Operating manual
BA_CETA106_EbV_EN_0450021003_0933-10.book Seite 1 Dienstag, 8. September 2009 3:43 15
Operating manual
106
Heating circuit controller with differential temperature
Version 0933-10
Art. 0450021003
BA_CETA106_EbV_EN_0450021003_0933-10.book Seite 2 Dienstag, 8. September 2009 3:43 15
Scope of delivery ...............................................................................................................1
General ................................................................................................................................1
Intended use .....................................................................................................................1
Safety ..................................................................................................................................1
General key functions ...................................................................................................... 2
Version display (when starting) ..................................................................................... 2
Basic display ..................................................................................................................... 3
Functions with direct access ..........................................................................................4
Menu level ......................................................................................................................... 5
Parameter description .....................................................................................................8
Mounting ...........................................................................................................................17
Connection diagram ....................................................................................................... 18
Fault clearance ................................................................................................................ 19
Sensor resistance values ..............................................................................................20
Declaration of conformity .............................................................................................. 21
Technical Data ................................................................................................................22
Liability .............................................................................................................................22
Disposal ...........................................................................................................................22
© Elektronikbau- und Vertriebs GmbH
Heisterner Weg 8 - 12
D-57299 Burbach
This document may not be reproduced nor disclosed to third parties, particularly competitors, in original
or copy form without our prior explicit consent. The document is subject to our proprietary rights and
copyrights.
BA_CETA106_EbV_EN_0450021003_0933-10.book Seite 1 Dienstag, 8. September 2009 3:43 15
Scope of delivery
1.
2.
3.
4.
1x Central unit CETA 106
1 x Outside sensor AF200
1x Flow sensor VF202B
8x Screw, plate 2,9x19 mm
5. 3x Screw assembly 4x35 mm
6. 3x Plug U6
7. 2 x Cable clamp
General
Systems with mixed heating circuit are controlled via the heating circuit controller.
Required heating circuit temperature is determined in the flow, depending on
outside temperature.
Systems with heat source and hot water tank are controlled via the differential
temperature controller (differential sensor not included in delivery). When the heat
source temperature exceeds the tank temperature by the value set on the
controller, the circulation pump is activated by the control and the heat absorbed
in the heat source is transported to the hot water tank.
Intended use
The unit is manufactured in accordance with state of the art technology and
approved safety regulations. Nevertheless, using the device can cause danger to
the user or third persons, or damage to the unit and other assets. The unit must
be used exclusively as heating circuit controller or differential temperature
controller.
Safety
All electrical connections, safety measures and protections have to be carried out
by an authorised professional electrician according to the valid standards and VDEguidelines, as well as the local regulations. The electrical connection must be a
fixed connection according to VDE 0100.
Hazard symbols in this operating manual
Hazard!
This symbol indicates information that warns of possible safety
risks or severe and fatal injuries!
1
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General key functions
1.
General key functions
Prog
•Change selected submenus
•Change (parameter) setting
•Save value
+ (Plus) or - (Minus)
•Change parameter
•Change menu item
Esc
•Exit setting
•Keep old value
•Select next higher menu level
Esc-Long
•Return to basic display
2. Version display (when starting)
c 106=
1.5=
2
Type designation Ceta 106
Version display (due to update, it can
differ from example shown)
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Basic display
3. Basic display
Weekday
14:47
44.0°C
Time
Temperature F1 heat storage tank 1
Display pump function ΔT
Explanation of symbols
Display pump function heating circuit
Automatic mode heating circuit after timer program I or II
Heating mode heating circuit
(Operating mode AUTOMATIC or HEATING)
Reduced mode heating circuit
(Operating mode AUTOMATIC or RED. HEATING)
Standby heating circuit
Summer switch-off heating circuit
Frost protection heating circuit
3
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Functions with direct access
4. Functions with direct access
Manual operation
+
Controller is in manual mode
— Activate by pressing and holding button
— End function by pressing button
Function:
Manual operation allows manual start-up of the heating circuit or
measurement of emission without automatic functions. Manual
operation has no influence on an activated Delta-T control.
