· MANUFACTURING FOR INDUSTRIAL AUTOMATION
22
Table 21
|
Error codes
Error
Description
‘
Er.01
’
Password error. The password code entered is not correct.
‘
Er.02
’
Input hardware overrange. The input signal is higher than the
maximum signal that can be measured.
‘
Er.03
’
Input hardware underrange. The input signal is lower than the
minimum signal that can be measured.
‘
Er.04
’
Output hardware overrange. The output signal should be higher
than the maximum output signal that can be generated.
‘
Er.05
’
Output hardware underrange. The output signal should be lower
than the minimum output signal that can be generated.
‘
Er.08
’
Scaled input slope not valid. The values for ‘
Input signal low
’ (
In.
Lo
) and ‘
Input signal high
’ (
In.hI
) can not be the same. Enter a
different value to validate the parameter
‘
Er.09
’
Scaled output slope not valid. The values for ‘
Output signal low
’
(
ou.Lo
) and ‘
Output signal high
’ (
ou.hI
) can not be the same. Enter
a different value to validate the parameter
‘
Er.10
’
Scaled process display slope not valid. The values for ‘
Process
low
’ (
Pr.Lo
) and ‘
Process high
’ (
Pr.hI
) can not be the same. Enter
a different value to validate the parameter
‘
Er.15
’
Error at ‘
sense
’ wires. Signal detected at ‘
sense
’ wires is below
3.5 Vdc. Correct value should be around 5 Vdc. Short circuit,
broken cell, ...
‘
Er.17
’
Overload at the excitation current. The current provided by the
excitation terminals is higher than 70 mA. Short circuit, broken
cell, too many cells, ...
In case of error, the error code is shown flashing on the digits. The error
code is not visible inside ‘
configuration mode
’ or inside the ‘
force
’ menu.
The error code remains active on display until the problem that caused
the error is solved. In case of multiple error codes, solve the first problem
to see the next active error code.
In case of error, the output can be configured to overrange or underrange.
See the ‘
On error
’ (
on.Er
Function code (
codE
)
11 [
c.011
]
Input configuration (
InP
)
Mode (
ModE
)
load cell (
cELL
)
Signal range (
rAnG
)
10.00 mV
Excitation voltage (
V.EXc
) on
Output range (
out
)
4/20 mA
Advanced scaling (
Ad.Sc
)
Tare (
tArE
)
0.00 [mV’]
Input signal low (
In.Lo
)
0.00 [mV’]
Input signal high (
In.hI
)
10.00 [mV’]
Output signal low (
ou.Lo
)
4.00 [mA]
Output signal high (
ou.hI
)
20.00 [mA]
Process low (
Pr.Lo
) 0
Process high (
Pr.hI
) 1000
Process decimal point (
Pr.dP
) 8888 (no decimal point)
Display information (
dISP
)
mV at signal terminals (
MEAS
)
Key ‘
UP
’ (‘
force
’ menu) (
K.uP
)
Force low (
F.Lo
) on
Force high (
F.hI
) on
Force set (
FSEt
) on
Tare (
tArE
) on
Key ‘
LE
’ (‘
messages
’ function) (
K.LE
)
Measure (
MEAS
) off
Tare value (
tArE
) off
Input signal value (
InP.S
) off
Output signal value (
out.S
) on
Label (
LAbL
) off
Process value (
Proc
) off
Percentage (
Prct
) off
Excitation voltage (
EX.V
) off
Excitation current (
EX.MA
) off
Tools (
tooL
)
‘
Eco
’ mode (
Eco
)
60 [seconds]
SOS mode (
SoS
) off
Label (
LAbL
) LAbL
Label 2 (
LbL.2
)
---- (disabled)
On error (
on.Er
)
to.hI (output to maximum value)
On ‘
SQ
’ (
on.Sq
)
to.hI (output to maximum value)
Power filter (
P.FLt
)
both (50 and 60 Hz filter)
Average filter (
AVr
)
0 (disabled)
Dead band (
d.bnd
)
0.0 (disabled)
Password (
PASS
)
off (disabled)
15.
Factory default parameters
RESET TO DEFAULT FACTORY PARAMETERS
To recover the instrument to default factory parameters, enter into
‘
configuration menu
’ and go to ‘
Tools
’ / ‘
Factory reset
’ and select ‘
yes
’
• access the ‘
configuration menu
’ (press key ‘
SQ
’ (
<
) for 1 second)
• press key ‘
UP
’ (
5
) to locate ‘
tools
’ and press ‘
SQ
’ (
<
)
• parameter ‘
Eco mode
’ appears on display
• press key ‘
UP
’ (
5
) to locate ‘
Factory reset
’ and press ‘
SQ
’ (
<
)
• value ‘
no
’ appears on display
• press key ‘
UP
’ (
5
) and ‘
Yes
’ appears on display
• press key ‘
SQ
’ (
<
) to apply the factory reset
• the leds light a round shape while the new configuration is applied
• the start up message appears (‘
Lc 10
’)
• the actual signal input value is displayed
• the instrument is in ‘
normal mode
’ of operation
16.
Error codes
Messages do not affect the output signal, and do not trigger the ‘
On
error
’ (
on.Er
) function.
Table 22
|
Messages
Message
Description
‘
d.oVr
’
Display overrange. The display value should be higher than the
maximum value that can be displayed.
‘
d.udr
’
Display underrange. The display value should be lower than the
minimum value that can be displayed.
‘
-nA-
’
Function not available. For the actual configuration, the function is
not available.
Summary of Contents for I4 Series
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