Chattanooga LIGHTFORCE XLi Instrucciones De Uso página 25

When the laser system is emitting, an EMISSION! indicator (Figure 3) will appear on the touch screen and
flash. See Section 4.3.5 for a full description of the transitions of this indicator based on the laser mode (i.e.
Standby, Ready, or Emission).
The amber LED (Figure 4) next to the power button on the front bezel illuminates to indicate the state of
the laser. When off, the laser is considered to be in a safe state - Standby. While transitioning from
Standby to Ready mode, the LED blinks. When in Ready mode, it is constantly illuminated. While
emitting, it blinks.
In addition, there is a red aiming beam that emits from the hand piece while in Ready and Emission modes that provides a visible indication
of laser state and the treatment location. This aiming beam flashes during the transition from Standby to Ready mode.
Lastly, there is an audible indication during Emission that is a steady tone, or continuous beep, depending on the system settings. The
audible alert sounds six times during the six second transition from Standby to Ready mode.
1.5.5. Unattended Protection 100 Seconds
If the laser system is left in Ready mode without enabling laser emission, the system will automatically return to Standby mode.
1.5.6. Internal Laser Energy Monitor
To prevent over-exposure hazards due to excessive laser power, the laser system continuously monitors the output current of the diodes to
ensure they are within the factory calibration settings. If it is detected that the electrical current levels exceed the upper or lower limits that
would result in power levels outside of the ±20% thresholds, the laser will stop emission and return to Standby mode. To clear the error
message and reset the laser system, the operator must press the EXIT button on the touch screen.
1.6. Laser Eye Protection
ANYONE in the Laser Treatment Controlled Area (LTCA) during laser treatment MUST wear the laser safety
eyewear that is provided with the Laser System. The eyewear has an optical density (OD) rating of OD 5+ for 808
nm AND 980 nm wavelengths, as identified on the lenses (Figure 5). Additional protective eyewear can be
purchased from the company webstore.
2. System Set-Up
Caution: ALWAYS turn the laser system OFF and unplug the power cord from the wall outlet before lifting, moving, or relocating
the laser system.
2.1. Location
Select a secure and well-ventilated location in which to install and operate the laser system (see Section 1.3 for description of Laser Treatment
Controlled Area).
• The device should be within 1.8 meters (6 feet) of an available 100-240 V electrical outlet.
Select a flat hard surface that can adequately support the laser system.
•
Ensure adequate airflow around the laser system. The laser system is air-cooled and designed for use in a well-ventilated location.
•
There must be a minimum 10 cm (4 in) clearance around the back of the device.
An appropriate fire extinguisher should be readily available.
•
Warning: Do not operate the laser system in areas with explosion hazards such as flammable materials or gases.
2.2. Unpacking and Initial Set-up
Step 1.
Carefully unpack the laser system and its accessories from the shipping carton.
Step 2. Inspect the laser system carefully for any damage, such as cracks, dents or bent parts.
Step 3. If items are missing or damaged, call Customer Care. Also, please notify the carrier if the damage appears to have occurred
during shipping and retain packaging for evidence.
Caution: If the Warranty Seal Label (Figure 6) is not found on the bottom of the device or is broken, DO NOT operate
the device. Call Customer Care.
Step 4. Plug the female end of the power cord into the AC input at the back of the laser system.
Step 5. Plug the male end of the AC power cord into a 100-240 V grounded electrical outlet.
2.3. Connecting the Beam Delivery Assembly
Caution:
Do not remove the hand piece fiber cable from the emission port once it has been secured (unless the optical fiber cable needs
•
to be replaced).
• Repeated insertion and removal of the hand piece fiber cable will increase the chance of emission port or fiber tip
contamination. If the emission port or the fiber tip is contaminated, the optical fiber can be damaged during laser emission.
• If the fiber must be removed, use the dust cap to help prevent dust and debris from contaminating the emission port. Do not
leave the port unprotected.
RSR-000885-000 (6)
Figure 3
Figure 4
Figure 5
WARRANTY
VOID
IF SEAL
IS BROKEN
Figure 6
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