Leister LE 3000 Instructions D'utilisation page 8

Operating Instructions
GB
Please read operating instructions carefully before use
and keep for future reference.
Air heater LE 3000; LE 5000
Application
The Leister air heater is suitable for building into machines, installations and appliances and is designed
for continuous operation.
• Drying and heating processes of various types.
• Shrinking and welding packaging films and moulded parts.
• Heating conveyor ovens or heat tunnels.
• Activating and loosening solvent free adhesives and melt adhesives.
• Sterilizing of packaging materials such as bottles, corks and containers.
• Smoothing the coating on pills, putting a shine on chocolates and cosmetic articles.
• Separating and fusing synthetic fibres and fabrics.
• Soldering processes on thin metal parts.
• Soldering and de-soldering SMD and thru-hole components.
• Speeding up mixing processes and dissolving foams which can arise during mixing and filling containers.
• Welding thermoplastic materials.
• Removing plastic mould flash and putting a shine on plastic surfaces.
8
Warning
Danger of death when opening the device, as live parts and connections are
exposed. The device must be fully disconnected from the mains before opening it.
Danger of fire and explosion if air heaters are installed and used incorrectly,
especially in the vicinity of flammable materials and explosive gases.
Danger – can cause burns! Do not touch the heating element tube and nozzle
while they are hot. Allow the device to cool. Do not direct hot-air jet towards
people or animals.
Caution
The nominal voltage indicated on the device must correspond to the mains voltage.
120
IEC/EN 61000-3-11; Z
230
supply utilty.
The device must not be left unattended when in use.
Heat can reach combustible materials which are out of sight. The device may only
be used by trained personnel or under their supervision. Children may not use the
device under any circumstances.
Keep away from wet and damp areas.
(Translation of the original operating instructions)
= 0.044Ω + j 0.028Ω. If necessary, consult electricity
max