— The heating circuit pump runs continuously
— The mixing valve is de-energised
Caution!
This function shall only be used by an authorised
professional. Heating circuit temperatures are not monitored
during measurement of emission. Faulty operation or
unsupervised operation of this function may result in
damages to the heating system.
Adjustment room setpoint
Press buttons
and
in the basic display to directly set room day
temperature. Such a variation changes the parameter 06:02 (see parameter
description).
4
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Menu level
5. Menu level
Basic display
General menu structure
Prog
Select parameters
01
Menu 01
Esc
-
+
-
Prog
02
Menu 02
-
02:01
Parameter 01
02:02
Parameter 02
02:nn
Last parameter
+
Esc
+
Prog
-
+
Esc
27
Calibration
Prog
Value 1
Set parameter value
-
+
-
+
28
Relay test
Return
without
saving
Value 2
Return
and save
-
+
Select menu level
Value n
Basic display
Menu structure time programs
Prog
Select menu level
01
Info
Esc
-
+
02
Prog.
Time programs
-
Prog
+
+
Prog
-
+
27
Sensor
adj.
-
+
28
Relay test
Esc
+
HEZBEGINN
+
HEIZENDE
Set
parameter
value
Prog
-
Prog
-
Return
without
saving
Return
and
save
Select menu level
5
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Menu level
Overview of menu level
Basic display
Prog
-
Esc
01
Info
+
03:01
Outdoor actual
-
08:03
'LVSOD\ǻ7SXPS
Esc
-
+
-
+
06:01
Display
heating pump
08:04
Temperature
heat supplier
08:05
Temperature
heat storage tank
08:07
Operating hours
ǻ7SXPS
08:08
6WDUWVǻ7SXPS
See
See menu structure
time programs
+
Prog
03
System
03:04
Outdoor max
See
See menu structure
time programs
-
Esc
Esc
03:03
Outdoor min
+
Prog
02
Time programs
03:02
Outdoor long-term
X3
03:02
AutoSet function
03:01
Code entry
X3
X3
X3
03:03
Bus address
03:04
Building type
03:05
Climate zone
06:03
Room night
06:04
Oper.mode
06:05
Time program
+
Prog
-
Esc
X3
06:01
Function
06
Heating circuit
+
-
06:02
Room day
+
Prog
X3
06:11
Extended pump
running time
+
-
X3
06:15
X4
Room frost
protection limit
08:03
Switch-off
differential
08:04
Minimum
runtime of pump
08:01
Delta-T
oper.mode
27:02
Calibration
sensor 2
27:03
Calibration
sensor 3
27:04
Calibration
sensor 4
28:02
Relay test 2
28:03
Relay test 3
28:04
Relay test 4
08:02
Switch-on
differential
+
Prog
08:15
Reset counter
-
Esc
26
Time setting
+
-
26:01
Time
+
-
26:02
Weekday
+
Prog
Esc
27:01
Calibration
sensor 1
27
Sensor adj.
+
Prog
-
Esc
28
Relay test
28:01
Relay test 1
Prog
+
X2: Function only in bus connection
X3: Are hidden when activating code 03:09
X4: Only when connecting CETA RC
6
X3
06:18
Minimum
temperature limit
-
Esc
08
Prog T
X3
06:14
X4
Room
thermostat function
X3
06:13
X4
Room factor
08:05
Min.temp.
heat supplier
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Menu level
06:02
Mixing valve
open/closed
X3
03:06
Time for
automatic exit
06:03
Flow actual
03:07
Anti-blocking
protection
06:04
Flow setpoint
X3
06:06
Type of reduced
operation
(ECO/ABS)
06:07
Heating
curve/conductance
X3
06:19
Maximum
temperature limit
06:20
Heat generator
parallel shift
08:06
Max.temp.
heat supplier
X3
08:07
Fin.switch-off
temp.heat supplier
06:05
Room actual
X3
03:09
Code heating
specialist
03:10
Total reset
X3
06:08
Heating system
(exponent)
06:09
System frost
protection
06:24
Actuator
running time
08:08
Max.temp.
heat supplier
X4
X3
06:06
Room setpoint
06:10
Summer
switch-off
X3
X3
08:09
Burner block
heat generator
08:10
Inhibition heat
supplier
7
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Parameter description
6. Parameter description
01 Information level
Display
Designation
Description
03:01
Outdoor actual
Current outside temperature
03:02
Outdoor long-term
Average long-term value of outside temperature. Depending on
set building type (03:04), the value is averaged longer or shorter.
