Enclosure - ZIPPY

Issue Date: 2009-11-04 Page 1 of 3 Report Reference # 

Amendment 1 2009-12-18 

COVER PAGE FOR TEST REPORT 

Copyright © 2009 

E143756-A57-UL-2 

Product Category: Power Supplies for Information Technology Equipment Including Electrical 

Business Equipment 

Product Category CCN: QQGQ2, QQGQ8 

Test Procedure: Component Recognition 

Product: Redundant Power Supply and Power Module 

Model/Type Reference: Module: GIN-3800V, KIN-2800V, KIN-2A00V and KIN-2C00V. 

Power Supply: R2G-5800V, GIN1-5800V4H, GIN1-5800V4D, R2K-5800V, 

R2K-5A00V and R2K-5C00V. 

Rating(s): Model R2G-5800V: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +5V/32A, +3.3V/0-32A, +12V/65A, +5VSB/0-3.5A, -12V/0-0.8A; +5V & 

+3.3V max. 190W, Total 800W (Max.). 

Model GIN-3800V: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +12V/65A, +5VSB/0-3.5A, -12V/0-0.8A; Total 800W (Max.). 

Models GIN1-5800V4H and GIN1-5800V4D: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +5V/32A, +3.3V/0-32A, +12V/65A, +5VSB/0-3.5A, -12V/0-0.8A; +5V & 


Model R2K-5800V: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +5V/0-32A, +3.3V/0-32A, +12V/65A, +5VSB/0-3.5A, -12V/0-0.5A; +5V & 


Model KIN-2800V: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +12V/65A, +5VSB/0-3.5A; Total 800W (Max.). 

Model R2K-5A00V: 

I/P: 100 - 240 Vac, 15 - 7 A, 47 - 63 Hz. 

O/P: +5V/0-32A, +3.3V/0-32A, +12V/83A, +5VSB/0-3.5A, -12V/0-0.5A; +5V & 


Model KIN-2A00V: 

I/P: 100 - 240 Vac, 15 - 7 A, 47 - 63 Hz. 


Model R2K-5C00V: 

I/P: 100 - 240 Vac, 15 - 7 A, 47 - 63 Hz. 

O/P: +5V/0-32A, +3.3V/0-32A, +12V/0-100A, +5VSB/0-3.5A, -12V/0-0.5A; +5V 

& +3.3V max. 190W, Total 1000W (Max.). 

or 

I/P: 200-240 Vac, 9A, 47 - 63 Hz. 

O/P: +5V/0-32A, +3.3V/0-32A, +12V/0-100A, +5VSB/0-3.5A, -12V/0-0.5A; +5V 

& +3.3V max. 190W, Total 1200W (Max.).


Amendment 1 2009-12-18 

Model KIN-2C00V: 

I/P: 100 - 240 Vac, 15 - 7 A, 47 - 63 Hz. 

O/P: +12V/0-100A, +5VSB/0-3.5A; Total 1000W(Max.). 

or 

I/P: 200-240 Vac, 9A, 47 - 63 Hz. 

O/P: +12V/0-100A, +5VSB/0-3.5A; Total 1200W (Max.). 


E143756-A57-UL-2 

Standards: UL 60950-1, 2nd Edition, 2007-03-27 (Information Technology Equipment - 

Safety - Part 1: General Requirements) 

CSA C22.2 No. 60950-1-07, 2nd Edition, 2007-03 (Information Technology 

Equipment - Safety - Part 1: General Requirements) 

Applicant Name and 

Address: 

ZIPPY TECHNOLOGY CORP 

10TH FL 

50 MIN CHYUAN RD 

SHIN-TIEN 

TAIPEI HSIEN 231 TAIWAN 

This Report includes the following parts, in addition to this cover page: 

1. Specific Technical Criteria 

2. Clause Verdicts 

3. Critical Components 

4. Test Results 

5. National Differences 

6. Enclosures


Amendment 1 2009-12-18 


E143756-A57-UL-2 

This is to certify that representative samples of the products covered by this Test Report have been investigated in accordance with the 

above referenced Standards. The products have been found to comply with the requirements covering the category and the products are 

judged to be eligible for Follow-Up Service under the indicated Test Procedure. The manufacturer is authorized to use the UL Mark on 

such products which comply with this Test Report and any other applicable requirements of Underwriters Laboratories Inc. ('UL') in 

accordance with the Follow-Up Service Agreement. Only those products which properly bear the UL Mark are considered as being 

covered by UL's Follow-Up Service under the indicated Test Procedure. 

The applicant is authorized to reproduce the referenced Test Report provided it is reproduced in its entirety. 

UL authorizes the applicant to reproduce the latest pages of the referenced Test Report consisting of the first page of the Specific 

Technical Criteria through to the end of the Conditions of Acceptability. 

Any information and documentation provided to you involving UL Mark services are provided on behalf of Underwriters Laboratories 

Inc(ULI) or any authorized license of ULI. 

Test Report By: Reviewed By: 

Jonathan Chen Yasli Tsai 

Associate Project Engineer Project Engineer 

Underwriters Laboratories Taiwan Co., Ltd. Underwriters Laboratories Taiwan Co., Ltd.


Amendment 1 2009-12-18 

Report Reference No .......................: 

Compiled by ....................................: 

Reviewed by ....................................: 

Date of issue ...................................: 

Standards ........................................: 

Test procedure ................................: 

Non-standard test method ...............: 

Test item description ......................: 

Trademark .......................................: 

Model and/or type reference ...........: 

Rating(s) ..........................................: 

SPECIFIC TECHNICAL CRITERIA 

UL 60950-1:2005 (2nd Edition) 

Information technology equipment - Safety - 

Part 1: General requirements 

E143756-A57-UL-2 

Jonathan Chen 

Yasli Tsai 

2009-11-04 

TRF No. IECEN60950_1C Underwriters Laboratories Inc. 

E143756-A57-UL-2 

UL 60950-1, 2nd Edition, 2007-03-27 (Information Technology 

Equipment - Safety - Part 1: General Requirements) 

CSA C22.2 No. 60950-1-07, 2nd Edition, 2007-03 (Information 

Technology Equipment - Safety - Part 1: General Requirements) 

Component Recognition 

N/A 

Redundant Power Supply and Power Module 

Zippy 

Module: GIN-3800V, KIN-2800V, KIN-2A00V and KIN-2C00V. 

Power Supply: R2G-5800V, GIN1-5800V4H, GIN1-5800V4D, R2K- 

5800V, R2K-5A00V and R2K-5C00V. 

Model R2G-5800V: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +5V/32A, +3.3V/0-32A, +12V/65A, +5VSB/0-3.5A, -12V/0-0.8A; 

+5V & +3.3V max. 190W, Total 800W (Max.). 

Model GIN-3800V: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +12V/65A, +5VSB/0-3.5A, -12V/0-0.8A; Total 800W (Max.). 

Models GIN1-5800V4H and GIN1-5800V4D: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +5V/32A, +3.3V/0-32A, +12V/65A, +5VSB/0-3.5A, -12V/0-0.8A; 


Model R2K-5800V: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 

O/P: +5V/0-32A, +3.3V/0-32A, +12V/65A, +5VSB/0-3.5A, -12V/0-0.5A; 


Model KIN-2800V: 

I/P: 100 - 240 Vac, 12 - 6 A, 47 - 63 Hz. 


Model R2K-5A00V: 

I/P: 100 - 240 Vac, 15 - 7 A, 47 - 63 Hz.


Amendment 1 2009-12-18 

Particulars: test item vs. test requirements 

Equipment mobility ...................................................: 

Connection to the mains ...........................................: 

Operating condition ..................................................: 

Over voltage category ..............................................: 

Mains supply tolerance (%) ......................................: 

Tested for IT power systems ....................................: 

IT testing, phase-phase voltage (V) .........................: 

Class of equipment ..................................................: 

Mass of equipment (kg) ............................................: 

Pollution degree .......................................................: 

IP protection class ....................................................: 

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 .............: 


E143756-A57-UL-2 

O/P: +5V/0-32A, +3.3V/0-32A, +12V/83A, +5VSB/0-3.5A, -12V/0-0.5A; 


Model KIN-2A00V: 

I/P: 100 - 240 Vac, 15 - 7 A, 47 - 63 Hz. 


Model R2K-5C00V: 

I/P: 100 - 240 Vac, 15 - 7 A, 47 - 63 Hz. 

O/P: +5V/0-32A, +3.3V/0-32A, +12V/0-100A, +5VSB/0-3.5A, -12V/0- 

0.5A; +5V & +3.3V max. 190W, Total 1000W (Max.). 

or 

I/P: 200-240 Vac, 9A, 47 - 63 Hz. 

