Operating site, Noise and vibration, Limitations – Snorkel PUSH 6 ECO User Manual
Page 8

Page 7 of 23
Pop-Up PUSH 6 ECO
Operator’s Safety and Maintenance Handbook (v.0.4.0409)
Section 2
SPECIFICATION
Operating site
Select a site for the machine from which the platform will be able to reach the
required work area. A visual inspection of the operating site should be made before
setting up the machine. Particular attention should be given to the following items:
1. Ground conditions
Ensure that the ground on which the
POP-UP PUSH 6 ECO PUSH 6 ECO
is to
operate is capable of supporting the weight of the machine (including the weight
of the operator plus tools and materials). Be aware of floors or coverings (e.g.
manhole covers) that may not withstand point loadings exerted by the castor
wheels.
2. Ground flatness
The
POP-UP PUSH 6 ECO PUSH 6 ECO
must only be operated on flat (0º chassis
inclination) and level surfaces. The allowable chassis inclination is indicated when
the bubble spirit level is within the marked limits. All castor wheels must be in full
contact with the ground.
3. Overhead obstructions
Ensure that adequate clearance is available above and around the platform before
elevation.
Noise and vibration
Noise levels emitted from this machine do not exceed 70 dB(A). Hand and arm
vibration experienced on this machine does not exceed 2.5 m/s
2
.
Limitations
The
POP-UP PUSH 6 ECO PUSH 6 ECO
is intended for use INDOORS ONLY,
and must not be used outdoors as wind forces may make it unstable.
This machine has been tested for Electromagnetic Compatibility (EMC) however,
operation near to high powered radio transmission apparatus (e.g. radar, antennae)
or within strong electrical and/or magnetic fields may affect some features of this
product.
WARNING
THIS MACHINE HAS NOT BEEN DESIGNED FOR OPERATION WITHIN
POTENTIALLY EXPLOSIVE ATMOSPHERES
WARNING
THIS MACHINE IS NOT ELECTRICALLY INSULATED AND MUST NEVER BE
USED FOR LIVE LINE WORKING. DEATH OR SERIOUS INJURY CAN RESULT
FROM CONTACT WITH, OR INADEQUATE CLEARANCE FROM, ELECTRICAL
CONDUCTORS