Novus 81500FT020, Instruction Manual, Page: 7 / 9

N1500FT Flow Indicator
NOVUS AUTOMATION 7/9
CUSTOMIZED LINEARIZATION CYCLE
Lin.enbl
Lin earization
En a bl e
Enables linearization. Applicable only when
flow input is 4-20 mA.
1np.01
Inp ut 01
First input point for linearization.
0vT.01
Out put 01
First output point for linearization.
1np.02
Inp ut 02
Second input point for linearization.
0vT.02
Out put 02
Second output point for linearization.
…
27 input and output points for linearization.
1np.30
Inp ut 30
Last input point for linearization.
0vT.30
Out put 30
Last output point for linearization.
Table 11 – Customized linearization cycle keys
HARDWARE CYCLE (MANUAL MODE)
manual
Manual mode
Enables manual mode of operation.
(ur.0ut
Cur rent Out
Current output status in manual mode.
PUl.0ut
Pul se Out
Pulse output status in manual mode.
Rl1.0ut
R e l ay 1 Out
Relay 1 output status in manual mode.
Rl2.0ut
R e l ay 2 Out
Relay 2 output status in manual mode.
Rl3.0ut
R elay 3 Out
Relay 3 output status in manual mode. Visible
only for the 4 relays model.
Rl4.0ut
R e l ay 4 Out
Relay 4 output status in manual mode. Visible
only for the 4 relays model.
Table 12 – Hardware cycle keys
CALIBRATION CYCLE
All input and output types are factory calibrated. If recalibration is
required, it must be performed by a specialist. If this cycle is
accidentally accessed, go through all parameters without changing
values.
PASS
Pass word
Access Password entry.
This parameter is shown before protected
cycles. See item Configuration Protection.
(alib
Calib ration
Enables calibration.
inL(
In put L ow
C alibration
Entry of value close to the beginning of scale
in 4-20 mA input, within scale specified in
InLL
and
InKL
.
inx(
In put H igh
C alibration
Entry of value close to the end of scale in 4-20
mA input, within scale specified in
InLL
and
InKL
.
ovL(
Ou tput L ow
C alibration
On this screen, whenever you press or
, a standard current close to 4 mA will
be applied. Measure current, in mA, and enter
it on this screen.
ovx(
Ou tput H igh
C alibration
On this screen, whenever you press or
, a standard current close to 20 mA will
be applied. Measure current, in mA, and enter
it on this screen.
rstr
R e st o r e
Restores factory calibration.
Pa.(x
Pa ssword
Ch ange
Changes user password.
Prot
Prot ection
Protection level.
Table 13 – Calibration cycle keys
CONFIGURATION PROTECTION
The indicator allows configuration protection as determined by user,
preventing unauthorized changes. The Protection (
PROt
) parameter,
in the Calibration cycle, determines the protection level to be
adopted, limiting Access to cycles, as shown in the table below.
PROTECTION
LEVEL
PROTECTED CYCLE
1 Calibration
2 Calib Hardware
3 Calib Ha Linearization
4 Calib Ha Lineari Relays
5
Calib Ha Lineari Relays
+ Output Config. + Input Config.
6
Calib Ha Lineari Relays
+ Output Config. + Input Config. + Functions
7
Calib Ha Lineari Relays
+ Output Config. + Input Config. + Fun
Alarm
8
Calib Ha Lineari Relays
+ Output Config. + Input Config. + Fun
Alarm + Main
Table 14 – Configuration Protection Levels
Access Password
To access the protected cycles, it is necessary to enter an Access
Password that allows altering the configuration of parameters in
these cycles.
The access password is entered in the
Pass
parameter, which is
shown in the first of protected cycles.
Without a protection password, parameters of the protected cycles
can be only viewed.
The Access Password is defined by user in the Password Change
(
PA.(k
) parameter, shown in the Calibration cycle.
New indicators come from factory with access password “1111”.
Master Password
If you forget the access password, it is possible to use the Master
Password feature. When this password is entered, users gain access
to the Password Change (
PA.(k
) parameter and are allowed to
specify a new access password to the indicator.
The Master Password consists of the last three digits of the indicator
serial number added to the number 9000.
For example, for a device with serial number “12154321”, master
password is “9 3 2 1”.
MAINTENANCE
PROBLEMS WITH INDICATOR
Connection errors and inadequate programming are the main
problems when using the indicator. A final review should prevent
losses and wasting time.