PAC R6000S Operation Manual page 23


Has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15
of the FCC rules.

Meets the requirements of the European Directives concerning health, hygiene and safety. The
standards applied are listed in the "CE Declaration of Conformity".
For a copy of the corresponding declarations, please consult PAC (see the heading "CONTACT US", this
manual).
If the user makes changes or modifications that are not expressly approved by PAC, the company
reserves the right to void the user's authority to operate the equipment.
During performance or routine maintenance, the system operator may be exposed to potentially
dangerous chemicals, temperatures, electrical voltages and/or other hazards. In order to reduce the
personal risk involved, the user must follow established guidelines and accepted standards for general
analytical laboratory operation.
For established safety requirements, government safety and disposal standards, please refer to the
corresponding Material Safety Data Sheet (MSDS) for each PAC supplied product and also reference the
corresponding vendor supplied MSDS for each sample and standard utilized with the product.
Proper Use and Safety
The R6000S analyzer is designed to be installed, operated and maintained as specified in the following
pages and in other parts of this manual. Failure to operate the analyzer as specified may produce
erroneous data and possible equipment failure. Some of the conditions for proper and improper use of the
analyzer are provided as follows:
Proper Use

Normal Use – The PAC R6000S analyzers are designed to continuously analyze a gaseous CO
sample from a sample handling system and display the amount of sulfur contained in the CO
sample. Operation and/or results for any other use cannot be guaranteed.
Corrosive Environments – The standard configuration of the R6000S Series analyzer is not intended for use in
corrosive environments.

Direct Sunlight – The analyzer should not be exposed to direct sunlight or inclement weather
conditions.

Ambient Temperature – The best accuracy and precision is obtained when the analyzer is located in
a temperature controlled environment.

Electrical Power – The electrical power source for the analyzer must be capable of delivering greater
than 1500 Watts of power from either a 115-VAC or 220-VAC source.
PAC L.P., All Rights Reserved, 2015
R6000S Operation Manual: Rev. G
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