AEG Network Card Thyro S H1 User Manual
Operating Instructions  
Ethernet Bus Module ProfiNet  
• Thyro-S ...H1, ..HRL1  
• Thyro-A ...H1, ..HRL1, ..HRLP1  
• Thyro-A …C01, ..C02, ..C03, ..C05, ..C07  
• Thyro-Power Manager  
• Thyro-Step Controller  
• Thyro-Measurement Unit  
PERFECT IN FORM AND FUNCTION  
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9.  
Connection diagrams Thyro-A  
30  
31  
32  
10.  
11.  
Connection diagrams Thyro-S  
Connection diagrams Thyro-Step Controller  
12.  
12.1  
12.2  
Specific notes  
Installation  
Service  
33  
33  
33  
13.  
14.  
15.  
16.  
17.  
Technical Data  
33  
34  
34  
34  
36  
Dimension drawings  
Accessories and options  
Approvals and conformity  
Appendix A Acyclic parameter tables  
List of figures and tables  
Fig. 1  
Fig. 2  
Fig. 3  
Fig. 4  
Configuration & LED displays  
Connection diagram Thyro-A  
Connection diagram Thyro-S  
Connection diagram TSC  
12  
30  
31  
32  
Tab. 1 Connecting terminals (overview)  
Tab. 2 Operating display of the bus module  
Tab. 3 Interpretation of the master setpoint for Thyro-S  
Tab. 4 Cyclic input and output data for Thyro-S…H1  
Tab. 5 Cyclic input and output data for Thyro-S…HRL1  
Tab. 5b Thyro-S Status / Faults  
11  
13  
15  
15  
15  
15  
16  
16  
17  
17  
17  
18  
18  
19  
19  
20  
21  
21  
21  
22  
22  
22  
23  
23  
24  
24  
25  
25  
Tab. 6 Cyclic input and output data for Thyro-A 1A…H1  
Tab. 7 Cyclic input and output data for Thyro-A 1A…HRL1  
Tab. 8 Cyclic input and output data for Thyro-A 1A…HRLP1  
Tab. 9 Cyclic input and output data for Thyro-A 2A…H1  
Tab. 10 Cyclic input and output data for Thyro-A 2A…HRL1  
Tab. 11 Cyclic input and output data for Thyro-A 2A…HRLP1  
Tab. 12 Cyclic input and output data for Thyro-A 3A…H1  
Tab. 13 Cyclic input and output data for Thyro-A 3A…HRL1  
Tab. 14 Cyclic input and output data for Thyro-A 3A…HRLP1  
Tab. 14b Thyro-A Status / Fault  
Tab. 15 Cyclic input and output data for Thyro-A 1A…C01  
Tab. 16 Cyclic input and output data for Thyro-A 1A…C02  
Tab. 17 Cyclic input and output data for Thyro-A 1A…C03  
Tab. 18 Cyclic input and output data for Thyro-A 1A…C05  
Tab. 19 Cyclic input and output data for Thyro-A 1A…C07  
Tab. 20 Supported operating modes  
Tab. 21 Cyclic input and output data TPM automatic mode  
Tab. 22 Cyclic input and output data TPM manual mode  
Tab. 23 Cyclic input and output data TSC mode  
Tab. 24 Cyclic input and output data TIO mode  
Tab. 25 Cyclic input and output data TMU mode  
Tab. 25b TPM, TSC, TIO,TMU Status / Faults  
3
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Contact  
Technical queries  
Do you have any technical queries regarding the subjects dealt with in these operating instructions?  
If so, please get in touch with our team for power controllers:  
Tel. +49(0)2902 763-520 or +49(0)2902 763-290  
Commercial queries  
Do you have any commercial queries on power controllers? If so, please get in touch with our team for  
power controllers.  
Tel. +49 (0)2902 763-591 or +49 (0)2902 763-558  
Service-Hotline  
Our team is at your service on the following hotline:  
AEG Power Solutions GmbH  
Emil-Siepmann-Strase 32  
D-59581 Warstein  
Tel. +49 (0)2902 763-100  
http://www.aegps.de  
Copyright  
No part of these operating instructions may be transmitted, reproduced and/or copied by any electronic or  
mechanical means without the express prior written permission of AEG Power Solutions.  
© Copyright AEG Power Solutions GmbH 2010.  
All rights reserved.  
Further information on copyright  
Thyro- is an international registered trademark of AEG Power Solutions GmbH.  
Windows and Windows NT are registered trademarks of the Microsoft Corporation.  
All other company and product names are (registered) trademarks of the respective owners.  
4
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1. Introduction  
The operating instructions below serve only as an addition to be used in conjunction with the operating  
instructions of the AEG Power Solutions Thyro-A power controller, Thyro-S power switch, and Thyro-  
Power Manager in the versions of the types indicated on the covering page. The safety instructions con-  
tained therein are to be observed in particular.  
1.1 General  
The Ethernet bus module can connect up to 8 power controllers of type Thyro-A and type Thyro-S with a  
master in any desired order.  
Several bus modules can be used on one system.  
The power supply of the bus module comes from an external 24V DC voltage source (150mA), which is to  
be fed in (reverse polarity protected) at X11.1 (+) and X11.2 (ground). Several modules can be operated  
from one power supply.  
As short a ground connection as possible is needed at terminal X11.3 for EMC reasons.  
1.2 Special features  
• The Ethernet bus module connects the devices with several Ethernet bus systems. By setting the  
“Protocol” switch to 0, the Ethernet bus module becomes a ProfiNet IO-device.  
• function control via LED  
• 8 free application outputs X1 to X8 in each case terminal 5  
• C-rail assembly  
1.3 Type designation  
Ethernet bus module ProfiNet  
order-no. 2000 000 846  
1.4 Abbreviations  
AEG PS  
AEG Power Solutions GmbH  
Thyro – Power Manager  
Thyro – Step Controller  
Thyro – Measurement Unit  
Thyro Input / Output Unit  
TPM  
TSC  
TMU  
TIO  
1.5 Warranty  
In the event of any claims in connection with the Ethernet bus module, please contact us quoting:  
• type designation  
• fabrication number / serial number  
• reason for the complaint  
• environmental conditions of the device  
• operating mode  
• period of use  
Goods and services are subject to the general conditions of supply for products of the electrical industry,  
and our general sales conditions. Claims in connection with supplied goods must be submitted within  
one week of receipt, along with the delivery note. AEG PS will rescind all obligations such as warranty  
agreements, service contracts, etc. entered into by AEG PS or its representatives without prior notice  
if maintenance and repair work is carried out using anything other than original AEG PS spare parts or  
spare parts purchased from AEG PS.  
5
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2. Safety  
2.1 Identification in the operating instructions  
In these operating instructions, there are warnings before dangerous actions. These warnings are divided  
into the following danger categories:  
DANGER  
Dangers that can lead to serious injuries or fatal injuries.  
WARNING  
Dangers that can lead to serious injuries or considerable damage to property.  
CAUTION  
Dangers that can lead to injuries and damage to property.  
CAUTION  
Dangers that can lead to minor damage to property.  
The warnings can also be supplemented with a special danger symbol (e.g. „Electric current“ or  
„Hot parts“) , e.g.  
risk of electric current or  
risk of burns  
In addition to the warnings, there is also a general note for useful information.  
NOTE  
Content of note  
2.2 General danger information  
DANGER  
Not adhering to the safety stipulations in the operating instructions of the power controllers  
used can lead to danger of injury / danger of damaging the device or system.  
> Adhere to all safety stipulations in the chapter “Safety” of the operating instructions of the  
power controllers being used.  
DANGER  
Electric current  
Risk of injury from current carrying parts / danger of damaging the bus module.  
> Never operate the device without the covering.  
> Undertake settings and wiring without current being supplied  
CAUTION  
Danger of damaging the bus module  
The current at terminals X1.5 to X8.5 must not exceed 120 mA.  
> Check the connection information of the preceding relay.  
6
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NOTE  
Communication errors  
To avoid communication errors please note the following points:  
> Use shielded cables.  
> Undertake grounding of the bus module (X1.7 to X8.7). Do not ground additionally at the  
power controller.  
2.3 Operator requirements  
The operator must ensure the following:  
- The safety regulations of the operating instructions are observed.  
- The accident prevention regulations valid in the respective country of use and the general safety  
regulations are observed.  
- All safety devices (covers, warning signs etc.) are present, in perfect condition and are used correctly.  
- The national and regional safety regulations are observed.  
- The personnel has access to the operating instructions and safety regulations at all times.  
- The operating conditions and restrictions resulting from the technical data are observed.  
- Should abnormal voltages, noises, increased temperatures, vibration or similar occur, the device is  
immediately put out of operation and the maintenance personnel is informed  
2.4 Personnel requirements  
Only qualified electro-technical personnel who are familiar with the pertinent safety and installation regu-  
lations may perform the following:  
- transport  
- installation  
- connection  
- commissioning  
- maintenance  
- testing  
- operation  
These operating instructions must be read carefully by all persons working with or on the equipment prior  
to installation and initial start-up  
2.5 Intended use  
The device may only be used for the purpose for which it was intended, as persons may otherwise be  
exposed to dangers (e.g. electric shock, burns) and plants also (e. g. overload). The user must therefore  
observe the following points:  
- It is not permitted to make any unauthorized modifications to the unit or to use any spare parts or  
replacement parts not approved by AEG PS, or to use the unit for any other purpose.  
- The warranty obligations of the manufacturer are only applicable if these operating instructions are  
observed and complied with.  
- The device is a component that cannot function alone.  
- Project planning must account for the proper use of the device.  
2.6 Use of the device  
2.6.1 Operation  
- Only switch on the mains voltage at the device when there is no danger to persons, system or load.  
- Protect the device against dust and damp.  
- Ensure that the ventilation openings are not blocked.  
7
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2.6.2 Prior to installation / commissioning  
- If stored in a cold environment: ensure that the device is absolutely dry. (Allow the device a period of at  
least two hours to acclimatize before commissioning)  
- Ensure sufficient ventilation of the cabinet if mounted in a cabinet.  
- Observe minimum spacing.  