03:03
Outdoor min
Minimum outside temperature value (0.00 to 24.00 h)
03:04
Outdoor max
Maximum outside temperature value (0.00 to 24.00 h)
06:01
Display heating
circuit pump
0: Heating circuit pump is switched off
1: Heating circuit pump is switched on
06:02
Actuator heating
circuit Open/Closed
0: Actuator (mixing valve) in idle position
1: Actuator runs open
2: Actuator runs closed
06:03
Flow heating circuit
actual
Actual temperature on flow sensor of heating circuit F2
06:04
Flow heating circuit
setpoint
Flow setpoint temperature for heating circuit
06:05
Room actual
Actual temperature in room
06:06
Room setpoint
Room setpoint temperature for heating circuit
08:03
Display ΔT-pump
0: Pump is switched off
1: Pump is switched on
08:04
Temperature heat
supplier
Sensor temperature of heat supplier (e.g. collector, solid fuel
boiler) at input F3
08:05
Temperature heat
storage tank
Sensor temperature of heat storage tank at input F1
08:07
Operating hours
ΔT-pump
Number of pump operating hours
08:08
Starts ΔT-pump
Number of pump starts
8
X4
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Parameter description
02 Time programs
Weekday
Cycle of
operation
Switch-on
time
Switch-off
time
1
I
06:00
22:00
1
II
12:00
12:00
2
I
06:00
22:00
2
II
12:00
12:00
3
I
06:00
22:00
3
II
12:00
12:00
4
I
06:00
22:00
4
II
12:00
12:00
5
I
06:00
22:00
5
II
12:00
12:00
6
I
06:00
22:00
6
II
12:00
12:00
7
I
06:00
22:00
7
II
12:00
12:00
Note: When switch-on and switch-off time are the same, cycle of operation is
switched off.
03 Parameter system
Display
Designation
Description
03:01
Code entry
Setting range:
0 … 999
Factory setting: 0
Function:
Show parameters marked with X3.
03:02
Automatic set
function
0=OFF, no automatic sensor detection
1=ON, automatic sensor detection
03:03
Bus address
Setting range
31 … 35
X3
Factory setting: 31
Function:
If more than one CETA 106 has to be connected via data bus
within a system, each unit must be set to a unique address.
X3
9
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Parameter description
Display
Designation
Description
03:04
Building type
Setting range:
1: Light construction (mean value over 6 X3
hours)
2: Medium construction
(mean value over 24 hours)
3: Heavy construction
(mean value over 72 hours)
2
Factory setting:
Function:
This parameter considers the building type by adapting the
calculation of the outside temperature mean value according to
its setting.
03:05
Climate zone
Setting range:
-50°C … 0°C
X3
Factory setting: -12?
Function:
The climate zone is the coldest outside temperature value to be
expected.
03:06
Automatic exit time
Setting range:
0,5 ... 10 Min
X3
Factory setting: 2 min
Function:
When unit is not operated during the set time, the display
returns to basic display.
03:07
Anti-blocking
protection
Setting range:
0 = OFF
1 = ON
OFF
X3
Factory setting:
Function:
With this function activated, pump is switched on daily for ca. 20
seconds as protection against blocking during extended switchoff phases (> 24h).
03:09
Code heating
specialist
Setting range:
0 … 999
Factory setting: 0
Function when setting is greater than 0:
Hide parameters marked with X3.
