Enda ET2011-T Bedienungsanleitung
Enda
Thermostat
ET2011-T
Lesen Sie kostenlos die đź“– deutsche Bedienungsanleitung fĂĽr Enda ET2011-T (4 Seiten) in der Kategorie Thermostat. Dieser Bedienungsanleitung war fĂĽr 5 Personen hilfreich und wurde von 2 Benutzern mit durchschnittlich 4.5 Sternen bewertet
Seite 1/4
230V AC +%10 -%20, 50/60Hz 24V AC %10, 50/60Hzor
Max. 5VA
Power : , Si : 1 ²connector 2.5mm²' screw-terminal gnal connector ,5mm screw-terminal conenction.
EEPROM ( )minimum 10 years
Max. 100ohm
1 bit2
00ms1
R : 250V AC, 8A (for resistive load), Selectable as NO+NC Control or Alarm2 output.elay
°C
Withot load 30.000.000 mechanical operation; 250V AC, on the 8A resistive load 100.000
electrical switching
C/A2 output
ENDA ET2011 PID TEMPERATURE CONTROLLER
* x mm .77 35 sized
Thank you for choosing 2011 temperature controller.ENDA ET
TECHNICAL SPECIFICATIONS
* Selectable dual-set value.
* Se tlectable thermocouple ypes or Pt100 input.(Selection must be
* Soft-Start feature.
* (SELF TUNE).Automatic calculation of PID parameters.
* Selectable heating/cooling control.
* C/A2 Relay output can be programmable as alarm or control output.
* .Selectable SSR control output
* Input oset feature.
* In the case of sensor failure periodical running or relay state can be
selected.
Input type
Temperature range
J (Fe-CuNi) Thermocouple
K (NiCr-Ni) Thermocouple
T (Cu-CuNi) Thermocouple
S (Pt 0Rh-Pt) T1 hermocouple
R (Pt13Rh-Pt) Thermocouple
EN 60584
EN 60584
EN 60584
EN 60584
EN 60584
0... 600
0...1300
0... 400
0...1700
0...1700
°C
°C
°C
°C
°C
Accuracy
0, % ( )5 of full scale
0, % ( )5 of full scale
1 digit
1 digit
0, % ( )5 of full scale 1 digit
0, % ( )5 of full scale 1 digit
0, % ( )5 of full scale 1 digit
+32... +1112
+32... +2 237
+32... +752
+32... +3092
+32... +3092
°F
°F
°F
°F
°F
°C °F
SSR output Max 20mA 12Volt (as control output)
SET
°C
SET
ET2011
ENDA
°F C/A2 SSR
F
Pt 100 Resistance thermometer
Pt 100 Resistance thermometer
EN 60751
EN 60751 -200...600 °C -328...1112 °F
- ... 00 °C99.9 3 .0 - ...543 °F99.9 .0
0,5% (of full scale) 1 digit
0,5% (of full scale) 1 digit
specied in order).
Enter PID parameters of the system if they are known at the beginning.
Otherwise, Self-Tune should be activated.
ENVIRONMENTAL CONDITIONS
Height Max. 2000m
80 up to 31 decreasing linearly 50 at 40.% %
Ambient/storage temperature
Max. Relative humidity
0 ... +50 /°C -25... +70°C (with no icing)
Rated pollution degree According to EN 60529 Front panel : IP65
Rear panel : IP20
Do not use the device in locations subject to corrosive and î‹Šammable gases.
OUTPUTS
Life expectancy for relay
ELECTRICAL CHARACTERISTICS
Supply
Power consumption
Wiring
Line resistance
Data retention
EMC
Safety requirements
EN 61326-1: 2006
EN 61010-1: 2010 (Pollution degree 2, overvoltage category II)
CONTROL
Control type Single set-point and alarm control
Control algorithm
A/D converter
Sampling time
Proportional band
Control period
Hysteresis
Output power
Adjustable between 0 and 100 . If Pb=0 , On-O control is selected.% % %
and 250 secondsAdjustable between 1
1 and 50Adjustable between °C/F
The ratio of power at a set point can be adjusted between 0 and 100% %
HOUSING
Housing type Suitable for flush-panel mounting according to DIN 43 700.