O/P: +5V/0-32A, +3.3V/0-32A, +12V/0-100A, +5VSB/0-3.5A, -12V/0- 

0.5A; +5V & +3.3V max. 190W, Total 1200W (Max.). 

Model KIN-2C00V: 

I/P: 100 - 240 Vac, 15 - 7 A, 47 - 63 Hz. 

O/P: +12V/0-100A, +5VSB/0-3.5A; Total 1000W(Max.). 

or 

I/P: 200-240 Vac, 9A, 47 - 63 Hz. 

O/P: +12V/0-100A, +5VSB/0-3.5A; Total 1200W (Max.). 

for building-in 

pluggable A or B 

continuous 

OVC II 

+10%, -10% 

No 

N/A 

Class I (earthed) 

R2G-5800V 5kg; GIN1-5800V4H/V4D 2.5kg; GIN- 

3800 1.5kg; R2K-5800V, R2K-5A00V, R2K-5C00V 

4.7kg; KIN-2800V, KIN-2A00V, KIN-2C00V 1.44kg 

PD 2 

IP X0 

N / A 

Pass 

Fail (acceptable only if a corresponding, less stringent 

national requirement is "Pass")


Amendment 1 2009-12-18 

General remarks: 

- "(see Enclosure #)" refers to additional information appended to the Test Report 

- "(see appended table)" refers to a table appended to the Test Report 

- Throughout the Test Report a point is used as the decimal separator 


E143756-A57-UL-2


Amendment 1 2009-12-18 

GENERAL PRODUCT INFORMATION: 

CA1.0 Report Summary 

CA1.1 N/A 

CB1.0 Product Description 


E143756-A57-UL-2 

CB1.1 The products are Switch Mode Redundant Power Supplies and Power Module for use in 

Information Technology Equipment (ITE). 

CC1.0 Model Differences 

CC1.1 Models GIN-3800V, KIN-2800V, KIN-2C00V and KIN-2A00V are as power module. 

Models GIN1-5800V4D and GIN1-5800V4H are as switching power supply. 

Models R2G-5800V, R2K-5800V, R2K-5A00V and R2K-5C00V are as redundant power supply. 

For Power Module: 

Model KIN-2800V is similar to Model GIN-3800V except output rating, main PWB layout and 

circuit (removed -12V output design from main PWB). 

Models KIN-2C00V and KIN-2A00V are similar to Model KIN-2800V except output rated, fuse 

rating, DC Fan source and amount. 

For Switching Power Supply: 

Models GIN1-5800V4D and GIN1-5800V4H consist of one power module GIN-3800V and 

backboard (output modules). 

Model GIN1-5800V4D is similar to Model GIN1-5800V4H except secondary layout of back board 

(output module). 

For Redundant Power Supply: 

Model R2G-5800V consists of up to two power modules GIN-3800V. 

Model R2K-5800V consists of up to two power modules KIN-2800V. 

Model R2K-5C00V consists of up to two power modules KIN-2C00V. 

Model R2K-5A00V consists of up to two power modules KIN-2A00V. 

Model R2K-5800V is similar to Model R2G-5800V except power module, output rating and 

secondary layout of back board (output module). 

Models R2K-5C00V, R2K-5A00V are similar to Model R2K-5800V except power module and 

input/output rating. 

CD1.0 Additional Information 

CD1.1 DC fan could be used with airflow inward or outward. 

For Amendment 1, add the following models: 

Power Module: Models KIN-2800V, KIN-2C00V and KIN-2A00V. 

Redundant Power Supply: Models R2K-5800V, R2K-5A00V and R2K-5C00V. 

CE1.0 Technical Considerations 

CE1.2 The product was submitted and evaluated for use at the maximum ambient temperature (Tma)


Amendment 1 2009-12-18 

permitted by the manufacturer’s specification of: 40 degreeC 


E143756-A57-UL-2 

CE1.3 The means of connection to the mains supply is: Pluggable A or B, Detachable power cord 

CE1.4 The product is intended for use on the following power systems: TN 

CE1.5 The equipment disconnect device is considered to be: Appliance inlet 

CE1.13 The following are available from the Applicant upon request: Specific data sheets for LED 

indicators that are class I and operate at wavelength in the 400-710 nm range., Installation 

(Safety) Instructions / Manual 

CF1.0 Engineering Conditions of Acceptability 

CF1.1 For use only in or with complete equipment where the acceptability of the combination is 

determined by Underwriters Laboratories Inc. 

When installed in an end-product, consideration must be given to the following: 

CF1.3 The end-product Electric Strength Test is to be based upon a maximum working voltage of: 

Primary-SELV: 430 Vrms, 672 Vpk maximum, Primary-Earthed Dead Metal: 424 Vrms, 672 Vpk 

maximum 

CF1.5 The following secondary output circuits are SELV: All outputs of all models 

CF1.6 The following secondary output circuits are at hazardous energy levels: +12 V dc output of all 

models 

CF1.7 The following secondary output circuits are at non-hazardous energy levels: All outputs except 

+12 V dc output. 

CF1.10 The following output terminals were referenced to earth during performance testing: Secondary 

Return 

CF1.11 The power supply terminals and/or connectors are: Suitable for factory wiring only 

CF1.12 The maximum investigated branch circuit rating is: 20 A 

CF1.13 The investigated Pollution Degree is: 2 

CF1.15 Proper bonding to the end-product main protective earthing termination is: Required 

CF1.16 An investigation of the protective bonding terminals has: Been conducted 

CF1.18 The following magnetic devices (e.g. transformers or inductor) are provided with an OBJY2 

insulation system with the indicated rating greater than Class A (105°C): Transformers T1 & T2 

(Class B) 

CF1.19 The following end-product enclosures are required: Fire and Electrical. Appliance Inlet side 

evaluated for Fire, Electrical and Mechanical Enclosure. All other enclosure sides evaluated for 

internal enclosure 

CF1.23 The equipment is suitable for direct connection to: AC mains supply 

CF2.0 The product was investigated to the following additional standards: IEC 60664-1: 2002 clearance 

requirements for 10170 ft (3100 m) above sea level. The required clearance is multiplied by the 

altitude correction factor (1.155), as specified in Table A.2. 

CF2.1 The power supply is expected to use in hot-swappable condition and clause 4.3.5 Connector 

Current Interruption Test has been conducted.


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 

Clause Requirement + Test Result - Remark Verdict 

1.5.8 Components in equipment for IT power systems N/A 

2.1.1.5 Energy hazards..................................................... : 


The output (+12V output) of 

the power supply presents an 

energy hazard. No operator 

access permitted. 

See Miscellaneous 7-01 & 7- 

02 for detail 

2.9.2 Humidity conditioning 120 hours for Models GIN- 

3800V, R2G-5800V, GIN1- 

5800V4H and GIN1-5800V4D. 

48 hours for Models KIN- 

2800V, KIN-2A00V, KIN- 

2C00V, R2K-5800V, R2K- 

5A00V and R2K-5C00V. 

2.10.7 Component external terminations N/A 

4.6 Openings in enclosures Pass 

4.6.1 Top and side openings Foreign objects entering the 

enclosure will not contact bare 

parts at hazardous voltage or 

energy. (No hazardous parts 

within 5 degree projection). 

Appliance Inlet side evaluated 

for Fire, Electrical and 

Mechanical. 

5.3.9 Compliance criteria for abnormal operating and 

fault conditions 

J Metal(s) used ........................................................ : 

Unit intended for building-in. 

To be evaluated other sides in 

end product. 

No fire, emission of molten 

metal or deformation was 

noted during the tests. The 

maximum temperature of 300 

degree C was not exceeded. 

No indication of dielectric 

breakdown. 

Nickel Plated Steel and 

Aluminum Magnesium alloy 

Pass 

Pass 

Pass 

Pass 

-


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


1.5.1 TABLE: list of critical components Pass 

Object/part No. Manufacturer/ 

trademark 

Redundant Power 

Supply 

Zippy R2G-5800V, R2K- 

5800V, R2K- 

5C00V, R2K- 


type/model technical data Product Category 

CCN(s) 

5A00V 

Consist of the following 

components. 

01. Chassis -- -- Metal (Nickel Plated Steel), two 

pieces construction and 

secured together by screws. 

Overall measured 

approximately 340 by 101 by 

82 mm, minimum 1.0 mm thick. 

Can be provided with two 

Power Modules. Provided with 

the following ventilation 

openings: 1. Top side and 

Bottom side - Provided with 10 

slot ventilation openings, each 

measuring 19.4 by 4.0 mm and 

4 slot openings each 

measuring 15 mm by 4.0 mm. 

