Domoticline
001DTAC20A Dimensions: 2 DIN modules
INSTALLATION MANUAL
Module:
Load control
English
English - Manual code:
119RV55
119 RV5 5 version
1.0
1.0 05/2011 © CAME cancelli automatici s.p.a.
The data and information provided in this manual are subject to change at any time without any obligation
to provide prior notice on the part of CAME Cancelli Automatici S.p.a.
DETAILS
DETAILS
Prevents shut o due to overloading from the load limiter shut o device.
It is able to control up to 8 loads by commanding the same number of relay actua-
tors.
It can be used with a single phase line with a power of up to 15kW and is provided
with a TA (current transformer).
The module o ers 5 di erent powers which correspond to service contracts: 3kw,
4.5kw, 6kw, 10kw and 15 kw. Connect the TA to terminal 7 ( C ) and to the terminal
which corresponds to the chosen supply.
Functioning :
- Start uP - Upon start up, after 5 seconds the module sends the command to con-
nect to each individual utility.
The fi rst utility to attach will be that with the highest number, descending to the
lowest. The time between one reconnection and the next depends on the time set in
"Following command delay."
If excessive consumption is detected by the module during this stage, the procedure
is interrupted and it passes to normal operation.
- Exceeding Thresholds - If consumption exceeds the "Immediate Release"
threshold, the fi rst attached utility is released and the LED status lights up (yellow
LED located at the bottom left of the module) and until consumption does not fall
below "Immediate Release, reactivation hysteresis", the successive utilities will be
released at 1 second intervals.
If consumption exceeds the "Timed Release" value, the LED status will begin to fl ash
and after the "timed delay threshold" time the module will release the fi rst attached
utility and the LED status will remain on. The release and reconnection of the utilities
will be explained in the sections below.
- Utility release - If the released utility has led to a decrease in consumption less
This page has been intentionally left
blank.
than the "Power tolerance" after the "following command delay" time, the utility will
be reconnected as it is considered negligible, and after an additional "following com-
mand delay" time, the next utility will be released.
If the released utility caused a decrease in consumption greater than the "power
tolerance" but lesser than the "Timed Release" - "Reactivation hysteresis", then
after the "following command delay" time, the next utility will be released.
If the released utility led to a decrease in consumption greater than "Timed Release"
- "Reactivation hysteresis", then the module will not release any other utilities.
- Reattach utilities - To reattach a utility, the OFF time must have passed and
the consumption measured + "theoretical consumption" must be less than "Timed
Release" - "Reactivation Hysteresis".
Note:
If the module already has utilities released and the consumption increases, the mod-
ule will begin to release utilities that previously may not have been considered active.
MODULE PROGRAMMING TABLE KEY TO PROGRAMMING SYMBOLS
KEY TO PROGRAMMING SYMBOLS
ID-Module address: all the modules are provided with a pre-set address printed
on the ID tag, if the address is not shown, the factory address is 1. This number
must be changed in order to keep the system address free for installation of other
modules. Use the HeiBus program to program the module. Modules with the same
address cannot coexist within the same system.
Description: Free description of the module (e.g.: General Framework Module Posi-
tion QG1, etc.).
Supply contract: It is possible to choose up to 5 di erent supplies. This requires
the TA to be connected to the module. Connect a wire to the common and the
second one to the terminal which corresponds to the supply. Set both timed release
and immediate release to standard values in automatic.
Timed Release: this is the power at which release must occur, after the time
indicated as the timed Delay threshold has passed.
Immediate Release: this is the power at which release must occur without any
time.
Notifi cation: allows control of one or more outputs from a digital module to notify
release:
• NU (Not Used): does not notify release.
• DM (Digital Module): activates one or more outputs of a digital module, in
accordance with that specifi ed in the Number fi eld (serial number of the module to
command) and in Output(s) (number of the outputs to command).
Advanced: Opens a window that allows additional parameters to be set. PLEASE
NOTE: adjusting these parameters is NOT recommended.
• Reactivation hysteresis: this is the power hysteresis after which the load will be
reactivated (value displayed W).
• Power Tolerance: is the power value below which the utility load is considered
negligible. In this case the utility will always remain active. (value shown W)
• Timed delay threshold: this is the minimum time delay before releasing the
fi rst utility in the case that the threshold is activated with timed activation (value
expressed in minutes).