Dimensions W77xH35xD71mm
Weight Approx. 200g (after packing)
Self extinguishing plastics.
Enclosure material
While cleaning the device, solvents (thinner, benzine, acid etc.) or must not be used.corrosive materials
Read this document carefully before using this device. The guarantee will be expired by
damaging of the device if you don't attend to the directions in the user manual. Also we don't
accept any compensations for personal injury, material damage or capital disadvantages.
R : 250V AC, 16A (for resistive load), Selectable as NO Control or Alarm2 output.elay
english
1. / 4
E-mail : info@suran-elektronik.de
Internet : www.suran-elektronik.de
Tel.: +49 (0)7451 / 625 617
Fax: +49 (0)7451 / 625 0650
SURAN Industrieelektronik
Dettinger Str. 9 / D-72160 Horb a.N
ET2011-E-06052019
SET
C.s.lo.= Control set point lower limit.(for
selected output)
Adjustable between 0 and C.s.Hi.
C.s.Hi.= Control setpoint upper limit.(for
selected output)
Adjustable between and Upper scale
value.
C.s.Lo.
a2.s.l= Alarm2 set value lower limit.
Adjustable between 0 and A2.S.H
parameter value.
a2.s.H= Alarm2 set value upper limit.
Adjustable between
parameter value and upper scale
value.
A2.S.L
a2.Hy=
.
Hysteresis of the Alarm2
output
Adjustable between 1 and 50 °C.
A2.st.
Hi
= The state of Alarm2 output.
If A2 output is above the set
value. (on)
=
lo= If A2 output is above the set
value.(o)
A2.Er.
on
=
2 output is probe failure (on).
State of Alarm2 output in the
case of sensor failure.
= A
off= A2 output is probe faiure (o).
A2.tp
indE.
dE.
bAnd
bAn.i
= Function of Alarm type.
Four kinds of functions can be
selected.
= alarm
(Independent)
= Deviation
= Band alarm (Band)
= Band with inhibition
2
Independdnt
inp.t.
FE.cn. nc.nA. c.cn.
p10.r. P13.r.
=
= J type , = K type = T
type =S type , = R type
thermocouple selection.
This parameter varies when changing
some parameters.
Input type selection.
Unit = The temperature unit.
°C °F= °C, = °F
(This parameter varies when
changing some parameters.)
C.o.sE = Control output selection
C-A2
SSR
= C/A2 (Relay) output selection
= SSR output selection
F.kE.C. = Function key setting parameter
nonE
C2.S.A.
manu.
dSP.o
= Function key is o.
= The function key with 2.set value is used.
= Manual mode can be achieved with the function key.
= Device only the temperature display mode is entered
with function key.
.
C. Pb
C. Pb
=
%0 %100
= %0 On-O
Proportional band.(for selected
output)
Adjustable between .0 and .0.
.0, control is selected.
C. ti
C. ti
C. Pb
=
=
Integral time.(for selected output)
Adjustable between 0 and 100.0 minutes.
0.0,integral impact is disable.
parameter is dierent from “0”,this
parameter appears.
C.Hys
C. Pb
= Hysteresis of the output.(for
selected output)
Adjustable between 1 and 50 °C.
= 0,this parameter is active.
C. td
C. td
C. Pb
=
=
Derivative time.(for selected output)
Asjustable between 0.00 and 25.00 minutes.
0.0, derivative time is disable.
parameter is dierent from”0”,this
parameter appears.
C. Ct.
C. Pb
= Period time.(for selected output)
Adjustable between 1 and 250 second.
parameter is dierent is dierent
from“0”,this parameter appears.
C.p.st = The ratio of output power at the
setpoint.Adjustable between %0 and %100.
C.E.P.s. = The percentage of faulty sensor
selected output power.Adjustable between
%0 and %100.
C.typ. = Control output type
C.typ. HEAt
C.typ. CooL
=
=
means heatign control.
means cooling control.
While the parameter names appear,if and
keys are pressed together, returns to the program
mode.
m.SEt.
C. Pb.
=
This parameter allows manual adjustment of the output
power when the manual output selection.
, this parameter is not seen.
The percentage of manual output parameter.
Adjustable between %0 and %100.