2. Right side - Provide with 7 

slot ventilation opening, each 

measuring 19.4 by 4.0 mm, 4 

slot openings each measuring 

15 mm by 4.0 mm and two slot 

ventilation openings, each 

minimum 184 by 11 mm. 3. Left 

side !V Provide with 22 slot 

ventilation openings, each 

measuring 15 by 4.0 mm and 

Required 

Marks of 

Conformity 

-- -- 3-02 

-- -- 

Supplement ID


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


two slot ventilation openings, 

each minimum 184 by 11 mm. 

02. Label Various Various Rated minimum 60 degree C, 

suitable for surface applied to 


metal. 

03. Output Wires Various Various Rated VW-1, minimum 80 

degree C, minimum 300 V. 

Style no. 1007, Minimum 22 

AWG. 

04. Back Board Various Various Rated minimum V-2, minimum 

130 degree C. Secured to 

Redundant Chassis by screws 

with studs. Contains one 

daughter board, secured and 

05. Power Module Zippy GIN-3800V, KIN- 

2800V, KIN- 

2C00V, KIN- 

2A00V 

Power Module Zippy GIN-3800V, KIN- 

2800V, KIN- 

2C00V, KIN- 

2A00V 

PGDQ2 UL 

AVLV2 UL 

ZPMV2 UL 

soldered to main Back Board. 

One or two provided. QQGQ2 UL 

Consist of the following 

components. 

01.Chassis -- -- Metal (Nickel Plated Steel and 

Aluminum Magnesium alloy). 

Overall approximately 305 by 

79 by 40.0 mm, minimum 1.0 

mm thick. Three pieces 

construction, Secured together 

by screws. Provided with the 

following ventilation openings: 

1. Fan side - Provide with 

numerous square openings 

each measuring approximately 

-- -- 3-03 

-- --


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


6.5 by 6.5 mm, cover an area 

approximately 36.5 by 36.5 

mm. 2. Top side - Provided with 

two slot openings, each 

measuring 28.0 by 4 mm. 3. 

Right side - Provided with two 

circle openings, each 

measuring 4.5 mm OD. 

02. Label Various Various Rated minimum 60 degree C, 

suitable for surface applied to 


metal. 

03. Handle -- -- Plastics, U-shaped, overall 

measured approximate 36.9 by 

24.7 mm, 4.9 mm OD. 

Secured to Chassis at Fan side 

by screws. 

03-1. Material of Handle Teijin Polycarbonate LN-1250G Rated V-0, minimum 105 

Singapore pte Ltd 

degree C. 

04. EMI Filter High & Low Corp. 15SS1 series Rated 250V, 10 A; X-Cap: 0.22 

uF, Y-Cap 2200 pF x 2. 

05. Bonding wire Various Various VW-1, minimum 16 AWG, 

minimum 105 degree C, 

minimum 600 Vac. 

Green/yellow lead; one end 

mechanically secured then 

soldered to earth terminal of 

EMI Filter and provided with 

Insulation Tubing / Sleeving; 

other end terminates in closedloop, 

double crimp-type 

connector, secured to chassis 

with dedicated threaded post, 

nut and lock-washer. Bonding 

symbol (IEC 60417, No. 5019) 

PGDQ2 UL 

-- -- 

QMFZ2 UL 

FOKY2 UL 

AVLV2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


06. Internal Wire Various Various 

provided adjacent to 

termination. 

FEP, PTEF, PVC, TFE, AVLV2 UL 

connected L and N on 

neoprene or surface marked 

Main Board 

VW-1, minimum 105 degree C, 

minimum 600 Vac, minimum 16 

AWG. One end mechanically 

secured then soldered to 

terminals of EMI Filter; other 

end terminates secured to 

Printed Wiring Board by quick 

connector and provided with 

Insulating Tubing / Sleeving. 

06-1 Quick Connector Weli Sheng Terminal 

Industrial Co Ltd 

D70604BS-2 Min. 105 degree C, 600V Max. RFWV UL 

07. LED -- -- (SELV) Secured to front 

Chassis with LED plastic cover 

by snap-fit. Green color denote 

unit operating normally. The 

wavelength range of 400 nm to 

710 mm. Lead wires provided 

with Insulating Tubing / 

Sleeving, minimum 0.4 mm 

thick. 

-- -- 

08. DC Fan (Airflow can Sanyo Denki Co., Ltd 9GV0412G3XXy Rated 12 Vdc, 0.47 A, 18.36 GPWV2 UL 

be inward or outward) 

CFM. Secured to front chassis 

(For Models GIN-3800V, 

by screw. fans leads provided 

KIN-2800V) 

with Insulating Tubing and 


thick. 

08a. DC Fan (Airflow Sanyo Denki Co., 9GV0412J3XXy Rated 12Vdc, 0.66A, 

GPWV2 UL 

can be inward or Ltd. 

20.83CFM, Secured to front 

outward) (For Models 

chassis by screw.fans leads 

GIN-3800V, KIN-2800V) 

provided with Insulating Tubing 

TRF No. IECEN60950_1C Underwriters Laboratories Inc.


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


08b. DC Fan (Airflow Sunonwealth Electric PMD1204WQB2and 


thick. 

Rated 12Vdc, 0.6A, 21.5CFM, GPWV2 UL 

can be inward or Machine Industry A 

Secured to front chassis by 

outward) (For Models Co., Ltd. (SUNON) 

screw. fans leads provided with 

GIN-3800V, KIN-2800V) 

Insulating Tubing and Sleeving, 

minimum 0.4 mm thick. 

08c. DC Fan (Airflow can Sunonwealth Electric PMD1204WQB1- Rated 12Vdc, 0.76A, 24CFM, GPWV2 UL 

be inward or outward) Machine Industry A 


(For Models GIN-3800V, Co., Ltd. (SUNON) 

screw. fans leads provided with 

KIN-2800V) 



08d. DC Fan (Airflow Delta Electronics Inc FFB0412SHN Rated 12Vdc, maximum 0.6A, GPWV2 UL 

can be inward or 




GIN-3800V, KIN-2800V) 


and Sleeving, minimum 0.4 mm 

thick. 

08e. DC Fan (Airflow Asia Vital 

DB04028B12U Rated 12Vdc, maximum 0.6A, GPWV2 UL 

can be inward or Components Co Ltd) 




GIN-3800V, KIN-2800V) 



thick. 

08f. DC Fan (Airflow can Sunonwealth Electric PMD1204PJB1-A Rated 12Vdc, 1.0A, 26.5CFM, GPWV2 UL 

be inward or outward) Machine Industry Co 


(For Models KIN-2C00V, Ltd 

screw.fans leads provided with 

KIN-2A00V) 



08g. DC Fan (Airflow Protechnic Electric MGT4012YB-(f)48 Rated 12Vdc, 1.0A, minimum GPWV2 UL 

can be inward or Co Ltd 

(f = 0-9, a-z), A-Z) 29.53CFM, Secured to front 



KIN-2C00V, KIN-2A00V) 





Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


thick. 

09. Printed Wiring Board Various Various Rated minimum V-1, minimum 

130 degree C. The Main Board 

is secured to Chassis by 

screws and contains the 

following daughter boards. IC1 

Board, (primary) secured and 

soldered to Main Board 

vertically. IC2 Board, (primary) 

secured and soldered to Main 

Board vertically U9 and CN6 

Board (secondary), secured 

and soldered to Main Board 

10. Fuse (F1) (For 

Models GIN-3800V, KIN- 

2800V) 

10a. Fuse (F1) 

(Alternate) (For Models 

GIN-3800V, KIN-2800V) 

10-1. Fuse (F1) (For 

Models KIN-2C00V, KIN- 

2A00V) 


vertically. 

Various Various Rated 250 Vac, T12 A. Fast 

acting and pig-tail type, Wired 

in hot side of Line, fuse leads 

mechanically secured and 

soldered to PWB. Fuse body 

and lead provided with 


Littelfuse Inc 215 Rated 250 Vac, T12 A. Fast 


in hot side of Line, fuse leads 


soldered to PWB. Fuse body 

and lead provided with 


Various Various Rated 250 Vac, F15 A. Fast 


on hot side of Line, fuse leads 


soldered to Printed Wiring 

Board. Fuse body and lead 

ZPMV2 UL 

JDYX UL 

JDYX2 UL 

JDYX UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


10-1a. Fuse (F1) Walter Electronic Co FSC 


/ Sleeving. 

Rated 250 Vac, F15 A. Fast JDYX2 UL 

(Alternate) (For Models Ltd 








/ Sleeving. 