- Ensure that the device cannot be heated up by heat sources below it. (see page 33, Technical data).  
- Ground the device in accordance with local regulations.  
- Connect the device in accordance with the connection diagrams.  
2.6.3 Maintenance, service, faults  
In order to avoid personal and material damages, the user must observe the following:  
- Before all work:  
> Disconnect the device from all external voltage sources.  
> Secure the device against accidentally being switched back on.  
> Use suitable measuring instruments and check that there is no voltage present.  
> Ground and short circuit the device.  
> Provide protection by covers or barriers for any neighboring live parts.  
- The device may only be serviced and repaired by trained electro-technical personnel.  
2.6.4 Transport  
- Only transport the device in the original packaging.  
- Protect the device against damage, caused by jolts, knocks and contamination, for instance.  
8
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3. Functions  
3.1 Processing the setpoint Thyro-S  
Only local setpoints, no bus setpoint  
Switching signal (24DC) at the control terminal X22.1 of the Thyro-S  
> No wiring of the terminal point X22.4 at the power controller  
- The bus module is fully functional. The analog signal from the control terminal X22.1 is used as setpoint  
(on/off).  
Setpoint from the bus module (X22.3), no local setpoint  
> Connect the ground to terminal X22.4 of the power controller.  
- The master setpoint of the bus module is used. For this purpose the setpoint is interpreted as the ope-  
rating mode.  
Bus setpoint, switching over to „local“ in case of bus fault  
Only use the setpoint of the bus module if there is an IO connection.  
> Connect terminal X22.4 of the power controller to one of the terminals X1.1 to X8.1 of the bus module.  
- If there is an IO connection the master set point is used.  
If not then the analog signal from the control terminal X22.1 is used as setpoint (on/off).  
Switching over to bus / local setpoint switchable for each controller in operation  
Individual setpoint from the bus module for each power controller.  
> Connect terminal X22.4 of the power controller to one of the terminals X1.5 to X 8.5 of the bus  
module.  
- The power controllers can be switched over individually (targeted) via the bus between master setpoint  
and terminal X22.1  
3.2 Processing the setpoint Thyro-A  
Only local setpoints, no bus setpoint  
Analog input at control terminal X2.4 of Thyro-A  
> Do not connect anything to terminal X22.1 of the power controller.  
- The bus module is fully functional. The analog signal from the control terminal X2.4 is used as setpoint  
(on/off).  
Setpoint from the bus module (X22.3), no local setpoint  
> Connect the ground to terminal X22.1 of the power controller.  
- The master setpoint of the bus module is used.  
Bus setpoint, switching over to “local” in case of bus fault  
Only use the setpoint of the bus module if there is an IO connection.  
> Connect terminal X22.1 of the power controller to one of the terminals X1.1 to X8.1 of the bus module.  
- If there is an IO connection the master setpoint is used. If there is no IO connection then the analog  
signal from the control terminal X2.4 is used as setpoint.  
Switching over to bus / local setpoint switchable for each controller in operation  
Individual setpoint from the bus module for each power controller.  
> Connect terminal X22.1 of the power controller to one of the terminals X1.5 to X8.5 of the bus module.  
- The power controllers can be switched over individually (targeted) via the bus between master setpoint  
and terminal X2.4.  
9
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3.3 Processing the setpoint Thyro-Step Controller  
Only local setpoints, no bus setpoint  
Analog input at control terminal X6.1 or X6.4 (depending on X6.7) of the TSC  
> Do not connect anything to terminal X2.1 of the power controller.  
- The bus module is fully functional. The analog signal from the control terminal X6.1 or X6.4 is used as  
setpoint.  
Setpoint from the bus module (X22.3), no local setpoint  
> Connect the ground to terminal X2.1 of the TSC.  
- The master setpoint of the Ethernet bus module is used.  
Bus setpoint, switching over to “local” in case of bus fault  
Only use the setpoint of the bus module if there is an IO connection.  
> Connect terminal X2.1 of the TSC to one of the terminals X1.1 to X8.1 of the bus module.  
- If there is an IO connection the master setpoint is used. If there is no IO connection then the analog  
setpoint is used.  
Switching over to bus / local setpoint value switchable for each controller in operation  
Individual setpoint from the bus module for each power controller.  
> Connect terminal X2.1 of the power controller to one of the terminals X1.5 to X8.5 of the bus module.  
- The power controllers can be switched over individually (targeted) via the bus between master setpoint  
and the analog setpoint.  
3.4 Freely addressable digital outputs  
> As long as the terminals X1.5 to X8.5 of the bus module are not being used for switching over the set-  
point, these can be used as switch outputs.  
> Connect the relay to a 24 V DC coil voltage for free use. The idle circuit is integrated. The actuating  
current is a maximum 120 mA per output. As a result it is possible to switch over, for example, the room  
ventilators, anti-condensation heating, circuit breakers or control lamps via the bus.  
Relais Control  
10  
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4. Installation  
DANGER  
Dangers during Installation  
Risk of injury / Risk of damage to the device or plant  
Observe all safety regulations in the chapter “Safety”.  
4.1 Connection terminals (overview)  
Tab.1 Connecting terminals (overview)  
Terminal  
Description  
X11  
.1  
.2  
.3  
.1  
.2  
.3  
.4  
.5  
.6  
.7  
24V (+)  
24V (ground)  
grounding, carry out as short as possible  
X1 - X8  
jointly switchable ground potential  
RxD  
TxD  
ground  
separately switchable ground potential  
ground  
ground potential for shield connection  
Connection diagram see page 30.  
4.2 Connecting a 24 V power supply  
> Switch off the main power supply including the external 24 V power source and make sure these cannot  
be accidentally switched back on again.  
> Connect the external 24 V voltage supply (150 mA) to X11.1 (+) and X11.2 (-) (reverse polarity protec-  
tion).  
> Ground the X11.3 terminal by as short a route as possible (for EMC reasons).  
REMARK  
24 V DC power source  
Several bus modules can be operated with one power supply.  
> In cases of SELV (safety extra low voltages) do not ground the 24 V power source.  
4.3 Connecting the power controller to X1-X8  
> Switch off the main power supply including the external 24 V power source and make sure these cannot  
be accidentally switched back on again.  
> Connect the interfaces X1 to X8 of the bus module to the system interfaces of the power controller  
(shielded four-wire cable)  
Attention: To control all parameters by ProfiNet we recommend closing the Thyro-A switches S1.3, S1.4,  
S1.5 (Thyro-Tool Mode).  
4.4 Connecting the Ethernet bus module to the master  
The Ethernet bus module has two Ethernet ports which are equipped with a switch functionality which  
allows a line topology to be constructed.  
A standard patch cable is required for connecting with a switch. For a direct connection (line topology) a  
cross-over cable is required.  
11  
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5. Settings  
5.1 Setting the protocol  
The Ethernet bus module supports various real time Ethernet bus systems. The desired system can be  
selected using the rotary switch “Protocol”. For ProfiNet this needs to be set to 0.  
5.2 Setting the number of slots  
The number of devices which are connected to the Ethernet bus module is set with the rotary switch  
“Slots”. After switching on, the Ethernet bus module reads all the parameters of the device. Following this  
it starts communicating.  
Attention: To change the number of slots when switched on, the switch “Slots” must first be turned to 0.  
Communication with the master is then interrupted. Following this the desired number can be set. After  
leaving the position 0 you have about 2 seconds time for this.  
5.3 Setting the device name  
Every IO device is identified by its device name. The setting of the device name can be undertaken using,  
for example, the program “Step 7 – HW Config” in the menu “Target system / Ethernet / Edit Ethernet  
participant…”  
Fig. 1 Configuration & LED displays  
1 Terminal X1  
2 Terminal X2  
3 Terminal X3  
4 Terminal X4  
5 Terminal X5  
6 Terminal X6  
7 Terminal X7  
8 Terminal X8  
9 Ethernet Port  
10 Terminal X11  
11 SYS LED  
12 COM0 (BF) LED  
13 COM1 (SF) LED  
14 Fault LED  
15 Switch Slots  
16 Switch Protocol  
12  
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5.4 Operating display of the bus module  
Table 2 Operating display of the bus module  
LED  
Color  
Green  
Red  
Status  
Meaning  
SYS  
On  
Operating system running  
Error in boot process  
Flashing with 1Hz  
On  
Red  
Waiting for boot process (check position of  
“Protocol” switch)  
Off  
No supply voltage  
COM0 (BF)  
Red  
Red  
On  
No physical connection  
No data exchange  
Flashing with 2Hz  
Off  
The device is exchanging data with the ProfiNet IO  
Controller  
COM1 (SF)  
Fault  
Red  
Red  
On  
Off  
On  
Watchdog time out or system error  
No error  
Hardware error  
Operating status of the Ethernet bus module  
LED  
Color  
Green  
Yellow  
Status  
On  
Meaning  
Link  
There is an Ethernet connection  
Data are being exchanged via Ethernet  
Activity  
On  
Status LED of the Ethernet Ports  
13  
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6. Operation  
6.1 Start configuration (parameterization)  
Via the parameterization (in step 7 – HW Config, double-click on slot 0 of the bus module, parameter tab)  
the following settings can be undertaken.  
No connection (slot 1-8):  
Here you can set what should happen with the output data of the devices if the connection to the master  
is interrupted.  
Hold last values  
Outputs = 0  
The output data are not changed.  
The output data are set to 0  
No connection (slot 9):  
Here you can set what should happen with the output data of the bus module if the connection to the  
master is interrupted.  
Hold last value  
Outputs = 0  
The digital outputs are not changed.  
The digital outputs are set to 0.  
Averaging of the measured values:  
Here you can enter the number of actual values which flow into the averaging. A new value is calculated  
once a second. Values from 0-20 can be entered, whereby 0 or 1 deactivates this function.  
Remove device when it is switched off:  
Not all devices are equipped with a 24 V supply connection. When switching off the Thyro mains supply  
and the control voltage supply (24V) the Thyro no longer communicates with the bus modules. A switched  
off device will normally be displayed as pull. This display can be suppressed here.  
Deactivate  
Devices which are no longer accessible (no communication) will continue to  
be displayed as plug.  