03:10
Total reset
Reset to factory settings
06 Parameter heating circuit
Display
Designation
Description
06:01
Function
Setting range:
Factory setting:
10
0=OFF
1=Unmixed circuit
2=Mixed circuit
2
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Parameter description
Display
Designation
Description
06:02
Room day
Setting range:
5 … 30°C
Factory setting: 30°C
Function:
The set temperature is the room setpoint during active cycles of
operation in AUTOMATIC mode and during HEATING mode.
06:03
Room night
Setting range:
5 … 30°C
Factory setting: 16°C
Function:
The set temperature is the room setpoint between the cycles of
operation in AUTOMATIC mode and during RED. HEATING mode.
06:04
Operating mode
Setting range:
Factory setting:
Function:
Automatic:
Heating:
Red. heating:
Standby:
06:05
Time program
Setting range:
1: Automatic
2: Heating
3: Red. heating
4: Standby
1
Heating circuit operates in Heating or
Red. heating mode according to the time
program assigned under 06:05
Heating circuit operates continuously
according to set room day temp. (06:02)
Heating circuit operates continuously
according to set room night temp. (06:03)
under consideration of 06:06
Frost-protected switch-off of heating circuit
1: Time program 1
2: Time program 2
3: Time program 1 and 2
1
Factory setting:
Function:
Depending on the setting, the heating circuit operates according
to time program 1, 2 or both, as set in menutree 02 (time
programs).
06:06
Type of reduced
Setting range:
operation (ECO/RED)
Factory setting:
Function:
The settings are
ECO:
RED:
0: ECO
1: RED
0
effective in Red. heating operating mode.
Frost-protected switch-off mode
Reduced mode
11
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Parameter description
Display
Designation
Description
06:07
Heating curve/
conductance
Setting range:
0,05 … 3,50
Factory setting: 1,00
Function:
Determines the heating curve for the heating circuit.
06:08
Heating system
(Exponent)
Setting range:
1.00…10.00
X3
Factory setting: 1,10
Function:
Curvature of heating circuit's heating curve.
Recommendation:1.10: Underfloor heating or
other panel heating systems
1.30: Radiator heating
2.00: Convector and baseboard heating
>3,00: General ventilator applications with
high start temperatures
12
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Parameter description
Display
Designation
Description
06:09
Frost protection
Setting range:
OFF (----)
-50 °C ... +10 °C
3 °C
X3
OFF (----)
10 °C ... 30 °C
20 °C
X3
Factory setting:
Function:
To keep the heating system from freezing in switch-off mode, the
controller is equipped with electronic frost protection.
Caution: Faulty operation can result in damages to
building!
06:10
Summer switch-off
Setting range:
Factory setting:
Function:
Switches off the heating operation when outside temperatures
exceed the desired outside temperature.
06:11
Extended pump
running time
Setting range:
0,0…60,0 Min
X3
Factory setting: 5 min
Function:
This function determines extended run time of heating circuit
pump after heating circuit is switched off by time programs.
06:13
Room factor
Setting range:
0…500%
X3, X4
Factory setting: 100%
Function:
This function determines to what extent a deviation of the room
temperature from the setpoint affects the control of boiler flow
temperature.
Corrected room setpoint = set room setpoint - (deviation x room
factor) / 100
06:14
Room thermostat
function
Setting range:
Off (----)
0.5…5K
Off (---)
X3, X4
Factory setting:
Function:
This function determines a room temperature limit; if limit is
exceeded, heating is turned off.
06:15
Room frost
protection limit
Setting range:
5…30 °C
X3, X4
Factory setting: 10 °C
Function:
This function determines the room temperature during switch-off
mode with activated frost-protection.
13
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Parameter description
Display
Designation
Description
06:18
Minimum
temperature limit
Setting range:
5…95°C
X3
Factory setting: 20°C
Function:
This function limits the flow temperature of the heating circuit.
The set temperature will be maintained.
06:19
Maximum
temperature limit
Setting range:
5…95°C
X3
Factory setting: 75°C
Function:
This function limits the flow temperature of the heating circuit.
The set temperature will not be exceeded.
