Industrial Hot Air Devices
Leister hot air tools are used in countless industrial production processes. In fact, there are very few industries that do not benefit from our versatile offerings, regardless if the process only operates with hot air or if it becomes more efficient with hot air. Leister has the right blower for every production line.
Details
Professional Integration Or Regulated Isolated Operation
The LHS 61 air heater series is the first choice when high performance is required in applications. Alongside its optimized heating element design and traditional Leister quality, the patented heating element cover guarantees yet another increase to the service life of the heating element. The air outlet diameter of 92 mm (3.62 in) allows high air volumes with up to 16kW of power. The LHS 61L SYSTEM allows a very simple control of the current and target temperature through an integrated temperature probe, integrated controller or interface.
The integrated power electronics and simplified wiring make external power controls a thing of the past. Nevertheless, upon request, the LHS 61L SYSTEM can be connected to PLC control systems via the analog interface with 4 – 20 mA or 0 – 10 V.
Highlights
Controllable With Remote Control Or Potentiometer
POWERFUL
High-Performance
An external blower, such as SILENCE, ROBUST or AIRPACK from Leister, can be easily connected.
A maximum heating output is achieved without a nozzle via a 1.5 m (4.92 ft) hose and a non-brake air outlet.
HOT
Up to 650 °C (1202 °F) Heating Output
Continuously variable heating output adjustment with the red rotary potentiometer mounted
on the upper part of the polyamide housing or via a remote control interface.
SAFE
Heating Element Protection And Device Alarm Output
The LHS 61L air heater has an integrated relay with potential-free alarm contact,
which may display power failure and trigger overheating protection.
Downloads
Operating Instructions
LHS 15/21/41/61
LHS-15_21_41_61-5.pdf (82 downloads)
General Catalogue
Process Heat – US
Process-Heat-US.pdf (1899 downloads)