BACKUP
RELIEF
BELT
USER
MANUAL
Ver.
1.0
Unikia
AS
Sandakerveien
24c,
Bygg
c1,
0473
Oslo,
Norway
9
12.
Manufacturers
Declaration
GUIDANCE
AND
MANUFACTURER’S
DECLARATION
–
ELECTROMAGNETIC
EMISSIONS
The
Backup
Belt
is
intended
for
use
in
the
electromagnetic
environment
specified
below.
Emissions test
Compliance
Electromagnetic environment – guidance
RF
emissions
CISPR
11
Group
1
The
Backup
Belt
uses
RF
energy
only
for
its
internal
function.
Therefore,
its
RF
emissions
are
very
low
and
are
not
likely
to
cause
any
interference
in
nearby
electronic
equipment.
RF
emissions
CISPR
11
Class
B
The
Backup
Belt
are
suitable
for
use
in
all
establishments
including
domestic
and
those
directly
connected
to
the
public
lowvoltage
power
supply
network
that
supplies
buildings
used
for
domestic
purposes.
Harmonic
emissions
IEC
61000
‐
3
‐
2
Not
applicable
Voltage
fluctuations
/
flicker
emissions
IEC
61000
‐
3
‐
3
Not
applicable
GUIDANCE
AND
MANUFACTURER’S
DECLARATION
–
ELECTROMAGNETIC
IMMUNITY
The
Backup
Belt
is
intended
for
use
in
the
electromagnetic
environment
specified
below.
The
customer
or
the
user
of
the
Backup
Belt
should
assure
that
it
is
used
in
such
an
environment.
IEC 60601 test level
Compliance level
Electromagnetic
environment – guidance
Electrostatic
discharge
(ESD)
IEC
61000
‐
4
‐
2
±6
kV
contact
±8
kV
air
±6
kV
contact
±8
kV
air
Floors
should
be
wood,
concrete
or
ceramic
tile.
If
floors
are
covered
with
synthetic
material,
the
relative
humidity
should
be
at
least
30
%.
Electrical
fast
transient/burst
IEC
61000
‐
4
‐
4
±2
kV
for
power
supply
lines
±1
kV
for
input/
output
lines
±2
kV
for
power
supply
lines
±1
kV
for
input/
output
lines
Mains
power
quality
should
be
that
of
a
typical
commercial
or
hospital
environment.
Surge
IEC
61000
‐
4
‐
5
±1
kV
differential
mode
±1
kV
differential
mode
Mains
power
quality
should
be
that
of
a
typical
commercial
or
hospital