0=
this parameter is seen and
adjustable only
if set co.SE SSR =
C.s.Lo.
C.s.Hi.
C. pb
C. ti
C. td
C.p.st
C.Hys
C. Ct.
C.typ
s.s.t.s.
C.E.p.s.
Con.o. AL2.o. ConF. S.tun.
m.SEt.
inp.t.
Unit
fltr.
C.o.sE
offs.
s.t.Co.
F.k.E.C.
A2.S.L
A2.S.H
A2.HY
A2.tP
A2.St.
A2.Er.
SET SET SET
F
Programming mode
This parameter indicates the time to reach set point
value when the device is rst enegised.
Adjustable between 0 and 250 minutes.
If 0 is selected, soft start feature will be enable and the
device reaches set point value quickly.
Pb = 0, so start feature will be disable. Setting ft
Sst.S =Sofy starter timer set value
fLtr.= Coeicient of digital lter.
Filter for display value.
Adjustable between 1 and . If this parameter is 1,
digital lter runs most quick. If the parameter is ,
the lter run most slow. The value of parameter should
be increased in interference.
200
200
oFfS. = Oset value.
Oset value is added to the measurement value.
Adjusted between -100 and +100°C.The normal value is 0.
St.Cu = Self t
If both
message is d
and self tune
automatically
If both
message is d
and self tune
Selt tune beg
are shown a
completed au
parameter is
working mod
the measure
below 90% o
messa
below the te
and then self
If asked to ab
parameter is
pressed.
PIdt.
te.HI
mess
SET
If key is pressed while holding key, the programming mode is enabled.
F
Entering from the programming mode to the run mode:
If no key is pressed within 20 seconds during programming mode, the data is stored automatically and t
Alternatively, the same function occurs rst pressing key and key is pressing programming m
together,data is recorded and running mode is entered.
C.s.lO.inp.t.A2.s.l Co.sc.C1.sE.
C.s.Hi.Unit
A2.s.H A2.Sc.C2.SE.
C. PB Fltr.A2Hy. Cn.Sc.A2.SE.
C.HyS C.o.SE.A2.tp S.t.Sc.
C. ti offs.a2.st. dEf.P.
C. td f.k.E.C.
a2.Er.
a2.Er.
C. Ct.m.sEt.
C.P.St.
C.EP.S.
S.s.t.S.
C.typ.
TC input TC input TC input
TC input TC input
Pt100 input Pt100 input Pt100 inputPt100 input Pt100
0
FE.cn.
0
0 252
2C-A2indE P.yEs
P.yEs
400
P.yEs400
P.yEs500
4.0 0
Hi no
1.00 nonE
on
no
20 50
0
0
0
HEat
-200 Pt.
-200
600 °C
600
DEFAULT PARAMETERS
Set parameters Control output
parameters Alarm2 output
parameters
Conguration
parameters
Self tune
parameters
Security
parameter
SET
SET
NOTE
If the o
does n
setting
Param
from te
chang
or
Reset
SET
°C
SET
ET2011
ENDA
°F C/A2 SSR
F
TERMS
mm12
( 1 ) )
Paramet (Progra )
Measurement value and set value indicator Running mode
er name and value mming mode
( ) ( rogram )
If only this key is pressed in normal operation,software version
number is seen. parameter processing
2 Value increment key P ming mode
(F.k.E.C. )
( )
( rogram )
2 Value decrement and parameter selection key.
P ming mode
( ) ( )
Paramet (Program )
4 Control ve Alarm set selection key Running mode
er set key ming mode
7 4 LED display segment, digits red
Mikro switch
, Alarm1 SSRFor control and outputs 3 digits red LED
MODIFICATION OF CONTROL AND ALARM SET POINTS
ERROR MESSAGES
Character heights
( ),( ),( )2 3 4 Keypad
( )5 State indicator
ALARM2 OUTPUT TYPES
Independent Alarm
A2.tp. indE==
Deviation Alarm
A2.tp dE.