06:20
Heat generator
parallel shift
Setting range:
0…20K
X3
Factory setting: 4K
Function:
The demand value of the heating circuit, plus the shift value, is
transmitted to the heat generator.
06:24
Actuator running
time
Setting range:
0…10 Min
X3
Factory setting: 2 min
Function:
Use this setting to adjust the control characteristic of the mixing
valve to the running time of the actuator in increments of 0.1
minutes (6 seconds).
08 Parameter Delta-T
Display
Designation
Description
08:01
Control mode
Setting range:
0 = Delta T OFF
1 = Delta T ON
1
Factory setting:
Function:
The differential control can be switched on or off via the setting.
08:02
Switch-on difference Setting range: (Switch-off difference + 3K) ... 30K
Factory setting: 10K
Function:
If the temperature difference between the sensors of heat
supplier F3 and heat storage tank F1 exceeds the set value, the
pump turns on.
08:03
Switch-off difference Setting range: 2K ... (Switch-on difference - 3K) Factory setting:
5K
Function:
If the temperature difference between the sensors of heat
supplier F3 and heat storage tank F1 drops below the set value,
the pump turns off.
14
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Parameter description
Display
Designation
Description
08:04
Minimum running
time of pump
Setting range:
OFF (----)
0.5 ... 60 min
3 min
Factory setting:
Function:
Minimum switch-on time of pump per start.
08:05
08:06
08:07
08:08
08:09
Minimum
temperature heat
supplier
Setting range:
Maximum
temperature heat
supplier
Setting range:
Final switch-off
temperature
Heat supplier
Setting range:
Maximum
temperature heat
storage tank
Setting range:
Burner block
Heat generator
Setting range:
Factory setting:
Function:
OFF (----)
5 ... 80 °C
OFF
Factory setting:
Function:
Irrespective of switching differentials, pump turns on only after
the sensor of heat supplier F3 has exceeded the set value.
OFF (----)
30 ... 110 °C
90 °C
Factory setting:
Function:
Irrespective of switching differentials, the pump performs a
forced switch-on after the sensor of heat supplier F3 has
exceeded the set value.
OFF (----)
70 ... 210 °C
OFF
Factory setting:
Function:
Irrespective of switching differentials, the pump performs a
forced switch-off after the sensor of heat supplier F3 has
exceeded the set value.
OFF (----)
50 ... 110 °C
75 °C
Factory setting:
Function:
Irrespective of switching differentials, the pump performs a
forced switch-off after the sensor of heat storage tank F1 has
exceeded the set value. This switch-off takes priority over
functions 08:07 and 08:06.
0 ... 2
1
0 = OFF
1 = Burner block when pump is active
2 = Burner block only for DHW when pump
is active
15
Parameter description
Display
Designation
Description
08:18
Back Cooling
Differential
Setting range:
OFF (----), 5 ... 50K
Factory setting: OFF
Function: If temperature F1 is over the 08:08 value and temperature F3
is under 40˚C, then the pump starts working, until F1 difference (08:18)
drops under 08:08 value.
08:19
Burner Block
temperature
Setting range:
OFF (----), 5 ... 80˚C
OFF
Factory setting:
Function: Additionally or alternatively to 08:09, is possible to
regulate an F1 temperature, that is going to block burner (via
data bus). If the 08:19 value drops under 5K, the burner is
being activated again.
08:20
Thermostat
Switch – On
temperature
Setting range: 5˚C… (switch – off temperature – 3K)
Factory setting: 30˚C
Function: If F3 temperature drops under the setting 08:20, then the pump is
being activated.
08:21
Thermostat
Switch - Off
temperature
Setting range: ( Switch – On temperature +3K)… 120˚C
Factory setting:
90˚C
Function: If F3 temperature rises over the setting 08:20, then the
pump is being deactivated.
08:22
Inverse
thermostat
08:23
15
Frost-protection
Solar collector
temperature
Setting range: 0, 1
Factory setting:
0
Function:
Inverts the pump function. 0 = normally close,
1 = normally open
Setting range:
Off, -15˚C… 10˚C
Factory setting: Off
Function:
Solar pump switches on when the temperature from the solar
collector drops below the 08:23 value. The pump switches off
when solar temperature rises over the 08:23 value + 2,5K.
