EVCO EC6295S301 - Manual (Page 4)

cabinet
probe
alarm
evapora-
tor probe
alarm
con-
denser
probe
alarm
• the kind of cabinet
probe you have con-
nected is not right
• the cabinet probe
plays up
• the connection in-
strument-cabinet
probe is wrong
• the cabinet tempera-
ture is outside the
limits allowed by the
working range of
the instrument
• the kind of evapora-
tor probe you have
connected is not
right
• the evaporator
probe plays up
• the connection in-
strument-evaporator
probe is wrong
• the evaporator tem-
perature is outside
the limits allowed by
the working range
of the instrument
• the kind of con-
denser probe you
have connected is
not right
• the condenser probe
plays up
• look at the param-
eter /0
• test the integrity of
the probe
• test the instrument-
probe connection
• test the temperature
close to the probe (it
has to be between
the limits allowed by
the working range)
• look at the param-
eter /0
• test the integrity of
the probe
• test the instrument-
probe connection
• test the temperature
close to the probe (it
has to be between
the limits allowed by
the working range)
• look at the param-
eter /0
• test the integrity of
the probe
• test the instrument-
probe connection
• the alarm output
will be forced OFF
• the compressor will
work in accordance
with the parameters
C5 and C6
• if the defrost is run-
ning, it will immedi-
ately end
• the defrost will
never be activated
• the alarm output
will be forced OFF
• if the parameter dE
has value 2, the in-
strument will work
as if the parameter
had value 0
• if the parameter F7
has value 3 or 4, the
evaporator fan will
work in accordance
with the compres-
sor, except what
you have set with
the parameters F4
and F5
• the defrost will end
by time (parameter
d3)
the alarm output will
be forced OFF
con-
denser
tempera-
ture alarm
multi-
function
input
alarm
upper
tempera-
ture alarm
for 3 s
every 4
lower
tempera-
ture alarm
for 3 s
every 4
• the connection in-
strument-condenser
probe is wrong
• the condenser tem-
perature is outside
the limits allowed by
the working range
of the instrument
the condenser tem-
perature is outside the
limit you have set with
the parameter AC
the multifunction input
is active.
Unless the parameter
i6 has value 1, the in-
strument will not show
any indication
the cabinet tempera-
ture is outside the limit
you have set with the
parameter A1b
there has been an up-
per temperature alarm
the cabinet tempera-
ture is outside the limit
you have set with the
parameter A1A
there has been a lower
temperature alarm
• test the temperature
close to the probe (it
has to be between
the limits allowed by
the working range)
• test the temperature
close to the probe
(look at the param-
eter AC)
• turn the instrument
OFF and turn it ON
again
deactivate the input
(look at the parameters
i0, i1 and i6)
test the temperature
close to the probe
(look at the parameters
A0, A1b and A2b)
look at the parameters
A0, A1b, A2b, A8 and
A9
test the temperature
close to the probe
(look at the parameters
A0, A1A and A2A)
look at the parameters
A0, A1A, A2A, A8 and
A9
the alarm output will
be forced OFF
you will get the action
you have chosen with
the parameter i0
the alarm output will
be forced OFF
the alarm output will
be forced OFF
the alarm output will
be forced OFF
the alarm output will
be forced OFF
F7 0 4 --- 1 evaporator fan action during the normal operation (0 = it will be forced OFF, 1 = it will be
forced ON, 2 = it will work in accordance with the compressor, 3 = it will work in accordance
with F1 and F2, 4 = if the compressor is ON, it will work in accordance with F1 and F2, if the
compressor is OFF, it will be forced OFF)
LABEL MIN. MAX. U.M. DEF. DIGITAL INPUTS
i0 0 7 --- 4 action given by the multifunction input activation (0 = inactive, 1 = once d5 has passed, the
defrost will be activated (7) , 2 = the cabinet light will be turned ON, 3 = the compressor will be
forced ON for A5 and the cabinet light will be turned ON, 4 = the compressor and the
evaporator fan will be forced OFF for A5 and the cabinet light will be turned ON,
5 = the evaporator fan will be forced OFF for A5 and the cabinet light will be turned ON,
6 = the working setpoint becomes r8, 7 = the working setpoint becomes r8 and the cabinet
light will be turned OFF); look at i7 as well
i1 0 1 --- 0 kind of contact of the multifunction input (it is important if i0 ≠ 0; 0 = NO, 1 = NC)
i2 1 2 --- 1 action given by the lock input/thermal protection activation (1 = the compressor will be forced
OFF, 2 = in accordance with i3, i4 and i5)
i3 0 15 --- 0 lock input/thermal protection alarms number such as to give the lock of the instrument (it is
important if i2 = 2; 0 = the lock of the instrument will never take place)
i4 i5 240 min 0 time without lock input/thermal protection alarms able to clear the lock input/thermal pro-
tection alarms counter (it is important if i2 = 2)
i5 0 15 (14) min 0 minimum delay between the lock input/thermal protection deactivation and the following
compressor activation (it is important if i2 = 2)
i6 0 1 --- 1 indication “Ain” flashing on the display during the multifunction input activation (it is impor-
tant if i0 ≠ 0)
i7 0 240 min 0 delay between the multifunction input deactivation and the cabinet light gets OFF (it is
important if i0 = 2, 3, 4 or 5) (15)
LABEL MIN. MAX. U.M. DEF. SERIAL NETWORK (EVCOBUS)
L1 1 15 --- 1 instrument address
L2 0 7 --- 0 instrument group
L4 0 3 --- 1 baud rate (0 = 1,200 baud, 1 = 2,400 baud, 2 = 4,800 baud, 3 = 9,600 baud)
LABEL MIN. MAX. U.M. DEF. SERIAL NETWORK (EVCONET)
n0 0 2 --- 0 operation of the instrument in the network (0 = instrument not enabled to work in the
network, 1 = master, 2 = slave) (16)
n1 0 8 --- 0 address of the instrument in the network (it is important if n0 ≠ 0; 0 = master address,
1 ... 8 = first ... eighth slave address)
n3 0 1 --- 0 authorization to implement the remote controls coming from the master (it is important if
n0 = 2 and n1 ≠ 0; 1 = YES)