Activate  
Devices which are no longer accessible will be displayed as pull.  
Use output data:  
The suppression of certain output data can be activated here.  
Always  
New output data are transferred immediately.  
Only when Bit is set  
New output data are only transferred, if the Bit 0 is set in the output  
“Functions”  
6.2 Cyclical data transmission (configuration)  
The configuration of the cyclical data traffic is undertaken by adding modules.  
The input and output data depend on the device types. The following tables show the input and output  
data available for each of the devices.  
6.3 Input and output data Thyro-S  
With the Thyro-S the setpoint is interpreted as operating mode.  
14  
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Tab. 3 Interpretation of the master setpoint with Thyro-S  
Setpoint (Master)  
0 to 409  
Status (return value)  
(Total setpoint)  
= OFF  
1/5  
0 =  
819  
410 to 1091  
1092 to 1706  
1707 to 3071  
3072 to 4096  
= 1/3  
1/2  
1365 =  
2047  
4096  
= ON  
Tab. 4 Cyclic input and output data with Thyro-S ..H1  
Offset  
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
0
4
2
[V]  
4
Mains voltage L1  
Total setpoint  
integer  
integer  
integer  
integer  
Data type  
integer  
[V]  
6
8
2
4096=100%  
Fault (see table 5b)  
Status (see table 5b)  
Output data, setpoint  
Master Setpoint  
2
-
10  
2
-
Offset  
0
Size  
2
Unit  
4096=100%  
Tab. 5 Cyclic input and output data with Thyro-S ..HRL1  
Offset  
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
0
4
4
4
[V]  
Load current L1  
float  
[A]  
8
Mains voltage L1  
Total setpoint  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
10  
12  
14  
Offset  
0
2
4096=100%  
Fault (see table 5b)  
Status (see table 5b)  
Output data, setpoint  
Master setpoint  
2
-
2
-
Size  
2
Unit  
4096=100%  
Tab. 5b Thyro-S Faults  
Description  
Bit  
Bit 0  
Bit 1  
Bit 2  
Bit 3  
Bit 4  
LEDs  
Relay  
open  
open  
open  
open  
open  
Frequency measurement outside of 47 Hz to 63 Hz  
SYNC error, no zero-crossing within the gate  
Temperature monitoring triggered  
Load fault  
Test LED flashing slowly  
Test LED flashing slowly  
Load Fault flashing slowly  
Load Fault on  
Flash values invalid  
Test LED and Load Fault LED  
flashing simultaneously quickly  
Mains undervoltage (<AD_P_SPG_MIN)  
Mains overvoltage (>AD_P_SPG_MAX)  
Bit 5  
Bit 6  
Load Fault LED and Test LED on  
None  
open  
closed  
15  
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Tab. 5b Thyro-S Status  
Description  
Bit  
Bit 0  
Bit 0  
Bit 2  
Bit 8  
Bit 8  
Bit 9  
Bit 10  
Bit 11  
LEDs  
Relay  
open  
open  
open  
open  
open  
closed  
----  
Pulse inhib active  
none  
none  
none  
none  
none  
--  
(bridge X2.1-X2.2 open)  
Mains frequency is 60Hz  
Relay status  
(0=relay off / 1=relay on)  
Device switched off  
Wrong device  
--  
Bus module active  
none  
----  
(0=no bus module / 1=bus module active)  
Thyristor short-circuit  
Bit 14  
Test LED and Load Fault LED  
flashing alternately slowly  
----  
6.4 Input and output data Thyro-A  
Tab. 6 Cyclic input and output data with Thyro-A 1A...H1  
Offset  
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
0
4
4
2
[V]  
Mains voltage L1  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
[V]  
[period]  
[0.01 °el]  
4096=100%  
-
6
Switch-on time TS  
Switch-on angle alpha  
Total setpoint  
2
8
2
10  
12  
14  
Offset  
0
2
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
2
-
Size  
2
Unit  
4096=100%  
Tab. 7 Cyclic input and output data with Thyro-A 1A...HRL1  
Offset  
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
0
4
4
4
[V]  
Load current L1  
float  
[A]  
8
Mains voltage L1  
Switch-on time TS  
Switch-on angle alpha  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
[period]  
[0.01 °el]  
4096=100%  
-
10  
12  
14  
16  
18  
Offset  
0
2
2
2
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
2
-
Size  
2
Unit  
4096=100%  
16  
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Tab. 8 Cyclic input and output data with Thyro-A 1A...HRLP1  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
4
4
[V]  
4
Load current L1  
float  
[A]  
8
Power L1  
float  
4
[W]  
12  
Mains voltage L1  
Switch-on time TS  
Switch-on angle alpha  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
2
[V]  
14  
2
[period]  
16  
2
[0.01 °el]  
18  
2
4096=100%  
20  
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
2
-
-
22  
2
Offset  
Size  
Unit  
0
Master setpoint  
integer  
2
4096=100%  
Tab. 9 Cyclic input and output data with Thyro-A 2A...H1  
Offset  
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
0
4
4
4
[V]  
Load voltage L3  
float  
[V]  
8
Mains voltage L1  
Mains voltage L3  
Switch-on time TS  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
10  
12  
14  
16  
18  
Offset  
0
2
[V]  
2
[period]  
2
4096=100%  
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
-
2
-
Size  
2
Unit  
4096=100%  
Tab. 10 Cyclic input and output data with Thyro-A 2A...HRL1  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
4
4
[V]  
4
Load voltage L3  
Load current L1  
float  
[V]  
8
float  
4
[A]  
12  
16  
20  
22  
24  
26  
28  
30  
Offset  
0
Load current L2  
float  
4
[A]  
Load current L3  
float  
4
[A]  
Mains voltage L1  
Mains voltage L3  
Switch-on time TS  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
2
[V]  
2
[period]  
2
4096=100%  
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
-
2
-
Size  
2
Unit  
4096=100%  
17  
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Tab. 11 Cyclic input and output data with Thyro-A 2A...HRLP1  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
4
Unit  
[V]  
4
Load voltage L3  
Load current L1  
Load current L2  
Load current L3  
Power L1  
float  
4
[V]  
8
float  
4
[A]  
12  
16  
20  
24  
28  
32  
34  
36  
38  
40  
42  
Offset  
0
float  
4
[A]  
float  
4
[A]  
float  
4
[W]  
Power L3  
float  
4
[W]  
Total power  
float  
4
[W]  
Mains voltage L1  
Mains voltage L3  
Switch-on time TS  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
2
[V]  
2
[period]  
2
4096=100%  
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
-
2
-
Size  
2
Unit  
4096=100%  
Tab. 12 Cyclic input and output data with Thyro-A 3A...H1  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
4
4
[V]  
4
Load voltage L2  
float  
[V]  
8
Load voltage L3  
float  
4
[V]  
12  
14  
16  
18  
20  
22  
24  
26  
Offset  
0
Mains voltage L1  
Mains voltage L2  
Mains voltage L3  
Switch-on time TS  
Switch-on angle alpha  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
2
[V]  
2
[V]  
[period]  
[0.01 °el]  
4096=100%  
-
2
2
2
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
2
-
Size  
2
Unit  
4096=100%  
18  
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Tab. 13 Cyclic input and output data with Thyro-A 3A...HRL1  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
4
Unit  
[V]  
4
Load voltage L2  
float  
4
[V]  
8
Load voltage L3  
float  
4
[V]  
12  
16  
20  
24  
26  
28  
30  
32  
34  
36  
38  
Offset  
0
Load current L1  
float  
4
[A]  
Load current L2  
float  
4
[A]  
Load current L3  
float  
4
[A]  
Mains voltage L1  
Mains voltage L2  
Mains voltage L3  
Switch-on time TS  
Switch-on angle alpha  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
2
[V]  
2
[V]  
[period]  
[0.01 °el]  
4096=100%  
-
2
2
2
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
2
-
Size  
2
Unit  
4096=100%  
Tab. 14 Cyclic input and output data with Thyro-A 3A...HRLP1  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
4
Unit  
[V]  
4
Load voltage L2  
Load voltage L3  
Load current L1  
Load current L2  
Load current L3  
Power L1  
float  
4
[V]  
8
float  
4
[V]  
12  
16  
20  
24  
28  
32  
36  
40  
42  
44  
46  
48  
50  
52  
54  
Offset  
0
float  
4
[A]  
float  
4
[A]  
float  
4
[A]  
float  
4
[W]  
Power L2  
float  
4
[W]  
Power L3  
float  
4
[W]  
Total power  
float  
4
[W]  
Mains voltage L1  
Mains voltage L2  
Mains voltage L3  
Switch-on time TS  
Switch-on angle alpha  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
2
[V]  
2
[V]  
[period]  
[0.01 °el]  
4096=100%  
-
2
2
2
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
2
-
Size  
2
Unit  
4096=100%  
19  
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Tab. 14a Thyro-A Fault  
Description  
Bit  
Bit 0  
Bit 1  
Bit 2  
Bit 3  
Bit 4  
LEDs  
Relay  
open  
open  
open  
open  
open  
Frequency measurement outside of 47Hz to 63Hz  
SYNC error, no cero crossing within the gate  
Temperature monitoring triggered  
Load fault  
Pulse Inhibit LED flashing slowly  
Pulse Inhibit LED flashing slowly  
Load Fault LED flashing slowly  
Load fault LED on  
Flash values invalid  
Pulse Inhibit LED and Load  
Fault LED flashing simultaneous-  
ly qickly  
Mains undervoltage (<AD_P_SPG_MIN)  
Bit 5  
Pulse Inhibit LED, Load Fault  
LED and test LED on  
open  
Mains overvoltage (>AD_P_SPG_MAX)  
Master / slave fault (only with2A)  
Undervoltage limit  
Bit 6  
none  
none  
none  
none  
none  
none  
none  
none  
open  
Bit 8  
closed  
closed  
closed  
closed  
closed  
closed  
closed  
Bit 9  
Overvoltage limit  
Bit 10  
Bit 11  
Bit 12  
Bit 13  
Bit 14  
Undercurrent limit  
Overcurrent limit  
Low power limit  