10-1b. Fuse (F1) Conquer Electronics GBF, GBF-A Rated 250 Vac, F15 A. Fast JDYX2 UL 

(Alternate) (For Models Co Ltd 








/ Sleeving. 

10-1c. Fuse (F1) Sun Electric Co 5C, 5CP Rated 250 Vac, F15 A. Fast JDYX2 UL 

(Alternate) (For Models 








/ Sleeving. 

11. Thermistor (RT1) -- -- Rated minimum 4 A, 16 ohm at 

25 degree C, mounted 

minimum 12 mm above PWB. 

-- -- 

12. Relay (REL1) Rayex Electronics Co LM1H-12D Contact: AC 250 V, 16 A; Coil NRNT2 UL 

Ltd 

voltage DC 12 V. 

12-1. Relay (REL1) Song Chuan 881H-1CH-F-C Contact: AC 250 V, 16 A; Coil NRNT2 UL 

Precision Co Ltd 

voltage DC 12 V. 

13. X-Capacitors (C1, Arcotronics Spa R.49 Rated minimum 250 V, FOWX2 UL 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


C6A, C6) (Optional) minimum 85 degree C, C1 and 

C6A maximum 0.68 uF. C6 

maximum 0.33 uF. Marked with 

a "X1" or "X2" and Certified by 

VDE, DEMKO or SEV. (Meets 

13a. X-Capacitors (C1, 

C6A, C6) (Optional) 

(Alternate) 

13b. X-Capacitors (C1, 


(Alternate) 

13c. X-Capacitors (C1, 


(Alternate) 

13d. X-Capacitors (C1, 


(Alternate) 


IEC 60384-14) 

Arcotronics Spa R.46 Rated minimum 250 V, 

minimum 85 degree C, C1 and 





Jenn Fu Electronics 

Corp 

Cheng Tung 


Iskra Kondenzatorji D 

D 

IEC 60384-14) 

MPX Rated minimum 250 V, 






IEC 60384-14) 

CTX Rated minimum 250 V, 






KNB 1530, KNB 

1532, KNB 1533 

IEC 60384-14) 

Rated minimum 250 V, 






IEC 60384-14) 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


13e. X-Capacitors (C1, 


(Alternate) 

13f. X-Capacitors (C1, 


(Alternate) 

13g. X-Capacitors (C1, 


(Alternate) 

13h. X-Capacitors (C1, 


(Alternate) 

Ultra Tech Xiphi 

Enterprise Co Ltd 

Pilkor Electronics Co 

Ltd 

Pilkor Electronics Co 

Ltd 

Hua Jung 

Components Co Ltd 


HQX Rated minimum 250 V, 






IEC 60384-14) 

PCX2 337 Rated minimum 250 V, 






IEC 60384-14) 

PCX2 339 Rated minimum 250 V, 






IEC 60384-14) 

MKP Rated minimum 250 V, 






IEC 60384-14) 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

14. Bleeder Resistors -- -- Rated 1 M ohm, 1/4 W, SMD -- -- 

(R1, R2, R3, R4) 

type. 

15. Bleeder Resistors Various Various Rated 1 M ohm, 1/4 W, SMD -- -- 

(RX1) (Secured on EMI 

Filter) 

type. 

16. Y-Capacitors (CY3, Murata Mfg Co Ltd KH Rated maximum 2200 pF, FOWX2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


C3) (Optional) minimum 250 Vac, 125 degree 

C , Marked with an Y1 or Y2 

and Certified by VDE, DEMKO 

16a. Y-Capacitors (CY3, 

C3) (Optional) 

(Alternate) 

16b. Y-Capacitors (CY3, 


(Alternate) 

16c. Y-Capacitors (CY3, 


(Alternate) 

16d. Y-Capacitors (CY3, 


(Alternate) 

16e. Y-Capacitors (CY3, 


(Alternate) 

17. Y-Capacitors (C2) 

(Optional) 

Walsin Technology 

Corp 

Welson Industrial Co 

Ltd 


or SEV. (Meets IEC60384-14.) 

AC, AH Rated maximum 2200 pF, 

minimum 250 Vac, 125 degree 

C, Marked with an Y1 or Y2 



KL, WD Rated maximum 2200 pF, 


C. Marked with an Y1 or Y2 



TDK-EPC Corp CD, CS Rated maximum 2200 pF, 





Netron Tech Co Ltd AA, AD Rated maximum 2200 pF, 




Success Electronics 

Co Ltd 


SB, SE Rated maximum 2200 pF, 





Murata Mfg Co Ltd KH Rated maximum 2200 pF, 


degree C, Marked with an Y1 

or Y2 and Certified by VDE, 

DEMKO or SEV. (Meets 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


17a. Y-Capacitors (C2) 

(Optional) (Alternate) 

17b. Y-Capacitors (C2) 


17c. Y-Capacitors (C2) 


17d. Y-Capacitors (C2) 


17e. Y-Capacitors (C2) 


17f. Y-Capacitors (C2) 


Walsin Technology AC, AH 

IEC60384-14.) 

Rated maximum 2200 pF, FOWX2 UL 

Corp 





IEC60384-14.) 

Samhwa Capacitor SC, SD Rated maximum 2200 pF, FOWX2 UL 

Co Ltd 





IEC60384-14.) 

Welson Industrial Co KL, WD Rated maximum 2200 pF, FOWX2 UL 

Ltd 





IEC60384-14.) 

TDK-EPC Corp CS Rated maximum 2200 pF, 





IEC60384-14.) 

FOWX2 UL 

TDK-EPC Corp CD Rated maximum 2200 pF, 





IEC60384-14.) 

FOWX2 UL 

Netron Tech Co Ltd AA, AD Rated maximum 2200 pF, 



FOWX2 UL 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


17g. Y-Capacitors (C2) 


18. Bridge-Capacitors 

(CY2) (Optional) 

18a. Bridge-Capacitors 


(Alternate) 

18b. Bridge-Capacitors 


(Alternate) 

18c. Bridge-Capacitors 


(Alternate) 

19. Varistor (VZ1,VZ2, 

VZ3) (Optional) 


Co Ltd 

Walsin Technology 

Corp 




IEC60384-14.) 

SF Rated maximum 2200 pF, 





IEC60384-14.) 

AH Rated maximum 1000 pF, 

minimum 250 Vac 125 degree 

C. Marked with an Y1 and 

Certified by VDE, DEMKO or 

SEV. (Meets IEC60384-14.) 

TDK-EPC Corp CD Rated maximum 1000 pF, 

minimum 250 Vac minimum 

125 degree C. Marked with an 

Y1 and Certified by VDE, 


Welson Industrial Co 

Ltd 


Co Ltd 

Epcos (Zhuhai Ftz) 

Co Ltd 

IEC60384. 

WD Rated maximum 1000 pF, 




SEV. (Meets IEC60384. 

SE Rated maximum 1000 pF, 




SEV. (Meets IEC60384. 

S14K300 Rated 300Vac, 385Vdc. The 

body provided with Insulation 

Tubing / Sleeving. 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

FOWX2 UL 

XUHT2 UL 

19a. Varistor (VZ1,VZ2, Epcos (Zhuhai Ftz) SIOV-S14K300, Rated 300Vac, 385Vdc. The VZCA2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


VZ3) (Optional) Co Ltd body provided with Insulation 

(Alternate) 


19b. Varistor (VZ1,VZ2, Epcos (Zhuhai Ftz) S14K320 Rated 320Vac, 420Vdc. The 

VZ3) (Optional) Co Ltd 


(Alternate) 


19c. Varistor (VZ1,VZ2, Epcos (Zhuhai Ftz) SIOV-S14K320, Rated 320Vac, 420Vdc. The 

VZ3) (Optional) Co Ltd 


(Alternate) 


19d. Varistor (VZ1,VZ2, Nippon Chemi-con TND14V-471K Rated 300Vac, 385Vdc. The 

VZ3) (Optional) Corp 


(Alternate) 


19e. Varistor (VZ1,VZ2, Nippon Chemi-con TND14V-471K Rated 300Vac, 385Vdc. The 

VZ3) (Optional) Corp 


(Alternate) 


19f. Varistor (VZ1,VZ2, Centra Science Corp CNR-14D471K Rated 300Vac, 385Vdc. The 



(Alternate) 


19g. Varistor (VZ1,VZ2, Centra Science Corp CNR-14D471K Rated 300Vac, 385Vdc. The 



(Alternate) 


19h. Varistor (VZ1,VZ2, Thinking Electronic TVR14471 Rated 300Vac, 385Vdc. The 

VZ3) (Optional) Industrial 


(Alternate) 

Co Ltd 


19i. Varistor (VZ1,VZ2, Thinking Electronic TVR14471 Rated 300Vac, 385Vdc. The 

VZ3) (Optional) Industrial 


(Alternate) 

Co Ltd 


19j. Varistor (VZ1,VZ2, Uppermost Electronic V14K300 Rated 300Vac, 385Vdc. The 

VZ3) (Optional) Industries Co Ltd 


(Alternate) 


19k. Varistor (VZ1,VZ2, Uppermost Electronic V14K300 Rated 300Vac, 385Vdc. The 

VZ3) (Optional) Industries Co Ltd 


(Alternate) 


19l. Varistor (VZ1,VZ2, Dongguan Littelfuse SAS-471KD14 Rated 300Vac, 385Vdc. The 

VZ3) (Optional) Electronics Co Ltd 



XUHT2 UL 

VZCA2 UL 

XUHT2 UL 

VZCA2 UL 

XUHT2 UL 

VZCA2 UL 

XUHT2 UL 

VZCA2 UL 

XUHT2 UL 

VZCA2 UL 

XUHT2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


(Alternate) Tubing / Sleeving. 

