FIS-001
Page 15 of 33
5.0
MITIGATING RESIDUAL DEVICE RISKS
5.1
Do NOT immerse / submerge the camera device in liquid as a residual risk of user shock
remains in this scenario.
5.2
Do NOT make rapid hand motion with the device as the flexible shaft section may whip
and cause eye-injury or abrasion on impact with body parts.
5.3
Do NOT use the device to poke or attempt to pierce any object as it may cause serious
eye-injury or abrasion on impact with body parts in addition to device damage.
5.4
Do NOT subject the device to excessively high temperatures above 120 ºF as the
materials of construction are not designed to operate under these conditions.
5.5
Do NOT allow the device to be subject to any liquid splash as a residual risk of user
shock remains in this scenario.
5.6
Do NOT grasp and handle the device from the camera head as a residual risk of fatigue
damage to the distal tip of the device remains in this scenario.
5.7
Do NOT use the device handle to strike or hit any object. Serious harm to body and/or
device may result.
5.8
Do NOT over bend the flexible device shaft to a point of kinking. It may cause damages
to electronic components and render the camera un-operational.
5.9
Do NOT plug the USB cable into any port other than a USB2.0 (or later version) port on
a computer.
5.10
Use only the USB cable provided with the device. Using other cables may lead to
interference with surrounding electronic devices and potential performance deterioration.
5.11
Do NOT attempt to disassemble or repair the device yourself. Doing so voids the limited
warranty and could cause harm to the user and/or the device.
5.12
Do NOT use the device, when activated, near RF-emitting sources (Wi-Fi, cellphone,
radio transmitters, etc.), as intermittent auto-recoverable, frame-rate loss may occur.
6.0
USE OF THE DEVICE NEAR RF-TRANSMITTING / EMITTING SOURCES
6.1
Radio Frequency (RF) emitters (Wi-Fi antennae, Radio Transmitters, power transformers,
etc.) emit radio waves that at very close proximity to the device can occasionally cause
the device to experience temporary frame-rate stall in video rendering (areas in the video
image freeze). This is generally an auto-recoverable condition and the user is not
required to take any action, as the device will automatically return to normal video
rendering when the radio field is removed (or the device is moved outside the radio field).
6.2
Normal background radio transmission is generally insufficient to cause these behaviors
to manifest. In the instance where strong RF emitters or fields (>5V/m) are known to
exist the user is cautioned from using the device as more serious video rendering issues
may be triggered.
