enda edt2411 temperature controller

enda edt2411 temperature controller
ENVIRONMENTAL CONDITIONS
Please read this document carefully before using this product. The guarantee will be
invalidated if the device is damaged by not following instructions detailed in the manual.
The company shall not be responsible for any damage or losses however caused, which
may be experienced as a result of the installation or use of this product.
Ambient/storage temperature 0 ... +50°C/-40 ... 85°C (without icing)
Max. humidity 80% for temperatures up to 31°C decreasing linearly to 50% relative humidity at 40°C.
Relative humidity
According to EN60529;
Front panel: IP65
Protection class
Rear panel : IP20
Max.
2000m
Height
ENDA EDT2411 TEMPERATURE CONTROLLER
Do not use the device in locations subject to corrosive and flammable gasses.
ELECTRICAL CHARACTERISTICS
Thank you for choosing ENDA EDT2411 temperature controller.
Supply voltage
Power consumption
Connection
Scale
Sensitivity
Accuracy
Time accuracy
Display
EMC
Safety requirements
* 35x77mm.
* On-Off control.
* Relay output for cooling or heating control.
* Single NTC probe input.
* Offset value can be entered for NTC input.
* Compressor protection parameters.
* On probe failure, output status can be set to ON, OFF or periodic.
* Upper and lower limits of the setpoint adjustment.
* Defrost duration and interval can be adjusted.
* 6 different warning tones.
* Deviation high and low alarm values.
* Temperature unit can be selected °C or °F.
* Digital input (Optional).
ENDA
OUTPUTS
-
3
Life expectancy for relay For EDT2411-X-P ; Without load 10.000.000 switching;
277V AC,20A (for resistive load) 100.000 electrical operation.
CONTROL
4- ModBus
RS.......ModBus (optional)
HOUSING
3- RTC
Real time clock (optional)
(Only valid for 8A relay output devices)
While cleaning the device,solvents (thinner,benzine,acid etc.) or corrosive materials must not be used.
DIMENSIONS
ENDA EDT2411 is intended for installation in control panels. Make sure that the device is used
only for intended purpose. The electrical connections must be carried out by a qualified staff
and must be according to the relevant locally applicable regulations. During an installation, all of the cables
that are connected to the device must be free of electrical power. The device must be protected against
inadmissible humidity, vibrations, severe soiling and make sure that the operation temperature is not
exceeded. The cables should not be close to the power cables or components.
ENDA INDUSTRIAL ELECTRONICS
Neutral
9
35mm
ENDAKEY
DIG INP
10 11 12 13
28,5mm
8
GND
NTC
GND
ENDAKEY
DIG INP
GND
NTC
7
7
SN: XXXXXXXXX
Line
6
Holding screw
0.4-0.5Nm.
ENDA INDUSTRIAL ELECTRONICS
6
5
230V AC +10% -20%
50/60Hz 5VA
184-253V AC
50/60Hz 4VA
Fuse
F 100 mA
250V AC
4
8 680407 702220
NOTE:
SUPPLY:
3
1
EDT2411-230-R
DIGITAL THERMOSTAT
2
Panel cut-out
71,5mm
COMPRESSOR
250V AC 8A
RESISTIVE LOAD
1
11 12
11 12
10
10
9
9
A
8
8
B
7
7
COM.
6
6
14 15 16
Flush mounting
clamp
NTC
5
2
ENDAKEY
4
230V AC +10% -20%
50/60Hz 5VA
DIG INP
3
Equipment is protected throughout by
DOUBLE INSULATION
EDT2411
8 680407 702350
COMPRESSOR
277V AC 20A
RESISTIVE LOAD
GND
2
ENDA
SN: XXXXXXXXX
5
230V AC +10% -20%
50/60Hz 5VA
SET
SET
4
8 680407 702220
- Push the flush-mounting
clamp in direction 1 as shown
in the figure below.Then,pull
out the clamp in direction 2 .
°C
3
EDT2411-230-P-RS
DIGITAL THERMOSTAT
5mm
For removing mounting clamps:
°F
2
SN: XXXXXXXXX
EDT2411-230-R
DIGITAL THERMOSTAT
Depth
61mm
77mm
1
ENDA INDUSTRIAL ELECTRONICS
1
Suitable for flush -panel mounting
W77xH35xD61mm
Approx. 190g (After packing)
Self extinguishing plastics.
