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VOLTRONIC POWER TECHNOLOGY CORP.
Page 1 of 46
REPORT NO： LVD-E20120215S
APPLICATION FOR LOW VOLTAGE DIRECTIVE
On Behalf of
VOLTRONIC POWER UPS
Report Number : LVD-E20120215S
Model/Type : IMPERIAL 1500
IMPERIAL 2000
Prepared For : VOLTRONIC POWER TECHNOLOGY CORP.
1st Floor, Building 1, HengchangRong Industrial Park,
Private Industrial Zone, Shilongzai Community, Shiyan
Street, Baoan District, Shenzhen, China
Prepared By : VOLTRONIC POWER TECHNOLOGY CORP.
1st Floor, Building 1, HengchangRong Industrial Park,
Private Industrial Zone, Shilongzai Community, Shiyan
Street, Baoan District, Shenzhen, China
Tel： +86-755-29182809
Fax：+86-755-29182982
1
VOLTRONIC POWER TECHNOLOGY CORP.
Page 2 of 46
REPORT NO： LVD-E20120215S
TEST REPORT
EN 62040-1
Uninterruptible power systems(UPS) —
Part 1：General and safety requirements for UPS
Report Reference No
Complied by (name+signature)
LVD-E20120215S
Jinming
Approved by (name+signature)
Yinxiang
Date of issue
Total number of pages
Testing Laboratory ……………..
Feb.2012
46 pages
VOLTRONIC POWER TECHNOLOGY CORP.
Address…………………………..
1st Floor, Building 1, HengchangRong Industrial Park,
Private Industrial Zone, Shilongzai Community, Shiyan
Street, Baoan District, Shenzhen, China
Testing location/address…………...
Applicant’s name …………………
Same as above
VOLTRONIC POWER TECHNOLOGY CORP.
Address…………………………….
1st Floor, Building 1, HengchangRong Industrial Park,
Private Industrial Zone, Shilongzai Community, Shiyan
Street, Baoan District, Shenzhen, China
Test specification:
Standard …………………………...
Test procedure…………………….
Non- Standard test method……….
Test item description………………
EN 62040-1:2008
Compliance with EN 62040-1:2008
N/A
Uninterruptible Power Supply
Trade Mark………………………..
N/A
Manufacturer………………………
VOLTRONIC POWER TECHNOLOGY CORP.
Address……………………………
1st Floor, Building 1, HengchangRong Industrial Park,
Private Industrial Zone, Shilongzai Community, Shiyan
Street, Baoan District, Shenzhen, China
Model/Type reference ……………
IMPERIAL 1500; IMPERIAL 2000
Ratings……………………………..
Model: IMPERIAL 1500VA
Input: 220Vac-240Vac,50/60Hz,9.9A Max,1Φ
Output: 220Vac-240Vac,50/60Hz,6.5A max,1Φ
Capacity: 1500VA/1000W
Model: IMPERIAL 2000VA
Input: 220Vac-240Vac,50/60Hz,10A max,1Φ
Output: 220Vac-240Vac,50/60Hz, 8.7A max,1Φ
Capacity: 2000VA/1400W
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VOLTRONIC POWER TECHNOLOGY CORP.
Page 3 of 46
REPORT NO： LVD-E20120215S
ADDITIONAL INFORMATION
TESTED ACCORDING TO NATIONAL REQUIREMENTS FOR THE FOLLOWING COUNTRIES:
CENELEC
LIST OF APPENDIXES / ENCLOSURES TO THE TEST REPORT
z Copy of warning label (Appendix I)
z Photos (Appendix II)
Test item particulars
Equipment mobility…………………
[x] movable [ ]stationary [ ] for building-in
[ ]Pluggable equipment [] permanent connection
Connection to the mains…………….
[x] detachable power supply cord
[ ] non-detachable power supply cord
Operating condition…………………
[x] continuous
[ ] rated operating/resting time
Access location …………………….
[x]operator accessible
[ ]restricted access location
Over voltage category(OVC)………
[]OVCⅠ [x]OVCⅡ []OVCⅢ []OVC Ⅳ []other
Mains supply tolerance (%) or absolute
mains supply Values……..
220Vac(-10%), 240Vac(+10%)of input voltage
considered
Tested for IT power systems
IT testing, phase-phase voltage (V)
Class of equipment
Considered current rating (A)
Pollution degree(PD)
IP protection class
Altitude of during operation (m)
Altitude of test laboratory (m)
Mass of equipment (kg)
[] Yes [x] No
NA
[x] Class Ⅰ [ ]Class Ⅱ [ ] not classified
16 A
[ ] PD 1 [x] PD 2 [ ] PD 3
IP20
Up to 2000m
Below 2000m
11.6 kg for IMPERIAL 1500
12.25 kg for IMPERIAL 2000
Possible test case verdicts:
test case does not apply to the test object
Test object does meet the requirement
Test object does not meet the requirement
General remarks:
N/A
P(pass)
F(fail)
The test results presented in this report relate only to the object tested.
This report shall not be reproduced, except in full, without the written approval of the issuing testing
laboratory.
“(see enclosure #)”refers to additional information appended to the report.
“(see appended table )” refers to table appended to the report.
Throughout this report a comma (point) is used as the decimal separator.
Standard EN 62040-1:2008 is to be used in conjunction with EN 609501:2006+A11:2009+A1:2010,
which is referred to in this TRF as “ RD”.
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VOLTRONIC POWER TECHNOLOGY CORP.
Page 4 of 46
REPORT NO： LVD-E20120215S
General product information:
1、the equipment is an off-line type of Uninterruptible Power Supply for general use with information
technology equipment.
2、The test samples are pre-production without any serial number.
Summary of testing:
The report has been tested according to standard EN 62040-1:2008.
·Tests performed on the bench
·Maximum ambient temperature: +40°C
·Tested for moderate conditions
·EUT is designed for altitudes not exceeding 2000m.
This series of UPS generally uses the same circuit diagrams, therefore, input tests, heating tests and
abnormal tests were conducted on models IMPERIAL 1500 and IMPERIAL 2000 with different
converter transformers, MOSFET etc. Unless otherwise specified , the tests are conducted on model
IMPERIAL 2000 considered the worst condition.
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VOLTRONIC POWER TECHNOLOGY CORP.
Page 5 of 46
REPORT NO： LVD-E20120215S
Copy of marking plate:
1、Rating label for model IMPERIAL 1500
Model: IMPERIAL 1500
Input: 220Vac-240Vac,50/60Hz,9.9A max,1Φ
Output: 220Vac-240Vac,50/60Hz,6.5A max,1Φ
Capacity: 1500VA,1000W
Made In China
2、Rating label for model IMPERIAL 2000
Model: IMPERIAL 2000
Input: 220Vac-240Vac,50/60Hz,10A max,1Φ
Output: 220Vac-240Vac,50/60Hz,8.7A max,1Φ
Capacity: 2000VA/1400W
Made In China
3、Warning label on outer enclosures
5
VOLTRONIC POWER TECHNOLOGY CORP.
Page 6 of 46
REPORT NO： LVD-E20120215S
EN 62040-1
clause
Requirement—Test
4
GENERAL CONDITIONS FOR TESTS
4.5
Components
Comply with IEC62040-1 or relevant
component standard
1.5.2/RD
Evaluation and testing of components
1.5.3/RD
1.5.4/RD
Thermal controls
Transformers
1.5.5/RD
Interconnecting cables
1.5.6/RD
Capacitors bridging insulation
1.5.7/RD
Resistors bridging insulation
1.5.7.1/RD
Resistors bridging functional, basic or
supplementary insulation
Resistors bridging double or reinforced
insulation between a. c. mains and other circuits
1.5.7.2/RD
1.5.7.3/RD
1.5.8/RD
Result—Remark
Verdict
P
see appended table 4.5
Certified components are used
in accordance with their
ratings, certifications and they
comply with applicable parts
of this standard. Components
not certified are used in
accordance with their ratings
and they comply with
applicable parts of IEC 609501 and the relevant components
standard .Components ,for
which no relevant IECstandard exists, have been
tested under the conditions
occurring in the equipment,
using applicable parts of IEC
60950-1
No Thermal controls
Transformers used are suitable
for their intended application
and comply with the relevant
requirements of the standard
and particularly Annex C/RD
No interconnecting cable
provided.
Between line:X2 capacitor
according to IEC 60384-14:
1993 with 21 days damp heat
test was used
Photo-coupler U3 is used and
complies with the relevant
requirements of the standard.
P
P
P
P
P
N
P
P
P
No resistors bridging double
or reinforced insulation
No bridging resistors
Resistors bridging double or reinforced
insulation between a. c. mains and antenna
or coaxial cable
Components in equipment for IT power TN power system.
systems
N
N
N
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VOLTRONIC POWER TECHNOLOGY CORP.
Page 7 of 46
REPORT NO： LVD-E20120215S
4.6
1.6.1/RD
1.6.2/RD
Power interface
AC power distribution systems
Input current
4.6
1.6.4/RD
Neutral conductor
4.7
4.7.1
4.7.2
Marking and instructions
General
Power rating
Input rated voltage/range (V)
Input rated current/range (A)
1.7.1/RD
1.7.1/RD
P
P
P
TN power system.
Highest normal load according
to 1.2.2.1/RD for this equipment
is the charging of empty battery
and operation with the
maximum specified output load
( see appended table 4.6).
Neutral is insulation from earth P
with basic insulation throughout
the equipment.
See below
The required marking is located
on the outside surface of the
equipment
220-240Vac
P
P
P
See rating label
P
P
Input symbol for nature of supply (d.c.)
Input rated frequency/range (Hz)
Not connected to DC supply
50/60Hz
N
P
Number of input phases (1φ - 3φ) and
neutral
output rated voltage/range (V)
output rated current/range (A)
Output rated power factor,(if less than unity,
or active power and apparent power or
active power and rated current)
Number of output phases (1φ - 3φ) and
neutral
Output rated active power (W)
1φ With Neutral
P
220-240Vac
Not marked
P
N
N
1φ With Neutral
P
See rating label
N
See rating label
No d. c. output
See rating label
0~40°C
See rating label
N
P
P
P
Output rated apparent power (VA)
Output symbol for nature of supply (d. c.)
