Kampmann Katherm QK, electromechanical control Installation Plan

Kampmann
Brand
Kampmann
Model
Katherm QK, electromechanical control
Type
Installation Plan

Kampmann Katherm QK, electromechanical control

The Kampmann Katherm QK, electromechanical control is a device designed for precise temperature control in various applications. It offers multiple functionalities and can be integrated into different systems, making it a versatile solution for temperature management scenarios. Some of its capabilities include:

  • Precise temperature control: The Katherm QK provides accurate temperature control, ensuring optimal conditions for your specific needs.

  • Various mounting options: The device can be mounted on a wall, in a control cabinet, or on a DIN rail, offering flexibility in installation.

Kampmann Katherm QK, electromechanical control

The Kampmann Katherm QK, electromechanical control is a device designed for precise temperature control in various applications. It offers multiple functionalities and can be integrated into different systems, making it a versatile solution for temperature management scenarios. Some of its capabilities include:

  • Precise temperature control: The Katherm QK provides accurate temperature control, ensuring optimal conditions for your specific needs.

  • Various mounting options: The device can be mounted on a wall, in a control cabinet, or on a DIN rail, offering flexibility in installation.

01
Katherm QKProduct:
Project Title:
Cable routing plan
11.10.2023
Blatt-Nr.:
5
Projekt-Nr.:
Bearbeiter:
Erstelldatum:
Projekt:
11.10.2023 2von
General Information
Information on cable laying:
The following information on cable types and cable laying must be observed in compliance with VDE 0100.
The installation, operation and maintenance of these devices must comply with the country-specific applicable laws, standards, regulations and directives.
Without *: NYM-J. The required number of cores incl. protective conductor is indicated on the cable. Cross sections are not indicated, as the cable length is included in the calculation of the cross
section.
*): Shielded cable, J-Y(ST)Y 0.8mm. Lay separately from power lines.
**): Shielded cable stranded in pairs, e.g. UNITRONIC® BUS LD 2x2x0.22, UNITRONIC® BUS LD 3x2x0.22. Install separately from power lines.
- If other cable types are used, they must be at least equivalent.
- The connection terminals on the device are suitable for a maximum wire cross-section of 2.5 mm².
- When using residual current circuit breakers, these must be at least mixed frequency sensitive (type F). For the design of the rated residual current, the specifications from DIN VDE 0100 Parts 400
and 500 must be observed.
- For the design of the on-site mains supply and fuse protection (C16A, max. 10 devices), the electrical data in the table below must be observed.
- Lines for data or bus signals are shown with shield connected at one end. Lines for analog signals are shown with the shield not connected. Due to structural or local conditions and depending on
the type and level of interference, which can be caused by magnetic and/or electric fields in high and/or low frequency ranges, among other things, a different connection of the shield (connected at
both ends or not connected) may be necessary. This must be checked by the customer and, if necessary, carried out deviating from the specifications in the documentation!
Electromechanical:
- Cable length between speed controller and the last device: maximum 100 m, from 20 m connect shield on one side.
- Cable length between room thermostat and temperature sensor or switch contact: maximum 50 m.
- Cable length between speed controller and temperature sensor or switching contact: maximum 100 m.
KaControl:
- Cable length temperature sensor or switching contact: maximum 30m (maximum 100m with minimum wire cross-section of 1.0 mm²).
- Cable length BUS cable room control unit KaController to unit 1: maximum 30 m.
- Maximum number of devices in parallel: 6 pieces. With CANbus card type 3260301 (see accessories) required for each unit: maximum 30 units.
- BUS cable length from device 1 to device 6: maximum 30 m. With CANbus card type 3260301 (see accessories) required for each device, maximum 500 m.
Blatt-Nr.:
5
Projekt-Nr.:
Bearbeiter:
Erstelldatum:
Projekt:
11.10.2023 3von
24V UC GND VH GND
2
1
2*
4*
W9
W8
1
2
3
4
1
2
3
3*
W5
ZKK
3*
W7
1
2
3
1
2
3
1
2
3
ZKK
1
2
3
4
3
W1
3*
W6
3
4
Uc
2
24V
1
4
VH
2
3
5
GND
2
1
DI
NO COM
Katherm QK
electromechanical (*00)
Device no. 1
Connection box
Nominal voltage
24V DC
+ Control
0-10V DC
Katherm QK
electromechanical (*00)
Device no. 2
Actuator
heating
Type 146906
Room thermostat
Type 342924 - Options -
For more information, see the manual of the clock
thermostat
Contact
e.g. heating/cooling
Katherm QK, electromechanical 230V,
2-pipe valve actuator 24V AC/DC open/close,
Room thermostat type 342924
NPEL
1
2
gn/ge
Main supply
230V
Fuse protection on site.
Observe the „Electrical data“
table.
Main supply
230V
L N PE
1
2
2
gn/ge
gn/ge
1
4
2
3
1
24V UC GND VH GND
Nominal voltage
24V DC
+ Control
0-10V DC
Actuator
heating
Type 146906
1
L N PE
1
2
2
gn/ge
gn/ge
2
3
1
3
W2
3
W3
4*
W4
To further devices
(Max. number see information)
Connection box
Blatt-Nr.:
5
Projekt-Nr.:
Bearbeiter:
Erstelldatum:
Projekt:
11.10.2023 4von
1
2
DO
24V
DO
24V
AA
0-10V
3
3*
W8 W4
GND
1
2
3
1
2
3
1
2
3
ZKK
1
2
3
1
2
3
ZKK
1
2
3
W5
3*
W7
3*
W6
Building Automation (BA)
Valve drive heating
Valve drive cooling
Speed
Note the internal resistance of the
unit!
Katherm QK, electromechanical 230V,
2-pipe valve actuator 24V AC/DC open/close,
control via BMS
24V UC GND VH GND
3*
3
W1
Katherm QK
electromechanical (*00)
Device no. 1
Nominal voltage
24V DC
+ Control
0-10V DC
Katherm QK
electromechanical (*00)
Device no. 2
Actuator
heating
Type 146906
NPEL
1
2
gn/ge
Main supply
230V
Fuse protection on site.
Observe the „Electrical data“
table.
Main supply
230V
L N PE
1
2
2
gn/ge
gn/ge
1
1
3
2
24V UC GND VH GND
Nominal voltage
24V DC
+ Control
0-10V DC
Actuator
heating
Type 146906
1
L N PE
1
2
2
gn/ge
gn/ge
1
3
2
W2 W3
3*
33
To further devices
(Max. number see information)
Connection box Connection box
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Kampmann Katherm QK, electromechanical control Installation Plan

Kampmann
Brand
Kampmann
Model
Katherm QK, electromechanical control
Type
Installation Plan

Kampmann Katherm QK, electromechanical control

The Kampmann Katherm QK, electromechanical control is a device designed for precise temperature control in various applications. It offers multiple functionalities and can be integrated into different systems, making it a versatile solution for temperature management scenarios. Some of its capabilities include:

  • Precise temperature control: The Katherm QK provides accurate temperature control, ensuring optimal conditions for your specific needs.

  • Various mounting options: The device can be mounted on a wall, in a control cabinet, or on a DIN rail, offering flexibility in installation.

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