Housing type
Dimensions
Weight
Enclosure material
CONNECTION DIAGRAM
COMPRESSOR
250V AC 8A
RESISTIVE LOAD
Single set-point control
On-Off control
Adjustable between 1 ... 20.0°C.
Control type
Control algorithm
Hysteresis
4
2-Output
R....... 8A relay output
P....... 20A relay output
1 - Supply Voltage
110........110V AC
230........230V AC
24........24V AC/DC
12........12V AC/DC
SM........9-30V DC/7-24V AC
For EDT2411-X-R ; Without load 30.000.000 mechanical;
250V AC, 8A resistive load 100.000 electrical operation.
-
2
1
For EDT2411-X-R ; Relay: NO+NC 250V AC,8A (resistive load),
1/2HP, 0.37KW 240V AC (inductive load)
For EDT2411-X-P ; Relay: NO 277V AC,20A (resistive load),
1/2HP, 0.37KW 250V AC (inductive load)
Relay output
- External alarm
- Initiate defrost
* Transfer device parameter settings with ENDAKEY
- no power-up required.
* RS485 ModBus protocol communication feature (optional).
* Real Time Clock defrost and energy-saving feature.
* CE marked according to European Norms.
Order Code: EDT2411-
230V AC +%10 -%20, 50/60Hz or 12/24 V AC/DC ± %10
Max. 5VA
2.5mm² screw-terminal connections
-60.0 ... +150.0°C (-76.0 ... +302.0°F)
0.1°C (Can be selected as 0.1ºC or 1ºC.)
±1°C
±1%
4 digits, 12.5mm, 7 segment LED
EN 61326-1: 2012
EN 61010-1: 2010 (Pollution degree 2, overvoltage category II)
Flush mounting
Rubber
Panel packing
clamp
Note: 1) Panel thickness should
be maximum 7mm.
2) If there is no 60mm free
space at the back side of
the device,it would be
difficult to remove it from
the panel.
Note:
Switch
230V AC
Supply
Fuse should
be connected Cable size: 1,5mm²
1) Mains supply cords shall meet the requirements of
IEC 60227 or IEC 60245.
2) In accordance with the safety regulations, the power
supply switch shall bring the identification of the
relevant instrument and it should be easily
accessible by the operator.
1/6
SİSEL MÜHENDİSLİK ELEKTRONİK SAN. VE TİC. A.Ş.
Şerifali Mah. Barbaros Cad. No:18 Y.Dudullu 34775
ÜMRANİYE/İSTANBUL-TURKEY
Tel : +90 216 499 46 64 Pbx. Fax : +90 216 365 74 01
url : www.enda.com.tr
EDT2411-E-05-201410
°F
FAHRENHEIT LED: In parameter value or the measured temperature value “°F” unit while this
LED lights up. In the hidden menu at the same time the user menu parameter is shown the LED lights up.
.
HEATING LED: Heating is being checked; while the output is active, the LED lights.
DEFROST LED: With the defrost lights up.
COMPRESSOR LED: If compressor output is active, this LED lights up.While these compressor
delays expected, this LED flashes.
SET
°F
°C
While in programming mode, provides the transition to the next parameter. If parameter is being
adjusted, it increases parameter’s value. Constantly holding this key, the parameter value rapidly
increases.
SET
SET
ENDA
While in the operating mode set value, while in the programming mode shows selected
parameter’s value.
While in programming mode,provides the transiton to the previous parameter.If parameter is
being adjusted,it decreases parameter’s value.Constantly holding this key,the parameter value
rapidly decreases.
EDT2411
FRONT PANEL COMMANDS
1.Viewing and Changing The Set Value
-24.0
1000
Measurement
value
SET
-30.0
-29.9
-30.0
SET
While in the running mode, if
key is pressed set value is displayed for 3 seconds.While in this case,the set value is changed with
keys.
2.Locking and Unlocking Keys
-24.0
1000
Measurement
value
Loc
SET
unl
SET
Keys are locked.
Keys are unlocked.
While
in the operating mode, if
keys are pressed together among 2 seconds the Loc message is displayed and the keys are locked. If the keys are locked
SET
keys are pressed for 2 seconds again unL message is displayed and key lock is opened and is returned to the normal way of working. While keys are locked,
SET
if
SET
key is pressed, the set value can be displayed but the value can not be changed. While the keys are locked,
key outside if a key is pressed the Loc message is seen.