Output Rated frequency / range (Hz)
Ambient operating temperature range (C)
Manufacturer’s name or trademark or
identification mark
Type/model type reference
Symbol for Class II equipment only
Other symbols
Certification marks:
Instructions for units with automatic
bypass/maintenance bypass, additional input
See rating label
The equipment is Class I
The additional marking does
not give rise to
misunderstanding.
CE
Equipment has no such
function.
P
N
P
P
N
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VOLTRONIC POWER TECHNOLOGY CORP.
Page 8 of 46
REPORT NO： LVD-E20120215S
4. 7. 3
a. c. supply, or external batteries, having
text "See installation instructions before
connecting to the supply"
Safety instructions
4. 7. 3.1
4. 7. 3.2
General
Installation
Location in a restricted access location only
4.7.3.3
Permanent connector UPS
Pluggable type A or Pluggable type B UPS
Operation
4.7.3.4
Maintenance
4.7.3.5
Distribution related backfeed
4.7.4
1.7.4/RD
Main voltage adjustment
4.7.5
1.7.5/RD
Methods and means of adjustment ;reference
to installation instructions
Power outlets
4.7.6
1.7.6/RD
Fuse identification (marking, special fusing
characteristics, cross-reference)
4.7.7
1.7.7/RD
1.7.7.1/RD
1.7.7.2/RD
1.7.7.3/RD
4.7.8
Wiring terminals
Protective earthing and bonding terminals
Terminals for a.c. mains supply conductors
Terminals for d.c. mains supply conductors
P
N
No voltage selector
N
Relevant information provided
on the marking that is affixed
near the outlets.
AC Fuse in rear panel.
Marked by:
250VAC, 10A for IMPERIAL
1500
250VAC, 15A for IMPERIAL
2000
Appliance inlet used.
P
P
P
P
P
P
P
P
P
P
N
N
N
N
p
Controls and indicators
AC main supplied
The terminal of battery is
marked with Standard symbol
(IEC 60417,No.5005 and
No.5006 )
See below
P
Identification, location and marking
The function of controls
P
Battery terminals
4.7.9
1.7.8/RD
1.7.8.1/RD
The user manual contains
information for operation,
installation, servicing transport,
storage and technical data
considered
Installation instructions are
available to the user in user’s
manual
Instruction manual provided
Not for restricted access
location
Instruction manual provided
Pluggable equipment type A
The suitable information list in
the user manual when operate
the UPS. Not for restricted
access location
The instruction of maintenance
is only included in the service
manual
Backfeed protection provided
externally to the UPS
No voltage selector
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VOLTRONIC POWER TECHNOLOGY CORP.
1.7.8.2/RD
1.7.8.3/RD
Colours
Symbols according to IEC 60417
1.7.8.4/RD
Markings using figures:
4.7.10
1.7.9/RD
Isolation of multiple power sources
4.7.11
1.7.2.4/RD
4.7.12
IT power systems
4.7.13
5.1/RD
High leakage current (mA)
4.7.14
1.7.10/RD
Thermostats and other regulating devices
4.7.15
1.7.2.1/RD
And
1.7.8.1/RD
Language(s)
4.7.16
1.7.11/RD
Durability of markings
4.7.17
1.7.12/RD
4.7.18
1.7.13/RD
Removable parts
Protection in building installation
Replaceable batteries
Language(s)
Page 9 of 46
REPORT NO： LVD-E20120215S
affecting safety is obvious
without knowledge of language
etc.
For LED or LCD provided,
P
located on the front panel
The function switch is marked
P
according to IEC 60417-1.
No.5010.
No controls affecting safety are N
using figures
Only one external supply of
N
hazardous voltage of energy
(via appliance inlet)
TN power system.
N
The equipment is of pluggable
N
type A.
Leakage current of the
P
equipment does not exceed
3.5mA. However due to the
connected load has influence on
the overall earth leakage
current, a corresponding
statement was provided in the
Users Manual.
No Thermostats other regulating N
devices
Instructions and marking shall
be in a language acceptable for
the country where the
equipment is to be used. English
user manual provided.
The label was subjected to the
P
permanence of marking test.
The label was rubbed with cloth
soaked with water for 15s and
then again for 15s with the cloth
soaked with petroleum spirit.
After this test there was no
damage to the label. The
marking of the label did not
fade. There was neither curling
nor lifting of the label edge.
Marking is not on the removable P
parts
The battery is not placed in an
P
operator access area. The
required warning is in the safety
manual.
Instructions and marking are in
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VOLTRONIC POWER TECHNOLOGY CORP.
4.7.19
1.7.2.5/RD
4.7.20
Operator access with a tool
Battery
Clearly legible information
Battery type
Nominal voltage of total battery (V)
Nominal capacity of total battery (optional)
Warning label
Instructions
Page 10 of 46
REPORT NO： LVD-E20120215S
English
All area containing hazard(s)
P
are inaccessible to the operator.
Pluggable equipment type A
P
UPS with integral batteries.
Warning label attached on the
P
outside surface of external
battery pack. Information
clearly legible
Lead-Acid
P
Stated on rating user’s manual.
P
Stated on rating user’s manual.
P
Warning language with
P
information:
Caution: Lead-acid battery
inside the enclosure, it may
cause chemical hazard. The
battery presents a risk of electric
shock and energy hazards.
For disposal instructions for the
battery, see user’s manual.
The sufficient information about P
the battery was given in the
user’s manual.
No energy hazard in operator
P
access area. Checked by means
of the test finger.
Detailed information regarding
P
external interfaces was provided
in the User’s Manual
2.1.2.5/RD
Protection against energy hazards
4.7.21
1.7.2.4/RD
Installation instructions
5
5.1
5.1.1
2.1.1/RD
2.1.1.1/RD
FUNDAMENTAL DESIGN REQUIREMENTS
Protection against electric shock and energy hazards
Protection for UPS intended to be used in
Refer below
operator access areas
Access to energized parts
There is adequate protection
against operator contact with
bare parts at ELV or hazardous
voltage or parts separated from
these with basic or functional
insulation only (except
protective earth).
No hazardous.
Test by inspection
Complies
Test with test finger (figure 2A):
Complies
Test with test pin (figure 2B):
Complies
Test with test probe (figure 2C):
No TNV circuits
Battery compartments
Battery compartment is not
operator access area.
Access to ELV wiring
No internal wiring at ELV
2.1.1.2/RD
2.1.1.3/RD
P
P
P
P
P
P
P
N
N
N
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VOLTRONIC POWER TECHNOLOGY CORP.
Page 11 of 46
REPORT NO： LVD-E20120215S
accessible to the operator.
2.1.1.4/RD
Working voltage (V peak or Vrms);
minimum distance through insulation (mm)
Access to hazardous voltage circuit wiring
2.1.1.5/RD
Energy hazards
2.1.1.6/RD
Manual controls
2.1.1.7/RD
Discharge of capacitors in equipment
2.1.1.8/RD
Measured voltage (V); time-constant (s)
Energy hazards—d.c. mains supply
2.1.1.9/RD
5.1.2
2.1.1.5c)/RD
a) Capacitor connected to the d.c. mains
supply
b) Internal battery connected to the d.c.
mains supply
Audio amplifiers
Protection for UPS intended to be used in
service access areas
5.1.3
2.1.1.5c)/RD
5.1.4
Hazardous energy level
Protection for UPS intended to be used in
restricted access areas
Hazardous energy level
Backfeed protection
Shock hazard after de-energization of a.c.
input for UPS
Measured voltage (v); time-constant(s)
Description of the construction
5.1.5
Emergency switching device
5.2
5.2.1
2.2/RD
2.2.1/RD
Requirements for auxiliary circuits
Safety extra low voltage circuit0- SELV
General requirements
No operator accessible
hazardous voltage circuit
wiring.
No energy hazards in operator
accessible location.
No conductive controls,
handles or alike provided
The capacitance of the input
circuits>0.1uF, refer to list of
critical components.
(see appended table 5.1.1)
The equipment is not
connected to d.c. mains supply
N
N
P
P
N
N
N
No such parts
Checked by inspection,
unintentional contact is
unlikely during service
operations
Nor for restricted access area
N
N
N
N
N
No shock hazard
P
(see appended table 5.8)
The backfeed protection is
achieved through the backfeed
relay RY1,RY5 boost \buck \
output relay RY2, RY3, RY4,
the current transformer CT1,
and the AVR/inverter
transformer TX which
provides reinforce insulation
between the primary and
secondary circuits.
Not mandatory for pluggable
UPS.
P
P
No SELV circuits placed
outside the enclosure
N
N
N
N
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VOLTRONIC POWER TECHNOLOGY CORP.
2.2.2/RD
2.2.3/RD
2.2.4/RD
5.2.2
2.3/RD
2.3.1/RD
2.3.2/RD
2.3.2.1/RD
2.3.2.2/RD
2.3.2.3/RD
2.3.2.4/RD
2.3.3/RD
2.3.4/RD
2.3.5/RD
5.2.3
2.4/RD
2.4.1/RD
2.4.2/RD
2.4.3/RD
5.2.4
3.5/RD
3.5.1/RD
3.5.2/RD
3.5.3 /RD
3.5.4/RD
5.2.5
2.5/RD
Voltages under normal conditions (V)
Voltages under fault conditions (V)
Connection of SELV circuits to other circuits
Telephone network voltage circuits- TNV
limits
Type of TNV circuits
Separation from other circuits and from
accessible parts
General requirements
Protection by basic insulation
Protection by earthing
Protection by other constructions
Separation from hazardous voltages
Insulation employed
Connection of TNV circuits to other circuits
Insulation employed
Test for operating voltages generated
externally
Test with test probe (figure 2C):
Limited current circuits
General requirements
Limit values
Frequency (Hz)
Measured current (mA)
Measured voltage (V)
Measured circuit capacitance ( nF or uF):
Connection of limited current circuits to other
circuits
External signalling circuits
General requirements
Types of interconnection circuits
ELV circuits as interconnection circuits
Data ports for additional equipment
Limited power source
a) inherently limited output
b) impedance limited output
c) regulating network limited output under
normal operating and single fault condition
d) Over current protective device limited
output
Max. output voltage(V), max. output current
(A), max. apparent power (VA)
Current rating of over current protective
device(A)
Page 12 of 46
REPORT NO： LVD-E20120215S
N
N
N
Refer below:
N
No TNV circuits, cl. 2.3/RD
N
N
N
N
N
N
N
N
N
No limited current circuits,
cl. 2.4/RD
N
N
N
N
Refer to below
P
considered
P
N
N
P
No ELV interconnection
Data ports are signal port
only, no test required.