ID: Supply contract
N Utility Consumption
[W]
Time of
OFF
[minutes]
Dstn.
N.
OUT
C
M
Z
SN
RC
1
2
3
4
5
6
7
8
FUNCTION DESCRIPTION VALUE
Timed release thresholds
Immediate release thresholds
Indicator devices
load release [output.SN]
Reactivation hysteresis [W]
Power tolerance [W]
Delay of the threshold in time [min] (150)
Following command delay [s] (5)
• Following command delay: this is the wait time between release of a utility and
the successive one (value expressed in seconds).
UTILITIES
Description: Free form description of the Utility (e.g. air conditioning, washing
machine, etc.).
Consumption: the consumption (Watt) of the utility. Allows an estimate for reactiva-
tion of a utility once the Time O has passed.
Time o : the minimum time (in minutes) that a utility must remain o before at-
tempting reactivation. Reactivation is in any case conditional to the load remaining
the release level thresholds.
Destination: allows specifi cation of what will be commanded with a switch on or
switch o command in the case that release or reactivation thresholds are exceeded.
This can be:
• NU (Not Used): no command is sent to the bus.
• DM (Digital Module): commands one or more outputs of a digital module, in
accordance with that specifi ed in the Number fi eld (serial number of the module to
command), in Output(s) (number of the outputs to command), in advanced output
control (C), and in output restore mode (M).
• Z (Zone): sends a zone forcing command to the bus, in accordance with that
specifi ed in the Number (zone number to be commanded) fi eld, and in advanced
mode, restore outputs (M).
• RC (Remote Control): sends a message as an input programmed in RC mode, to
manage alarms or indicators on PC, PLC, etc.
This page has been intentionally left
blank.
English
English - Manual code:
119RV55
119 RV55 version
1.0
1.0 05/2011
TELEVISORE
BOILER
CONDIZIONATORE
FORNO MICROONDE
ID 2 ID 3
Campanello
C
3.0
kW
4.5
6.0
10.0
15.0
B
U
S
S+
24 Vdc
-
001DATC 20A
ID
Out1 Out2
Out3 Out4 Out5 Out6 Out7 Out8
001DD8UR 16
ID
B
U
S
S+
24 Vdc
-
N L +V
DC O K -V
001D PS 1A 02 4V
INP UT: 100 -240VA C 1.1 A
OU TP UT: 24Vdc 1 .5A
DATC20ADPS1A024V DD8UR16
SBUS·
GND
+24Vdc
TA=
7
6
8
5
9
4
10
3
11
2
12
1
C
3.0
kW
4.5
6.0
10.0
15.0
B
U
S
S+
24 Vdc
-
001DAT C 20A
ID
N L +V
DC O K -V
DRUSB
Touch Screen
7 - 11
=
10 kW
PROGRAMMINGSM-ATC20A
EXAMPLE OF PROJECT AND PROGRAMMING
MATERIAL INCLUDED IN THE ESTIMATE:
1 001DATC20A module•
1 001DD8UR16 module•
1 001DPS1A024V power supply•
Before connecting the module to the bus, check that there are no other devices with
the same address. For programming details, please refer to the HeiBus program.
METHOD 1 (via DRUSB bus interface)
Connect the PC to the bus using the DRUSB serial interface and power the module
using the appropriate power supply. Ensure that the setting "Program HeiBus via
Touch Screen" is disabled in the "Preferences" section of the HeiBus program.
METHOD 2 (via touch screen)
Connect the PC to the touch screen as in the diagram and power the touch screen
and the module with the appropriate power supply. Ensure that the setting "Program
HeiBus via Touch Screen" is enabled in the "Preferences" section of the HeiBus
program.