High power limit  
Tab. 14b Thyro-A Status  
Description  
Pulse inhib active (bridge X2.1-X2.2 open)  
Mains frequency is 60Hz  
Bit  
Bit 0  
Bit 2  
Bit 4  
LEDs  
Pulse Inhibit LED on  
none  
Relay  
closed  
closed  
closed  
U-limiting  
Pulse Inhibit LED and Load  
Fault LED flashing alternately  
slowly  
I-limiting  
Bit 5  
Bit 6  
Pulse Inhibit LED and Load  
Fault LED flashing alternately  
slowly  
closed  
closed  
P-limiting  
Pulse Inhibit LED and Load  
Fault LED flashing alternately  
slowly  
Relay status  
Bit 8  
none  
on/off  
on/off  
--  
(0=relay off / 1=relay on)  
Device switched off  
Wrong device  
Bit 8  
none  
Bit 9  
--  
Bit 10  
Bit 11  
--  
--  
Bus module active  
only with Thyro-S  
-----  
(0=no bus module / 1=bus module active)  
Thyristor short-circuit  
Bit 14  
Bit 15  
Bit 15  
only with Thyro-S  
none  
----  
Failure rotating field / phase  
(only Thyro 2A or 3A)  
closed  
closed  
Pulse Inhibit LED and Test LED  
flashing simultaneously slowly  
Overcurrent limit  
Low power limit  
High power limit  
Bit 12  
Bit 13  
Bit 14  
none  
none  
none  
closed  
closed  
closed  
20  
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Tab. 15 Cyclic input and output data with Thyro-A 1A...C01  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
4
4
[V]  
4
Load current L1  
float  
[A]  
8
Power L1  
float  
4
[W]  
12  
14  
16  
18  
20  
22  
Offset  
0
Mains voltage L1  
Switch-on time TS  
Switch-on angle alpha  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
[period]  
[0.01 °el]  
4096=100%  
-
2
2
2
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
2
-
Size  
2
Unit  
4096=100%  
Tab. 16 Cyclic input and output data with Thyro-A 1A...C02  
Offset  
0
Input data, actual values  
Load voltage phase 1  
Data type  
float  
Size  
Unit  
4
4
[V]  
4
Load current phase 1  
Load current phase 2  
Total load current  
float  
[A]  
8
float  
4
[A]  
12  
16  
18  
20  
22  
24  
Offset  
0
float  
4
[A]  
Mains voltage L1  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
Switch-on angle alpha phase 1  
Total setpoint  
2
[0.01 °el]  
2
4096=100%  
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
-
2
-
Size  
2
Unit  
4096=100%  
Tab. 17 Cyclic input and output data with Thyro-A 1A...C03  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
4
4
[V]  
4
Load current L1  
float  
[A]  
8
Power L1  
float  
4
[W]  
12  
14  
16  
18  
20  
22  
Offset  
0
Mains voltage L1  
Switch-on time TS  
Switch-on angle alpha  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
[period]  
[0.01 °el]  
4096=100%  
-
2
2
2
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint values  
Master setpoint  
2
2
-
Size  
2
Unit  
4096=100%  
21  
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Tab. 18 Cyclic input and output data with Thyro-A 1A...C05  
Offset  
0
Input data, actual values  
Load voltage phase 1  
Data type  
float  
Size  
Unit  
4
4
[V]  
4
Load current phase 1  
Load current phase 2  
Total load current  
Power phase 1  
float  
[A]  
8
float  
4
[A]  
12  
16  
20  
24  
28  
30  
32  
34  
36  
Offset  
0
float  
4
[A]  
float  
4
[W]  
Power phase 2  
float  
4
[W]  
Total power  
float  
4
[W]  
Mains voltage L1  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
Switch-on angle alpha phase 1  
Total setpoint  
2
[0.01 °el]  
2
4096=100%  
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
-
2
-
Size  
2
Unit  
4096=100%  
Tab. 19 Cyclic input and output data with Thyro-A 1A...C07  
Offset  
0
Input data, actual values  
Load voltage L1  
Data type  
float  
Size  
Unit  
4
4
[V]  
4
Load current L1  
float  
[A]  
8
Power L1  
float  
4
[W]  
12  
14  
16  
18  
20  
22  
Offset  
0
Mains voltage L1  
Load temperature  
Switch-on angle alpha  
Total setpoint  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
2
[V]  
2
[°C]  
2
[0.01 °el]  
2
4096=100%  
Fault (see table 14b)  
Status (see table 14b)  
Output data, setpoint  
Master setpoint  
2
-
2
-
Size  
2
Unit  
4096=100%  
Supported operating modes TPM; TSC; TMU  
With the Thyro-Power Manager, Thyro-Step Controller and Thyro-Measurement Unit the input and output  
data are depend on the operating mode. The following table shows which operating mode the devices  
support.  
Tab. 20 Supported operating modes  
TPM  
TSC  
TIO  
TMU  
automatic  
manual  
Thyro-Power Manager  
Thyro-Step Controller  
Thyro-Measurement Unit  
X
-
X
-
X
X
-
X
X
X
X
X
X
-
-
22  
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6.5 Input and output data Thyro-Power Manager  
Tab. 21 Cyclic input and output data TPM automatic mode  
Offset  
0
Input data, actual values  
AC input 1  
Data type  
float  
Size  
4
Unit  
[A],[V]  
[A],[V]  
[A],[V]  
[W]  
4
AC input 2  
float  
4
8
AC input 3  
float  
4
12  
16  
20  
22  
24  
26  
28  
30  
32  
34  
Power  
float  
4
Energy  
float  
4
[kWh]  
4096=100%  
4096=100%  
4096=100%  
[V]  
DC input 1  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
2
DC input 2  
2
DC input 3  
2
Mains voltage  
Period duration  
Temperature  
Fault (see table 25b)  
Status (see table 25b)  
2
2
[μs]  
2
[°C]  
2
-
2
-
Tab. 22 Cyclic input and output data TPM manual mode  
Offset  
0
Input data, actual values  
AC input 1  
Data type  
float  
Size  
4
Unit  
[A],[V]  
[A],[V]  
[A],[V]  
[W]  
4
AC input 2  
float  
4
8
AC input 3  
float  
4
12  
16  
20  
22  
24  
26  
28  
30  
32  
34  
Power  
float  
4
Energy  
float  
4
[kWh]  
4096=100%  
4096=100%  
4096=100%  
[V]  
DC input 1  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
2
DC input 2  
2
DC input 3  
2
Mains voltage  
Period duration  
Temperature  
Fault (see table 25b)  
Status (see table 25b)  
2
2
[μs]  
2
[°C]  
2
-
2
-
23  
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6.6 Input and output data Thyro-Step Controller  
Tab. 23 Cyclic input and output data TSC mode  
Offset  
0
Input data, actual values  
AC input 1  
Data type  
float  
Size  
4
Unit  
[A],[V]  
[A],[V]  
[A],[V]  
[W]  
4
AC input 2  
float  
4
8
AC input 3  
float  
4
12  
16  
20  
22  
24  
26  
28  
30  
32  
34  
36  
38  
40  
Offset  
0
Power  
float  
4
Energy  
float  
4
[kWh]  
DC input 1  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
Integer  
Data type  
integer  
2
4096=100%  
4096=100%  
4096=100%  
[V]  
DC input 2  
2
DC input 3  
2
Mains voltage  
Period duration  
Temperature  
Fault (see table 25b)  
Status (see table 25b)  
Analog output 4  
Steps  
2
2
[μs]  
2
[°C]  
2
-
2
-
2
4096=100%  
-
2
Total setpoint  
Output data, setpoint  
Master setpoint  
2
4096=100%  
Unit  
Size  
2
4096=100%  
6.7 Input and output data Thyro Input/Output Unit  
Tab. 24 Cyclic input and output data TIO mode  
Offset  
0
Input data, actual values  
AC input 1  
Data type  
float  
Size  
4
Unit  
[A],[V]  
4
AC input 2  
float  
4
[A],[V]  
8
AC input 3  
float  
4
[A],[V]  
12  
16  
20  
22  
24  
26  
28  
30  
32  
34  
Offset  
0
Power  
float  
4
[W]  
Energy  
float  
4
[kWh]  
DC input 1  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
Data type  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
2
4096=100%  
4096=100%  
4096=100%  
[V]  
DC input 2  
2
DC input 3  
2
Mains voltage  
Period duration  
Temperature  
Fault (see table 25b)  
Status (see table 25b)  
Output data, setpoint  
Digital output  
Analog output 1  
Analog output 2  
Analog output 3  
Analog output 4  
Analog output 5  
Analog output 6  
2
2
[μs]  
2
[°C]  
2
-
2
-
Size  
2
Unit  
-
2
2
4096=100%  
4096=100%  
4096=100%  
4096=100%  
4096=100%  
4096=100%  
4
2
6
2
8
2
10  
12  
2
2
24  
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6.8 Input and output data Thyro-Measurement Unit  
Tab. 25 Cyclic input and output data TMU mode  
Offset  
0
Input data, actual values  
AC input 1  
Data type  
float  
Size  
4
Unit  
[A],[V]  
[A],[V]  
[A],[V]  
[W]  
4
AC input 2  
float  
4
8
AC input 3  
float  
4
12  
16  
20  
22  
24  
26  
28  
30  
32  
34  
Power  
float  
4
Energy  
float  
4
[kWh]  
4096=100%  
4096=100%  
4096=100%  
[V]  
DC input 1  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
integer  
2
DC input 2  
2
DC input 3  
2
Mains voltage  
Period duration  
Temperature  
Fault (see table 25b)  
Status (see table 25b)  
2
2
[μs]  
2
[°C]  
2
-
2
-
Tab. 25b Status TPM, TSC, TIO, TMU  
Description  
Bit  
Fault LED, fault output*  
Frequency measurement outside of 47Hz to 63Hz  
SYNC error, no cero crossing within the gate  
Temperature max. limit has been exceeded  
Temperature min. limit has been exceeded  
One or more parameters outside the limits  
Mains voltage lower than lower voltage limit  
Bit 0  
Bit 1  
Bit 2  
Bit 3  
Bit 4  
Bit 5  
on  
on  
on  
on  
on  
on  
Tab. 25b Fault TPM, TSC, TIO, TMU  
Description  
Mains frequency is 60Hz  
Bit  
Alarm LED, alarm output*  
Bit 2  
Bit 3  
Bit 4  
Bit 5  
Bit 6  
Bit 7  
Bit 8  
Bit 9  
Bit 10  
Bit 11  
off  
on  
on  
on  
on  
on  
on  
--  
Transformer 1 fallen below min. limit  
Transformer 1 exceeded max. limit  
Transformer 2 fallen below min. limit  
Transformer 2 exceeded max. limit  
Transformer 3 fallen below min. limit  
Transformer 3 exceeded max. limit  
Device switched off  
Wrong device  
--  
Bus module active (0=no bus module / 1=bus module  
active)  
off  
* Default setting can be parameterized.  