3.Manuel Defrost Process
While in the operating mode, if
key is pressed for 2 seconds the defrost process is started as manual.If d.dur = 0 ,the manuel defrost will also be disabled.
4.Activating / Inactivating The Control Outputs
-24.0
1000
Measurement
value
When in the running mode, if
C.dI5
The control ouput becomes inactive.
CENB
The control output becomes active.
* When in the running mode, if the control outputs are
inactive, oFF message displays periodically.
key is pressed for 2 seconds, C.dI5 message is displayed and control outputs becomes to the inactive position, the device works as
the indicator. When the control outputs are disabled; if
key is pressed for 2 seconds C.EnB is disabled and the device continues to do control function.
5. Changing Parameter Values
Keys are pressed together for 2 seconds
name is displayed in the user menu.
is displayed and the user menu is entered,afterwards first parameter’s
SET
While a parameter was selected,by pressing to
key parameter’s value is displayed, the displayed this parameter
SET
can be changed with
keys. When the parameter name is shown, no action is done after 3 seconds or to the
key is pressing again to return to the parameter’s name. When the parameter name is shown,
keys are pressed
together immediately without waiting to get out of this process.
Program mode
6. The Hidden Menu
While in the user menu, if
key is pressed for 7 seconds the
message
is displayed and is entered the hidden menu. Then upl parameter is displayed.
Selected the parameter’s value,by pressing the
key is displayed and with
keys can be changed. Parameter access and saving functions, user menu is like.
All parameters can be accessed from this menu.
7. How can we to transfer parameter between menus?
SET
uPL
SET
If
keys are pressed together for 2 seconds; parameter is transferred to the user menu.
In this way the user menu up to 8 parameters can be transferred.
uPL
SET
Hy5
In the user menu
keys are pressed together along the 2 seconds the parameter
is removed from the user menu.
When a parameter is displayed in the user menu °F LED lights up in the hidden menu.
If the user menu have not any parameter np message is displayed.
C.Fo5
os
ERROR MESSAGES
Pfa
Means, thermostat probe is broken.
P5C
Temperature value is higher than the scale.
Means, thermostat probe is short circuit.
Temperature value is lower than the scale.
ALARM SITUATION
1.When the alarm situation occured, the measured value flashes in the indicator and if “Snd” parameter is not “0” is given audible alarm by the device.
-24.0
1000
EA
SA
While there are a audible warning ;
key is pressed, the audible warning will be disabled.
2.External alarm is activated but output’s is not affected by this situation.
3.Except that the alarm has been activated and external alarm output relay is active when the show shut down. (off situation).
4.Buzzer voice warning is given;if any key is pressed the buzzer will be silenced.
HOW CAN WE RETURN THE DEVICE TO THE FACTORY SETTINGS
Key is held down while the device is powered up the d.PAr message will see and restore the factory parameters.
2/6
EDT2411-E-05-201410
OUTPUT GRAPHICS
Power
D.dPo
(Ifd.Pon = y
d.dPo timer
runs.)D.int
Read
button
D.dur
Defrost
LED
Defrost
mode
HEAT
LED
How Can We Dowload The Parameters From ENDAKEY To The Device?
HE
(heating)
control
HEAT
OUTPUT
COMPRESSOR
LED
While in the running mode; if
key or “Read” button (in ENDAKEY) are
pressed; is displayed “dL” message and parameters are read in ENDAKEY.
“dL” message appears when the
key is pressed again, reading parameter
values from the ENDAKEY are transferred to the device.
If the parameter transfer is successful, ”rEF” message is displayed and the
device begins to work with downloaded parameters value.
The parameter in the ENDAKEY, while belonging to a different device of if there
is a malfunction in the ENDAKEY “Err” message is displayed and the
parameters of the device unchanged.
Co
(cooling)
COMPRESSOR
OUTPUT
C.Pon
control
enable
A.uPl
A.uPl-A.HYS
SET+ r.HYS
SET
SET- r.HYS
A.LoL+A.HYS
A.LoL
A.dPo
disable
enable
disable
How Can We Upload The Parameters From Device To The ENDAKEY?