No limited power source
N
N
N
N
N
12
VOLTRONIC POWER TECHNOLOGY CORP.
5.3
5.3.1
2.6/RD
Protective earthing and bonding
General
Provisions for earthing and bonding
2.6.1/RD
Protective earthing
2.6.2/RD
2.6.3/RD
2.6.3.5/RD
Functional earthing
Protective earthing and Protective bonding
conductors
General
Size of protective earthing conductors
Rated current (A) , cross-sectional area
(mm^2), AWG
Size of protective bonding conductors
Rated current (A) , cross-sectional area
(mm^2), AWG
Protective current (A) , cross-sectional area
(mm^2), AWG
Resistance of earthing conductors and their
terminations; Resistance(), voltage drop (V),
test current (A), duration (min)
Colour of insulation
2.6.4/RD
2.6.4.1/RD
2.6.4.2/RD
Terminals
General
Protective earthing and bonding terminals
2.6.3.1/RD
2.6.3.2/RD
2.6.3.3/RD
2.6.3.4/RD
Page 13 of 46
REPORT NO： LVD-E20120215S
P
See below
P
Approved appliance inlet and P
outlets used
Reliable connection of
P
relevant conductive parts to
the PE terminal of appliance
inlet (via green/yellow
insulated wires).
No Functional earthing
N
Through appliance inlet
P
and outlets used
Compliance checked
P
Appliance inlet used
P
See appended table 4.5
Refer to 2.6.3.4/RD
Refer to 2.6.3.4/RD
P
Refer to 2.6.3.4/RD
See appended table 5.3.1
P
Protective earthing conductor
is green with yellow stripe.
See below
See below
Appliance inlet used.
P
P
P
N
Rated current (A), type and nominal thread
diameter (mm)
2.6.4.3/RD
2.6.5/RD
2.6.5.1/RD
2.6.5.2/RD
2.6.5.3/RD
2.6.5.4/RD
Separation of the protective earthing conductor
from protective bonding conductors
Integrity of protective earthing
Interconnection of equipment
Separate PE and protective
bonding conductor used
See below
The unit has its own earthing
connection. PE terminals of
outlets reliably connected to
PE terminal of unit
Components in protective earthing conductors There are no switches or over
and protective bonding conductors
current protective device in
protective earthing or
bonding conductor.
Disconnection of protective earth
Appliance inlet provided.
Parts that can be removed by an operator
Appliance plug or inlet,
earthing connected before
and disconnected after
hazardous voltage. No other
operator removable parts.
N
P
P
P
P
P
13
VOLTRONIC POWER TECHNOLOGY CORP.
2.6.5.5/RD
Parts removed during servicing
2.6.5.6/RD
Corrosion resistance
2.6.5.7/RD
Screws for protective bonding
2.6.5.8/RD
Reliance on telecommunication network or
cable distribution system
Protective earthing
5.3.2
2.6.1/RD
2.10/RD
REPORT NO： LVD-E20120215S
It is not necessary to
P
disconnect earthing except
for the removal of the earthed
part itself.
All safety earthing
P
connections in compliance
with Annex J
No such screw
N
4.2/RD
5.2/RD
5.3.3
Clearances, creepage distances and distances
through insulation
Mechanical strength
Electric strength
Protective bonding
5.4
5.4.1
AC and d.c. power isolation
General
3.4/RD
Disconnection from the mains supply
3.4.1/RD
3.4.2/RD
3.4.3/RD
3.4.4/RD
General requirement
Disconnect devices
Permanently connected equipment
Parts which remain energized
3.4.5/RD
Switches in flexible cords
3.4.6/RD
3.4.8/RD
3.4.9/RD
3.4.10/RD
3.4.11/RD
5.4.2
Number of poles- single- phase and d.c.
equipment
Number of poles- three-phase and d.c.
equipment
Switches as disconnect devices
Plugs as disconnect devices
Interconnected equipment
Multiple power sources
Disconnect devices
5.5
5.5.1
2.7.3/RD
Over current and earth fault protection
General
Short-circuit backup protection
3.4.7/RD
Page 14 of 46
No protective earthing of
TNV circuits.
Accessible conductive parts
are reliably connected to
protective earth terminal
See clause 5.7
P
See clause 7.3
See clause 8.2
Refer also to 2.6.3.4/RD
P
P
P
Only one external supply of
hazardous voltage or energy
(via appliance inlet).
Appliance coupler used
disconnect device
No parts remain energized
after the disconnect device is
pull out
No such construction
N
P
N
N
N
N
N
N
N
N
N
Single- phase only
N
Refer to cl. 3.4.2/RD
N
N
N
N
N
See below
Pluggable equipment with type A.
Building installation is considered
as providing short circuit backup
protection.
P
P
P
14
VOLTRONIC POWER TECHNOLOGY CORP.
2.7.4/RD
Page 15 of 46
REPORT NO： LVD-E20120215S
No over current protection
N
provided
No over current protection
N
provided
With for the mains socket being of N
reversible type, hazard may be still
present in the equipment after the
input fuse opens. However, as it is
considered that the plug to the
mains will be disconnected during
service work. No markings were
needed.
Equipment relies on 16A rated
P
input fuse or circuit F1 of the wall
outlet installation protection of the
building installation in regard to L,
N short circuit and for L to PE
earth fault. Cover current
protection is provided by the
build-in device AC fuse
Ungrounded battery inside the
P
UPS.
Required fuses against
Over current: 1
Earth fault: 1
Protection against overcurrent by
trace. However earth faults will be
covered by devices in the building
installation.
See below
P
For the charger circuit there are no N
hazardous conditions under any
simulated fault conditions.
No over current protection
N
provided
See appended table 8.3
P
2.7.5/RD
Number and location of protective
devices
Protection by several devices
2.7.6/RD
Warning to service personnel
5.5.2
Basic requirements
5.5.3
Battery circuit protection
5.5.3.1
5.5.3.2
Over current and earth fault protection
Location of protective device
5.5.3.3
Rating of protective device
5.3.1/RD
Protection against overload and
abnormal operation
5.6
Protection of personnel – Safety interlocks
(No safety interlock provided for operator protection since there are no liable
hazards capable of harming the operator during operation).
N
5.6.1
2.8/RD
2.8.1/RD
2.8.2/RD
2.8.3/RD
2.8.4/RD
2.8.5/RD
2.8.6/RD
Operator protection
Safety interlocks
General principles
Protection requirements
Inadvertent reactivation
Fail-safe operation
Moving parts
Overriding
N
N
N
N
N
N
N
N
See below
No safety interlocks
15
VOLTRONIC POWER TECHNOLOGY CORP.
Page 16 of 46
REPORT NO： LVD-E20120215S
N
N
N
N
(See appended table 8.2)
N
N
see below.
P
considered
P
It is unlikely that during the
P
removal of any covers service
personnel may touch hazardous
voltage or energy.
Only the exchange of the battery is P
considered as possible servicing. A
risk of injury is unlikely for the
service personnel.
The UPS is designed with only
P
screwed enclosure parts.
No component access during
N
operation mode necessary.
No servicing in operation mode
N
necessary.
No hazardous moving parts.
N
The capacitors provided can
P
produce energy level way below
20 joules.
The terminals of the battery
P
connections are isolated and
covered so that it is unlikely to
bridge the terminals of the
battery during servicing or its
replacement..
2.8.7/RD
2.8.7.1/RD
2.8.7.2/RD
2.8.7.3/RD
2.8.7.4/RD
2.8.8/RD
5.6.2
5.6.2.1
5.6.2.2
Switches and relays
Contact gaps (mm)
Overload test
Endurance test
Electric strength test
Mechanical actuators
Service person protection
Introduction
Covers
5.6.2.3
Location and guarding of parts
5.6.2.4
Parts on doors
5.6.2.5
Component access
2.8.3/RD
Inadvertent reactivation
5.6.2.6
5.6.2.7
Moving parts
Capacitor banks
5.6.2.8
Internal batteries
5.7
2.10/RD
2.10.1/RD
Clearances, creepage distances and distances through insulation
P
General
P
2.10.1.1/RD
2.10.1.2/RD
2.10.1.3/RD
Frequency
Pollution degrees
Reduced values for function insulation
2.10.1.4/RD
Intervening unconnected conductive
parts
Insulation with varying dimensions
Special separation requirements
Insulation in circuits generating starting
pulses
Determination of working voltage
General
RMS working voltage
2.10.1.5/RD
2.10.1.6/RD
2.10.1.7/RD
2.10.2/RD
2.10.2.1/RD
2.10.2.2/RD
See 2.10.3/RD, 2.10.4/RD and
2.10.5/RD.
Considered
Ⅱ
The functional insulations comply
with 5.3.4/RD a) and c)
Considered
No such transformer used
Special separation is not used
No such circuit generating starting
pulses
See appended table 5.7
See below
See appended table 5.7
P
P
P
P
N
N
N
P
P
P
16
VOLTRONIC POWER TECHNOLOGY CORP.
