RIDGID SeeSnake Compact - Manual (Page 4)

Ridge Tool Company 3
SeeSnake Flatpack/Compact
* Optimal performance in 40-100 mm lines, 90° bends from 50 mm onwards
Operating Environment
Temperature: .................................... 32°F to 104°F (0°C to 40°C)
Altitude: ...................................................... Up to 6560 ft. (2000 m)
Transient:
Over voltage: ..... Installation Categories II (1500V Phase to Earth)
Pollution Degree: .......................................................................... 2
Storage Temperature: ..................... 4° F to 140°F (-20°C to 60°C)
Humidity: ....................................................................... 30-90% RH
Set Up and Operation
Equipment Setup
Place the drum so the push cable is easy to manage as you push the camera
through the line.
Place the CCU so its monitor screen is easy to see as you are pushing the
camera. In brightly lit areas, point the monitor screen away from bright light
sources to reduce glare. When an optional battery pack is installed, the CCU
can be tilted to rest on its back supports (Figure 6).
The front handle attached to the monitor shield can also be used as a tilt stand
(Figure 2B). To use the front handle as a tilt stand, pull the release lever toward
the handle and tilt the handle down and underneath the CCU.
Connections
Connect the CCU to an AC outlet using the supplied AC adaptor. Use only
a detachable power cord with a Class II IEC 60320 connector and a mains
plug approved for the country where the unit is used. If desired, you can also
install a Makita 14.4V rechargeable battery into the battery holder on the rear
of the unit (Figure 7). Only Makita
® battery model numbers 1422 (RIDGID p/n
83407), 1433 and 1434 are approved for use with this system.
NOTE: The CCU will not recharge the battery; the battery must be removed
from the CCU for recharging. Use only the charger specifi ed by the battery
manufacturer.
Unwrap the Interconnect Cable from its holder on the frame and plug its
connector into the matching connector on the CCU. To join the connectors,
position the Interconnect Cable’s connector so the red arrow is facing up, push
the connector straight in and tighten the locking sleeve.
If the connector does not push in easily, align the guide pin on the Interconnect
Cable’s connector to the guide socket on the CCU’s connector.
NOTE: Twist only the outer locking sleeve! Never bend or twist the inner
connector! Bending or twisting the inner connector will lead to premature
failure. When unplugging you may wiggle a little, if necessary, but do not bend
or twist.
NOTE (Flatpack): The Interconnect Cable should be disconnected from the
CCU whenever moving or transporting the system.
Operation
Press and release the red button on the back of the CCU (Figure 3) to turn the
power ON. You should see an image on the monitor screen in a few seconds.
If you do not, check to make sure the monitor’s power switch is turned ON. To
turn the system OFF, press and quickly release the red button. Put the camera
head into the access point and push it in for about 1meter, then adjust the
camera’s lighting as necessary. To adjust the camera’s lighting, press and hold
the red multifunction button.
After about four seconds, the LED indicator on the CCU will begin fl ashing
rapidly. This indicates that the camera’s LED lighting elements are cycling
through their brightness levels. When the image inside the pipe looks good,
release the red button. If necessary, you may adjust the monitor’s image
controls to further improve the picture.
NOTE: The system should always produce a crisp picture that is free of noise
and lines. Sometimes, in extremely cold conditions, it can take a moment for
the monitor to warm up enough to produce the best picture.
Video recording: when the interconnect cord is plugged in, the video jack
serves as a “video out”. When the interconnect cord is not plugged in, the
video jack serves as “video in”.
At the Job Site
The camera can almost always be pushed farther when grip-style rubber
gloves are worn. It is much easier to get a grip on dirty push cable, and the
gloves also keep sludge off the hands.
Properly positioning the equipment and pushing of the cable will save
time, be more comfortable, and minimize the potential for equipment
damage.
Set the monitor in an area where it is unlikely to fall, and where it can be
viewed while you are pushing the camera. A good location is right next to
the cleanout or entry point.
Set the drum about 2’ to 3’ (~1 meter) from the entry. This will provide
ample cable to grasp and will develop momentum without having a lot of slack
dragging on the ground.
When pushing, the end of your stroke should be as close to the entry as
possible (Figure 8). Standing too far back with an excess of cable between
your hands and the entry may cause the cable to fold on itself outside the entry
and damage the cable (Figure 9).
Folding the push cable on the sharp edge of an entry can cause it to
snap. Extreme caution must be used to minimize the chance of bending
the push cable on sharp corners. This can cause push cable failure, and all
operators should be aware of this. If the camera just does not seem to want to
go any further, DO NOT FORCE THE CAMERA! If another entry is available,
try it or run water down the line as explained below.
NOTE: Hands should be close to the line opening. DO NOT catch the cable on
the edge of an entry and continue to push.
Always try to run water down the pipe while undergoing inspection.
This will keep the system much cleaner, and allow you to push noticeably
farther with less friction. This will also help you locate the bottom of the pipe.
This can be accomplished by feeding a hose with a small amount of fl ow into
the entry or occasionally fl ushing a toilet that drains to the pipe. If the water is
preventing you from seeing an area of importance, temporarily turn it off.
When inspecting a pipe, it is usually necessary to give a little extra push
in the bends. Back the camera head approximately 10-15 cm from the bend,
if necessary, and give it a quick push, “popping” the camera through a turn,
using the least amount of force required. Try to be as gentle as possible, and
do not hammer or snap the camera head through corners. After some practice,
you may learn that the best way to inspect a section of pipe is to push the
camera through quickly, then draw the camera back home slowly and evenly.
It is always easier to control the camera when pulling than when pushing.