Kampmann TOP, electromechanical control version Installation Plan

Kampmann
Brand
Kampmann
Model
TOP, electromechanical control version
Type
Installation Plan

Kampmann TOP, electromechanical control version, is a versatile device that offers a wide range of features and capabilities. With its ability to be actuated by various control systems, including speed controllers, room thermostats, and climate controllers, the Kampmann TOP can be integrated into a variety of heating, ventilation, and air conditioning (HVAC) systems.

The device's electromechanical control system provides precise and reliable operation, ensuring optimal temperature control. The Kampmann TOP can be used for both heating and cooling applications, making it a versatile solution for any HVAC system.

Kampmann TOP, electromechanical control version, is a versatile device that offers a wide range of features and capabilities. With its ability to be actuated by various control systems, including speed controllers, room thermostats, and climate controllers, the Kampmann TOP can be integrated into a variety of heating, ventilation, and air conditioning (HVAC) systems.

The device's electromechanical control system provides precise and reliable operation, ensuring optimal temperature control. The Kampmann TOP can be used for both heating and cooling applications, making it a versatile solution for any HVAC system.

TOP
01/21 EN
If other types of cables are used, they must be at least equivalent.
The terminals on the unit are suitable for a maximum wire cross-section of 2.5 mm².
Any RCCBs used must be pulsating current-sensitive (type A). When the power supply to the unit is switched on, pulsed charging currents
of the capacitors in the integrated EMC filter can cause FI safety devices to trip. A tripping current of 300mA is recommended to ensure
the highest possible operating reliability.
The electrical data need to be respected when rating the in situ mains power supply and fusing.
Refer to these points in the following installation diagrams with electromechanical control:
Comply with the details on cable types and cabling with due consideration for VDE 0100.
Without *: NYM-J. The requisite number of wires, including protective conductor, is stated on the cable. Cross-sections are not stated, as
the cable length is involved in the calculation of the cross-section.
With *: J-Y(ST)Y 0.8mm, max. 100m between the speed controller and the last unit heater; provide a shield on one side when longer
than 20 m. Lay separately from power lines.
With **: Sensor connection cable 1.5mm2 e.g. J-Y(ST) Y, 4 x 2 x 0.8mm, max. 100m. Lay separately from high-voltage cables.
With ***: J-Y(ST)Y, 0.8mm, max. 50 m. Lay separately from power lines.
With ****: J-Y(ST)Y, 0.8mm, max. 100m. Lay separately from power lines.
TOP
01/21 EN
Cabling of TOP (**00), actuation by speed controller type 30510
N PEL
1
2
gn/ge
gn/ge
1
2
gn/ge
1
2
1
2
gn/ge
1
2
3
W1
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 K
Ω
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 K
Ω
2*
W7
3
W2
2*
W3
3
W6
3
W10
2*
W11
1
2
1
2
L N CS CS + -
3
W8
2*
W9
gn/ge
1
2
gn/ge
1
2
1
2
gn/ge
3
W4
2*
W5
Speed controller, type 30510
Mains
230 V
In situ fusing.
Observe
"Electrical data"
information table.
Mains 230 V
Unit no. 1
Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
TOP EC, electromechanical TOP EC, electromechanical
Unit no. 2
1) To further units
(refer to Information for maximum
number)
In situ terminal box
Junction box Junction box Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
In situ terminal box 1)
TOP
01/21 EN
Cabling TOP (**00), activation via speed controller type 30510 with industrial thermostat type 30058/
30059
N PEL
1
2
gn/ge
3
W1
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 KΩ
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 KΩ
2*
W7
3
W2
2*
W3
3
W6
3
W12
2*
W13
1
2
1
2
L N CS CS + -
gn/ge
1
2
gn/ge
1
2
1
2
3
gn/ge
1
2
1
2
gn/ge
1
2
gn/ge
1
2
1
2
gn/ge
3
W8
2*
W9
1
2
3 2 1PE
PE LH K
3
W10
gn/ge
3
W4
2*
W5
Speed controller, type 30510
Industrial thermostat type 30058,
