Technical Data; Safety Instructions - Gesipa FireBird Pro Betriebsanleitung

1.3

Technical data

Weight
Max. setting stroke
Drive
Tensile strength
Noise emissions
Vibration
1.4

Safety instructions

Caution: The tool is not suitable for use in an ATEX zone.
The following safety rules must be observed to ensure adequate protection against
electric shock, injuries or fire hazards:
• The blind rivet nut setting tool is intended solely for the purpose of setting blind rivet nuts
and blind rivet studs!
• Wear safety goggles at all times when working with the blind rivet nut setting tool!
• Do not use the tool without material!
• Do not overload the blind rivet nut setting tool; work within the specified performance
range.
• Never use or store the blind rivet nut setting tool in a damp/wet environment or in the
vicinity of flammable liquids and gases (risk of explosion!) and protect from frost during
storage.
• Ensure that the battery is properly secured in the grip.
• Always remove the battery when the blind rivet nut setting tool is not in use and during
maintenance work.
• The battery may only be charged in the temperature range between 0°C and +50°C.
• Do not use the blind rivet nut setting tool as a hammer.
• Keep device, battery packs and charger away from children.
• Depending on the working arrangements, personal protective equipment (PPE) is recom-
mended (e.g. protective clothing, gloves, safety helmet, non-slip shoes, hearing protec-
tion or fall protection).
• The air inlets for the motor must not be obstructed; do not insert any objects into them.
• When setting the blind rivet nut setting tool down, make sure that it cannot fall down.
• Use only genuine spare parts for repair.
• Repairs must be carried out only by skilled personnel. In case of doubt, send in the blind
rivet nut setting tool to the manufacturer.
approx. 2.4 kg (incl. 2.0 Ah rechargeable battery and nosepiece/man-
drel magazine)
10 mm
Brushless DC motor
15 kN for FB Pro
20 kN for FB Pro GE
LPA 76.5 dB (A), measurement uncertainty K = 3 dB
< 2.5 m/s², measurement uncertainty K = 1.5 m/s²
GB
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