25  
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6.9 Acyclic data transmission (parameterization)  
Via the acyclic parameter data transmission, parameters of the devices can be changed or selected.  
Cyclical and acyclical services can be used in the network simultaneously.  
Read data record “RDREC”:  
For reading access to a data record, the slot, index and length of the data record must be entered. At step  
7 and when using the SFB 52 the Logical Address of the slot is to be entered instead of the slot. As such  
the device at slot X1 is to be activated as the device at slot 1.  
Error code  
DE80B000  
DE80B100  
DE80B200  
DE80B300  
Meaning  
The unit does not recognize the parameter (invalid index)  
The length entry of the parameter is incorrect  
The projected slot is not occupied  
The actual unit type does not match the set unit type  
Write data record “WRREC”:  
For writing access to a data record, the slot, index, length of the data record and the new value must be  
entered. At step 7 and when using the SFB 53 the Logical Address of the slot is to be entered instead of  
the slot.  
Error code  
DF80B000  
DF80B100  
DF80B200  
DF80B300  
DF80B600  
DF80B700  
Meaning  
The unit does not recognize the parameter (invalid index)  
The length entry of the parameter is incorrect  
The projected slot is not occupied  
The actual unit type does not match the set unit type  
The parameter cannot be changed  
Invalid range of values of a parameter  
You will find the parameter tables (acyclic) of each of the device types in Appendix 17 (A).  
26  
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7. External connections  
7.1 Power supply  
+24V to X11, current consumption approx. 150mA  
bridge (contact)  
Thyro-S: see chapter 3.1  
Thyro-a: see chapter 3.2  
TPM: see chapter 3.3  
X1 - X8 to the power controllers  
supply  
24V DC (approx. 150mA)  
The foregoing circuit diagram shows the connection of the bus module  
27  
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7.2 Operating elements and terminal blocks  
This chapter describes the available terminal blocks, plug connectors and operating elements.  
Configuration of the 7 pin connector of slots X1 to X8:  
1
2
3
4
5
6
7
Switched ground potential. All pins 1 of slots X1 – X8 are connected.  
RxD  
TxD  
Ground  
Switchable ground potential. The slots X1 – X8 can be switched as desired.  
Ground  
Ground potential for shield connection  
Configuration of the 3 pin connector X11:  
X11:  
X11:  
X11:  
+24V  
24V - ground  
Grounding, carry out by as short a route as possible.  
28  
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8. Interfaces  
8.1 System interface  
The bus module is connected with the relevant system interfaces of the power controllers via X1 to X8  
(four-wire, 2x2 twisted, shared shielding).  
The transmission rate is 38,400 Bd.  
The asynchronous characters are transferred with 8bit, no parity, one stop bit. The protocol begins with  
STX, followed by an identifier, the data, and is concluded with a check sum. Defective protocols are  
ignored.  
8.2 Ethernet interfaces  
Communication medium  
CAT 5e  
Network topology  
tree, star and line  
100m  
Maximum cable length  
ProfiNET-participants  
restricted to the maximum supported number of devices by the con-  
troller used  
PNO identification number0x0188  
Device ID  
0x0001  
Transmission rate  
100 Mbit/s  
29  
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9. Connection diagrams Thyro-A  
Fig. 2 Connection diagram Thyro-A  
bus setpoint is  
active  
analog input is  
active  
setpoint  
*blank  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
setpoint 1  
setpoint 2  
setpoint 8  
group switching  
bus setpoint/analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
setpoint 1  
setpoint 2  
setpoint 8  
selective switching  
bus setpoint/analog input  
30  
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10. Connection diagrams Thyro-S  
Fig. 3 Connection diagram Thyro-S  
bus setpoint is  
active  
analog input is  
active  
setpoint  
*blank  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
setpoint 1  
setpoint 2  
ON/OFF  
setpoint 8  
ON/OFF  
ON/OFF  
group switching  
bus setpoint/analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
setpoint 1  
setpoint 2  
setpoint 8  
ON/OFF  
ON/OFF  
ON/OFF  
selective switching  
bus setpoint/analog input  
31  
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11. Connection diagrams TSC  
Fig. 4 Connection diagram TSC  
bus setpoint is  
active  
analog input is  
active  
setpoint  
*blank  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
setpoint 1  
setpoint 2  
setpoint 8  
group switching  
bus setpoint/analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
bus setpoint/  
analog input  
setpoint 1  
setpoint 2  
setpoint 8  
selective switching  
bus setpoint/analog input  
32  
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12. Specific notes  
12.1 Installation  
The bus modules can be installed in any desired order.  
12.2 Service  
The devices supplied have been produced in accordance with the quality standard ISO 9001. Should there  
be faults in spite of this, our 24 hour service hotline is on hand, tel.: +49 (0)2902 763-100.  
13. Technical Data  
Power supply  
24V DC 150mA  
Connection options for  
up to 8 AEG power controllers of series Thyro-S, Thyro-A and the TPM  
series  
Function control  
Assembly  
LED  
DIN rail  
Ambient temperature  
Dimensions (WxDxH):  
Weight circa:  
maximum 55°C  
150 x 60 x 95 mm  
0.35 kg  
33  
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14. Dimension drawings  
55 mm height  
incl. cover  
15. Accessories and options  
Ready-made bus module-side shielded cable.  
A set of cable consists of 4 connection cables for connecting 4 power controllers.  
Order number 2000 000 848  
Order number 2000 000 849  
Bus module connection cable for 4 controllers, 2.5 m long  
Bus module connection cable for 4 controllers, 1.5 m long  
16. Approvals and conformity  
- Quality standard in acc. with EN ISO 9001  
- CE conformity  
- ProfiNet conformity  
- RoHS compliant 5/6  
- Directives  
The CE mark on the device confirms compliance with the EC directives 2006 / 95 / EEC for low voltage  
and 2004 / 108 / EEC for electromagnetic compatibility if the instructions on installation and commissio-  
ning described in the operating instructions are followed.  
34  
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In detail  
ProfiNet  
IEC 61158  
IEC 61784  
Built-in device (VDE0160)  
Storage temperature (D)  
Transport temperature  
Operating temperature (better B)  
Humidity class  
EN 50 178  
-25°C - +55°C  
-25°C - +70°C  
-10°C - +55°C  
B
2
EN 50 178 tab. 7 (EN 60 721)  
EN 50 178 tab. 2  
900mbar * 1000m above sea level  
EN 69 529  
Degree of contamination  
Air pressure  
Degree of protection  
EMC-testing  
IP00  
EN 61000-6-2 (-4)  
CISPR 16  
Emitted interference  
Radiated immunity  
Conducted immunity  
ESD  
EN/IEC 61000-4-3  
EN/IEC 61000-4-6  
EN/IEC 61000-4-2  
EN 61000-4-4  
8kV (A)  
1kV (A)  
Burst control lines  
35  
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17. Appendix A  
1. Acyclic parameter table Thyro-S; Thyro-A; -C01; -C02; -C03; -C05  
Table A: Thyro-S.., Thyro-A.., Thyro-A-C01; -C02; -C03; -C05 controller parameters slot 1-8  
Controller parameter  
Index Symbol  
Name  
Data type Value range  
Combo-opt.  
1
I_TYP  
U_TYP  
P_TYP  
BETR  
AN1  
Controller type current  
Controller supply voltage  
Controller type output power  
Operating mode  
u16  
u16  
u32  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
0…  
2
0…1000  
0…  
3
6
0…3  
Reserved, TAKT, VAR, QTM  
7
Phase angle of 1st half wave  
Soft start duration (given)  
Soft stop duration (given)  
Cycle period duration  
Minimum interval  
0…180  
0…1000  
0…1000  
0…1000  
0…10  
1…T0  
0…T0  
0…180  
0…180  
0…8  
8
SST  
9
SDN  
10  
11  
12  
13  
14  
15  
16  
T0  
MP  
TSMAX  
TSMIN  
V_IE  
H_IE  
RE  
Maximum cycle turn on time  
Minimum cycle turn on time  
Front pulse stop  
Back pulse stop  
Control (analog output value)  
Uload2, Uload eff, Iload2, Iload eff, reserved, real power,  
reserved, reserved, without regulation  
17  
18  
19  
20  
21  
22  
23  
24  
TI_1  
PI controller, I part  
u16  
u16  
u16  
u16  
u16  
u16  
u32  
u16  
0= aus 0…65535  
KP_1  
PI controller, P part  
0= aus 0…65535  
KR_1  
PI controller, counter P part  
Front pulse stop phase 2  
Effective voltage setpoint maximum  
Effective current setpoint maximum  
Power setpoint maximum  
Setpoint activation  
0…65535  
0…180  
0…  
V_IE_2  
UEMA  
IEMA  
0…  
PMA  
0…  
SW_ENABLE  
0…3  
Bit0=1 setpoint x2.4 active, Bit1=1 setpoint  
master active  
27  
SW_REGLER  
OF_1  
Setpoint x2.4  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u32  
u32  
0…4096  
0…4096  
0…4096  
0…1000  
0…1000  
0…1  
28  
Actual value output offset 1  
Scale end value actual value output 1  
Mains voltage monitoring min.  
Mains voltage monitoring max.  