While in the running mode; if
key is pressed “uL” message is displayed
and again
key is pressed; if there is no error, the parameters in the device
are loaded in to the ENDAKEY and “5uc” message is displayed.
If there is a malfunction in the device and the installation failed “Err” message
is displayed.
A.dFL
Temperature
alarm
NOTE 1: To the device without energy, the parameter transfer is done with
ENDAKEY.
The battery inside the ENDAKEY for a longer period of time; after the parameter
transfer process, the connection between the ENDAKEY and the device should
be disconnected.
NOTE 2: ENDAKEY device is supplied with orders if requested.
Digital
input
ddi
digital input
delay
External alarm
situation
CONTROL PARAMETERS
uPL
LoL
Hy5
oFF
MIN.
-60.0
LoL
0.1
The upper limit of the setpoint
The lower limit of the setpoint
Switch hysteresis for compressor (hysteresis)
The offset value for the refrigeration
-20.0
MAX.
uPL
150.0
20.0
20.0
UNIT
°C
°C
°C
°C
DEF. SET
150
-60
2
0
CONFIGURATION PARAMETERS
C.typ
Unit
Dpnt
5nd
d.inp
ddi
dpo
Control type selection ( HE=(*) heating control is selected, Co= Cooling control is selected.)
C.tYp parameter as HE is selected, the defrost function of the device is disabled.
Temperature unit
Decimal point (no= decimal point isn’t shown 22°C,YE5=decimal point is shown 22.3°C.)
Type of buzzer sound (6 different voice types can be selected. Alarm during 0 is chosen, the voice warning is
canceled.) For Relay-8A is valid.
Digital input types. nd:Digital input unused. EA: External alarm. EA message flashes in the display. Output
unchanged. SA: Important external alarm. 5A message flashes in the display. Relay output is turned off. HC:
Control type. Ctyp parameter is changed.( If HE = Co, If Co = HE ) df: Defrost operation is started .
Digital input delay. The period of the digital inputs to be active.
Digital input polarity.
cL = While a digital input contact is closed,it is activated.
oP= While a digital input is opened, it is activated.
Co
HE
Co
°F
°C
YE5
No
0
6
0
nd
dF
nd
0:00
99:00
0:00
CL
oP
°C
No
Cl
COMPRESSOR PROTECTION PARAMETERS
C.pon
Delay time for the compressor after power is on.
0:00
99:00
min:sec
1:00
C.Fo5
Delay time required for the compressor to restart following a stop.
0:00
99:00
min:sec
1:00
C.PPn
C.PPF
On time for the compressor output in the case of probe failure.
Off time for the compressor output in the case of probe failure
0:00
0:00
99:00
99:00
min:sec
min:sec
0:00
1:00
min:sec
hr:min
1:00
DEFROST CONTROL PARAMETERS
D.dur
D.int
D.d5P
D.drE
D.Pon
D.dPo
Defrost duration (If d.dur=0 , automatic and manual defrost are disabled.)
The time between 2 consecutive defrosts.
During defrost,display configuration (rE= Real temperature is displayed during defrost.
(Lc= The temperature which is measured before defrost is displayed
during defrost.
Delay time for display real temperature after defrost is over.
Defrosting process begins with energy (no=Defrost process doesn’t start when,the energy comes.
YE5=Defrost process starts when the energy comes.)
Delay time for defrosting after power is on.
0:00
1:00
99:00
99:00
Lc.
rE
0:00 99:00
No
0:00
Lc.
min:sec
1:00
No
YE5
99:00
1:00
min:sec
1:00
ALARM CONTROL PARAMETERS
A.uPL
Limit for upper alarm level. When A.tYP is changed, AuPL should be readjusted.
A.LoL
150.0
°C
150
A.LoL
A.HY5
Limit for lower alarm level. When A.tYP is changed, ALoL should be readjusted.
-60.0
A.uPL
20.0
°C
°C
-60
A.typ
Switch hysteresis for alarm.
0.1
Alarm configuration. (AB5=Absolute alarm.Alarm values are A.LoL and A.uPL .)
(rEF= Relative alarm.Alarm values are SET-A.LoL and SET+A.uPL.)
NOTE: Upper and Lower alarm level variables are determined according to the “A.tYP” parameter.
Ab5
rEF
2
Ab5
If A.tYP = A.b5 , A.LoL and A.uPL.