type 30059
Mains
230 V
In situ fusing.
Observe
"Electrical data"
information table.
Mains 230 V
Unit no. 1
Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
TOP EC, electromechanical TOP EC, electromechanical
Unit no. 2
1) To further units
(refer to Information
for maximum number)
In situ terminal box
Junction box Junction box Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
In situ terminal box 1)
Heating
Type 30058 Type 30059
TOP
01/21 EN
Cabling of TOP (**00), actuation by speed controller type 30510 with room thermostat type 30055
N PEL
1
2
gn/ge
3
W1
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 KΩ
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 KΩ
2*
W7
3
W2
2*
W3
3
W6
3
W12
2*
W13
1
2
1
2
L N CS CS + -
gn/ge
1
2
gn/ge
1
2
1
2
3
gn/ge
1
2
1
2
gn/ge
1
2
gn/ge
1
2
1
2
gn/ge
3
W8
2*
W9
1
2
3
4 2 14
N LN
4
W10
H
3
W4
2*
W5
Mains
230 V/50 Hz
Room thermostat, type
30055
In situ fusing.
Observe
"Electrical data"
information table.
Mains 230 V
Unit no. 1
Junction box
Jumper
ex-works
Heating
Type 44x56, 44xx58,
45xx56, terminals Ub, Uc
and GND only
TOP EC, electromechanical
In situ terminal box
Jumper
ex-works
Type 44x56, 44xx58,
45xx56, terminals Ub, Uc
and GND only
Junction box
Unit no. 2
TOP EC, electromechanical
1)
1) To further units
(refer to "Information" for
maximum number)
Speed controller, type 30510
In situ terminal box
TOP
01/21 EN
Cabling of TOP(**00), actuation by speed controller type 30510 with clock thermostat type 30056
N PEL
1
2
gn/ge
3
W1
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 KΩ
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 KΩ
2*
W7
3
W2
2*
W3
3
W6
3
W12
2*
W13
1
2
1
2
L N CS CS + -
1 2
1
2
2**
W11
gn/ge
1
2
gn/ge
1
2
1
2
3
gn/ge
1
2
4
1
2
gn/ge
1
2
gn/ge
1
2
1
2
gn/ge
3
W8
2*
W9
1
2
3
4
1 2 4 5 6 7
L K
8 93
H L N
5
W10
FF
1
2
3
W4
2*
W5
Speed controller, type 30510
Clock thermostat, type 30056
Mains
230 V
In situ fusing.
Observe
"Electrical data"
information table.
Mains 230 V
Unit no. 1
Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
TOP EC, electromechanical TOP EC, electromechanical
Unit no. 2
1) To further units
(refer to Information
for maximum number)
In situ terminal box
Junction box Junction box Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
In situ terminal box 1)
Room sensor,
type FL 103
Heating
See clock thermostat instruction for
further information
TOP
01/21 EN
Cabling of TOP (**00), actuation by climate controller type 30155, 2-pipe valve actuator 230 V AC,
Open/Close
N PEL
1
2
gn/ge
gn/ge
1
2
gn/ge
1
2
1
2
3
gn/ge
1
2
1
2
1
2
1
2
1
2
1 2 3 4 5 6 7 8 9 10 11 12 13 14
N N N L H K AI GND AO GND UI GND DI GND
3
1
2
COMNO
1
2
1
2
COMNO
W11
2***
W12
W10
W9
1 2
1
2
W8
42***2*2***
3
W1
1
1
2
2
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 K
Ω
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 K
Ω
2*
W6
3
W7
3
W2
2*
W3
3
W4
3
W5
Mains
230 V
Air conditioning
controller
type 30155
In situ fusing.
Observe
"Electrical data"
information table.
Mains 230 V
Unit no. 1
Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
230 V normally closed,
optional
Thermoelectric shut-off valve
Jumper ex-
works
Contact
e.g. window
Contact
e.g. heating/cooling Room sensor
- Options -
See air conditioning controller instruction for further information
TOP EC, electromechanical TOP EC, electromechanical
Unit no. 2
Thermoelectric shut-off valve
230 V normally closed,
optional
In situ terminal box
Junction box Junction box Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
TOP
01/21 EN
Cabling of TOP (**00), actuation by climate controller type 30256, 2-pipe valve actuator 230 V AC,
Open/Close
N PEL
1
2
gn/ge
gn/ge
1
2
gn/ge
1
2
1
2
3
gn/ge
1
2
3
W1
1
1
2
2
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 K
Ω
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 K
Ω
2*
W6
3
W7
3
W2
2*
W3
3
W4
3
W5
1
2
1
2
1
2
3
1
2
1 2
1
2
1
2
COMNO
2***
W11
W10
W9
W8
2*2***4
GNDO3N O1 O2 I1 GND I2 GND
L
Mains
230 V
Air conditioning
controller
type 30256
In situ fusing.
Observe
"Electrical data"
information table.
Mains 230 V
Unit no. 1
Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
230 V normally closed,
optional
Thermoelectric shut-off valve
Jumper ex-
works
Contact
e.g. heating/cooling Room sensor
- Options -
See air conditioning controller instruction for further information
TOP EC, electromechanical TOP EC, electromechanical
Unit no. 2
Thermoelectric shut-off valve
230 V normally closed,
optional
In situ terminal box
Junction box Junction box Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
TOP
01/21 EN
Cabling of TOP (*00), actuation by speed controller type 30515
N PEL
1
2
gn/ge
W12
4
3
W1
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 KΩ
4
3
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 KΩ
4
3
4*
W6
3
W7
3
W2
4*
W3
3
W4
3
W5
1
2
3
L N PE LV N PE L N PE Err Uc GND
mains valve EC-motor
gn/ge
gn/ge
1
2
gn/ge
1
2
1
2
3
gn/ge
1
2
3
1
2
gn/ge 4
W10
3*
W11
gn/ge
1
2
gn/ge
1
2
1
2
33
1
2
gn/ge
4
W8
3*
W9
COM NC NO COM NC NO
operation fault
COMNO
1
2
1- 2+
1
2
COMNO
1
2
1- 2+
1
2
24V GND DI1 DI2 GND DI3 GND I/O AI1 GND MI1 GND
en h/c err clock room sen frost
2****
W17
3
2
1
1
2
4
3
1
3
3*
1
2
3
W13
2****
2
1
W14
1
2
1
2
2****
W15
1
2
2****
W16
3
2
1
1
2
4
3
1
3
Mains
230 V
Electronic speed
controller
type 30515
In situ fusing.
Observe
"Electrical data"
information table.
Mains 230 V
Unit no. 1
Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
230 V normally closed,
optional
Thermoelectric shut-off valve
Jumper ex-
works
Room sensor
TOP EC, electromechanical TOP EC, electromechanical
Unit no. 2
Thermoelectric shut-off valve
230 V normally closed,
optional
In situ terminal box
Junction box Junction box Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
In situ terminal box In situ terminal box
In situ terminal box
Frost protection or
2nd Room sensor Contact cooling Contact enable
In situ evaluation
Operating message Common fault
- Options -
See electronic speed controller instruction for
further information
To further units (refer
to Information for
maximum number)
Lay wire no. 4 to
GND on the last unit.
TOP
01/21 EN
Cabling of TOP (**00), actuation by DDC/BMS, 2-pipe valve actuator 230 V AC, Open/Close
3
W1
N PEL
1
2
gn/ge
gn/ge
1
2
gn/ge
1
2
1
2
gn/ge
4*
W3
3
W4
3
W2
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 K
Ω
4
3
4*
W6
3
W7
3
W5
gn/ge
1
2
2
1
PE PE PE L N C NC NO D1 UcUb GND A+ B- SH
Ri > 49 K
Ω
4
3
DA1 DA1
1
2
230V
AA1
0-10V
AA1
GND DI1 DI1 AA2
0-10V
AA2
GND DI2 DI2
1
2
4
3
1
2
4
3
PEPE DA2 DA2
1
2
230V
Mains
230 V
In situ fusing.
Observe
"Electrical data"
information table.
Mains 230 V
Unit no. 1
Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
230 V normally closed,
optional
Thermoelectric shut-off valve
Jumper ex-
works
TOP EC, electromechanical TOP EC, electromechanical
Unit no. 2
Thermoelectric shut-off valve
230 V normally closed,
optional
In situ terminal box
Junction box Junction box Type 44xx56, 44xx58 and 45xx56,
terminals Ub, Uc and GND only
Jumper ex-
works
Building automation
system
Unit 2 motor fault
Contact open = fault
Unit 1 speed
(respect unit’s internal resistance!)
2-pipe heating/cooling
2-pipe heating/cooling
Unit 2 speed
(respect unit’s internal resistance!)
Unit 1 motor fault
Contact open = fault
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Kampmann TOP, electromechanical control version Installation Plan

Kampmann
Brand
Kampmann
Model
TOP, electromechanical control version
Type
Installation Plan

Kampmann TOP, electromechanical control version, is a versatile device that offers a wide range of features and capabilities. With its ability to be actuated by various control systems, including speed controllers, room thermostats, and climate controllers, the Kampmann TOP can be integrated into a variety of heating, ventilation, and air conditioning (HVAC) systems.

The device's electromechanical control system provides precise and reliable operation, ensuring optimal temperature control. The Kampmann TOP can be used for both heating and cooling applications, making it a versatile solution for any HVAC system.

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