2.10.2.3/RD
2.10.3/RD
peak working voltage
Clearances
2.10.3.1/RD
General
2.10.3.2/RD
Mains transient voltages
a) AC mains supply
b) earthed d.c. mains supplies
c) unearthed d.c. mains supplies
2.10.3.3/RD
2.10.3.4/RD
2.10.3.5/RD
2.10.3.6/RD
2.10.3.7/RD
2.10.3.8/RD
2.10.3.9/RD
2.10.4/RD
2.10.4.1/RD
2.10.4.2/RD
d) battery operation
Clearances in primary circuits
Clearances in secondary circuits
Clearances in circuits having starting
pulses
Transients from a.c. mains supply
Transients from d.c. mains supply
Transients from telecommunication
networks and cable distribution systems
Measurement of transient voltage levels
a) transient from a mains supply
For an a.c. mains supply
For a d.c. mains supply
b) transients from a telecommunication
network
Creepage distances
General
Material group and comparative tracking
index
CTI tests
2.10.4.3/RD
2.10.5/RD
Minimum creepage distances
Solid insulation
2.10.5.1/RD
2.10.5.2/RD
2.10.5.3/RD
General
Distances through insulation
Insulating compound as solid insulation
2.10.5.4/RD
2.10.5.5/RD
2.10.5.6/RD
2.10.5.7/RD
Semiconductor devices
Cemented joints
Thin sheet material-general
Separable thin sheet material
Number of layers (pcs)
Electric strength test
2.10.5.8/RD
Non-separable thin sheet material
Page 17 of 46
REPORT NO： LVD-E20120215S
See appended table 5.7
P
See below. Annex G/RD was not P
considered
Annex F/RD and minimum
P
Clearances considered
See below
P
Equipment is overvoltage category P
Ⅱ
Not intended for d.c. mains
N
supplies
Not intended for d.c. mains
N
supplies
Dedicated battery used
P
See appended table: 5.7
P
See appended table: 5.7
P
No such circuit generating
N
starting pulses
considered
P
Not connected to d.c. mains
N
supply
No TNV circuits
N
Measurement not relevant
N
N
N
N
N
See appended table: 5.7
See below
Material |||b is used
P
P
P
CTI rating for all material of min.
100.
See appended table 5.7
Solid or laminated insulating
materials having adequate
thickness are provided.
See below
See appended table: 5.8
Approved opto-couplers, see
appended table 4.5
No semiconductor devices
No Cemented joint
See below
AC 1500V for each layer of
insulation (see appended table 5.8)
Not used
P
P
P
P
P
N
N
P
N
-N
17
VOLTRONIC POWER TECHNOLOGY CORP.
2.10.5.9/RD
2.10.5.10/RD
2.10.5.11/RD
2.10.5.12/RD
Thin sheet material-standard test
procedure
Thin sheet material-(Alternative) test
procedure
Electric strength test
Insulation in wound components
Wire in wound components
Working voltage:
a) basic insulation not under stress:
b) basic, supplementary, reinforced
insulation:
c)compliance with Annex U:
Two wires in contact inside wound
component; angle between 45° and 90°
2.10.5.13/RD
2.10.5.14/RD
2.10.6/RD
2.10.6.1/RD
2.10.6.2/RD
2.10.6.3/RD
2.10.6.4/RD
2.10.7/RD
2.10.8/RD
2.10.8.1/RD
2.10.8.2/RD
2.10.8.3/RD
2.10.8.4/RD
2.10.9/RD
2.10.10/RD
2.10.11/RD
2.10.12/RD
Wire with solvent-based enamel in
wound components
Electric strength test
Routine test
Additional insulation in wound
components
Working voltage:
Basic insulation not under stress:
Supplementary, reinforced insulation:
Construction of printed boards
Uncoated printed boards
Coated printed boards
Insulation between conductors on the
same inner surface of a printed board
Insulation between conductors on
different layers of a printed board
Distance through insulation
Number of insulation layers(pcs)
Component external terminations
Tests on coated printed boards and
coated components
Sample preparation and preliminary
inspection
Thermal conditioning
Electric strength test
Abrasion resistance test
Thermal cycling
Test for pollution degree 1 environment
and insulating compound
Tests for semiconductor devices and
cemented joints
Enclosed and sealed parts
Page 18 of 46
REPORT NO： LVD-E20120215S
N
N
See cl.2.10.5.12/RD
Triple insulated wiring is not used
for supplementary or reinforced
insulation.
N
N
N
N
Insulation sheets and tapes used to
relieve mechanical
Stress s at crossover points.
No wire with solvent-based
enamel in wound components
(see appended table 8.2)
N
N
N
No additional insulation used
N
N
See below
No special coating used.
N
N
P
P
No special coating used.
No such part
N
N
PCB layout does not serve as
insulation barrier
N
No such part
No such part
N
N
N
N
N
N
N
N
P
Approved opto-couplers, see
appended table 4.5
No such device used
N
Approved photo-couplers, see
P
18
VOLTRONIC POWER TECHNOLOGY CORP.
Page 19 of 46
REPORT NO： LVD-E20120215S
appended table 4.5
6
6.1
6.1.1
3.1/RD
3.1.1/RD
Wiring, connections and supply
General
Introduction
General
Current rating and over current
protection
3.1.2/RD
Protection against mechanical damage
3.1.3/RD
Securing of internal wiring
3.1.4/RD
Insulation of conductors
3.1.5/RD
Beads and ceramic insulators
3.1.6/RD
Screws for electrical contact pressure
3.1.7/RD
Insulating materials in electrical
connections
3.1.8/RD
Self-tapping and spaced thread screws
3.1.9/RD
Termination of conductors
All conductors are reliable secured P
by the use of solder pins or glue or
other mechanical fixing means. No
risk of stranded conductors
coming loose.
10 N pull test
Break away or pivot on its
terminal is unlikely
P
Sleeving on wiring
Sleevings on wiring reliable kept
in position by cable ties or by the
P
3.1.10/RD
Considered
Considered
See below
All internal wires are UL
recognized wiring which is PVC
insulated. Rated VW-1, 300V,
minimum 105°C.
Internal wiring gauge is suitable
for current intended to be carried.
Internal wiring for primary power
distribution protected against over
current by built-in input fuse.
Wires are smooth and free from
edges. Wires are adequately fixed
to prevent excessive strain on wire
and terminals and avoiding
damage to the insulation of the
conductors.
Internal wiring is secured against
excessive strain, loosening of
terminal and damage to the
conductor insulation.
Insulation on internal conductors
is considered to be of adequate
quality and suitable for the
application and the working
voltage involved.
No beads or similar ceramic
insulators on conductors
No screws used to provide
electrical contact pressure.
All current carrying and safety
earthing connections are metal to
metal.
No self-tapping screws provided
in inverter circuit and earthing
bonding
P
P
P
P
P
P
P
P
N
P
P
N
19
VOLTRONIC POWER TECHNOLOGY CORP.
Page 20 of 46
REPORT NO： LVD-E20120215S
use of heat shrunk sleeving.
P
6.1.2
Dimensions and rating of busbars and
insulated conductors
6.2
6.2.1
3.2.2/RD
Connection to power
General provisions for connection to
power
Multiple supply connections
Single supply connection.
P
3.2.3/RD
Permanently connected equipment
Pluggable equipment type A
N
3.2.4/RD
Number of conductors, diameter of
cable and conduits(mm)
Appliance inlets
P
3.2.5/RD
3.2.5.1/RD
Power supply cords
AC power supply cords
The appliance inlet complies with
IEC/EN 60320.the power cord
can be inserted without
difficulties and does not support
the unit.
See below
Approved power cord set with
suitable electrical ratings for use
in the UPS.
PVC insulated power cord type
H05VV-F or IEC 60227
(designation 60227 IEC53)
3G 0.75mm^2 with a rating of at
least 10A.
Not connected to be DC power
supply cords.
Type
3.2.5.2/RD
3.2.6/RD
3.2.7/RD
3.2.8/RD
6.2.2
6.3
3.3/RD
3.3.1/RD
3.3.2/RD
Rated current (A), cross-sectional area
(mm2),AWG
DC power supply cords
Cord anchorages and strain relief
Mass of equipment (kg), pull (N)
Longitudinal displacement(mm)
Protection against mechanical damage
Cord guards
Diameter or minor dimension D(mm);
test mass (g)
Radius of curvature of cord (mm)
Means of connection
More than one supply connection
P
P
P
P
N
N
No parts under this unit likely to
damage the power supply cord.
Enclosure without sharp edges.
Appliance inlet and outlets used
P
N
With power supply cord
P
Single voltage supply connection. N
Wiring terminals for external power conductors
(No wiring terminals for external power conductors)
Wiring terminal for connection for
external conductors
Wiring terminals
Connection of non-detachable power
supply cords
N
N
N
N
20
VOLTRONIC POWER TECHNOLOGY CORP.
3.3.3/RD
3.3.4/RD
3.3.6/RD
3.3.7/RD
3.3.8/RD
Screw terminals
Conductor sizes to be connected
Rated current (A), cord/cable type,
cross-sectional area (mm2).
Wiring terminal sizes
Rated current (A), type and nominal
thread diameter (mm)
Wiring terminals design
Grouping of wiring terminals
Stranded wire
7
7.1
PHYSICAL REQUIREMENTS
Enclosure
7.2
4.1/RD
Stability
3.3.5/RD
Angle of 10
Page 21 of 46
REPORT NO： LVD-E20120215S
N
N
N
N
N
N
Adequate protection against risk
of fire, electric shock, injury to
persons and hazardous energy
level.
P
P
P
The UPS do not overbalance
when tilted to an angle of 10
degree.
P
Test: force (N)
N
7.3
4.2/RD
4.2.1/RD
Mechanical strength
P
4.2.2/RD
4.2.3/RD
Steady force test, 10 N
Steady force test, 30 N
4.2.4/RD
Steady force test, 250 N
4.2.5/RD
General
Impact test
Fall test
Swing test
4.2.6/RD
Drop test; height (mm)
4.2.7/RD
Stress relief test
Tests performed and passed.