Band
=
Alarm
A2.tp. bAnd
=
Band Alarm With Inhibition
A2.tp. bAn.i
A2.St. Hi=
A2.St. lo=
=A1.St. Lo
=A2.St. Hi
ASV
SV SV
SV
SV+ASV
SV+ASV
SV-ASV
OFF OFF
OFF
OFF OFF
OFF
-300
300
+300
300
ON ON
ON
ON ON
ON
ON ON
OFF OFF
Beginning
SV = ASV = (ASV min. = 0, ASV maks. = 300 )Set point of CONT output Set point of AL2 output
SV = ASV =Set point of CONT output Set point of alarm output
(ASV min. =-300, ASV ma . = +300)x
(ASV min. = 0, ASV ma = +300)X.
(ASV min. =
ASV ma = )
beginning of scale
x. end of scale SV = ASV =Set point of CONT output Set point of AL2 output
Band alarm is possible Band alarm is possible
Beginning
SV SV
SV+ASV SV+ASV
SV-ASV SV-ASV
a2,Hy A2.Hy
A2.HyA2.Hy
SET
( 1 ) PV and SV display
( )5
3 seconds later
3 seconds later
3 seconds later
3 seconds later
250
pfa
psC
____
C1.SE.
C2.SE.
a2.SE.
400
398
500
399
399
499
SET
C.O.SE.parameter is set to the output of SSR,this
parameter is seen.
Sensor is broken
Pt100 sensor is short circuit
Temperature value is
higher than the value
Temperature value is
lower than the scale
parameter, is set to the parameter,this
parameter is displayed.
F.kE.C. C2.S.A.
----
3. / 4
E-mail : info@suran-elektronik.de
Internet : www.suran-elektronik.de
Tel.: +49 (0)7451 / 625 617
Fax: +49 (0)7451 / 625 0650
SURAN Industrieelektronik
Dettinger Str. 9 / D-72160 Horb a.N
ET2011-E-06052019
Produktspezifikationen
| Marke: | Enda |
| Kategorie: | Thermostat |
| Modell: | ET2011-T |
Brauchst du Hilfe?
Wenn Sie Hilfe mit Enda ET2011-T benötigen, stellen Sie unten eine Frage und andere Benutzer werden Ihnen antworten
Bedienungsanleitung Thermostat Enda
4 September 2024
3 September 2024
3 September 2024
3 September 2024
3 September 2024
3 September 2024
Bedienungsanleitung Thermostat
- Thermostat Basetech
- Thermostat SilverCrest
- Thermostat Panasonic
- Thermostat Cotech
- Thermostat Bosch
- Thermostat AEG
- Thermostat Siemens
- Thermostat ATAG
- Thermostat Taurus
- Thermostat Velleman
- Thermostat Devolo
- Thermostat Alecto
- Thermostat Conrad
- Thermostat EMOS
- Thermostat Gira
- Thermostat HomeMatic
- Thermostat Renkforce
- Thermostat TFA
- Thermostat Schneider
- Thermostat CorberĂł
- Thermostat GE
- Thermostat King
- Thermostat Avidsen
- Thermostat Elro
- Thermostat Tesla
- Thermostat Max
- Thermostat Perel
- Thermostat Nexa
- Thermostat Vasco
- Thermostat Fenix
- Thermostat Westfalia
- Thermostat Vaillant
- Thermostat Honeywell
- Thermostat Remko
- Thermostat Junkers
- Thermostat RADEMACHER
- Thermostat AVM
- Thermostat ELV
- Thermostat TP-Link
- Thermostat Zehnder
- Thermostat Lux
- Thermostat De Dietrich
- Thermostat Netatmo
- Thermostat Theben
- Thermostat Tado
- Thermostat Remeha
- Thermostat Saunier Duval
- Thermostat Stiebel Eltron
- Thermostat Truma
- Thermostat Viessmann
- Thermostat Xavax
- Thermostat Hager
- Thermostat Dimplex
- Thermostat Buderus
- Thermostat Noma
- Thermostat JUNG
- Thermostat Boneco
- Thermostat Hunter
- Thermostat Baxi
- Thermostat Wolf
- Thermostat Nest
- Thermostat Magnum
- Thermostat HQ
- Thermostat Itho Daalderop
- Thermostat Carrier
