Specifications; Electromagnetic Compatibility; Electromagnetic Emissions - Satelec Acteon Mini LED AutoFocus Manual De Uso

11 – SPECIFICATIONS
Unit
Mini LED AutoFocus
Model:
Weight*: 200g
Dimensions*: Ø24 x 210mm
Classification: Ordinary
Type B
Continuous operation
IPX0
* Without light guide
Power adapter
Input voltage:
Frequency:
Output voltage:
Output current:
Classification:
Base station
Supply voltage: 12 VDC
Protection: Fuse, 2A
Classification: Continuous operation
IPX 0
Battery
Type: Lithium-ion
Dimensions: 87 x Ø24mm
Capacity: 2,400 mAh
Optical specifications
Wavelength: 420-480 nm
Intensity: 2,200mW/cm² ±10%
(Ø7.5mm guide)
Power: 760mW ±10%
Temperatures
Operating: +10°C to +40°C
Storage: -20°C to +70°C
Humidity
Operating: 30% to 75%
Storage: 10% to 100% including condensation
100 – 240 VAC
47 - 63Hz
12V
0.6A
II
IP 40
Class 2M laser
12 - ELECTROMAGNETIC
COMPATIBILITY
Warning: The charger power cord must be kept
apart from those of any nearby devices.
Mini L.E.D. AutoFocus requires special precautions to
be taken with regard to electromagnetic compatibility.
It must be installed and prepared for use as described in
chapter 3.
Certain types of mobile telecommunication devices such
as mobile telephones are likely to interfere with the
Mini L.E.D. AutoFocus. The recommended separation
distances in this paragraph must therefore be complied
with.
The Mini L.E.D. AutoFocus must not be used near or on
top of another device.
If this cannot be avoided, its operation under the
conditions of use must be checked beforehand.
The use of accessories other than those specified or sold
by SATELEC as replacement parts may have the
consequence of increasing the emissions or decreasing
the immunity of the Mini L.E.D. AutoFocus.

12.1 - Electromagnetic emissions

The Mini L.E.D. AutoFocus is intended for use in the
electromagnetic environment specified in the table
below. The user and/or installer must ensure that the
Mini L.E.D. AutoFocus is used in such an environment.
Emission
Compliance
test
RF
Group 1
emission -
Class B
CISPR 11.
11
Electromagnetic environment - guidance
Mini L.E.D. AutoFocus uses RF energy
for internal operation.
Therefore, its radiofrequency
emissions are very low and are not
likely to cause any interference in
nearby equipment.
Mini L.E.D. AutoFocus uses RF energy
for internal operation.
Therefore, its radiofrequency
emissions are very low and are not
likely to cause any interference in
nearby equipment.