Results see below. After the
tests, unit complied with the
requirements of sub-clauses
2.1.1/RD, 2.6.1/RD,2.10/RD
and 4.4.1/RD.
10 N applied to components.
30 N applied to parts inside the
UPS.
250 N applied to outer
enclosure. No energy or other
hazards.
P
P
P
P
No hazard as a result from steel
ball impact test.
P
No hazard as a result from steel
ball impact test.
No hazard as result from steel
sphere ball swung test.
Drop test not applicable
Test is carried out at 70°C /7h.
no risk of shrinkage or
P
P
N
P
21
VOLTRONIC POWER TECHNOLOGY CORP.
4.2.8/RD
Cathode ray tubes
4.2.9/RD
Picture tube separately certified
High pressure lamps
Page 22 of 46
REPORT NO： LVD-E20120215S
distortion on enclosures due to
release of internal stresses.
CRT(s) not used in the
N
equipment
N
No high pressure lamp
N
provided.
Not for wall or ceiling mounted N
equipment
4.2.10/RD
Wall or ceiling mounted equipment; force
(N)
7.4
7.4.1
Construction details
Introduction
4.3.1/RD
Edges and corners
4.3.2/RD
Handles and manual controls; force (N)
4.3.3/RD
Adjustable controls
No hazardous adjustable
controls.
P
4.3.4/RD
Securing of parts
P
4.3.5/RD
Connection by plugs and sockets
No loosening of parts impairing
creepage distances or clearances
is likely to occur
No mismatch of connectors,
plugs or sockets possible.
4.3.7/RD
Heating elements in earthed equipment
No heating elements provided.
N
4.3.11/RD
P
P
P
considered
All edges and corners of the
enclosure are rounded/smoothed
No loosening of any knobs.
P
4.5.3/RD
4.5.4/RD
The equipment does not contain
flammable liquids or gases.
Protection against hazardous moving parts No moving parts
General
DC fan located at secondary
circuit. The enclosure of the unit
provide as fan guard. Test finger
applied to openings. No fan
blade accessible.
Protection in operator access areas
See 4.4.1
Protection in restricted access locations
Not for restricted access
locations
Protection in service access areas
See 4.4.1
Thermal requirements
Considered
General
See below
Temperature tests
(see appended table 7.7)
Normal load condition per Annex L
Temperature limits for materials
(see appended table 7.7)
Touch temperature limits
(see appended table 7.7)
4.5.5/RD
Resistance to abnormal heat
7.4.2
7.4.3
Openings
Gas concentration
4.4/RD
4.4.1/RD
4.4.2/RD
4.4.3/RD
4.4.4/RD
4.5/RD
4.5.1/RD
4.5.2/RD
Containers for liquids or gases
P
N
P
P
P
P
P
P
P
P
P
P
P
(see appended table 7.4.2)
The ventilation by openings
exceeds the required airflow.
P
P
22
VOLTRONIC POWER TECHNOLOGY CORP.
7.4.4
Equipment movement
7.5
4.7/RD
4.7.1/RD
Resistance to fire
Reducing the risk of ignition and spread
of flame
Method 1, selection and application of
components wiring and materials
4.7.2/RD
4.7.2.1/RD
Method 2, application of all of simulated
fault condition tests
Conditions for a fire enclosure
Parts requiring a fire enclosure
4.7.2.2/RD
Parts not requiring a fire enclosure
4.7.3/RD
4.7.3.1/RD
Materials
General
4.7.3.2/RD
Materials for fire enclosures
4.7.3.3/RD
Materials for components and other parts
outside fire enclosures
Materials for components and other parts
inside fire enclosures
4.7.3.4/RD
Page 23 of 46
REPORT NO： LVD-E20120215S
refer to Annex M
P
P
----
P
Method 1 is used. No excessive
temperatures. No easily burning
materials employed, safety
relevant components used
within their specified
temperature limits.
P
N
See below.
With having the following parts:
- components with windings
- wiring
- semiconductor devices,
transistors, diodes, integrated
circuits
- resistors, capacitors, inductors
the fire enclosure is required.
The fire enclosure is required to
cover all parts.
See below
PCB rated V-0. See appended
table.
Plastic enclosure.
(see appended table 4.3)
See sub-clause 4.7.2/RD
4.7.3.5/RD
Materials for air filter assemblies
Internal components except
small parts are V-2, HF-2 or
better.
No air filters provided.
4.7.3.6/RD
Materials used in high-voltage
components
No high voltage components
provided.
7.6
Battery location
7.6.1
Battery location
7.6.2
Accessibility and maintainability
7.6.3
Distance
P
P
N
P
P
P
N
P
N
N
P
Battery is located inside the P
UPS enclosure.
Maintenance free battery. The
P
battery is connected by quick
connect terminals (no necessary
tightening).
The temperature of the
P
23
VOLTRONIC POWER TECHNOLOGY CORP.
7.6.4
Case Insulation
7.6.5
Wiring
7.6.6
7.6.7
7.6.8
7.7
4.5/RD
4.5.1/RD
4.5.2/RD
4.5.3/RD
4.5.4/RD
4.5.5/RD
8
8.1
5.1.1/RD
Page 24 of 46
REPORT NO： LVD-E20120215S
electrolyte and the gas emission
are within the limits of this
standard.
No Ni-Cd battery used inside.
N
P
Electrolyte spillage
The protection of connecting
wiring complies with sub-clause
6, details see there.
Sealed maintenance free
batteries provided, unlikely
emission of electrolyte.
Ventilation
Comply with Annex M.2
P
Protective circuit to prevent
excessive charging voltages
occurring under any single
fault condition. See sub-clause
8.3
P
Charging voltage
Temperature rise
Thermal requirements
Genera
Temperature tests
Normal load condition per Annex L .
Temperature limits for materials
Touch temperature limits
Resistance to abnormal heat
Considered
See below
(See appended table 7.7)
(See appended table 7.7)
(See appended table 7.7)
(See appended table 7.4)
P
P
P
P
P
-P
P
P
Electrical requirements and simulated abnormal conditions
General provisions for earth leakage
General
Test conducted in accordance
with Sub-clause 8.1
Equipment with touch current exceeding
3.5 mA
P
P
P
8.2
5.2/RD
5.2.1/RD
5.2.2/RD
Electric strength
P
8.3
8.3.1
5.3.1/RD
Abnormal operating and fault conditions
General
5.1.7/RD
5.3.2/RD
5.3.3/RD
General
Test procedure
Protection against overload and abnormal
operation
Motors
Transformers
P
(see appended table 8.2)
(see appended table 8.2)
P
P
Considered.
(See appended table 8.3)
P
P
P
Not provided
(See appended Annex C)
N
P
24
VOLTRONIC POWER TECHNOLOGY CORP.
Page 25 of 46
5.3.9/RD
Compliance criteria for abnormal
operating and fault conditions
8.3.2
Simulation of faults
REPORT NO： LVD-E20120215S
P
Complies with a) and c).
N
No electromechanical
components in secondary
circuit.
Compliance checked. No fire
P
propagated beyond the
equipment. No molten metal
was emitted.
Electric strength tests primary to
PE was passed.
P
(See appended table 8.3)
8.3.3
Conditions for tests
(See appended table 8.3)
9
6/RD
6.1/RD
Connection to telecommunication networks
N
Protection of telecommunication network service persons, and users of other
equipment connected to the network, from hazards in the equipment
N
6.1.1/RD
Protection from hazardous voltages
Separation of the telecommunication
network
from earth
Basic insulation provided
Requirements
Supply voltage (V)
Current in the test circuit (mA)
Exclusions
Protection of equipment users from over voltages on telecommunication
networks
Separation requirements
No telecommunication networks
N
N
5.3.4/RD
5.3.5/RD
6.1.2/RD
6.1.2.1/RD
6.1.2.2/RD
6.2/RD
6.2.1/RD
6.2.2/RD
6.2.2.1/RD
Functional insulation
Electromechanical components
Electric strength test procedure
6.2.2.2/RD
Impulse test
Steady-state test
6.2.2.3/RD
Compliance criteria
6.3/RD
3.5/RD
3.5.1/RD
3.5.2/RD
3.5.3/RD
3.5.4/RD
2.1.3/RD
2.3.1/RD
See sub-clause 6.2.2.2/RD
For details see sub-clause
6.1.2.1/RD
Complied for test of sub-clause
6.2.2.2/RD
Protection of the telecommunication wiring system from overheating
Max. output current (A)
Interconnection of equipment
General requirements
Types of interconnection circuits .
ELV circuits as interconnection circuits
Data ports for additional equipment
Protection in restricted access locations
Limits
Type of TNV circuits...
P
P
N
N
N
P
N
P
P
N
N
N
N
N
N
N
N
25
VOLTRONIC POWER TECHNOLOGY CORP.
2.3.2/RD
2.3.2.1/RD
2.3.2.2/RD
2.3.2.3/RD
2.3.2.4/RD
2.3.3/RD
2.3.4/RD
2.3.5/RD
2.6.5.8/RD
2.10.3.3/RD
2.10.3.4/RD
2.10.4/RD
2.10.4.1/RD
2.10.4.2/RD
2.10.4.3/RD
M/RD
M.1/RD
M.2/RD
M.3/RD
M.3.1/RD
M.3.1.1/RD
M.3.1.2/RD
Separation from other circuits and from
accessible parts
General requirements
Protection by basic insulation
Protection by earthing
Protection by other constructions
Page 26 of 46
REPORT NO： LVD-E20120215S
N
Separation from hazardous voltages
Insulation employed
Connection of TNV circuits to other
circuits
Insulation employed
Test for operating voltages generated
externally
Reliance on telecommunication network
or cable distribution system
(see appended table 5.7)
Clearances in primary circuits
(see appended table 5.7)
Clearances in secondary circuits
Creepage distances
General
Material group and comparative tracking
index
CTI tests
Minimum creepage distances
ANNEX M, CRITERIA FOR TELEPHONE RINGING SIGNALS (see
2.3.1/RD)
Introduction
Method A
Method B
Ringing signal
Frequency (Hz)
Voltage (V)
N
N
N
N
N
N
N
N
N
P
N
N
N
N
N
N
N
N
N
M.3.1.3/RD
Cadence; time (s), voltage (V)
M.3.1.4/RD
Single fault current (mA)
M.3.2/RD
M.3.2.1/RD
Tripping device and monitoring voltage
N
Conditions for use of a tripping device or
a monitoring voltage
Tripping device
Monitoring voltage (V)
N
N
M.3.2.2/RD
M.3.2.3/RD
A/RD
A.1/RD
Annex A, Tests for resistance to heat and fire
Flammability test for fire enclosures of
movable equipment having a total mass
P
N
26
VOLTRONIC POWER TECHNOLOGY CORP.