Undercurrent monitoring  
Relay configuration 2  
29  
FA_1  
30  
SPG_MIN  
SPG_MAX  
UN_S  
31  
32  
on, off  
33  
RELAIS_CTRL_2  
0…65535  
0…4505  
0…65535  
0…65535  
0…65535  
0…65535  
bit coded  
34  
LASTBRUCH_MIN_ABS Load fault, minimum value  
36  
SYNC_ADR  
IMAB  
Synchro cycle address  
Pulse switch-off in case of failure  
Control start controller analog setpoint  
Control end controller analog setpoint  
Configuration 3A  
37  
bit coded  
bit coded  
38  
STA_RE  
STE_RE  
39  
40  
41  
MOSI_FA  
DAC_1_CTRL  
VERS_T  
Peak current value limit  
Analog output configuration 1  
Version day  
0…4096  
0…10  
42  
44  
1…31  
45  
VERS_M  
VERS_J  
Version month  
1…12  
46  
Version year  
0…9999  
0…1  
48  
Controller inhibit  
on, off  
49  
RELAIS_CTRL  
Relay configuration 1  
0…65535  
0…1  
bit coded  
off, save  
50  
Save  
56  
MITTEL  
TEMP  
Averaging analog output 1  
Temperature  
0…65535  
-50…150  
0…65535  
0…4096  
0…4096  
0…10  
84  
109  
110  
111  
112  
115  
116  
117  
118  
119  
120  
121  
122  
123  
124  
MITTEL_2  
OF_2  
Averaging analog output 2  
Actual value output offset 2  
Scale end value actual value output 2  
Analog output configuration 2  
Averaging analog output 3  
Actual value output offset 3  
Scale end value actual value output 3  
Analog output configuration 3  
Voltage limit minimum  
Voltage limit maximum  
Current limit minimum  
Current limit maximum  
Power limit minimum  
FA_2  
DAC_2_CTRL  
MITTEL_3  
OF_3  
0…65535  
0…4096  
0…4096  
0…10  
FA_3  
DAC_3_CTRL  
U_MIN  
0…65535  
0…65535  
0…65535  
0…65535  
0…  
U_MAX  
I_MIN  
I_MAX  
P_MIN  
P_MAX  
Power limit maximum  
0…  
36  
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1S  
1A  
2A  
3A  
1A  
Unit  
R / W  
Default  
Note  
Index  
A
r
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
type  
1
V
r
x
x
x
x
x
x
x
x
x
x
x
x
x
x
type  
2
W
r
type  
H RLP1  
S1.1-2  
R201  
3
r/w *  
r/w *  
r/w *  
r/w  
r/w*  
r/w *  
r/w  
r/w  
r/w  
r/w  
r/w *  
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
TAKT  
60˚el  
6
˚el  
7
period  
period  
period  
period  
period  
period  
˚el  
x
x
x
x
6 period  
6 period  
R201  
8
9
50 period R201  
10  
11  
12  
13  
14  
15  
16  
3 period  
50 period  
0 period  
180˚el  
R201  
x
x
x
x
x
x
˚el  
0˚el  
x
x
x
Uload²  
S1.3-5 power only with H RLP1  
r/w  
r/w  
r/w  
r/w  
r/w *  
r/w *  
r/w *  
r
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
20  
60  
10  
17  
18  
19  
20  
21  
22  
23  
24  
period  
0.1 V  
0.1 A  
W
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
440V  
110A  
0
R 202 **  
R 203  
R 202 **  
x
x
x
x
x
x
x
x
x
x
x
x
x
x
0
4096=100%  
r
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
27  
20/4096mA r/w *  
0mA  
1
S1.9  
28  
1/819  
r/w *  
r/w  
R 204  
29  
V
V
x
x
x
x
x
x
x
x
x
x
x
type  
type  
off  
30  
r/w  
31  
r/w *  
r/w  
R 205  
R 205  
32  
0
33  
100/4096% r/w *  
x
0%  
100  
0
34  
period /2  
r/w  
r/w  
x
x
x
x
x
x
x
x
x
x
x
x
x
x
36  
x
x
x
x
x
x
37  
20/4096mA r/w *  
0mA  
20mA  
S1.6  
38  
20/4096mA r/w  
39  
r/w  
r/w  
r/w  
r
40  
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
type  
6
41  
42  
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
44  
r
45  
r
46  
r/w  
r/w  
r/w  
r/w  
off  
48  
447  
off  
49  
x
x
x
x
x
x
x
x
x
x
50  
100  
56  
°C  
r
84  
r/w  
100  
0mA  
1
109  
110  
111  
112  
115  
116  
117  
118  
119  
120  
121  
122  
123  
124  
20/4096mA r/w  
S1.9  
1/819  
r/w  
r/w  
r/w  
R 204  
6
100  
0mA  
1
20/4096mA r/w  
S1.9  
1/819  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
R 204  
6
0.1 V  
0.1 V  
0.1 A  
0.1 A  
W
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
W
37  
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2. Acyclic parameter table Thyro-C07  
Table B: Thyro-C07 controller parameters slot 1-8  
Controller parameter  
Symbol  
Name  
Data  
type  
Value  
range  
Combo-opt.  
1
I_TYP  
U_TYP  
P_TYP  
BETR  
AN1  
Controller type current  
Controller supply voltage  
Controller type output power  
Operating mode  
u16  
u16  
u32  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
0…  
2
0…1000  
0…  
3
6
0…3  
reserved, TAKT, VAR, QTM  
7
Phase angle of 1st half wave  
0…180  
0…1000  
0…1000  
0…1000  
0…10  
1…T0  
0…T0  
0…180  
0…180  
0…9  
8
SST  
9
SDN  
Soft stop duration (given)  
Cycle period duration  
Minimum interval  
10  
11  
12  
13  
14  
15  
16  
T0  
MP  
TSMAX  
TSMIN  
V_IE  
H_IE  
RE  
Maximum cycle turn on time  
Minimum cycle turn on time  
Front pulse stop  
Back pulse stop  
Control (analog output value)  
Uload2, Uload eff, Iload2, Iload eff, reserved, real power,  
reserved, reserved, without regulation, temperature  
17  
18  
TI_1  
PI controller, I part  
PI controller, P part  
u16  
u16  
0= aus  
0…65535  
0= aus  
0…65535  
0…65535  
0…65535  
0…  
KP_1  
KR_1  
19  
20  
21  
22  
23  
24  
27  
28  
29  
30  
31  
32  
33  
34  
PI controller, counter P part  
Temperature coefficient of the heating tape  
Effective voltage setpoint maximum  
Effective current setpoint maximum  
Power setpoint maximum  
u16  
u16  
u16  
u16  
u32  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
UEMA  
IEMA  
0…  
PMA  
0…  
SW_ENABLE  
SW_REGLER  
OF_1  
Setpoint activation  
0…3  
bit0=1 setpoint x2.4 active, bit1=1 setpoint master active  
Setpoint x2.4  
0…4096  
0…4096  
0…4096  
0…1000  
0…1000  
0…1  
Actual value output offset 1  
Scale end value actual value output 1  
Mains voltage monitoring min.  
Mains voltage monitoring max.  
Undercurrent monitoring  
FA_1  
SPG_MIN  
SPG_MAX  
UN_S  
off, on  
RELAIS_CTRL_2  
Relay configuration 2  
0…65535  
0…4505  
bit coded  
LASTBRUCH_MIN_ Load fault, minimum value  
ABS  
36  
37  
38  
39  
41  
42  
44  
45  
46  
48  
49  
50  
56  
84  
SYNC_ADR  
IMAB  
Synchro cycle address  
Pulse switch-off in case of failure  
Control start controller analog setpoint  
Control end controller analog setpoint  
Peak current value limit  
Analog output configuration 1  
Version day  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u32  
u32  
0…65535  
0…65535  
0…65535  
0…65535  
0…4096  
0…11  
bit coded  
STA_RE  
STE_RE  
MOSI_FA  
DAC_1_CTRL  
VERS_T  
VERS_M  
VERS_J  
1…31  
Version month  
1…12  
Version year  
0…9999  
0…1  
Controller inhibit  
off, on  
RELAIS_CTRL  
Relay configuration 1  
0…65535  
0…1  
bit coded  
off, save  
Save  
MITTEL  
TEMP  
Averaging analog output 1  
Temperature  
0…65535  
-50…150  
0…65535  
0…4096  
0…4096  
0…11  
109 MITTEL_2  
110 OF_2  
Averaging analog output 2  
Actual value output offset 2  
Scale end value actual value output 2  
Analog output configuration 2  
Averaging analog output 3  
Actual value output offset 3  
Scale end value actual value output 3  
Analog output configuration 3  
Voltage limit minimum  
Voltage limit maximum  
Current limit minimum  
111 FA_2  
112 DAC_2_CTRL  
115 MITTEL_3  
116 OF_3  
0…65535  
0…4096  
0…4096  
0…11  
117 FA_3  
118 DAC_3_CTRL  
119 U_MIN  
120 U_MAX  
121 I_MIN  
0…65535  
0…65535  
0…65535  
0…65535  
0…  
122 I_MAX  
Current limit maximum  
Power limit minimum  
123 P_MIN  
124 P_MAX  
Power limit maximum  
0…  
38  
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unit  
R / W  
Default  
Note  
Index  
A
r
type  
1
V
r
type  
2
W
r
type  
H RLP1  
S1.1-2  
R201  
3
r/w *  
r/w *  
r/w *  
r/w  
r/w*  
r/w *  
r/w  
r/w  
r/w  
r/w  
r/w *  
TAKT  
60°el  
6
°el  
7
8
period  
period  
period  
period  
period  
°el  
6 period  
50 period  
3 period  
50 period  
0 period  
180°el  
9
R201  
R201  
10  
11  
12  
13  
14  
15  
°el  
0°el  
Uload2  
S1.3-5 power only with 16  
H RLP1  
r/w  
r/w  
20  
60  
10  
17  
18  
r/w  
19  
20  
r/w  
0.1V  
0.1A  
W
r/w *  
r/w *  
r/w *  
r
440V  
110A  
0
R202**  
R203  
21  
22  
23  
24  
27  
28  
29  
30  
31  
32  
33  
34  
R202**  
0
4096=100%  
r
20/4096mA  
r/w *  
r/w *  
r/w  
0mA  
1
S1.9  
1/819  
R204  
V
V
type  
type  
off  
r/w  
r/w *  
r/w  
R205  
R205  
0
100/4096%  
period/2  
r/w *  
0%  
r/w  
r/w  
r/w *  
r/w  
r/w  
r/w  
r
100  
0
36  
37  
20/4096mA  
20/4096mA  
0mA  
20mA  
type  
6
S1.6  
38  
39  
41  
42  
44  
r
45  
r
46  
r/w  
r/w  
r/w  
r/w  
r
off  
48  
447  
off  
49  
50  
100  
56  
°C  
84  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
100  
0mA  
1
109  
110  
111  
112  
115  
116  
117  
118  
119  
120  
121  
122  
123  
124  
20/4096mA  
1/819  
S1.9  
R204  
6
100  
0mA  
1
20/4096mA  
1/819  
S1.9  
R204  
6
0.1V  
0.1V  
0.1A  
0.1A  
W
W
39  
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3. Acyclic parameter table Thyro-Power Manager  
Table C: TPM parameters slot 1-8  
Controller parameter  
Symbol  
Name  
Data  
type  
Value  
range  
Combo-opt.  
