Hoval TopTronic E User manual

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CST instructions TopTronic®E
MWA
Content
1. Controller generation TopTronic®E.............................................................................2
1.1. System overview....................................................................................................................2
2. Module diagrams TopTronic®E....................................................................................3
2.1. Measured value module, TTE-MWA......................................................................................3
3. Technical data................................................................................................................4
4. Setting the address of modules (DIP switches)..........................................................6
6. Bus termination (terminating resistor).........................................................................7
7. Overview of menu structure/function levels "Service" TTE-MWA.............................8
8. Basic settings.................................................................................................................9
8.1. Access levels / code input / user level.................................................................................9
8.1.1. M-BUS information .........................................................................................................10
8.1.2. M-BUS parameters.........................................................................................................10
8.1.3. M-BUS configuration.......................................................................................................11
8.1.4. M-bus information values................................................................................................14
8.1.5. General – faults ..............................................................................................................15

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1. Controller generation TopTronic®E
The TopTronic®E controller system is based on independent controller units (modules) that are connected together via the Hoval CAN bus. The individual modules can
be set using one or more control modules.
A maximum of 16 intelligent modules can be connected. In the TTE-WEZ module, it is possible to use 16 modules as well, although only 8 heat-generators
can be controlled.
Maximum 11 TTE-FW modules in the master/slave group
Max. two TTW-FE expansion modules can be connected to the intelligent modules. (Exception: max. 1 expansion module for TTE H-Gen module)
A maximum of 5 module expansions can be connected to the TTE-FW module
1.1.System overview

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TTE – MWA
(M-bus)
- +
MBUS
+H
L
CAN
+H
L
CAN
432
ADR.
1
ON
R-CAN
OFF
ON
2. Module diagrams TopTronic®E
2.1.Measured value module, TTE-MWA
This module is used for integrating external M-bus units.
TTE-MWA module legend:
R-CAN CAN terminating resistor
CAN CAN bus
MBUS M-BUS

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3. Technical data
Designation/type
TopTronic E MWA
Abbreviation
TTE-MWA
Power supply Max
12 V DC +6 -10%
Frequency
-
Max. power consumption incl. bus supply,
module expansions
<2.5 W
Max. power consumption
-
Min. power consumption
-
Fuse
-
Outputs (low voltage)
Fully electronic relays
-
Electromechanical relays
-
Outputs (extra-low voltage)
Signal output PWM or 0-10V
-
Switching capacity
Fully electronic relays
-
Electromechanical relays
-
Inputs (high-voltage)
Optocoupler input
-
Inputs (extra-low voltage)
Input 0-10V
-
Inputs sensors
-
Inputs vortex sensor
-
Pulse input
-
Expansion (module expansion)
Max. number
-
Casing
Installation
Top hat rail mounting
Dimensions W/H/D in mm incl. plug
70x92x35
Ambient temperature
0 … 50 °C
Storage temperature
- 20 ... 60 °C
Relative humidity
20-80%
Bus system (Hoval CAN bus)
Capacity
120 mA, > 120 mA external
electrical power supply
required, depending on the
M-BUS terminal units
Bus supply
-
Bus line
4-wire bus
Bus length
Twisted, shielded,
max. 100 m
Line cross-section
Min 0.5 mm²
Other bus interfaces
-
M-bus interface

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M-bus voltage
30 V
Transfer rate
300 to 2400 baud
Electrical isolation
No
Capacity
Maximum 16 terminal units
(standard loads 1.5 mA
each)
M-bus protocol
According to list of Hoval
documentation
Bus length
Twisted, shielded,
max. 500 m with line cross
section 0.8 mm²
Line cross-section
min 0.8 mm²
Miscellaneous
Spring reserve
-
Type of protection
IP 20
Protection class
II – EN 60730
Plug types
Alternatively plug-in
terminal technology

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4. Setting the address of modules (DIP switches)
The addresses of the individual modules are set using the DIP switches on the circuit board. Each module must
have a different address. The addresses do not have to be set in consecutive sequence.
The factory settings for the modules were selected so that there is no need to change the address settings,
as long as no module occurs twice.
DIP switch
Addr.
Factory setting
DIP switch
Addr.
Factory setting
4
3
2
1
4
3
2
1
Off
1
TTE-WEZ / TTE-FW
Off
9
TTE-HK/WW
On
(TTE H-Gen no. 1)
On
4
3
2
1
4
3
2
1
Off
2
TTE-WEZ
Off
10
On
(TTE H-Gen no. 2)
On
4
3
2
1
4
3
2
1
Off
3
TTE-WEZ
Off
11
On
(TTE H-Gen no. 3)
On
4
3
2
1
4
3
2
1
Off
4
TTE-WEZ
Off
12
TTE-GLT (0-10 V)
On
(TTE H-Gen no. 4)
On
4
3
2
1
4
3
2
1
Off
5
TTE-WEZ
Off
13
TTE-MWA (M-bus)
On
(TTE H-Gen no. 5)
On
4
3
2
1
4
3
2
1
Off
6
TTE-WEZ
Off
14
On
(TTE H-Gen no. 6)
On
4
3
2
1
4
3
2
1
Off
7
TTE-WEZ
Off
15
TTE-PS
On
(TTE H-Gen no. 7)
On
4
3
2
1
4
3
2
1
Off
8
TTE-WEZ
Off
16
TTE-SOL
On
(TTE H-Gen no. 8)
On