Page 27 of 46
REPORT NO： LVD-E20120215S
A.1.1/RD
A.1.2/RD
A.1.3/RD
A.1.4/RD
A.1.5/RD
A.1.6/RD
A.2/RD
A.2.1/RD
A.2.2/RD
A.2.3/RD
A.2.4/RD
A.2.5/RD
A.2.6/RD
A.2.7/RD
A.3/RD
A.3.1/RD
A.3.2/RD
A.3.3/RD
B/RD
B.1/RD
B.2/RD
B.3/RD
exceeding 18 kg , and of stationary equipment
(see 4.7.3.2/RD)
Samples
Wall thickness (mm)
Conditioning of samples; temperature (C)
Mounting of samples
Test flame (see IEC 60695-11-3)
Flame A, B, C or D
Test procedure
Compliance criteria
Sample 1 burning time (s)...
Sample 2 burning time (s)...
Sample 3 burning time (s)...
Flammability test for fire enclosures of movable equipment having a total
mass not exceeding 18 kg , and for material and components located inside
fire enclosures (see 4.7.3.2/RD and 4.7.3.4/RD)
Samples, material
Wall thickness (mm).
Conditioning of samples; temperature (°C)
Mounting of samples
Test flame (see IEC 60695-11-4)
Flame A, B or C
Test procedure
Compliance criteria
Sample 1 burning time (s)..
Sample 2 burning time (s)..
Sample 3 burning time (s).
Alternative test acc. to IEC 60695-11-5, cl. 5
and 9
Sample 1 burning time (s)..
Sample 2 burning time (s)..
Sample 3 burning time (s).
Hot flaming oil test (see 4.6.2/RD)
Mounting of samples
Test procedure
Compliance criterion
Annex B, Motor tests under abnormal conditions (see 4.7.2.2/RD and
5.3.2/RD)
General requirements
Position
Manufacturer
Type
Rated values
Test conditions
Maximum temperatures
N
N
N
N
N
P
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
27
VOLTRONIC POWER TECHNOLOGY CORP.
B.4/RD
B.5/RD
B.6/RD
B.6.1/RD
B.6.2/RD
B.6.3/RD
B.6.4/RD
B.7/RD
Running overload test
Locked-rotor overload test
Test duration (days)
Electric strength test: test voltage (V)
Running overload test for d.c. motors in
secondary circuits
General
Test procedure
Alternative test procedure
Electric strength test; test voltage (V)
Page 28 of 46
REPORT NO： LVD-E20120215S
N
N
N
N
N
N
N
N
N
N
Locked-rotor overload test for d.c. motors in
secondary circuits
General
Test procedure
Alternative test procedure
Electric strength test; test voltage (V)
N
N
N
N
B.8/RD
B.9/RD
B.10/RD
Test for motors with capacitors
Test for three-phase motors
Test for series motors
Operating voltage (V)
N
N
N
N
C/RD
Annex C, Transformers (see 1.5.4/RD and 5.3.3/RD)
Position
1.) AVR/Inverter
transformer TX
2.) Current transformer CT1
Manufacturer
Type
Rated values
Method of protection
Overload test
Insulation
Protection from displacement of windings
P
P
--N
N
N
N
N
D/RD
D.1/RD
D.2/RD
Annex D, Measuring instruments for touch current tests (see 5.1.4/RD)
Measuring instrument
Alternative measuring instrument
P
P
N
E/RD
Annex E, Temperature rise of a winding (see 1.4.13/RD)
N
F/RD
Annex F, Measurements of clearances and creepage distance (see 2.10/RD
and Annex G/RD)
P
G/RD
Annex G, Alternative method for determining minimum clearances
N
B.7.1/RD
B.7.2/RD
B.7.3/RD
B.7.4/RD
C.1/RD
C.2/RD
28
VOLTRONIC POWER TECHNOLOGY CORP.
G.1/RD
G.1.1/RD
G.1.2/RD
G.2/RD
G.2.1/RD
G.2.2/RD
G.2.3/RD
G.2.4/RD
G.3/RD
Page 29 of 46
REPORT NO： LVD-E20120215S
N
Clearances
N
General
Summary of the procedure for determining minimum clearances
N
Determination of mains transient voltage (V)
N
AC mains supply
N
Earthed d.c. mains supplies
N
Unearthed d.c. mains supplies
N
Battery operation
N
N
Determination of telecommunication network
transient voltage (V)
G.4/RD
G.4.1/RD
G.4.2/RD
G.4.3/RD
G.4.4/RD
G.5/RD
G.6/RD
Determination of required withstand voltage
(V)
Mains transients and internal repetitive peaks
Transients from telecommunication networks
N
N
N
N
N
N
Combination of transients
Transients from cable distribution systems
Measurement of transient voltages (V)
a) Transients from a mains supply
For an a.c. mains supply
N
N
N
N
For a d.c. mains supply
b) Transients from a telecommunication
network
Determination of minimum clearances
N
H
Annex H, Guidance on protection against ingress of water and foreign
objects (see IEC 60529)
N
I
I.1
I.2
I.3
I.4
I.5
Annex I, Backfeed protection test
General
Test for pluggable UPS
Test for permanently connected UPS
P
P
P
N
N
N
J/RD
Annex J, Table of electrochemical potentials (see 2.6.5.6/RD)
Metal(s) used
Copper plated with tin and
soldering lead.
P
K/RD
Annex K, Thermal controls (see 1.5.3/RD and 5.3.8/RD)
N
Backfeed relay provided.
Load-induced change of reference potential
Solid-state backfeed protection
(see clause 7.1-7.5 of IEC 62040-2 and
clause 7.1-7.2 of IEC 62040-3)
29
VOLTRONIC POWER TECHNOLOGY CORP.
K.1/RD
K.2 /RD
K.3/RD
Page 30 of 46
REPORT NO： LVD-E20120215S
N
N
N
K.5/RD
K.6/RD
Making and breaking capacity
Thermostat reliability; operating voltage (V)
Thermostat endurance test; operating voltage
(V) .
Temperature limiter endurance; operating
voltage (V)
Thermal cut-out reliability
Stability of operation
L
L.1
L.2
L.3
Annex L, Reference loads
General
Reference resistive load
Reference inductive-resistive load
L.4
Reference capacitive-resistive loads
L.5
L.5.1
L.5.2
Reference non-linear load
Test method
Connection of the non-linear reference load
N
N
M
M.1
Annex M, Ventilation of battery compartments
General
Sufficient openings and a
suitable arrangement of
components (relays) are
provided in such a way that
a local concentration of
hydrogen and oxygen is not
possible. No requirement
regarding the separation of
operational arcing parts
from battery vents /valves.
Normal conditions
See M.1 above.
Blocked conditions
See appended table 8.3.
Overcharge conditions
P
P
K.4/RD
M.2
M.3
M.4
N
N
N
P
P
N
Worst case power factors as
specified by the
manufacturer
maintained during the
relevanttests.
P
P
P
N
N
Annex N, Minimum and maximum cross-sections of copper conductors
suitable for connection (see 6.3)
N
U/RD
Annex U, Insulated winding wires for use without interleaved insulation (see
2.10.5.4/RD)
N
30
VOLTRONIC POWER TECHNOLOGY CORP.
V/RD
V.1/RD
V.2/RD
Page 31 of 46
REPORT NO： LVD-E20120215S
Annex V, AC POWER DISTRIBUTION SYSTEMS (see 1.6.1/RD)
P
P
Introduction
TN power distribution systems
See sub-clause1.6.1/RD.
P
31
VOLTRONIC POWER TECHNOLOGY CORP.
Page 32 of 46
REPORT NO： LVD-E20120215S
Clause
4.5
Object/part No.
Requirement+Test
EN 62040-1
Result-Remark
TABLE: list of critical components
manufacturer/
type/model
trademark
verdict
technical data
standard
P
mark(s) of
conformity 1 )
Whole unit
Battery ( two
provided,
Model:
IMPERIAL
1500)
Alternative
Alternative
Alternative
Alternative
Alternative
Alternative
Alternative
Battery ( two
provided,
Model:
IMPERIAL
2000)
Alternative
Alternative
Alternative
Alternative
Appliance
outlet
Alternative
YUASA
NPW45-12
12V, 45W
__
UL
Ritar
MINHUA
CSB
SHENZHEN
LEOCH
BATTERIES
Technology
Co.,Ltd
YUASA
TOPLITE
(GUANG
ZHOU)
SHEN ZHEN
CENTER
POWER
Technology
Co.,Ltd
RT1290
MH9-12
HR1234W
12V, 9Ah
12V, 9Ah
12V,34W
—
—
—
UL
UL
UL
DJW12-9 .0
NPH9-12
12V,9Ah
12V,9Ah
—
UL
UL
NPW45-12
12V,45W
—
UL
HP12-45W
12V,45W
—
UL
YUASA
NPW53-12
12V, 53W
__
UL
CSB
NH14533(N)
12V, 54W
__
UL
MINHUA
SHENZHEN
LEOCH
BATTERIES
Technology
Co.,Ltd
Ritar
RONG FENG
MH9-12
12V, 9Ah
—
UL
DJW12-9 .0
RT1290
742W-2P-15C3NA
12V,9Ah
12V, 9Ah
15A250V
Min
15A250V
Min
15A250V
Min
10A250V
Min
10A250V
—
—
__
UL
UL
UL，VDE
__
VDE
__
VDE
__
VDE
__
VDE
RICHBAY
Various
Alternative
Appliance inlet
Alternative
Shenzhen
Delikang
RICHBAY
RONG FENG
Various
Various
RF2004E4.8C14
32
VOLTRONIC POWER TECHNOLOGY CORP.