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Parameter description
Display
Designation
Description
08:10
Inhibition heat
generator
Setting range:
OFF (----) ... 24h
Function:
After burner block is active, the heat generator is also blocked for
the duration of the set time
08:15
Reset counter
Setting range:
0 = no reset
1 = Reset counter
0
Factory setting:
Function:
When value is changed to 1 and confirmed, all counters (heat
balance, operating hours and starts) are reset.
26 Time setting
Display
Designation
Description
26:01
Time
Setting range:
00:00 ... 23:59
Factory setting: Current time
Function:
Setting of current time.
26:02
Weekday
Setting range:
1 ... 7
Factory setting: Current weekday
Function:
Setting of current weekday.
27 Sensor calibration
Display
Designation
Description
27:01
Calibration F1
Setting range:
-5K ... +5K
Factory setting: 0K
Function:
Correction of measured sensor value at input of heat storage
tank F1
27:02
Calibration F2
See 27:01 on input flow sensor heating circuit
27:03
Calibration F3
See 27:01 on input heat supplier Delta-T
27:04
Calibration F4
See 27:01 on input outside sensor
16
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Mounting
28 Relay test
Display
Designation
Description
28:01
Test output 1
Setting range:
0 = OFF
1 = ON
0
Factory setting:
Function:
By changing the value, the output switches heat circuit pump on
and off (test function), independent of function.
28:02
Test output 2
(mixing valve open)
See 28:01 for mixing valve output open
28:03
Test output 3
(mixing valve
closed)
See 28:01 for mixing valve output closed
28:04
Test output 4
(charge pump
Delta-T)
See 28:01 on input charge pump Delta-T
7.
Mounting
Hazard!
Mounting must be performed by an authorised professional electrician!
Ensure that unit is de-energised before opening it!
Drilling pattern for wall fastening
1. Remove terminal area cover from
casing.
2. For mounting, first put a screw
into the wall.
3. Hang controller into the opening.
4. Use controller as template for the
other screw holes.
17
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Connection diagram
Rail mount
1. Insert mounting feet into rail
mount opening.
2. Lock hook in place by pushing
down.
8. Connection diagram
Hazard!
Connection must be performed by an authorised professional
electrician! Ensure that unit is de-energised before opening it!
F4=Sensor outside temperature (AF200)
F3=Sensor heat supplier Delta-T (PT1000), (option)
F2=Sensor flow heating circuit (VF202B)
F1=Sensor heat storage tank Delta-T (KVT20), (option)
RC=Connection CETA RC, (option)
Connections without function
Bus connections for networking (see parameter 03:03)
=Earthing
Connection solar charging pump SOP (isolated), (option)
N=Neutral 230V mains, mixing valve, pumps
3=L1 (230V) Mixing valve CLOSED
2=L1 (230V) Mixing valve OPEN
1=L1 (230V) Pump for mixed heating circuit (MKB)
L=Phase 230V mains
18
Low voltage connections
230V connections
BA_CETA106_EbV_EN_0450021003_0933-10.book Seite 19 Dienstag, 8. September 2009 3:43 15
Fault clearance
9. Fault clearance
To allow an accurate diagnosis in case of malfunction, the unit is equipped with
a fault display system. The faults are shown on the basic display of the unit in
form of an error code.