19m. Varistor (VZ1,VZ2, 


(Alternate) 

20. Bridge Diode (BD1, 

BD2) (BD2 for Models 

KIN-2800V, KIN-2C00V, 

KIN-2A00V) 

21. Electrolytic Capacitor 

(C8) 

Dongguan Littelfuse 

Electronics Co Ltd 

21-1 Insulation tape 3M Company 

Electrical Markets Div 

(EMD) 

22. Electrolytic Capacitor 

(C9) 

23. Transistor (Q8) (For 

Models GIN-3800V, KIN- 

2800V) 

23a. Transistor (Q8) (For 

Models KIN-2C00V, KIN- 

2A00V) (Alternate) 

24. Transistor (Q11, Q7) 

(For Models GIN-3800V, 

KIN-2800V) 

24a. Transistor (Q11, 

Q7) (For Models KIN- 

2C00V, KIN-2A00V) 

(Alternate) 


SAS-471KD14 Rated 300Vac, 385Vdc. The 



-- -- Rated minimum 25 A, minimum 

600 V. Provide with Heat sink 

(H1) on BD1, BD2 body. 

-- -- Provided with integral pressure 

relief. Rated 420 V, 

85 degree C, 100 to 150 uF. 

1350-1, 1350F-1 One layer covered top side and 

extend side surface of body, 

3mm wide min from edge of top 

side 

-- -- Provided with integral pressure 

relief. Rated 420 V, 

105 degree C, 320 to 470 uF. 

-- -- Rated minimum 17 A, minimum 

800 V. Secured to H3 and H2 

by screw. 

-- -- Rated 17 A, minimum 800 V. 

Secured to H3 and H2 by 

screw. 

-- -- Rated minimum 3A, minimum 


by screw. 

-- -- Rated 3 A, minimum 800 V. 

Secured to H2 and H3 by 

screw. 

25. Choke (LD1) -- -- Rated 105 degree C. Toroidal 

type. Core: Ferrite, 27.5 OD by 

14.3 mm wide including 

VZCA2 UL 

-- -- 

-- -- 

OANZ2 UL 

-- -- 

-- -- 

-- -- 

-- -- 

-- -- 

-- --


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


windings. Coil: Copper magnet 

wire wound on core. 

26. Choke (LF1) -- -- Rated 105 degree C. Toroidal 






27. Choke (L4) -- -- Rated 105 degree C. Toroidal 




28. Drive Transformer 

(T3) 


-- -- Rated 105 degree C. Open 

type construction. Core: Ferrite, 

overall 8.9 by 8.85 by 4 mm. 

Coil: Copper magnet wire 

wound on bobbin.), 

Chang Chun Plastic T375J Rated 150 degree C. minimum 

-- -- 

-- -- 

-- -- 

28-1 Drive Transformer 

QMFZ2 UL 

(T3) Bobbin 

Co Ltd 

V-2, Phenolic 0.71mm min. 

29. Drive Transformer -- -- Rated 105 degree C. Open -- -- 

(T4) 

type construction. Core: Ferrite, 

overall 8.5 by 8.7 by 4 mm. 

Coil: Copper magnet wire 

wound on bobbin. 

29-1 Drive Transformer Sumitomo Co Ltd PM-9630 Rated 150 degree C, minimum QMFZ2 UL 

(T4) Bobbin 

V-2, Phenolic 0,71mm min. 

30. Heat Sink (H1) -- -- Aluminum, overall 

approximately 30 by 32 by 16 

mm, minimum 1.8 mm thick, 

secured to PWB by screws. 

(H1 is Primary) 

-- -- 

31. Heat Sink (H2) -- -- Aluminum, two pieces 


by screws. Overall 

-- --


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


approximately 89.0 by 29.4 by 

9.0 mm, minimum 1.5 mm thick 

and overall approximately 89.0 

by 29.4 by 1.0 mm, minimum 

1.5 mm thick, secured to PWB 

by soldering. (H2 is Primary) 

32. Heat Sink (H3) -- -- Copper, overall approximately 

17.3 by 23.0 by 32.2 mm, 

minimum 1.5 mm thick, 

secured to PWB by soldering. 


(H3 is Primary) 

33. Heat Sink (H4) -- -- Copper, overall approximately 

10.2 by 32 by 16.0 mm, 



(H4 is Secondary) 

34. Heat Sink (H5) -- -- Aluminum, two pieces 


by screws. Overall 

approximately 45.0 by 6 by 

29.3 mm, minimum 2.0 mm 

thick and overall approximately 

44 by 40.0 by 29.0 mm, 



35. Insulator sheet Sabic Innovative 

Plastics Us L L C. 

(H5 is Secondary) 

FR1 Rated minimum V-2, See 

Enclosure Id. 4-03 for 

construction details. Provided 

located between solder side of 

PWB and bottom chassis. 

36. Thermal pad Bergquist Co GAP PAD VOS Rated minimum V-2. Provided 

between bottom chassis and 

top side of H1, H2, H3. For H1 

-- -- 

-- -- 

-- -- 

QMFZ2 UL 4-03 

QMFZ2 UL 3-07


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


36-1. Adhesive (For top 

Insulation Pad used) 

3M Company 


(EMD) 


467MP, 468MP 

and H3 measured 40 by 27 mm 

min, 1mm thickness min. For 

H2 measured 98 by 27 mm 

min, 1mm thickness. 

Maximum 85 degree C. QOQW2 UL 

37. Transformer (T1) -- -- Open type construction. Core: 

Ferrite, overall approximately 

22.5 by 30.5 by 6.0 mm. Coil 

Copper magnet wire wound on 

bobbin. Provided with 3 layers 

insulation tape between 

primary and secondary. Exit 

leads provided with tubing. 

Provided with Margin tape on 

winding top / bottom side 4.0 

mm. See Enclosure Id. 4-01 

for construction details. 

-- -- 4-01 

37-1. Insulation system Li Chieh Electronic DASH 2 B-5 Class B. OBJY2 UL 

of Transformer (T1) 

37-1-1-2. Insulation 

Tape of Transformer 

(T1) 

37-1-2. Bobbin of 

Transformer (T1) 

37-1-3. Varnish of 


37-1-4. Tubing of 


37-1-5. Margin tape of 



3M Company 


(EMD) 

Chang Chun Plastics 

Co Ltd 

Elantas Electrical 

Insulation Elantas 

Pdg Inc 

Great Holding 


3M Company 


1350-1 Rated 130 degree C. OANZ2 UL 

T375J Phenolic. Minimum V-0, 

minimum 0.71 mm thick, rated 

150 degree C. 

QFMZ2 UL 

468-2FC Rated 155 degree C. OBJS2 UL 

TFL Rated 200 degree C. YDPU2 UL 

44 Rated 130 degree C. OANZ2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


37-1-6. Windings of 


(EMD) 

Various Various Rated 130 degree C. OBMW2 UL 

37-2. Insulation system Main Power MP SAF003 Class B. OBJY2 UL 

of Transformer (T1) Technology Co., Ltd 

37-2-1. Insulation Tape 3M Company 1350F-1 Rated 130 degree C. OANZ2 UL 

of Transformer (T1) Electrical Markets Div 

(EMD) 

37-2-2. Bobbin of Chang Chun Plastics T375J Phenolic. Minimum V-2, QFMZ2 UL 

Transformer (T1) Co Ltd 


150 degree C. 