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6. Bus termination (terminating resistor)
Bus termination is required, even with short cables.
Without termination, there will not only be reflections but both CAN cables will be left hanging in the air.
In practice, at least 2 units are terminated in the system; ideally, the bus is always terminated at the heat
generator and on the unit that is furthest away.
The bus termination is identified on the bus modules with "R-CAN"
On the control module on the back. Both switches must be switched there.
Termination example:
Solar
module TTE FW
Control
module
0.5 m
20 m – 50 m
1 m
Ground floor
Control
module
1st floor
Control
module
Heatgenerator
30 m
Termination

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7. Overview of menu structure/function levels "Service" TTE-MWA
In the main menu, the function levels are accessed using the "Service" button. The access depth depends on the
previously entered code/user level.
Menu structure TTE-MWA part 1
Address MWA
modules
General
(FunctionName)
General
(DefaultValue)
Function
(FunctionNumber 0)
Function group
(FunctionGroup 0)
General
(FunctionGroupName)
Resource
Configuration
Information
Operation
(DisplayGroup)
Parameters
M-BUS
(FunctionGroupName)
Function group
(FunctionGroup 20)
M-bus 1
Function
(FunctionNumber 1)
Information
Operation
(DisplayGroup)
M-bus 2
Function
(FunctionNumber 2)
M-bus 3
Function
(FunctionNumber 3)
M-bus 4
Function
(FunctionNumber 4)
M-bus 5
Function
(FunctionNumber 5)
M-bus 6
Function
(FunctionNumber 6)
M-bus 7
Function
(FunctionNumber 7)
M-bus 8
Function
(FunctionNumber 8)
M-bus 9
Function
(FunctionNumber 9)
M-bus 10
Function
(FunctionNumber 10)
M-bus 11
Function
(FunctionNumber 11)
M-bus 12
Function
(FunctionNumber 12)
M-bus 13
Function
(FunctionNumber 13)
M-bus 14
Function
(FunctionNumber 14)
M-bus 15
Function
(FunctionNumber 15)
M-bus 16
Function
(FunctionNumber 16)
Fault

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8. Basic settings
8.1.Access levels / code input / user level
The TopTronic® E control system provides different access levels. The codes are entered in the main menu –
"User Level" menu item.
Levels (code):
Operator code: No code
Technical operator code: ………….….
Specialist code: ………………………………

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8.1.1. M-BUS information
Par.
Designation
Value
Min.
Max.
Comments
R
W
20-000
Serial number test system
-
-
-
Internal data point
6
7
20-001
Serial number
-
-
-
Serial number MWA module
0
6
20-002
Unit type
-
-
-
Unit type display
0
6
20-003
Bootloader version
-
-
-
Bootloader version
0
6
20-004
Software version
-
-
-
Software version
0
6
20-005
CPU ID
-
-
-
CPU ID
0
6
20-020
Bootloader status
-
-
-
Bootloader status
0
6
20-021
Bootloader progress
-
-
-
Bootloader progress
0
6
04-090
Unit identification
-
-
-
Unit identification
0
7
04-005
Function name
-
-
-
Internal data point
0
5
04-093
HW version
-
-
-
HW version
0
7
04-094
U-M-bus test system
-
-
-
Internal data point
6
7
00-100
Internal runtime
-
-
-
Internal data point
6
7
04-045
Commands
0=No
action
-
-
Perform command
0 = No action
9 = Reset processor (like power off-on)
31 = Factory reset
5
5
20-200
Version_VMLip
-
-
-
5
5
20-201
Version_L2Lib
-
-
-
5
5
20-202
Version_BSPLip
-
-
-
5
5
20-203
Version_CommonLib
-
-
-
5
5
20-126
Fault statistics since unit start
-
-
-
5
7
20-127
Fault statistics today
-
-
-
5
7
04-127
Build number
-
-
-
Internal data point
0
7
00-101
Debug Value 1
-
-
-
Internal data point
6
7
00-102
Debug Value 2
-
-
-
Internal data point
6
7
00-103
Debug Value 3
-
-
-
Internal data point
6
7
00-104
Debug Value 4
-
-
-
Internal data point
6
7
00-105
Debug Value 5
-
-
-
Internal data point
6
7
00-106
Debug Value 6
-
-
-
Internal data point
6
7
00-107
Debug Value 7
-
-
-
Internal data point
6
7
00-108
Debug Value 8
-
-
-
Internal data point
6
7
00-109
Debug Value 9
-
-
-
Internal data point
6
7
00-110
Debug Value 10
-
-
-
Internal data point
6
7
00-111
Debug Value 11
-
-
-
Internal data point
6
7
00-112
Debug Value 12
-
-
-
Internal data point
6
7
00-113
Debug Value 13
-
-
-
Internal data point
6
7
00-114
Debug Value 14
-
-
-
Internal data point
6
7
00-115
Debug Value 15
-
-
-
Internal data point
6
7
00-116
Debug Value 16
-
-
-
Internal data point
6
7
8.1.2. M-BUS parameters
Par.
Designation
Value
Min.
Max.
Comments
R
W
04-126
System image
-
-
-
Internal data point
6
6