If A.tYP =rEF,LoL=SET-A.LoL and A.uPL.
A.dFL
A.dPo
Adr5
Baud
c.5r
t.5r
Time delay to display alarm message after alarm is on.
0:00
Time delay to display alarm message after power is on.
RS485 Network address for the connection of the device.Adjustable between 1-247.
Baudrate (0=Off; 1=1200; 2=2400; 3=4800;4=9600; 5=19200)
0:00
The holding parameter of control outputs state when the supply is powered off.
The holding parameter of keypad lock state when the supply is powered off.
3/6
99:00 min:sec
0:00
hr:min
0:10
1
9600
24:00
no
YE5
no
YE5
YE5
no
EDT2411-E-05-201410
ENDA EDT2411 DIGITAL THERMOSTAT MODBUS PROTOCOL ADDRESS MAP
1.1 HOLDING REGISTERS
Holding Register
Addresses
Data Content
Data
Type
Parameter
Name
Read/Write
Permission
Status
Value
Decimal
Hex
0000d
0x0000
word
Set value
--
Readable/Writeable
-20
0001d
0x0001
word
Set point upper limit
uPL
Readable/Writeable
150
0002d
0x0002
word
Upper level alarm
A.uPL
Readable/Writeable
150
0003d
0x0003
word
Set point lower limit
LoL
Readable/Writeable
-60
0004d
0x0004
word
Lower level alarm
A.LoL
Readable/Writeable
-60
0005d
0x0005
word
The offset value for the cooling
oFF
Readable/Writeable
0
0006d
0x0006
word
Cooling hysteresis
Hy5
Readable/Writeable
2
0007d
0x0007
word
Switch hysteresis for alarm
A.HY5
Readable/Writeable
2
0008d
0x0008
word
Type of buzzer sound
5nd
Readable/Writeable
0
nd
0009d
0x0009
word
Digital input types .0=nd;1=EA;2=SA;3=HC;4=dF
d.inp
Readable/Writeable
0010d
0x000A
word
Digital input delay
ddi
Readable/Writeable 0:00(0 sec)
0011d
0x000B
word
Delay time for the compressor after power is on.
C.Pon
Readable/Writeable 1:00(60 sec)
0012d
0x000C
word
C.Fo5
Readable/Writeable 0:00(0 sec)
0013d
0x000D
word
Delay time required for the compressor to restart following
a stop.
On time for the compressor output in the case of probe failure
C.PPn
Readable/Writeable 0:00(0 sec)
0014d
0x000E
word
Off time for the compressor output in the case of probe failure
C.PPf
Readable/Writeable 1:00(60 sec)
0015d
0x000F
word
Defrost duration
d.dur
Readable/Writeable 1:00(60 sec)
0016d
0x0010
word
The time between 2 consecutive defrosts.
d.int
Readable/Writeable 1:00(60 min)
0017d
0x0011
word
Delay time for defrosting after power is on.
d.dpo
Readable/Writeable 1:00(60 sec)
0018d
0x0012
word
After the cooling process of cooling start-up delay
d.drE
Readable/Writeable 1:00(60 sec)
0019d
0x0013
word
Time delay to display alarm message after alarm is on.
A.dfl
Readable/Writeable 0:00(0 sec)
0020d
0x0014
word
Time delay to display alarm message after power is on.
