Guarantee And Liability - SATA jet 1000 A RP/HVLP Instrucciones De Servicio

Operating Instructions for SATA Automatic Guns
US
This note provides application
recommendations and helpful
tips for operation, control, mainte-
nance and repair.
1.4. Accident prevention
Always observe the general as
well as specific national accident
prevention regulations and corre-
sponding workplace and plant safe-
ty instructions.
1.5. Replacement parts,
accessories and parts
subject to wear
Always use genuine SATA replace-
ment parts and accessories. Acces-
sories not supplied by SATA have
not been tested and approved.
SATA cannot assume any liability
whatsoever for use of parts and
accessories which have not been
approved.

1.6. Guarantee and liability

The SATA General Conditions of
Sale and Delivery and further con-
tractual agreements, if applicable,
as well as the valid legislation at the
time apply.
SATA cannot assume any liability
for
■ Failure to observe the operating
instructions.
■ Use of untrained personnel.
■ Use of the product for purposes other
than intended.
■ Failure to use personal protective
equipment.
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■ Failure to use genuine parts and
accessories.
■ Unauthorized conversion or technical
modification.
■ Nature wear and tear.
■ Stress from shock or impact not
typical for use.
■ Impermissible assembly and disas-
sembly work.
1.7. Related directives, ordi-
nances and standards
Directive 94/9/EC
Equipment and protective systems
intended for use in potentially ex-
plosive atmospheres (ATEX).
Directive 98/37/EC
Machinery directive (up to 28 De-
cember 2009).
Directive 2006/42/EC
Machinery directive.
DIN EN ISO 1127-1:2011
Machine safety, general require-
ments.
EN 60079-0:2013
Explosive atmospheres – Part 0:
Equipment – General requirements.
DIN EN 1127-1:2011
Explosive atmospheres. Explosion
prevention and protection. Part 1:
Basic concepts and methodology.
DIN EN 1953:2013
Atomizing and spraying equipment
for coating materials – Safety re-
quirements.
DIN EN 13463-1:2009
Non-electrical equipment for use in
potentially explosive atmospheres
– Part 1: Basic method and require-