bit coded  
1
W1_TYP  
W2_TYP  
W3_TYP  
W_CTRL  
U_TYP  
T0  
Type value transformer 1  
Type value transformer 2  
Type value transformer 3  
Transformer setting  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
1...65535  
1...65535  
1...65535  
0...65535  
1…260  
1…1500  
2…10  
2
3
4
5
Type value U mains  
7
8
ANZ  
Number  
9
T01  
1st time / phase 1  
2nd time / phase 2  
3rd time / phase 3  
4th time / phase 4  
5th time / phase 5  
6th time / phase 6  
7th time / phase 7  
8th time / phase 8  
9th time / phase 9  
10th time / phase 10  
Offset 1  
0…T0  
10  
11  
12  
13  
14  
15  
16  
17  
18  
39  
40  
41  
T02  
0…T0  
T03  
0…T0  
T04  
0…T0  
T05  
0…T0  
T06  
0…T0  
T07  
0…T0  
T08  
0…T0  
T09  
0…T0  
T10  
0…T0  
DAC1_OF  
DAC1_FA  
DAC1_CTRL  
0…4095  
0…4096  
1…16  
Scale end value 1  
Output value 1  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
42  
43  
44  
DAC2_OF  
DAC2_FA  
Offset 2  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 2  
Output value 2  
DAC2_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
45  
46  
47  
DAC3_OF  
DAC3_FA  
Offset 3  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 3  
Output value 3  
DAC3_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
48  
49  
50  
DAC4_OF  
DAC4_FA  
Offset 4  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 4  
Output value 4  
DAC4_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
51  
52  
53  
DAC5_OF  
DAC5_FA  
Offset 5  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 5  
Output value 5  
DAC5_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
54  
55  
56  
DAC6_OF  
DAC6_FA  
Offset 6  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 6  
Output value 6  
DAC6_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
57  
DAC_MITTEL  
SPG_MIN  
SPG_MAX  
W1_MAX  
Average  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
f32  
1…65535  
0…5120  
0…5120  
0…8192  
0…8192  
0…8192  
0...65535  
0...65535  
0...65535  
1…31  
58  
Lower limit mains voltage  
Upper limit mains voltage  
Limit transformer 1  
Limit transformer 2  
Limit transformer 3  
Monitoring mode transformer  
Fault output  
59  
60  
61  
W2_MAX  
62  
W3_MAX  
63  
WA_CTRL  
bit coded  
bit coded  
bit coded  
64  
66  
Alarm output  
68  
Vers_D  
Vers_M  
Vers_Y  
Firmware version day  
Firmware version month  
Firmware version year  
Save  
69  
1…12  
70  
0…9999  
0…1  
72  
off, save  
74  
Operating hours  
Limiting value temperature  
Energy  
0…  
76  
TEMP_MAX  
u16  
f32  
0…255  
0…  
99  
105  
106  
107  
108  
109  
110  
121  
123  
124  
Analog output 1  
Analog output 2  
Analog output 3  
Analog output 4  
Analog output 5  
Analog output 6  
Device number  
u16  
u16  
u16  
u16  
u16  
u16  
u32  
u16  
u32  
u16  
u16  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…  
Serial number  
0…  
PCB number  
0…  
126 F_MIN_MAX  
127 F_TOL  
Frequency limit  
100…2500  
1…25  
Frequency tolerance  
40  
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Unit  
R / W  
Default  
Note  
Index  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w *  
r/w *  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w  
100  
100  
100  
8
1
2
3
4
230  
50  
10  
0
5
R309  
7
S2  
8
9
5
10  
11  
12  
13  
14  
15  
16  
17  
18  
39  
40  
41  
10  
15  
20  
25  
30  
35  
40  
45  
0
4096=10V  
1/819  
819  
1
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
42  
43  
44  
819  
2
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
45  
46  
47  
819  
3
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
48  
49  
50  
819  
4
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
51  
52  
53  
819  
9
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
54  
55  
56  
819  
16  
r/w  
100  
57  
r/w  
3473  
4541  
5118  
5118  
5118  
16399  
127  
58  
r/w  
59  
r/w *  
R310  
R310  
R310  
60  
r/w *  
61  
r/w *  
62  
r/w  
63  
r/w  
64  
r/w  
504  
66  
r
68  
r
69  
r
70  
r/w  
0
72  
h
r
74  
°C  
kWh  
r/w  
80  
76  
r
99  
r
105  
106  
107  
108  
109  
110  
121  
123  
124  
126  
127  
r
r
r
r
r
r
r
r
r/w  
r/w  
1709  
9
%
41  
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4. Acyclic parameter table Thyro-Step Controller  
Table D: TSC parameters slot 1-8  
Controller parameter  
Symbol  
Name  
Data  
type  
Value range Combo-opt.  
1
W1_TYP  
W2_TYP  
W3_TYP  
W_CTRL  
U_TYP  
T0  
Type value transformer 1  
Type value transformer 2  
Type value transformer 3  
Transformer setting  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
1...65535  
1...65535  
1...65535  
0...65535  
2
3
4
5
Type value U network  
1…260  
bit coded  
7
1…1500  
1…11  
8
ANZ  
Number  
9
S01  
1st phase  
1…32768  
1…32768  
1…32768  
1…32768  
1…32768  
1…32768  
1…32768  
1…32768  
1…32768  
1…32768  
0…3  
10  
11  
12  
13  
14  
15  
16  
17  
18  
27  
31  
32  
37  
38  
39  
40  
41  
S02  
2nd phase  
S03  
3rd phase  
S04  
4th phase  
S05  
5th phase  
S06  
6th phase  
S07  
7th phase  
S08  
8th phase  
S09  
9th phase  
S10  
10th phase  
Setpoint activation 1  
Control start setpoint 1  
Control stop setpoint 1  
Control start setpoint 2  
Control stop setpoint 2  
Offset 1  
bit0=1 setpoint x6.1 active, bit1=1 setpoint master active  
0…4096  
0…4096  
0…4096  
0…4096  
0…4095  
0…4096  
1…16  
DAC1_OF  
DAC1_FA  
Scale end value 1  
Output value 1  
DAC1_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
42  
43  
44  
DAC2_OF  
DAC2_FA  
Offset 2  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 2  
Output value 2  
DAC2_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
45  
46  
47  
DAC3_OF  
DAC3_FA  
Offset 3  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 3  
Output value 3  
DAC3_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
48  
49  
50  
DAC4_OF  
DAC4_FA  
Offset 4  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 4  
Output value 4  
DAC4_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
51  
DAC5_OF  
Offset 5  
u16  
0…4095  
52  
53  
DAC5_FA  
Scale end value 5  
Output value 5  
u16  
u16  
0…4096  
1…16  
DAC5_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
54  
55  
56  
DAC6_OF  
DAC6_FA  
Offset 6  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 6  
Output value 6  
DAC6_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
57  
DAC_MITTEL  
SPG_MIN  
SPG_MAX  
W1_MAX  
Average  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
f32  
1…65535  
0…5120  
0…5120  
0…8192  
0…8192  
0…8192  
0...65535  
0...65535  
0...65535  
1…31  
58  
Lower limit mains voltage  
Upper limit mains voltage  
Limit transformer 1  
Limit transformer 2  
Limit transformer 3  
Monitoring mode transformer  
Fault output  
59  
60  
61  
W2_MAX  
62  
W3_MAX  
63  
WA_CTRL  
bit coded  
bit coded  
bit coded  
64  
66  
Alarm output  
68  
Vers_D  
Vers_M  
Vers_Y  
Firmware version day  
Firmware version month  
Firmware version year  
Save  
69  
1…12  
70  
0…9999  
0…1  
72  
off, save  
74  
Operating hours  
Limiting value temperature  
Energy  
0…  
76  
TEMP_MAX  
u16  
f32  
0…255  
0…  
99  
105  
106  
107  
108  
109  
110  
119  
121  
123  
124  
Analog output 1  
Analog output 2  
Analog output 3  
Analog output 4  
Analog output 5  
Analog output 6  
DC input 3 (x5.10)  
Device number  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u32  
u16  
u32  
u16  
u16  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…  
Serial number  
0…  
PCB number  
0…  
126 F_MIN_MAX  
127 F_TOL  
Frequency limit  
100…2500  
1…25  
Frequency tolerance  
42  
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Unit  
R / W  
Default  
Note  
Index  
r/w  
100  
1
r/w  
100  
2
r/w  
100  
3
r/w  
8
4
r/w  
230  
5
r/w *  
r/w *  
r/w *  
r/w *  
r/w *  
r/w *  
r/w *  
r/w *  
r/w *  
r/w *  
r/w *  
r/w *  
r
50  
R309  
7
11  
S2  
8
2978  
5956  
8934  
11912  
14890  
17868  
20846  
23824  
26802  
29780  
9
10  
11  
12  
13  
14  
15  
16  
17  
18  
27  
31  
32  
37  
38  
39  
40  
41  
20/4096mA  
20/4096mA  
20/4096mA  
20/4096mA  
4096=10V  
1/819  
r/w  
0
r/w  
4096  
0
r/w  
r/w  
4096  
0
r/w  
r/w  
819  
1
r/w  
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
42  
43  
44  
819  
2
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
45  
46  
47  
819  
3
4096=10V  
1/819  
r/w  
r/w  
r
0
48  
49  
50  
819  
4
4096=10V  
1/819  
r/w  
0
51  
r/w  
r/w  
819  
9
52  
53  
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
54  
55  
56  
819  
16  
r/w  
100  
57  
r/w  
3473  
4541  
5118  
5118  
5118  
16399  
127  
58  
r/w  
59  
r/w *  
R310  
R310  
R310  
60  
r/w *  
61  
r/w *  
62  
r/w  
63  
r/w  
64  
r/w  
504  
66  
r
68  
r
69  
r
70  
r/w  
0
72  
h
r
74  
°C  
kWh  
r/w  
80  
76  
r
99  
r
105  
106  
107  
108  
109  
110  
119  
121  
123  
124  
126  
127  
r
r
r
r
r
4096=100%  
r
r
r
r
r/w  
r/w  
1709  
9
%
43  
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5. Acyclic parameter table Thyro-Measurement Unit  
Table D: TMU parameters slot 1-8  
Controller parameter  
Symbol  
Name  
Data  
type  
Value range Combo-opt.  