A.dpo
Readable/Writeable 0:10(10 min)
RTC REAL TIME CLOCK PARAMETERS
0021d
0x0015
word The device time setting
hour Readable/Writeable
0022d
0x0016
word
min
0023d
0x0017
word The device day setting
0024d
0x0018
word The first day of the week holiday
0025d
0026d
0027d
The device minute setting
Readable/Writeable
0
0
day
Readable/Writeable
0(5un)
ht1
Readable/Writeable
7(nu)
0x0019
word The second day of the week holiday (5un,Mon,UEd,thu,Fri,5at,nu) ht2
Readable/Writeable
7(nu)
0x001A
word Defrost start time of the 1. workday
id1
Readable/Writeable 24:00(hr:min)
0x001B
word Defrost start time of the 2 workday
id2
Readable/Writeable 24:00(hr:min)
0028d
0x001C
word Defrost start time of the 3. workday
id3
Readable/Writeable 24:00(hr:min)
0029d
0x001D
word Defrost start time of the 4. workday
id4
Readable/Writeable 24:00(hr:min)
0030d
0x001E
word Defrost start time of the 5. workday
id5
Readable/Writeable 24:00(hr:min)
0031d
0x001F
word Defrost start time of the 6. workday
id6
Readable/Writeable 24:00(hr:min)
0032d
0x0020
word Defrost start time of the 1. holiday
td1
Readable/Writeable 24:00(hr:min)
0033d
0x0021
word Defrost start time of the 2. holiday
td2
Readable/Writeable 24:00(hr:min)
0034d
0x0022
word Defrost start time of the 3.holiday
td3
Readable/Writeable 24:00(hr:min)
0035d
0x0023
word Defrost start time of the 4. holiday
td4
Readable/Writeable 24:00(hr:min)
0036d
0x0024
word Defrost start time of the 5. holiday
td5
Readable/Writeable 24:00(hr:min)
0037d
0x0025
word Defrost start time of the 6.holiday
td6
Readable/Writeable 24:00(hr:min)
0038d
0x0026
word Energy-saving value of the difference set
Add
Readable/Writeable
0039d
0x0027
word Energy-saving start time of the workday
iEt
Readable/Writeable 24:00(hr:min)
0040d
0x0028
word Workday energy-saving time
iE5
Readable/Writeable
0041d
0x0029
word Energy-saving start time of the holiday
TET
Readable/Writeable 24:00(hr:min)
0042d
0x002A
word Holiday energy-saving time
TE5
Readable/Writeable
0043d
0x002B
word
0044d
0x002C
word Baudrate (0=Off; 1=1200; 2=2400; 3=4800;
4=9600; 5=19200)
(5un,Mon,tuE,UEd,thu,Fri,5at)
(5un,Mon,UEd,thu,Fri,5at,nu)
RS485 Network address for the connection of the device.
Adjutable between 1-247.
4/6
Adr5 Readable/Writeable
Baud Readable/Writeable
0
00:00
00:00
1
9600
EDT2411-E-05-201410
*Holding Register parameter of type integer, those “signed integer” is defined as the decimal port of and associated with these parameters.
(So,”14.0” is a parameter value of “140” will be read in.)Relevant parameters for a period of “mm:ss” type ones in seconds, ”hh:mm” while
those species defined in minutes.
*Devices without RTC; 0021d and 0022d parameters, the RTC in 0043d and 0044d addresses correspond to the devices.
1.2 INPUT REGISTERS
Input Register
Addresses
Decimal
Hex
0000d
0x0000
0001d
0x0001
Data
Type
Data Content
Parameter
Name
Read/Write
Permission
word
Measured temperature value (°C / °F)
--
Only readable
word
Defrost time(sn). During the defrost mode to defrost
for the normal, for the remaining period of the
termination of the defrost process. If the defrost is
finished, the remaining time for the start of the next
defrost.
--
Only readable
*Input Register parameter value of the temperature reading, is defined as a signed integer. This value is associated with a
portion.(So,”23,5°C”value of temperature “235” will be read in.)
1.3 DISCRETE INPUTS
Discrete Input
Addresses
Decimal
Hex
0000d
0x00
Data
Type
Bit
Data Content
Parameter
Name
Control output situation (0=OFF; 1=ON)
--
Read/Write
Permission
Only readable
1.4 COILS
Coil
Addresses
Decimal
00d
Hex
0x00
Bit
Control type selection. OFF=Cooling control (Co)
Status
Value
Read/Write
Permission
Readable/Writeable
Co
Unit
Readable/Writeable
°C
D.PNT
Readable/Writeable
no
Digital input polarity. OFF=While a digital input
contact is closed, it is activated. (cL) ON=While a
digital input is opened, it is activated(oP)
Dpo
Readable/Writeable
cL
Bit
During defrost,display configuration.
OFF=The temperature which is measured before
defrost is displayed. (Lc) ON=Real temperature
is displayed during defrost process. (rE)
D.d5p
Readable/Writeable
D.poN
Readable/Writeable
no
A.tYP
Readable/Writeable
aB5
d.typ
Readable/Writeable
nor
--
Readable/Writeable
CEnb
0x01
Bit
02d
0x02
Bit
03d
0x03
Bit
0x04
Parameter
Name
C.typ
01d
04d
Data Content
Data
Type
ON=Heating control(HE)
Temperature unit. OFF=°C
ON=°F
Decimal point . OFF=no
ON=YE5
05d
0x05
Bit
Defrosting process begins with energy. OFF=Defrost
process doesn’t start when the energy comes. (no)
ON=Defrost process starts when the energy comes.