Alternative
All enclosure
Shenzhen
Delikang
POLYYES
Various
Various
Alternative
WEALFORM
Various
Alternative
ENLY
Alternative
LG CHEMICAL
LTD
Various
Various
Alternative
CHIMEI
Various
Heatshrinkable tube
All PCB
Input Relay
(RY1 ,RY5)
Alternative
SONG CHUAN
Alternative
HONGFA
Various
Various
GOLDEN
Various
Various
Various
793-P－1C
Various
Alternative
Sunway
Various
Alternative
PINHENG
Booster, Buck
and Output
Relays (RY2,
RY3,RY4)
Alternative
GOLDEN
SONG CHUAN
Alternative
HONGFA
Various
Various
793-P－1C
Various
Alternative
Sunway
Various
Alternative
PINHENG
Current
Transformer
(CT1)
Alternative
AVR
Transformer
(for
Various
Page 33 of 46
REPORT NO： LVD-E20120215S
Min Min
10A250V
__
VDE
Min
HB or better, __
UL
thickness min
1.57mm
HB or better, __
UL
thickness min
1.57mm
HB or better, __
UL
thickness min
1.57mm
HB or better, __
UL
thickness min
1.57mm
HB or better, __
UL
thickness min
1.57mm
VW-1,300V, __
UL
125°C
94V-0
__
UL
16A, 250Vac __
UL
Min
16A, 250Vac __
UL
Min
16A, 250Vac __
UL
Min
16A, 250Vac __
UL
Min
16A, 250Vac __
UL
Min
__
UL
16A, 250Vac
Min
16A, 250Vac
Min
16A, 250Vac
Min
16A, 250Vac
Min
16A, 250Vac
Min
__
UL
__
UL
__
UL
__
UL
__
UL
__
__
UL
Test in the
equipment
Lion
CLICK
Various
Various
CLASS B
CLASS B
Dar Plus
Various
CLASS B
33
VOLTRONIC POWER TECHNOLOGY CORP.
Page 34 of 46
REPORT NO： LVD-E20120215S
IMPERIAL
1500)
Alternative
Alternative
Mylar
__
Various
CLASS B
Various
CLASS B
CHUAN SHUN
Alternative
GuangHua
Alternative
NRE
__
__
Various
AVR
Transformer
(for
IMPERIAL
2000)
Alternative
Dar Plus
Mylar
Alternative
CHUAN SHUN
Alternative
GuangHua
Alternative
NRE
CLASS B
__
Various
CLASS B
Various
CLASS B
Various
CLASS B
__
Various
CLASS B
__
Various
CLASS B
__
Various
X capacitor
（C2）
Alternative
Alternative
Inverter
MOSFETS
（Q11~Q14;
Q17~Q20）
Various
CLASS B
0.47UF275V
Min
X2 type
MPX
0.47UF275V
Min
X2 type
FARAD
WINDAY
ELECTRONIC
INDUSTRIAL
CO.,LTD
SHENZHEN
JINGHAO
CAPACITOR
CO.,LTD
Various
__
__
CBB62B
0.47UF275V
Min
X2 type
IEC
60384-14
Test in the
equipment
Test in the
equipment
Test in the
equipment
Test in the
equipment
Test in the
equipment
Test in the
equipment
Test in the
equipment
Test in the
equipment
Test in the
equipment
VDE
IEC
60384-14
VDE
IEC
60384-14
VDE
__
Test in the
equipment
__
VDE
__
VDE
__
VDE
__
VDE
__
VDE
≥75A, 30V
Various
CNTL board
Power cord set
cable
Alternative
Connector
Alternative
Alternative
Dura Hexa trans
Co (DHT)
Yong Hao
Electrical
Industry Co.,Ltd
Dura Hexatrans
Co (DHT)
Dura Hexatrans
Co (DHT)
Yong Hao
H05VV-F
H05VV-F
DHT35
VH3.96
YH-E-006
0.75mm^2*3
G
0.75mm^2*3
G
10A 250V
10A 250V
10A 250V
34
VOLTRONIC POWER TECHNOLOGY CORP.
Page 35 of 46
REPORT NO： LVD-E20120215S
Electrical
Industry Co.,Ltd
Plug
Dura Hexatrans
Co (DHT)
DHT33
16A 250V
Alternative
Yong Hao
Electrical
Industry Co.,Ltd
YH-E-005
16A 250V
Alternative
Dura Hexatrans
Co (DHT)
DHT33
10A 250V
Alternative
Dura Hexatrans
Co (DHT)
DHT86
10A 250V
Alternative
Yong Hao
Electrical
Industry Co.,Ltd
YH-E-005
10A 250V
Supplementary information:
An asterisk indicates a mark that assures the agreed level of surveillance.
4.4
1.6.2/RD
__
VDE
__
VDE
__
VDE
__
VDE
__
VDE
TABLE: Electrical data (in normal conditions)
U (V)
I (A)
Irated (A)
Tested model IMPERIAL 1500
220V/50Hz
6.5
9.9A
P (W)
Fuse#
P
P (VA)
Condition/status
220V/60Hz
6.09
9.9A
980
--
1400
Normal load and with
empty battery
Ditto
240V/50Hz
6.28
9.9A
1012
--
1445
Ditto
240V/60Hz
6.96
9.9A
1120
--
1600
Ditto
1050
--
1500
Tested model IMPERIAL 2000
220V/50Hz
8.69
10A
1400
--
2000
220V/60Hz
8.26
10A
1330
--
1900
Normal load and with
empty battery
Ditto
240V/50Hz
8.45
10A
1362
--
1945
Ditto
240V/60Hz
9.13
10A
1470
--
2100
Ditto
Supplementary information:
5.1.1 and
2.1.1.7/RD
Condition
TABLE: discharge of capacitors in the primary circuit
τ calculated
(s)
τ measured
(s)
t u→ 0V
(s)
N
Comments
Note(s):
35
VOLTRONIC POWER TECHNOLOGY CORP.
REPORT NO： LVD-E20120215S
N
5.1.4
TABLE: backfeek protection test
Condition
Voltage measured(V)/current(mA)
L-N
L-G
Page 36 of 46
Comments
N-G
Note(s):
5.2.1 and
2.2.2/RD
Transformer
TABLE: SELV measurement (under normal conditions)
Location
Voltage (max.) (V)
V peak
V d.c
N
Voltage Limitation
Component
Supplementary information:
5.2.1 and
2.2.3/RD
Location
TABLE: SELV measurement (under fault conditions)
Voltage (max.) (V)
N
Comments
Supplementary information:
5.2.3 and
2.4.2/RD
Condition
TABLE: Limited current circuit measurement
Locatio Voltage
n
(V)
Current
(A)
Freq.
(kHz)
N
Limit
(mA)
Comments
Line mode
R9
0.35
0.175
60
0.7
Normal
Line mode
R13
0.34
0.175
60
0.7
Normal
Line mode
R9
0.38
0.190
60
0.7
R10 short
Line mode
R13
0.38
0.191
60
0.7
R14 short
Battery
mode
L-N
0.04
0.02
60
0.7
Normal
Battery
mode
N-PE
0.08
0.04
60
0.7
Normal
Battery
mode
L-PE
0.08
0.04
60
0.7
Normal
Supplementary information:
5.2.5 and
2.5/RD
TABLE: Limited power source measurement
Limits
According to Table 2B/2C (normal condition)
current (in A)
apparent power (in VA)
Measured
N
Verdict
36
VOLTRONIC POWER TECHNOLOGY CORP.
Page 37 of 46
REPORT NO： LVD-E20120215S
According to Table 2B/2C (single fault condition)
current (in A)
apparent power (in VA)
Supplementary information:
5.3.1 and
2.6.3.4/RD
Location
TABLE: Resistance of earthing measurement
Resistance measured
(m) / voltage drop(V)
Tested on model IMPERIAL 2000
PE pin of input power cord’s plug
to PE contact of most distant
outlet
Supplementary information:
7.5 and 8.3
P
Comments
53
Test current of 25A for 60s.
TABLE: Abnormal operating and fault conditions
ambient temperature (°C)
25°C， if not otherwise
stated
See nameplate for details
model/type of power supply
See nameplate for details
manufacturer of power supply
rated markings of power supply
Component Fault
Test
Test
No.
voltage time
(V)
Output
s-c
240
3mins
P
See nameplate for details
Fuse No
Fuse
current
(A)
Observation
Circuit
Protector
--
UPS immediately fault,
trace is open, no
hazards.
Output voltage: 0V
Charger voltage: 27.2V
Battery voltage: 25.8V
UPS immediately fault,
no hazards.
Output voltage: 0V
Battery voltage: 25.8V
Recoverable when fault
removed.
UPS operation
normally when load to
109%, No hazards.
TX input coil=71.3℃,
TX core=66.7℃,
battery=50℃,
TX output coil=59.8℃,
enclosure of the UPS=
56.7℃,
ambient=26.4℃.
Output
s-c
Battery
3mins
--
--
Output
o-l
240
4h
Circuit
Protector
--
37
VOLTRONIC POWER TECHNOLOGY CORP.
