09
ActiveFinder Pro
EN
Additional information on use
Safety instructions
LED outlet
(see Fig. A)
Observe the technical safety regulations for working on electrical
systems, especially: 1. Safely isolating from power supply, 2. Securing
to prevent system being switched on again, 3. Checking zero
potential, two-pole, 4. Earthing and short-circuiting, 5. Securing and
covering adjacent live components.
Using artificial, optical emission (OStrV)
• The device works with LEDs of risk group RG 0 (exempt, no risk)
in accordance with the latest versions of applicable standards
relating to photobiological safety (EN 62471:2008-09ff / IEC/TR
62471:2006-07ff).
• Radiation power: Peak wavelength equals 445 nm. Mean radiance
is below the limit values of risk group RG 0.
• When used for the intended purpose and under reasonably
foreseeable conditions, the accessible radiation of the LEDs
is safe for the human eye and skin.
• Temporary, irritating optical effects (e.g. dazzling, flash blindness,
afterimages, colour vision impairment) cannot be completely ruled
out, especially under low ambient light conditions.
• Do not intentionally look directly into the radiation source for longer
periods of time.
• No specific measures are required to ensure the limit values
of risk group RG 0 are maintained.
Safety instructions
Dealing with electromagnetic interference
• The measuring device complies with safety and electromagnetic
compatibility regulations and limits in accordance with the Low
Voltage Directive 2014/35/EU and electromagnetic compatibility
regulations in accordance with the EMC Directive 2014/30/EU.
• Local operating restrictions – for example, in hospitals, aircraft,
petrol stations or in the vicinity of people with pacemakers –
may apply. Electronic devices can potentially cause hazards or
interference or be subject to hazards or interference.
• The device measures the presence of electrostatic fields of sufficient
strength. If the field strength is too low voltage may still be applied
although no warning signal is given. The following list of factors
that influence the field strength does not claim to be complete:
shielding, cable insulation (type, thickness), measurement distance,
insulation between user and earth, special socket designs, condition
of tester and of batteries.