(YE5)
06d
0x06
Bit
Alarm configuration .OFF=Absolute alarm (Ab5)
ON=Relative alarm (rEF)
Defrost type (OFF=The normal operation of the
defrost. (nor) ON=Defrost operation with RTC (rtc)
Control situaiton. OFF=Control passive. (C.di5)
07d
0x07
Bit
08d
0x08
Bit
ON=Control active (C.Enb)
Lc
*”07d” address parameter, only the RTC and the RTC are not located in the devices and the device have a total of 7 parameter “”08d”
with address parameter 7. the order.
SİSEL MÜHENDİSLİK ELEKTRONİK SAN. VE TİC. A.Ş.
Şerifali Mah. Barbaros Cad. No:18 Y.Dudullu 34775
ÜMRANİYE/İSTANBUL-TURKEY
Tel : +90 216 499 46 64 Pbx. Fax : +90 216 365 74 01
url : www.enda.com.tr
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EDT2411-E-05-201410
ENDA EDT2411 DIGITAL THERMOSTAT RTC PARAMETERS
RTC SET PARAMETERS
Min.
Max.
Unit
Status
hour
The device time setting
0
23
hour
0
min
The device minute setting
0
59
minute
0
5un
5at
day
5un
5un
nu
day
nu
day
nu
-
nor
day
ht1
The device day setting 5un,mon,tuE,UEd,thu,Fri,5at
The first day of the week holiday. 5un,Mon,tuE,UEd,thu,Fri,
5at,nu. (If nu is chosen, holidays are not selected and it is perceived
as working days.)
The second day of the week holiday.(5un,mon,tuE,UEd,thu,Fri,
ht2
5un
nu
nor
rtc
00:00
24:00
hr:min
24:00
00:00
24:00
hr:min
24:00
-20
20
00:00
24:00
hr:min
24:00
Workday energy-saving time(If this status time= 00:00 energy-saving
00:00
will not be made. )
Energy-saving start time of the holiday. (If this status time 24:00
00:00
energy-saving will not be made. )
Holiday energy-saving time (If this status time: 00:00 energy-saving will
00:00
not be made. )
24:00
hr:min
24:00
24:00
hr:min
24:00
24:00
hr:min
24:00
5at,nu. (If nu is chosen, holidays are not selected and it is perceived
as working days.)
DEFROST CONTROL PARAMETERS
d.typ
id1
The device defrost type. (nor:with interval times defrost, rtc:with real
time clock defrost)
id1,Id2,Id3,Id4,Id5,Id6 Defrost status time in the range of
Id1-Id6 workdays. (If this status time=24:00,defrost process is
id6 not performed.
td1
td1,td2,td3,td4,td5,td6. Defrost status time in the range of
td1-td6 holidays. (If this status time= 24:00 defrost process is not
td6 performed.)
ENERGY-SAVING PARAMETERS
add
iEt
iE5
tEt
tE5
Energy-saving value of the difference set (During the energy-saving
SET=SET+Add. Energy-saving during, the set value does not change.
Energy-saving start time of the workday. (If this status time=24:00
energy-saving will not be made.)
°C/°F
0
REAL TIME CLOCK FEATURE
At first power up of the device; hour, minute, day must be adjusted. In addition, an optional holiday in each week can be
assigned to the desired days. All the days of the week “workday” is entered as requested,ht1 and ht2 parameters should
be chosen as “nu”. This sets the device is powered down, even after the 2500 real time clock continuous to run throughout
the day. With this feature, defrost control and energy-saving can be requested.
SİSEL MÜHENDİSLİK ELEKTRONİK SAN. VE TİC. A.Ş.
Şerifali Mah. Barbaros Cad. No:18 Y.Dudullu 34775
ÜMRANİYE/İSTANBUL-TURKEY
Tel : +90 216 499 46 64 Pbx. Fax : +90 216 365 74 01
url : www.enda.com.tr
5/6
EDT2411-E-05-201410
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