Output
o-l
Battery
1 min
--
TX charge
(red-blue)
S-C
240
4 mins
Circuit
Protector
C29
S-C
Battery
2 mins
--
Q20 D-S
S-C
240
3 mins
Circuit
Protector
Q20 D-G
S-C
240
3 mins
Circuit
Protector
Q20 S-G
S-C
240
5 mins
Circuit
Protector
Q3 D-S
s-c
Battery
4 mins
--
Q12 D-G
s-c
Battery
3 mins
--
Q12 S-G
S-C
Battery
3 mins
--
Page 38 of 46
REPORT NO： LVD-E20120215S
Unit shut down when
loaded to
114% of rated output
load, No hazards.
Unit shut down when
-loaded to
105% of rated output
load.
No hazards
UPS immediately fault,
-charger shuttdown, no
hazards.
Output voltage: 0V
Charger voltage: 0V
Battery voltage: 25.8V
Trace open
UPS immediately
-shutdown, no hazards.
Output voltage: 0V
Battery voltage: 25.8V
Trace open.
UPS immediately
-shutdown, no hazards.
Output voltage: 0V
Charger voltage: 0V
Battery voltage: 25.8V
Q12,Q14 damaged.
UPS immediately
-shutdown, no hazards.
Output voltage: 0V
Charger voltage: 0V
Battery voltage: 25.8V
Q12,Q14 damaged.
UPS fault, no hazards.
Output voltage: 0V
Charger voltage: 27.2V
Battery voltage: 25.8V
UPS immediately
-shutdown, no hazards.
Output voltage: 0V
Battery voltage: 25.8V
Q18, Q20 damaged.
UPS immediately
-shutdown, no hazards.
Output voltage: 0V
Battery voltage: 25.8V
Q18, Q20damaged.
-UPS fault, no hazards.
, no hazards.
Output voltage: 0V
Battery voltage: 25.8V
38
VOLTRONIC POWER TECHNOLOGY CORP.
Page 39 of 46
REPORT NO： LVD-E20120215S
Note(s):
s-c means short circuit. o-l means overload. o-p means open circuit.
5.7 and
Table: Working voltage measurement
2.10.2/RD
Location
RMS voltage (V)
Peak voltage (V)
---------Supplementary information:
-Comments
----
5.7 and
ABLE: Clearance and creepage distance measurements
2.10.4/RD
Clearance (cl) and creepage
U peak
Ur.m.s. Required
cl
distance (cr) at/of/between:
(V)
cl (mm)
(V)
(mm)
P
Require
d cr
(mm)
cr
(mm)
Primary circuit to SELV circuits <420
<240
4.0
4.1
5.0
5.1
through PCB
L/N to PE pole of appliance
<420
<240
2.0
6
2.5
6
inlet/outlet
Supplementary information:
1. A minimum clearance of 2.0mm for each contact pair had been provided (required according to subclause 5.1.4: 1.4mm minimum).
2. The values in parentheses apply to BASIC INSULATION AUPPLEMENTARY INSULATION OR
REINFORCED INSULATION if manufacturing is subjected to a quality control programme that provides
at least the same level assurance as the example given in clause R.2 of Annex R.DOUBLE INSULATION
and REINFORCED INSULATION shall be subjected to ROUTINE TESTS for electric strength.
3. All internal wires soldered on PCB are additional crimped with connectors for soldering. Shrink
tubings are used to cover the tab connectors.
ABLE: Distance through insulation measurements
5.8,
2.1.1.3/RD
and
2.10.5.1
/RD
Distance through insulation
Upeak
U r.m.s.
Test
(DTI) at/of:
(V)
(V)
voltage
(V)
N
Required
DTI
(mm)
DTI
(mm)
Supplementary information:
* See appended table 4.5.
6.8.2 and
9
ABLE: Electric strength tests, impulse tests and voltage surge tests
P
39
VOLTRONIC POWER TECHNOLOGY CORP.
Test voltage applied between:
Voltage shape
(AC, DC,
impulse, surge)
Page 40 of 46
REPORT NO： LVD-E20120215S
Test voltage
Breakdown
(V)
Yes / No
Tested on model IMPERIAL 2000
Primary to enclosure
--
AC 3000
NO
Primary to ground (mains inlet/outlet
conductor to output grounding)
--
AC 1500
NO
All TX transformers primary windings
to secondary windings (all types for
basic insulation)
--
AC 1500
NO
All TX primary windings to core (all
types for basic insulation)
--
AC 1500
NO
Supplementary information:
Test after humidity treatment, heating test, and each fault condition test of 8.3.
7.4,
4.5.5/RD
TABLE: Ball pressure test of thermoplastic parts
Allowed impression diameter (mm)
N
≤2mm
Test temperature
(°C)
Part
Impression
diameter
(mm)
Supplementary information:
7.4.2
Table: Enclosure opening measurements
Location
Top
Bottom
Side
Front
Size (mm)
None
None
Width 1.0mm openings
None
Back
Supplementary information:
7.5
Part
--
Table: Resistance to fire
Manufacturer of
Type of
material
material
P
Comments
No openings.
No openings.
19x4 provided.
No openings.
No openings.
Thickness
(mm)
Flammability
class
P
Evidence
40
VOLTRONIC POWER TECHNOLOGY CORP.
enclosure
REPORT NO： LVD-E20120215S
V-1
UL
Thickness
-Min:1.57mm
V-1
UL
Thickness
-Min:1.57mm
V-1
UL
Thickness
-Min:1.57mm
V-1
UL
Thickness
-Min:1.57mm
V-2
UL
Thickness
-Min:1.57mm
POLYYES
--
Alternative
Chi Mei
--
Alternative
WEALFORM
--
Alternative
ENLY
--
Alternative
Page 41 of 46
POLYYES
--
Supplementary information:
7.7
TABLE: Temperature test
Supply voltage (V)
Ambient T1 ºC
Ambient t2 ºC
temperature rise dT of part/at:
Inlet
Outlet
Relay RY 01 coil
Relay RY 02 coil
Relay RY 03 coil
Relay RY 04 coil
Relay RY 05 coil
CT1 coil
Q13 Body
PCB near Q18
Battery wire
Battery
Main transformer core
Main transformer coil
Input L wire
Bottom enclosure under inverter AVR
transformer
Ambient
Temperature T of winding:
R1 (Ω)
P
---Requiped
dT
See below
See below
See below
Tmax (ºC)
T (ºC)
198V/60Hz
11.5
8.0
45.3
45.3
28
44.5
45.3
35.2
22.3
23.1
22.6
9.2
45.1
39.5
23.6
25.7
R 2(Ω)
31.1
T1
(°C)
254V/60z
8.1
8.2
40.4
45.7
40.4
28.7
41.1
37.8
24.5
23.6
24.3
8.9
50.7
52.6
20.4
28.6
31.8
T2
(°C)
Battery mode
2.3
10.3
11.1
34.9
14.5
11.5
12.0
30.4
60.4
68.5
50.4
22.8
51.1
54.7
10.3
36.0
T
(°C)
31.4
Allowed
Tmax
(°C)
30
30
90
90
90
90
90
70
90
90
65
15/30
70
70
65
55
-Insulation
class
Supplementary information:
41
VOLTRONIC POWER TECHNOLOGY CORP.
Page 42 of 46
REPORT NO： LVD-E20120215S
The maximum ambient temperature permitted by the manufacturer's specification is 40°C.
8.1
Condition
TABLE: earth leakage current
Location
Current (A)
Freq. (Hz)
Limit
(mA)
P
Comments
Tested on model IMPERIAL 2000
Unit on
L
0.001
50
3.5
To PE
Unit on
N
0.001
50
3.5
Ditto
Unit on
L
0.005
50
0.25
To Enclosure
Unit on
N
0.005
50
0.25
Ditto
Supplementary information: supply with 264V/50Hz
C2.
Safety isolation transformer
N
Construction details:
Transformer
Mfr.: see table 1.5.1
Type: see table 1.5.1
All transformers are identical except for type designation, and wire gauge and number of turns in
secondary winding.
Recurring peak voltage
Required clearance for reinforced
Insulation (from table 2K and 2L)
Effective voltage rms
Required creepage for reinforced
insulation (from table 2N )
Measured min. creepages
Location
inside (mm)
outside (mm)
prim-sec
prim-core
sec-core
prim-prim
%
%
Measured min. clearances
Location
inside (mm)
outside (mm)
prim-sec
prim-core
sec-core
prim-prim
%
%
Construction:
Concentric windings on EE16 type core. At least one layer insulation between primary and secondary
windings. The primary windings and secondary winding were soldered to lead pins moulded in bobbin.
Pin numbers
Prim.
Sec.
Bobbin
Material
42
VOLTRONIC POWER TECHNOLOGY CORP.
Page 43 of 46
REPORT NO： LVD-E20120215S
Thickness
Electric strength test
With AC 3000V after humidity treatment
Result
M
Ventilation of battery compartments
P
The required dimension for the ventilation openings will be calculated with
the following formula:
A > K1 * Q
with Q = (0.054 m³/Ah) * n * I * C
where:
K1：constant factor of 28 h * cm²/m³
Q：airflow in m³/h
n ：number of battery cells
I ：constant factor (0,2A/100Ah for valve regulated lead acid batteries)
C ：nominal capacity of the battery
with the specific data for the UPS the following dimension for the
ventilation openings is required:
External battery pack
N: 1
C: 9
A > 28 h * cm²/m³ * (0.054 m³/Ah) * n * 0.2 A/100 Ah * C
A > 0.027cm²
Verdict
The size of ventilation openings in battery cabinet exceeds the required
airflow by far.
43
VOLTRONIC POWER TECHNOLOGY CORP.
Page 44 of 46
REPORT NO： LVD-E20120215S
APPENDIX I
Copy of the warning label:
44
VOLTRONIC POWER TECHNOLOGY CORP.
Page 45 of 46
REPORT NO： LVD-E20120215S
APPENDIX II
Pictures
Fig.1 overview (Ⅰ)
Fig.2 overview (Ⅱ)
45
VOLTRONIC POWER TECHNOLOGY CORP.
Page 46 of 46
REPORT NO： LVD-E20120215S
Pictures
Fig.3 overview (Ⅲ)
Fig.4 overview (Ⅳ)
46