37-2-3. Varnish of Elantas Electrical V1630FS Rated 155 degree C. OBJS2 UL 

Transformer (T1) Insulation Elantas 

Pdg Inc 

37-2-4. Tubing of Great Holding TW Rated 200 degree C. YDPU2 UL 

Transformer (T1) Industrial Co Ltd 

37-2-5. Margin tape of 3M Company 44(a) Rated 130 degree C. OANZ2 UL 

Transformer (T1) Electrical Markets Div 

(EMD) 




37-3. Insulation system Large Magnetic SBI 4.2 Class B. OBJY2 UL 

of Transformer (T1) Electronics Co., Ltd 

37-3-1. Insulation Tape 


Symbio Inc 35660 Rated 130 degree C. OANZ2 UL 

37-3-2 Insulation Tape of 3M Company 1350F-1 Rated 130 degree C. OANZ2 UL 


(Alternate) 

(EMD) 

37-3-2-1. Insulation Bondtec Pacific Co 371F Rated 130 degree C. OANZ2 UL 


(T1) (Alternate) 

Ltd 

37-3-3. Bobbin of Sumitomo Bakelite PM-9820 Phenolic. Minimum V-2, QFMZ2 UL 



150 degree C. 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


37-3-4 Varnish of 




Pdg Inc 

Great Holding 


468-2(+) Rated 155 degree C. OBJS2 UL 




37-3-6. Margin tape of 3m Company 44T, 44D Rated 130 degree C. OANZ2 UL 


(Emd) 




38. Transformer (T2) -- -- Open type construction. Core: 

Ferrite, overall approximately 

46.4 by 39.6 by 12.7 mm. Coil 

Copper magnet wire wound on 

bobbin. Provided with 4 layers 

insulation tape between 

primary and secondary. Exit 

leads provided with tubing. 

Provided with Margin tape on 

winding top / bottom side 4.0 

mm. See Enclosure Id. 4-02 

for construction details. 

-- -- 4-02 

38-1. Insulation system Li Chieh Electronic DASH 2 B-5 Class B. OBJY2 UL 

of Transformer (T2) Industrial Co Ltd 

38-1-1. Insulation Tape 3M Company 1350-1 Rated 130 degree C. OANZ2 UL 

of Transformer (T2) Electrical Markets Div 

(EMD) 

38-1-2. Bobbin of Chang Chun Plastics T375J Phenolic. Minimum V-2, QFMZ2 UL 



150 degree C. 

38-1-3. Varnish of Elantas Electrical 468-2FC Rated 155 degree C. OBJS2 UL 

Transformer (T2) Insulation Elantas 

Pdg Inc 

38-1-4 Tubing of Great Holding TFL Rated 200 degree C. YDPU2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 







38-2. Insulation system 














38-3. Insulation system 




38-3-1-1. Insulation 


(T2) (Alternate) 



(Alternate) 

3M Company 


(EMD) 

44 Rated 130 degree C. OANZ2 UL 


Main Power 

Technology Co., Ltd 

MP SAF003 Class B. OBJY2 UL 

3M Company 


(EMD) 

1350F-1 Rated 130 degree C. OANZ2 UL 

Chang Chun Plastics T375J Phenolic. Minimum V-2, QFMZ2 UL 

Co Ltd 


150 degree C. 



Pdg Inc 

V1630FS Rated 155 degree C. OBJS2 UL 

Great Holding 


TW Rated 200 degree C. YDPU2 UL 

3M Company 


(EMD) 

44(a) Rated 130 degree C. OANZ2 UL 


Large Magnetic 

Electronics Co., Ltd 

SBI 4.2 Class B. OBJY2 UL 

Symbio Inc 35660 Rated 130 degree C. OANZ2 UL 

3M Company 


(EMD) 

Bondtec Pacific Co 

Ltd 


1350F-1 Rated 130 degree C. OANZ2 UL 

371F Rated 130 degree C. OANZ2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 












39. Optical Isolator (U2, 

U5, U6) 

39-1. Optical Isolator 

(U2, U5, U6) (Alternate) 





Sumitomo Bakelite 

Co Ltd 



Pdg Inc 

Great Holding 



PM-9820 Phenolic. Minimum V-2, 


150 degree C. 

QFMZ2 UL 

468-2(+) Rated 155 degree C. OBJS2 UL 


3m Company 


(Emd) 

44T, 44D Rated 130 degree C. OANZ2 UL 


Sharp Corp 

Electronic 

Components Group 

Everlight Electronics 

Co Ltd 

Fairchild 

Semiconductor Corp. 

Lite-On Technology 

Corp 

PC817 Rated Isolation minimum 5000 

V ac. (Insulation thickness 

minimum 0.4 mm.). DIP Type. 

Di. = 0.7mm, int.dcr. = 5.0mm, 

ext..dcr. = 8.0mm. 

EL817 series Rated Isolation minimum 5000 



Di.= 0.5mm, int.dcr. = 6.0mm, 

ext.dcr. = 7.7mm. 

H11A817 series Rated Isolation minimum 5000 



Di. =1.0mm, ext.dcr. =7.0mm, 

int.dcr. =Thermal cycling test. 

LTV 817X Rated Isolation minimum 5000 



Di. = 0.8mm, int.dcr. = 5.2mm, 

ext.dcr. = 7.8mm. 

FPQU2 UL 

FPQU2 UL 

FPQU2 UL 

FPQU2 UL 

40. Insulation Tubing / Various Various FEP, PTFE, PVC, TFE, YDTU2 UL


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Sleeving neoprene, polyimide or marked 

VW-1; minimum 105 degree C, 

41. Thermistor (R106A) Thinking Electronic 



minimum 300 V. 

TTC-103 Rated 900 mW, 10 k ohm at 25 

degree C. Secured to PWB by 

solder. 

XGPU2 UL 

42. Choke (L6) (SEC) -- -- Rated 130 degree C. Toroidal 

type. 

-- -- 




AWG. 

AVLV2 UL 

44. Output Connector Positronic Industries GFSH89M47H, Rated Minimum 12V, 16 A. ECBT2 UL 

Inc. 

GFSH89F47H, 

GFSH89F37H 

45. EMI Shielding -- -- One provided minimum 30 mm 

wide. Completely cover with 

two layers of Insulation Tape. 

Wrapped around on IC2 board. 

Provided with lead, one end 

secured then soldered to EMI 

Shielding; other end secured to 

PWB by solder. 

-- -- 

45-1 Insulation tape 3M Company 


(EMD) 

1350F-1, 1350-1 Wide 60 mm maximum OANZ2 UL 

46. Transistor (Q1, Q1A, -- -- Rated minimum 20 A, minimum -- -- 

Q2) 


by screw. 

Switching Power Supply Zippy GIN1-5800V4D, Consist of the following -- -- 3-05 

GIN1-5800V4H components. 

01. Back Board Chassis -- -- Metal, two pieces construction 

and secured together by 

screws and snap-fit. Overall 

-- --


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


measures approximately 110.5 

by 79.1 by 40.1 mm, minimum 

1.0 mm thick. Provided with 

the following ventilation 

openings: 1. Top side - Provide 

with 14 slot ventilation 

openings, each measuring 14.8 

by 3.9 mm and 4 slot openings 

each measuring 5.7 mm by 3.8 

mm. 2. Right side and left side - 

Provide with 2 slot ventilation 

opening, each measuring 19.8 

by 3.8 mm, 3 slot openings 

each measuring 12.6 mm by 

3.9 mm and 2 slot ventilation 

openings, each minimum 13.9 

by 11.3 mm. 





AWG. 

03. Printed Wiring Board Various Various Rated minimum V-1, 105 

degree C. The Main Board 

secured to Chassis by screws 

and contains the following 

daughter boards. U1 and U2 

Board, (secondary) secured 

and soldered to Main Board 

04. Insulator sheet Sabic Innovative 

Plastics Us L L C 

vertically. 

FR1 Rated minimum V-2, See 

Enclosure Id. 4-04 for 

construction details. Provided 

between solder side of Back 

Board PWB and bottom 

AVLV2 UL 

ZPMV2 UL 

QMFZ2 UL 4-04


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


chassis. 