Fault overview:
Fault code
Cause
Repair
11-0
Interruption sensor F1
Check cable and plug connection;
replace if necessary
11-1
Short circuit sensor F1
Replace tank sensor
12-0
Interruption sensor F2
See 11-0
12-1
Short circuit sensor F2
See 11-1
13-0
Interruption sensor F3
See 11-0
13-1
Short circuit sensor F3
See 11-1
14-0
Interruption sensor F4
See 11-0
14-1
Short circuit sensor F4
See 11-1
72-6
Data bus CETA RC no signal
(terminal RC)
Repair malfunction on data bus
to room device CETA RC
73-2
Device bus address collision
(Terminal AB)
Set controls of the same type to
different bus addresses
(parameter 03:03)
73-6, 74-0 to 74-9
Device bus error communication
(Terminal AB)
Check bus connection between
the units
19
BA_CETA106_EbV_EN_0450021003_0933-10.book Seite 20 Dienstag, 8. September 2009 3:43 15
Sensor resistance values
10. Sensor resistance values
Depending on temperature:
PT1000 (option)
T (°C)
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
210
220
230
240
250
20
R (kOhm)
1,155
1,194
1,232
1,271
1,309
1,347
1,385
1,423
1,461
1,498
1,536
1,573
1,611
1,648
1,685
1,722
1,758
1,795
1,832
1,868
1,905
1,941
VF202B, AF200, KVT20 (option)
T (°C)
10
12
14
16
18
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
R (kOhm)
1,783
1,812
1,840
1,869
1,898
1,928
2,002
2,078
2,155
2,234
2,314
2,395
2,478
2,563
2,648
2,735
2,824
2,914
3,005
3,098
3,192
3,287
BA_CETA106_EbV_EN_0450021003_0933-10.book Seite 21 Dienstag, 8. September 2009 3:43 15
Declaration of conformity
11. Declaration of conformity
Elektronikbau- und Vertriebs- GmbH
Heisternerweg 8-12, 57299 Burbach
EC Declaration of Conformity
Product identification: Heating controller
Type designation:
CETA 106
Manufacturer:
EbV Elektronikbau- und Vertriebs-GmbH
Heisternerweg 8-12
57299 Burbach
The product described is in full compliance with the following European directives:
89/336/EEC
„Council directive on the approximation of the laws of the member states
relating to Electromagnetic Compatibility“
73/23/EEC
„Council directive on the approximation of the laws of the member states
relating to electrical equipment designed for use within certain voltage
limits" (low voltage directive)
Compliance of the designated product with the rules of the directive is proven by complete
adherence to the following standards:
EMV: Requirements for household appliances, electric tools and similar devices
DIN EN 55014-1:2003 Part1: Transient emission
DIN EN 55014-2:2002 Part 2: Immunity
EMV: Limit values
DIN EN 61000-3-2:2002 Part 3-2: Limit values for harmonic current emissions
DIN EN 61000-3-3:2002 Part 3-3: Limitation of voltage fluctuations and flicker
Automatic electrical controls for household use and similar applications
DIN EN 60730-1:2002 Part 1: General requirements
DIN EN 60730-2-9:2004 Part 2: Particular requirements for temperature sensing controls
We declare that the described product - as independent device - is in conformity with the standards,
directives and/or technical specifications listed above.
EbV Elektronikbau- und
Vertriebs-GmbH
Burbach, 20.02.2009
_________________________________
Wolfgang Höse
Managing Director
21
BA_CETA106_EbV_EN_0450021003_0933-10.book Seite 22 Dienstag, 8. September 2009 3:43 15
Technical Data
12. Technical Data
Mains voltage:
230V +6%/ -10%
Rated frequency:
50...60Hz
Power input:
max. 2.1VA
Fuse:
6.3A
Output relay contact load:
2 (2) A
Ambient temperature:
-10...+50 °C
Storage temperature:
-25...+80 °C
Degree of protection:
IP 30
Protection class according to EN 60730:
II
CE compliance:
89/336/EEC
Casing dimensions:
145.5 x 161 x 48 mm (W x H x D)
Casing material:
ABS V0
Weight:
420g
Mains connection technology:
Screw terminals 1.5 mm2
Sensor connection technology:
Screw terminals 1.0 mm2
13. Liability
Our general terms and conditions of business are generally applicable. Any liability
claims based on failure to observe operating manual as well as safety instructions
contained therein, are excluded. Subject to technical modifications.
14. Disposal
Dispose of all replaced parts, and eventually the controller itself, in an
environmentally sound manner in compliance with applicable statutory
regulations of the corresponding country.
Company stamp:
22
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