2.1) must press
any
INPUT
M54501 - Expansión card 8I/8O digital -
section. We can classify in two groups:
a). Instantaneous electrical variable.
b). Energy variable.
ALARM 01
000.010
. The alarm will be activated each 10
:
. The alarm will be activated after 2 s.
000020
. The alarm will be activated during
:
000003
. The alarm will be desactivated after
000020
. The alarm will be desactivated during
increases the screen since the alarm
again we will pass to the equations screen.
OUT 08
.
IN
screen configuration press
key. (Section
to return to
ALARM 01
configuration.
0000
=
0000
≠
NEXT
will increase the input number until
to returns to
IN 01
.
screen.
3. CONNECTIONS
4. VARIABLE CODES
PARAMETER
Phase voltage
Current
Frequency
Active power
Inductive power
Capacitive power
Aparent power
F. P.
Cos j
Active energy (tariff 1)
Inductive energy (t1)
Capacitive energy (t1)
Aparent energy (t1)
All codes in complet manual of CVMk2 in www.circutor.
com
5. TEChNICAL fEATURES
ChARACTERÍSTICS
16
. If
DIgITAL INPUTS
Input type (NPN)
Connection type
Vmax
I
on
Input comsumtion
minimum t
/ t
on
off
STATIC OUTPUTS
Voltage
Nominal current
Maximum current t=10ms
Maximum power dissipation
R
Maximum
on
CONNECTIONS
Wire section (Cu)
Maximun torque
6. TECNICAL ASSISTANCE SERVICE
In case of failure or any operational queries, please contact
the technical service of CIRCUTOR, SA.
TECNICAL ASSISTANCE SERVICE (TAS):
(+34) 93 745 29 00
CIRCUTOR, SA. – Aftersales service.
Vial Sant Jordi s/n
08232 Viladecavalls, Barcelona.
Tel.: (+34) 93 745 29 00
Fax: (+34) 93 745 29 14
IN 08
.
e-mail: sat@circutor.es
OUT
in
CVM k 2
L1
L2
L3
N
III
01
09
17
25
31
02
10
18
26
33
27
03
11
19
34
04
12
20
35
05
13
21
36
06
14
22
37
07
15
23
38
08
16
24
39
129
130
131
132
VALUE
UNIT
Free contact
Optoisolated input
24
V c.c.
< 8
mA
< 0,5
W
t
40
ms
on
t
40
ms
off
150 / 250
VDC/VAC
< 100
mA
< 150
mA
0,8
W
Ω
25
0,05..1
mm
2
(AWG 30...18)
0,3
Nm
M98207701-20-10B
Publicidad