05. Power Module Zippy GIN-3800V One or two provided. -- -- 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


1.6.2 TABLE: electrical data (in normal conditions) Pass 

U (V) I (A) I rated (A) P (W) Fuse # I fuse (A) condition/status 

-- -- -- -- -- -- For Amendment 1: 

-- -- -- -- -- -- Test on Model: R2K-5C00V (Used 

one Module) (Total 1200W) 

180V/47 

Hz 

180V/63 

Hz 

200V/47 

Hz 

200V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

180V/47 

Hz 

180V/63 

Hz 


(Ambient 40 degree C) 

8.160 -- 1450 F1 8.160 Maximum Normal Load, Test on 

Condition A : 3.3V / 32A, 5V / 

16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 

7.310 9 1440 F1 7.310 Maximum Normal Load, Test on 


16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 


Condition B : 3.3V / 9.1A, 5V / 

32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 

200V/47 7.260 9 1440 F1 7.260 Maximum Normal Load, Test on


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Hz Condition B : 3.3V / 9.1A, 5V / 

32A, 12V / 82.21A, -12V / 0.5A, 

200V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

180V/47 

Hz 

180V/63 

Hz 

200V/47 

Hz 

200V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 


+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 


Condition C : 3.3V / 0A, 5V / 0A, 

12V / 100A, -12V / 0A, +5VSB / 0A 



12V / 100A, -12V / 0A, +5VSB / 0A 



12V / 100A, -12V / 0A, +5VSB / 0A 



12V / 100A, -12V / 0A, +5VSB / 0A 



12V / 100A, -12V / 0A, +5VSB / 0A 



12V / 100A, -12V / 0A, +5VSB / 0A 



12V / 100A, -12V / 0A, +5VSB / 0A 



12V / 100A, -12V / 0A, +5VSB / 0A 

-- -- -- -- -- -- Test On Model: R2K-5C00V (Used


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


180V/47 

Hz 

180V/63 

Hz 

200V/47 

Hz 

200V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

180V/47 

Hz 

180V/63 

Hz 

200V/47 

Hz 

200V/63 

Hz 

7.780 -- 1380 F1 7.780 

two Module) (Total 1200W) 


Maximum Normal Load, Test on 


16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 





Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


240V/47 5.770 9 1360 F1 5.770 

32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 


Hz 


32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 

240V/63 5.790 9 1360 F1 5.790 Maximum Normal Load, Test on 

Hz 


32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 

264V/47 5.200 -- 1360 F1 5.200 Maximum Normal Load, Test on 

Hz 


32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 


Hz 


32A, 12V / 82.21A, -12V / 0.5A, 

+5VSB / 3.5A 


Hz 


12V / 100A, -12V / 0A, +5VSB / 0A 


Hz 


12V / 100A, -12V / 0A, +5VSB / 0A 


Hz 


12V / 100A, -12V / 0A, +5VSB / 0A 


Hz 


12V / 100A, -12V / 0A, +5VSB / 0A 


Hz 


12V / 100A, -12V / 0A, +5VSB / 0A 


Hz 


12V / 100A, -12V / 0A, +5VSB / 0A 


Hz 


12V / 100A, -12V / 0A, +5VSB / 0A 


Hz 


12V / 100A, -12V / 0A, +5VSB / 0A 

-- -- -- -- -- -- Test On Model: R2K-5C00V (Used 

one Module) (Total 1000W) 



Hz 


16.88A, 12V / 65.54A, -12V / 0.5A, 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 

240V/47 

Hz 

14.420 -- 1290 F1 14.420 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


240V/63 4.938 7 1176 F1 4.938 

+5VSB / 3.5A 


Hz 


32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 


Hz 


32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 


Hz 


32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 


Hz 


12V / 83.34A, -12V / 0A, +5VSB / 

0A 


Hz 


12V / 83.34A, -12V / 0A, +5VSB / 

0A 


Hz 


12V / 83.34A, -12V / 0A, +5VSB / 

0A 


Hz 


12V / 83.34A, -12V / 0A, +5VSB / 

0A 


Hz 


12V / 83.34A, -12V / 0A, +5VSB / 

0A 


Hz 


12V / 83.34A, -12V / 0A, +5VSB / 

0A 


Hz 


12V / 83.34A, -12V / 0A, +5VSB / 

0A 


Hz 


12V / 83.34A, -12V / 0A, +5VSB / 

0A 

-- -- -- -- -- -- Test On Model: R2K-5C00V (Used 

two Module) (Total 1000W) 




Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 



16.88A, 12V / 65.54A, -12V / 0.5A, 


+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 



32A, 12V / 65.54A, -12V / 0.5A, 


+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 65.54A, -12V / 0.5A, 

+5VSB / 3.5A 



12V / 83.34A, -12V / 0A, +5VSB / 



12V / 83.34A, -12V / 0A, +5VSB / 



12V / 83.34A, -12V / 0A, +5VSB / 



12V / 83.34A, -12V / 0A, +5VSB / 



12V / 83.34A, -12V / 0A, +5VSB / 



12V / 83.34A, -12V / 0A, +5VSB / 



12V / 83.34A, -12V / 0A, +5VSB / 



12V / 83.34A, -12V / 0A, +5VSB / 

0A 

0A 

0A 

0A 

0A 

0A 

0A 

0A


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


-- -- -- -- -- -- Test On Model: R2K-5800V (Used 

one Module) (Ambient 25 degree 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 



16.88A, 12V / 48.88A, -12V / 0.5A, 


C) 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 

100V/63 9.730 12 973 F1 9.730 Maximum Normal Load, Test on


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Hz Condition B : 3.3V / 9.1A, 5V / 

32A, 12V / 48.88A, -12V / 0.5A, 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 


+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 


Condition C : 3.3V / 0.76A, 5V / 

0A, 12V / 65A, -12V / 0A, +5VSB / 



0A, 12V / 65A, -12V / 0A, +5VSB / 



0A, 12V / 65A, -12V / 0A, +5VSB / 



0A, 12V / 65A, -12V / 0A, +5VSB / 



0A, 12V / 65A, -12V / 0A, +5VSB / 



0A, 12V / 65A, -12V / 0A, +5VSB / 



0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 


3.5A 

3.5A 

3.5A 

3.5A 

3.5A 

3.5A


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Hz Condition C : 3.3V / 0.76A, 5V / 

0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 

-- -- -- -- -- -- Test On Model R2K-5800V (Used 

two Module) (Ambient 25 degree 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 



16.88A, 12V / 48.88A, -12V / 0.5A, 


C) 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



16.88A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 


Condition B : 3.3V / 9.1A, 5V /


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


100V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

264V/63 

Hz 

90V/47 

Hz 

90V/63 

Hz 

100V/47 

Hz 

100V/63 

Hz 

240V/47 

Hz 

240V/63 

Hz 

264V/47 

Hz 

9.590 12 952 F1 9.590 

32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



32A, 12V / 48.88A, -12V / 0.5A, 

+5VSB / 3.5A 



0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 



0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 



0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 



0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 



0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 



0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 





Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


264V/63 

Hz 

3.519 -- 913 F1 3.519 

0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 



0A, 12V / 65A, -12V / 0A, +5VSB / 

3.5A 

supplementary information: 

Maximum Normal Load: Output was connected to resistive load and operated continuously. 

2.10.3 and 

2.10.4 

TABLE: clearance and creepage distance measurements Pass 

Clearance (cl) and creepage 

distance (cr) at/of/between: 

Following measured Model: 

GIN-3800V, With EMI Filter on 

chassis. Specified the 

equipment to be operated up to 

3100m above sea level, so the 

required clearance is multiplied 

by the altitude correction factor 

(1.155) specified in table A.2 of 

IEC 60664-1: 1992+A1:2000. 

U peak 

(V) 

U r.m.s. 

(V) 

Required cl 

(mm) 


cl 

(mm) 

Required cr 

(mm) 

-- -- -- -- -- -- 

T1: Transformer, the core 

considered as floating, all exit 

lead of Transformer with 

insulating tubing. 

-- -- -- -- -- -- 

Primary windings to core. 600 361 2.7 (2.3 x 

1.155) 

4.0 3.7 4.0 

Secondary windings to core. 600 361 2.7 (2.3 x 

1.155) 

4.0 3.7 4.0 

Primary pins to Secondary 600 361 5.4 (2.7 x 7.6 7.4 7.6 

windings 

1.155) 

Primary windings to Secondary 600 361 5.4 (2.7 x 7.6 7.4 7.6 

pins 

1.155) 


windings. 

1.155) 

Primary winding to T2 core. 600 361 2.7 (2.3 x 

1.155) 

7.9 3.7 10.0 

Secondary winding to T2 core. 600 361 2.7 (2.3 x 

1.155) 

3.3 3.7 10.0 


considered as floating all exit 



-- -- -- -- -- -- 

Primary pins to core 624 398 2.7 (2.3 x 10.5 4.0 10.5 

cr 

(mm)


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Secondary pins to core 624 398 

1.155) 

2.7 (2.3 x 

1.155) 

10.5 4.0 10.5 


1.155) 

4.4 4.0 4.4 


1.155) 

4.4 4.0 4.4 


windings. 