- Thermostat Tylö
- Thermostat Busch-Jaeger
- Thermostat SPC
- Thermostat Gree
- Thermostat Sygonix
- Thermostat Orbis
- Thermostat Econo-heat
- Thermostat EQ-3
- Thermostat RWE
- Thermostat Eberle
- Thermostat BTicino
- Thermostat Bulex
- Thermostat Danfoss
- Thermostat Delta Dore
- Thermostat Fantini Cosmi
- Thermostat Grässlin
- Thermostat IMIT
- Thermostat Klafs
- Thermostat Oventrop
- Thermostat Salus
- Thermostat Seitron
- Thermostat EVE
- Thermostat Ariston Thermo
- Thermostat Elektrobock
- Thermostat Intertechno
- Thermostat Mikoterm
- Thermostat Ferroli
- Thermostat Carel
- Thermostat Daikin
- Thermostat Vemer
- Thermostat EnerGenie
- Thermostat Oregon Scientific
- Thermostat Finder
- Thermostat Homematic IP
- Thermostat Levoit
- Thermostat EQ3
- Thermostat Google
- Thermostat Somfy
- Thermostat Elgato
- Thermostat Elco
- Thermostat Devi
- Thermostat Drayton
- Thermostat Drayton Erie
- Thermostat Easy Timer
- Thermostat EasyTemp
- Thermostat Eliwell
- Thermostat Emerson
- Thermostat Emmeti
- Thermostat Eneco
- Thermostat Eqiva
- Thermostat Essent
- Thermostat Etherma
- Thermostat Eurotronic
- Thermostat Extraflame
- Thermostat Frico
- Thermostat Go Green
- Thermostat Helios (Amfra)
- Thermostat Hornbach
- Thermostat Hugo Muller
- Thermostat ICY
- Thermostat IR-V
- Thermostat Itho
- Thermostat Johnson Control
- Thermostat Landis Gyr
- Thermostat Levica
- Thermostat Lowes
- Thermostat Muller
- Thermostat Nefit
- Thermostat Niko
- Thermostat Nobo
- Thermostat OJ ELECTRONICS
- Thermostat Otio
- Thermostat Plieger
- Thermostat Plugwise
- Thermostat Radson
- Thermostat THERMAFLEX
- Thermostat Thermy
- Thermostat ACV
- Thermostat Hive
- Thermostat UPM
- Thermostat VDH
- Thermostat Wachendorff
- Thermostat Watts
- Thermostat Webasto
- Thermostat Weishaupt
- Thermostat Worcester-Bosch
- Thermostat Yokis
- Thermostat Z-Wave
- Thermostat Vimar
- Thermostat TrickleStar
- Thermostat Horstmann
- Thermostat Computherm
- Thermostat Heatit
- Thermostat POER
- Thermostat H-Tronic
- Thermostat PECO
- Thermostat Chacon
- Thermostat Emko
- Thermostat Fibaro
- Thermostat Heatmiser
- Thermostat Crestron
- Thermostat ORNO
- Thermostat Optima
- Thermostat HomePilot
- Thermostat Krone
- Thermostat ChiliTec
- Thermostat Arnold Rak
- Thermostat Ouellet
- Thermostat Jumo
- Thermostat Wallair
- Thermostat Maico
- Thermostat Ecobee
- Thermostat Tellur
- Thermostat STI
- Thermostat Cepra
- Thermostat Tru Components
- Thermostat Qubino
- Thermostat Gewiss
- Thermostat Warmup
- Thermostat Sinustec
- Thermostat Rose LM
- Thermostat Agpo Ferroli
- Thermostat Amfra
- Thermostat Aube
- Thermostat AWB
- Thermostat Wattio
- Thermostat Brink
- Thermostat 2Heat
- Thermostat Bryant
- Thermostat Veria
- Thermostat Innogy
- Thermostat ELKO
- Thermostat MundoControl
- Thermostat Bearware
- Thermostat GENERAL Life
- Thermostat Oreg
Neueste Bedienungsanleitung fĂĽr -Kategorien-
16 Oktober 2024
7 Oktober 2024
5 Oktober 2024
5 Oktober 2024
5 Oktober 2024
5 Oktober 2024
4 Oktober 2024
3 Oktober 2024
2 Oktober 2024
2 Oktober 2024