TA connection
Supply
contract
Maximum
power
Resolution
terminals / nominal power
7-8 / 3 kW 3,000 W 5,100 W 20 W
7-9 / 4.5 kW 4,500 W 6,375 W 25 W
7-10 / 6 kW 6,000 W 10,200 W 40 W
7-11 / 10 kW 10,000 W 19,125 W 75 W
7-12 / 15 kW 15,000 W 25,500 W 100 W
TA = Transformer
Ammeter 1/1000
TECHNICAL DATA MIN MAX
Power supply: 22 V DC 24 V DC
Power drawn at 24 V DC 15 mA
Operating temperature -5°C +40°C
Storage temperature -10°C +50°C
Relative humidity during operation 93% R.H. without condensation
Relative humidity during storage 85% R.H. without condensation
TA input cable length 40 m
Weight (module + TA) 150 g
Container material: White ABS
Module dimensions (WxHxD) 2 DIN modules / 35x90x60 mm
TA dimensions 40x37x18 mm
through opening Ø 14 mm
ID: 3 Supply contract 3000 W
FUNCTION DESCRIPTION: VALUE
Timed release thresholds 3,300 W
Immediate release thresholds 3,980 W
Load release indication device [output SN] 2.5
Reactivation hysteresis [W] 80 w
Power tolerance [W] 40 w
Delay of the threshold in time[min] 150
Following command delay [s] 5
N OUTPUT DESCRIPTION
FUNCTION
TIME
[s]
ZONE
M I SS TT T VS
1 Microwave oven x
2 Air conditioner X
3 Television X
4 Boiler X
5 Released loads indicator bell X
ID: 2 RU [s]: 0 DM [s]: 0.10 MCD [s]: 0.25
Boiler
Microwave Air conditioner
Television
PROJECT SPECIFICATIONS:
Below is an example of a project that uses load controls.
Maximum deliverable power 3.5 kW.
Doorbell
Power supply Programming
module
Not connected1.
GND2.
+ 24 V DC3.
4.
<-- METHOD 1 -->
<-- METHOD 2 -->
N Utility
Consumption
[W]
Time of
OFF
[minutes]
Dstn.
N.
OUT
C
M
Z
SN
RC
1 Boiler 700 1 x 2 4 NC A
2 Air conditioner 1,200 2 x 2 2 NC A
3 Television 500 1 x 2 3 NC A
4 Microwave oven 800 1 x 2 1 NC A
English
English - Manual code:
119RV55
119 RV55 version
1.0
1.0 05/2011
L
N
230 V ac
CAVO BUS
009DC3X10NG4
FORNO MICROONDE
CAVO BUS
009DC3X10NG4
LATO
CONTA TORE
LATO
UTENZE
7
6
8
5
9
4
10
3
11
2
12
1
C
3.0
kW
4.5
6.0
10.0
15.0
B
U
S
S+
24 Vdc
-
001DAT C 20A
ID
Out1 Out2
Out3 Out4 Out5 Out6 Out7 Out8
001DD8UR 16
ID
B
U
S
S+
24 Vdc
-
FAILURES AND ANOMALIESNOTES
CONNECTION TO THE BUS AND NETWORK
Microwave
PROBLEM ANALYSIS SOLUTION
The module
does not
respond to the
query.
Blue LED always on
The bus terminal is connected to
GND. Check the connections of all
the terminals with the bus.
A module on the bus is not
powered (the 24V terminal is
disconnected).
I can communicate with the bus
(modules with blue LEDs switch
on), but the blue LED is always
o .
The module has no power or is not
connected to the rest of the bus.
Check the connections of all the
terminals with the bus.
I can communicate with the bus
(modules with blue LEDs switch
on) and the blue LED fl ashes
like the other modules.
Separate the module from the rest
of the bus, power it, and carry out
a complete search for addresses.
There may be modules with the
same address.
The power
reading is
incorrect.
The module reads a power
higher than is true.
Check the connection to the TA, it
should correspond with the supply
contract.
The module reads a power
lower than is true.
Check the connection to the TA, it
should correspond with the supply
contract.
The module does not read the
power.
Check the connection to the TA for
the line to be tested.
UTILITY SIDE
The connection to the TA (Ammeter Transformer) does not have polarity.
For the opening through the TA, pass through only the phase.
Below is an example of a load control connection and a utility.
WARNING:
Respect the polarity of the connection.
For the bus connection, use of the 009DC3X10NG4 cable is recommended (GR4,
FR0R 300/500V type, 3x1mm² section).
The length of the TA connection cable must not exceed that indicated under the
technical characteristics. To limit the e ects of disturbances on TA cables, we
recommend not exceeding 5 m in length.
COUNTER SIDE
English
English - Manual code:
119RV55
119 RV55 version
1.0
1.0 05/2011
-
1
-
2
-
3
-
4
Ask a question and I''ll find the answer in the document
Finding information in a document is now easier with AI
Related papers
Other documents
-
Trinamic TMCM-3110-TMCL Owner's manual
-
-
-
-
-
-
-
-
-