Unit Heaters
TIP
Wall and ceiling-mounted units, the simple solution.
Overview
TIP units heaters give you the Kampmann quality you have come to expect, only now even better: the fan operates at precisely the power needed, thanks to new continuously variable control. Not a watt less, but not a watt more either. For end users, this means: TIP does not emit a decibel more than necessary.
TIP unit heaters are all-purpose units that can be installed on the wall or ceiling. With a wide range of accessories, the TIP unit can be adapted to the most diverse spatial requirements.
Do you simply not have the space? Then design with TIP unit heaters. The self-supporting design with combined impeller and drive provides for minimal basic unit depths and space-saving installation.
TIP unit heaters are exceptionally robust, thanks to their pre-mounted air louvre and motor guard. 2-row louvres or 4-way diffusers, which are simple to fit and available as accessories, are also practical.
Based on the mantra of “Getting rid of old wood”, we are systematically converting all unit heaters to EC technology. The entire TIP range complies with the Ecodesign requirements (ErP) – both now and in future. Our EC motors operate extremely energy-efficiently and also extremely quietly, thanks to their whisper-quiet sickle-blade fans.
TIP unit heaters are also hard at work where your customers work: in factory and plant premises, in warehouses, garden centres, on building sites and in sports halls ...
TIP unit heaters are the economical solution for the ideal heating of high-ceilinged premises of all kinds. The are economical, thanks to EC fans, and can be controlled continuously variably.
- Continuously variable EC single-phase whisper-quiet sickle-blade fan
- High-efficiency due to the aerodynamic design of the rotor housing
- Motor protection class IP 54
- Balanced at two levels; balancing quality according to G6, DIN ISO 1940 Part 1
- External rotor motor integrated in the fan impeller
- Complies with Directive (EU) 327/2011 (“LOT 11”)
- Copper/aluminium heat exchanger, especially lightweight, with high heat outputs from minimal dimensions
- Suitable for low temperature heating systems and LPHW heating systems
- Steel distributor and collector
- Not suitable for steam and thermal oil
- Hollow copper tubes with aluminium fins, connected by expanded pipes, perfect for lasting heat transfer
- Cannot be used in areas with high levels of dust or oil in which extensive cleaning is needed
Downloads
Declarations/Certificates
TÜV Certificate ISO 9001:2008
PDF
(133 kB)
EU Declaration of Conformity TIP, TOP, Ultra unit heaters
PDF
(181 kB)
Cross-product information
Overview products, products international
PDF
(4.6 MB)
Spezial retail chains
PDF
(3.4 MB)
Technical catalogues
TIP unit heaters
PDF
(6.8 MB)
Installation plans
TIP, electromechanical control version
PDF
(1.2 MB)
Installation manuals
TIP unit heaters
PDF
(4.1 MB)
TIP unit heaters, brief instructions
PDF
(2.4 MB)
BIM data (Building Information Modeling)
Kampmann Group BIM data
CAD-Drawings
TIP unit heater, model 4 - 7, copper/aluminium heat exchanger [inch]
PDF
(296 kB)
TIP unit heaters, model size 4 - 7, heat exchanger model copper/aluminium [mm]
PDF
(342 kB)
TIP unit heater, model 4 - 7, copper/aluminium heat exchanger [inch]
DWG
(1.4 MB)
TIP unit heaters, model size 4 - 7, heat exchanger model copper/aluminium [mm]
DWG
(2.2 MB)
TIP unit heater, model 4 - 7, copper/aluminium heat exchanger [inch]
DXF
(10.8 MB)
TIP unit heaters, model size 4 - 7, heat exchanger model copper/aluminium [mm]
DXF
(17.1 MB)
Kampmann Today
BIM data for Katherm HK 290, Ultra and Venkon size 1-4 without casing
Download now for free
"Kampmann needs to be wherever there’s building work going on!”
We have an appointment for an interview with Kampmann's Sales Director Stefan Reisch in his office. Hanging on the wall is a map of Europe and a map of Germany, divided into the individual sales territories.
"The introduction process needs a completely new mindset."
Expert interview on the topic of BIM: Michael Gehrlein talks about the difficulties and opportunities of Building Information Modelling.