1
W1_TYP  
W2_TYP  
W3_TYP  
W_CTRL  
U_TYP  
Type value transformer 1  
Type value transformer 2  
Type value transformer 3  
Transformer setting  
Type value U network  
Measuring and cycle time  
Offset 1  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
1...65535  
1...65535  
1...65535  
2
3
4
0...65535  
1…260  
bit coded  
5
7
T0  
1…15000  
0…4095  
39  
DAC1_OF  
40  
41  
DAC1_FA  
Scale end value 1  
Output value 1  
u16  
u16  
0…4096  
1…16  
DAC1_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
42  
43  
44  
DAC2_OF  
DAC2_FA  
Offset 2  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 2  
Output value 2  
DAC2_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
45  
46  
47  
DAC3_OF  
DAC3_FA  
Offset 3  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 3  
Output value 3  
DAC3_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
48  
49  
50  
DAC4_OF  
DAC4_FA  
Offset 4  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 4  
Output value 4  
DAC4_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
51  
52  
53  
DAC5_OF  
DAC5_FA  
Offset 5  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 5  
Output value 5  
DAC5_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
54  
55  
56  
DAC6_OF  
DAC6_FA  
Offset 6  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 6  
Output value 6  
DAC6_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
57  
58  
59  
60  
61  
62  
63  
64  
66  
68  
69  
70  
72  
74  
DAC_MITTEL  
SPG_MIN  
SPG_MAX  
W1_MAX  
Average  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
f32  
1…65535  
0…5120  
0…5120  
0…8192  
0…8192  
0…8192  
0...65535  
0...65535  
0...65535  
1…31  
Lower limit mains voltage  
Upper limit mains voltage  
Limit transformer 1  
Limit transformer 2  
Limit transformer 3  
Monitoring mode transformer  
Fault output  
W2_MAX  
W3_MAX  
WA_CTRL  
bit coded  
bit coded  
bit coded  
Alarm output  
Vers_D  
Vers_M  
Vers_Y  
Firmware version day  
Firmware version month  
Firmware version year  
Save  
1…12  
0…9999  
0…1  
off, save  
Operating hours  
0…  
76  
99  
TEMP_MAX  
Limiting value temperature  
Energy  
u16  
f32  
0…255  
0…  
105  
106  
107  
108  
109  
110  
119  
Analog output 1  
Analog output 2  
Analog output 3  
Analog output 4  
Analog output 5  
Analog output 6  
DC input 3 (x5.10)  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
121  
123  
124  
Device number  
Serial number  
u32  
u16  
u32  
u16  
u16  
0…  
0…  
PCB number  
0…  
126 F_MIN_MAX  
127 F_TOL  
Frequency limit  
Frequency tolerance  
100…2500  
1…25  
44  
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Unit  
R / W  
Default  
Note  
Index  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w *  
r/w  
100  
100  
100  
8
1
2
3
4
230  
50  
5
R309  
7
4096=10V  
1/819  
0
39  
r/w  
r/w  
819  
1
40  
41  
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
42  
43  
44  
819  
2
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
45  
46  
47  
819  
3
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
48  
49  
50  
819  
4
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
51  
52  
53  
819  
9
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
54  
55  
56  
819  
16  
r/w  
r/w  
r/w  
r/w *  
r/w *  
r/w *  
r/w  
r/w  
r/w  
r
100  
57  
58  
59  
60  
61  
62  
63  
64  
66  
68  
69  
70  
72  
74  
3473  
4541  
5118  
5118  
5118  
16399  
127  
R310  
R310  
R310  
504  
r
r
r/w  
r
0
h
°C  
kWh  
r/w  
r
80  
76  
99  
r
r
r
r
r
r
r
105  
106  
107  
108  
109  
110  
119  
4096=100%  
r
121  
123  
124  
126  
127  
r
r
r/w  
r/w  
1709  
9
%
45  
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6. Acyclic parameter table Thyro Input-Output Unit  
Table F: TIO parameters slot 1-8  
Controller parameter  
Symbol  
Name  
Data  
type  
Value range Combo-opt.  
1
W1_TYP  
W2_TYP  
W3_TYP  
W_CTRL  
U_TYP  
Type value transformer 1  
Type value transformer 2  
Type value transformer 3  
Transformer setting  
Type value U mains  
Measuring and cycle time  
Offset 1  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
1...65535  
1...65535  
1...65535  
2
3
4
0...65535  
1…260  
bit coded  
5
7
T0  
1…1500  
0…4095  
39  
DAC1_OF  
40  
41  
DAC1_FA  
Scale end value 1  
Output value 1  
u16  
u16  
0…4096  
1…16  
DAC1_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
42  
43  
44  
DAC2_OF  
DAC2_FA  
Offset 2  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 2  
Output value 2  
DAC2_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
45  
46  
47  
DAC3_OF  
DAC3_FA  
Offset 3  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 3  
Output value 3  
DAC3_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
48  
49  
50  
DAC4_OF  
DAC4_FA  
Offset 4  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 4  
Output value 4  
DAC4_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
51  
52  
53  
DAC5_OF  
DAC5_FA  
Offset 5  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 5  
Output value 5  
DAC5_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
54  
55  
56  
DAC6_OF  
DAC6_FA  
Offset 6  
u16  
u16  
u16  
0…4095  
0…4096  
1…16  
Scale end value 6  
Output value 6  
DAC6_CTRL  
transformer1, transformer2, transformer3, U mains, setpoint1,  
setpoint2, R309, R310, temp., res., controller1,…, controller6  
57  
58  
59  
60  
61  
62  
63  
64  
66  
68  
69  
70  
72  
74  
DAC_MITTEL  
SPG_MIN  
SPG_MAX  
W1_MAX  
Average  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
f32  
1…65535  
0…5120  
0…5120  
0…8192  
0…8192  
0…8192  
0...65535  
0...65535  
0...65535  
1…31  
Lower limit mains voltage  
Upper limit mains voltage  
Limit transformer 1  
Limit transformer 2  
Limit transformer 3  
Monitoring mode transformer  
Fault output  
W2_MAX  
W3_MAX  
WA_CTRL  
bit coded  
bit coded  
bit coded  
Alarm output  
Vers_D  
Vers_M  
Vers_Y  
Firmware version day  
Firmware version month  
Firmware version year  
Save  
1…12  
0…9999  
0…1  
off, save  
Operating hours  
0…  
76  
99  
TEMP_MAX  
Limiting value temperature  
Energy  
u16  
f32  
0…255  
0…  
105  
106  
107  
108  
109  
110  
119  
Analog output 1  
Analog output 2  
Analog output 3  
Analog output 4  
Analog output 5  
Analog output 6  
DC input 3 (x5.10)  
u16  
u16  
u16  
u16  
u16  
u16  
u16  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
0…4096  
121  
123  
124  
Device number  
Serial number  
u32  
u16  
u32  
u16  
u16  
0…  
0…  
PCB number  
0…  
126 F_MIN_MAX  
127 F_TOL  
Frequency limit  
Frequency tolerance  
100…2500  
1…25  
46  
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Unit  
R / W  
Default  
Note  
Index  
r/w  
r/w  
r/w  
r/w  
r/w  
r/w *  
r/w  
100  
100  
100  
8
1
2
3
4
230  
50  
5
R309  
7
4096=10V  
1/819  
0
39  
r/w  
r/w  
819  
1
40  
41  
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
42  
43  
44  
819  
2
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
45  
46  
47  
819  
3
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
48  
49  
50  
819  
4
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
51  
52  
53  
819  
9
4096=10V  
1/819  
r/w  
r/w  
r/w  
0
54  
55  
56  
819  
16  
r/w  
r/w  
r/w  
r/w *  
r/w *  
r/w *  
r/w  
r/w  
r/w  
r
100  
57  
58  
59  
60  
61  
62  
63  
64  
66  
68  
69  
70  
72  
74  
3473  
4541  
5118  
5118  
5118  
16399  
127  
R310  
R310  
R310  
504  
r
r
r/w  
r
0
h
°C  
kWh  
r/w  
r
80  
76  
99  
r
r
r
r
r
r
r
105  
106  
107  
108  
109  
110  
119  
4096=100%  
r
121  
123  
124  
126  
127  
r
r
r/w  
r/w  
1709  
9
%
47  
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Emil-Siepmann-Str. 32  
59581 Warstein-Belecke  
Deutschland  
Tel.: +49(0)2902 763 -520 / -290  
Fax: +49(0)2902 763 -1201  
www.aegpowercontrollers.com  
www.aegps.com  
Betriebsanleitung/Operating Instructions 8000029997 BAL, en 07/10;  
printed in Germany, subject to change without notice  
AEG is a registered trademark used under license from AB Electrolux  
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