Seeking Altec Equipment? We Would
Like To Broadcast Some Tips On
Aerial Bucket Repairs, Upgrades And Accessories To
Best Serve You And Your Equipment For The Long
Haul
It is
interesting that many have found while often
checking into Altec Equipment, there are those who have asked about the following as well:
It is true that you may be able to go to
someone who works with fiberglass in many other
roles, such as a body shop, general molder or other
product producer like boats, etc., they generally may
not provide the best protection over the long-haul.
For instance, there are both structural needs and (where
applicable) electrical insulating properties that may not be addressed if the repair
just takes into account the physical repair. Nor will that
company likely have proper liability insurance in case
something does go wrong that may result in legal
actions. Moreover, it can be a tremendous
problem for a larger operation that has more exposure
over time because of higher volume of activity. (For
those doing an analysis of Altec Equipment, the comments contained
within this article may be more applicable to to whomever
carries the responsibility for field vehicle
operations.)

It is apparent,
this is not something that can be put in the category of
basic mechanical repair or restoration. It is
incumbent upon any operator to approach this situation
with more than simple production goals. So, some of
the special considerations involved in fiberglass repairs
and rebuilds of aerial manlift components
include:
The requirements for insulating
capabilities of upper booms and lower boom insulators and what affects the performance through
which the boom must operate .
The level of tension and damage the insulators for the upper and lower boom can safely withstand.
Also, the lift bucket itself does provide
electrical insulation, so a check of these properties is
an important part of the repair.
Specifications must be
strictly followed for the reliable union of the bucket
and the telescoping or articulated arm.
If You Are Already
Thinking About Altec Equipment, It Is A Short Step Over To An Evaluation Of Vendor Capabilities
With all that is at stake with human lift applications, there is a lot to
consider, so the following questions should be asked
of any company being considered for aerial manlift
fiberglass work:
If they do
have some type of formal risk underwriting carrier or
company, have they adequately informed and regularly
update their carrier on their activities in connection
with their repair or
replacement work on aerial manlift components?
Like any
professional, those who
actually do the work, they should have the proper
training and carry the proper certifications. One that is helpful is the CCT certification of
the American Composites Manufacturing Association.
Here are
some other considerations as well:
The components in aerial man lift units must perform
as life preserving conveyances with high levels of
criticality, often beyond other uses for fiberglass. Does
this supplier understand this unusual way of applying
fiberglass?
In addition to maintaining
physical integrity, after a repair has been made, a final
electrical insulation test should be performed to ensure
that the refurbishment process has not also created a literal and figurative potential for dangerous
circuit completion that could effect the operator. (For
situations relating specifically to Altec Equipment, a consultation
with those who actually purchased your aerial lift products are a
good idea to gain their perspective on this important
checking phase.)
Beyond Altec Equipment:
Examples of Specific Component Repair/Rebuild Issues and
How the Repair Company Should Handle Them
Look here to see how this might play
out.
Just Doing Your Job May Mean Taking A Bit Of Extra
Time
Scenario: The repair facility is shipped the
upper boom section that connects to the worker
basket for basic rehab . Most shops should include a cleaning. This enables correct dielectric
testing, which should be done. If problems crop up, further
operations should be done with
such equipment as a conductivity meter. Even though they have not
been specifically asked to do this, the boom
should be inspected to see if any type of cracks or dents or if it has suffered any type of noticeable harm. The specifications for that particular boom section
should be pulled from the manufacturer guidelines and the
damage evaluated against those guidelines. If there
are specific remedies suggested by those
guidelines that may require extra effort, they should again be noted
for discussion with the owner. Structural testing is next. If it
withstands this test and no other issues are found, a
final waxing to protect the boom should occur.
It should then be sealed and protected for shipping with tamper-proof certifications with the results from the testing phases.
We will continue with
boom repairs since a failure at that level can be
catastrophic. Here we have again received
the uppermost member of the support boom. It has fractures confirmed by an initial visual inspection. There
is usually a cosmetic and visual coating on the boom
itself. In order to ensure that all damage can be
identified, this protective layer should be
stripped off and inspection made
both on the outside, and also on the hollow
inner core of the boom itself. Next determine if it can be repaired and the boom
restored to full and safe operation. This is done by
consulting what the manufacturer has declared proper, and
also comparing the damage to the capabilities of the
repair materials. These typically include physical
reinforcement, using similar OEM products and suitable
bonding materials which are impregnated into the repair
base. There will be a suitable timeframe for these
materials to setup and reach their full operational
resistance and use. At that point in time, a full
mechanical stress/tension test needs to be performed at
over the rated loading for the boom section. This
must be done, as noted above, on calibrated
equipment that can be shown to measure and record the
amount of loading placed on the repaired member.
Appropriate electrical testing would follow the same
pattern, but this is done
after surface finishing or layers are restored. Full
documentation needs to accompany the device back to its
owner/user.
Cutting
Losses
There are not a lot of backup
systems with a bucket style lift mechanism, and that
goes double with the
attachment of the boom to the bucket itself. There are
various ways that this main support can be
accomplished. In this case:
The main attachment
was accomplished through threaded rods that are in
effect integrated into the side of the bucket.
From a visual inspection, it was clear
that there were fissures in the actual fiberglass
that supported
these mounting rods.
Without even checking
further it is apparent that no amount of
reinforcement would make for a safe operating condition for the
operator.
A Similar Problem, But
This One Involves The Fiberglass Mounting Holes
Themselves
While the
owner ultimately makes the call as to repair, they
need good advice. In effect the risk management falls on whoever
at the customer is managing this function. So here is
a piece of advice we gave.
First we noted that the
fiberglass lift platforms can sometimes be attached by
creating an assembly out of the actual fiberglass. It is possible, as in this case, that where material has pulled apart can form weakness in critical areas. And finally, it is difficult to
ensure that the further damage, which might end up
being life-threatening, won't occur. Therefore, the competent consultant would
recommend replacement.
Where It Looks Worse
Than It Is, But It Really May Not Be That
Bad
A fiberglass lift platform comes into this particular shop:
1. The
mount side is not damaged, but the front corners are
cracked through. With proper techniques and
materials, the bucket can be repaired.
2. The
repairer should determine whether the customer just wants
the bucket repaired structurally or wants the bucket to
also be refinished to a like-new condition.
3. An
estimate is made first, and then the appropriate repair action should
be taken.
Tags: Altec Equipment