1.155) 

Secondary pins to Primary 624 398 5.4 (4.6 x 8.0 8.0 8.0 

windings. 

1.155) 

Primary winding to secondary 624 398 5.4 (4.6 x 8.0 8.0 11.5 

winding. 

1.155) 

Core to Primary component T4 624 398 2.7 (2.3 x 

1.155) 

2.8 4.0 10.0 

Core to Primary component 624 398 2.7 (2.3 x 3.0 4.0 4.0 

C21 

1.155) 

Core to Secondary component 624 398 2.7 (2.3 x 3.0 4.0 4.0 

C34 

1.155) 

Core to Secondary Hear sink 624 398 2.7 (2.3 x 4.3 4.0 10.0 

(H5) 

1.155) 

Core to primary Hear sink (H2) 624 398 2.7 (2.3 x 

1.155) 

5.8 4.0 10.0 

Following measured on Main 

board component side. 

-- -- -- -- -- -- 

Primary line trace before F1 340 240 2.4 (2.0 x 4.6 2.5 4.6 

under L/N. 

1.155) 

Primary line trace before F1 to 340 240 2.4 (2.0 x 4.6 2.5 4.6 

R19 trace. 

1.155) 

Primary line trace under F1. 340 240 1.8 (1.5 x 3.7 2.5 3.7 

Primary trace to earth trace, 

under C2. Note: Provided with 

slot minimum 1.0 mm wide by 

minimum 12.7 mm in length. 






under CY3. 

Primary trace to secondary 

trace under CY2 


trace under U5 



1.155) 

340 240 2.4 (2.0 x 

1.155) 

340 240 2.4 (2.0 x 

1.155) 


2.6 2.5 10.0 

3.5 2.5 3.8 

340 240 2.4 (2.0 x 

1.155) 

5.6 2.5 5.6 

360 165 4.7 (4.0 x 

1.155) 

4.7 5.0 10.0 

384 244 4.7 (4.0 x 

1.155) 

6.3 5.0 6.3 

356 216 4.7 (4.0 x 

1.155) 

6.3 5.0 6.3 

Primary trace to secondary 384 176 4.7 (4.0 x 6.3 5.0 6.3


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


trace under U2 1.155) 

Primary trace to secondary 600 361 5.4 (4.6 x 5.4 7.4 7.6 

trace under T1. 

1.155) 

Primary H3 trace to secondary 392 239 4.7 (4.0 x 4.7 5.0 5.6 

T1 trace. 

1.155) 


board solder side. 

-- -- -- -- -- -- 


under L/N. 

1.155) 

Primary line trace under F1. 340 240 1.8 (1.5 x 

1.155) 

2.9 2.5 2.9 

Primary trace to earth trace, 340 240 2.4 (2.0 x 3.1 2.5 10.0 




1.155) 





1.155) 


under CY3. 

1.155) 



1.155 



1.155 

Primary trace on U6 to 384 251 4.7 (4.0 x 9.0 5.2 10.0 

secondary trace under R47 

1.155 



1.155 



1.155 

Primary trace on T1 to 384 196 4.7 (4.0 x 5.6 5.0 5.6 

secondary trace under Heat 

Sink (H4) 

1.155) 


trace, under T1 

1.155) 

Amendment 1: 

Following measured Model: 

KIN-2C00V, With EMI Filter on 

chassis. Specified the 

equipment to be operated up to 

3100m above sea level, so the 

required clearance is multiplied 

by the altitude correction factor 

(1.155) specified in table A.2 of 

IEC 60664-1:2007. 

-- -- -- -- -- -- 


considered as floating, all exit 

-- -- -- -- -- -- 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 





1.155) 

4.0 3.6 4.0 


1.155) 

4.0 3.6 4.0 


windings 

1.155) 


pins 

1.155) 


windings. 

1.155) 

Primary winding to T2 core. 624 355 2.7 (2.3 x 

1.155) 

7.9 3.6 10.0 

Secondary winding to T2 core. 624 355 2.7 (2.3 x 

1.155) 

3.3 3.6 10.0 


considered as floating all exit 



-- -- -- -- -- -- 

Primary pins to core 672 430 2.8 (2.4 x 

1.155) 

10.5 4.3 10.5 

Secondary pins to core 672 430 2.8 (2.4 x 

1.155) 

10.5 4.3 10.5 


1.155) 

6.0 4.3 6.0 


1.155) 

6.0 4.3 6.0 


windings. 

1.155) 

Secondary pins to Primary 672 430 5.6 (4.8 x 8.6 8.6 8.6 

windings. 

1.155) 

Primary winding to secondary 672 430 5.6 (4.8 x 8.0 8.6 11.5 

winding. 

1.155) 

Core to Primary component T4 672 430 2.8 (2.4 x 

1.155) 

2.8 4.3 10.0 

Core to Primary component 672 430 2.8 (2.4 x 5.5 4.3 5.5 

C21 

1.155) 

Core to Secondary component 672 430 2.8 (2.4 x 7.0 4.3 7.0 

C34 

1.155) 

Core to Secondary Hear sink 672 430 2.8 (2.4 x 4.3 4.3 10.0 

(H5) 

1.155) 

Core to primary Hear sink (H2) 672 430 2.8 (2.4 x 

1.155) 

5.8 4.3 10.0 


board component side. 

-- -- -- -- -- -- 


under L/N. 

1.155) 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Primary line trace before F1 to 340 240 2.4 (2.0 x 4.6 2.5 4.6 

R19 trace. 

1.155) 


1.155) 

3.7 2.5 3.7 





1.155) 





1.155) 


under CY3. 

1.155) 



1.155) 



1.155) 



1.155) 



1.155) 


trace under T1. 

1.155) 

Primary H3 trace to secondary 392 239 4.7 (4.0 x 4.7 5.0 5.6 

T1 trace. 

1.155) 

Primary heatsink H1(BD1/BD2) 340 240 2.4 (2.0 x 4.3 2.5 4.3 

to Earth screw of DC Fan 

1.155) 


board solder side. 

-- -- -- -- -- -- 


under L/N. 

1.155) 


1.155) 

2.9 2.5 2.9 





1.155) 





1.155) 


under CY3. 

1.155) 



1.155 



1.155 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Primary trace on U6 to 384 251 4.7 (4.0 x 

secondary trace under R47 

1.155 

Primary trace to secondary 344 162 4.7 (4.0 x 


1.155 



1.155 

Primary trace on T1 to 384 196 4.7 (4.0 x 

secondary trace under Heat 

Sink (H4) 

1.155) 


trace, under T1 

1.155) 

Primary C40 trace to T1 544 416 5.1 (4.4 x 

secondary trace. Note: 

Provided with slot minimum 1.0 

mm wide by minimum 19 mm 

in length. 

1.155) 



9.0 5.2 10.0 

6.3 5.0 6.3 

6.3 5.0 6.3 

5.6 5.0 5.6 

6.4 7.2 7.5 

6.0 8.4 10.0 

2.10.5 TABLE: distance through insulation measurements Pass 

Distance through insulation (DTI) at/of: U peak 

(V) 

Urms 

(V) 

Test voltage 

(V) 

Required DTI 

(mm) 

DTI 

(mm) 

Optical Isolator (Reinforced Insulation) 386 243 3000 Vac 0.4 Certified 

compone 

nts used. 

See Table 

1.5.1 for 

details. 


4.3.8 TABLE: Batteries N/A 

The tests of 4.3.8 are applicable only when appropriate 

battery data is not available. 

Is it possible to install the battery in a reverse polarity 

position? 

Non-rechargeable batteries Rechargeable batteries 

Discharging Un- 

intentional 

charging 

Meas. 

current 

Manuf. 

specs. 

Charging Discharging Reversed 

charging 

Meas. current Manuf. 

specs. 

Meas. 

current 

Manuf. 

specs. 

Meas. 

current 

Manuf. 

specs.


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Max. 

current 

during 

normal 

operation 

Max. 

current 

during fault 

operation 

Test results: Verdict 

- Chemical leaks 

- Explosion of the battery 

- Emission of flame or expulsion of molten metal 

- Electric strength tests of equipment after completion of tests 


4.5 TABLE: Thermal requirements Pass 

Supply voltage (V) .......................................... See 

below 

See 

below 

See 

below 

See 

below 

-- — 

for for for for 

details. details. details. details. 

Ambient Tmin (°C) .......................................... -- -- -- -- -- — 

Ambient Tmax (°C) ......................................... -- -- -- -- -- — 

Maximum measured temperature T of part/at: T (°C) allowed 

Tmax 

(°C) 

Test on Model: GIN1-5800V4H (used with 

one power model) Condition A (See power 

supply reference page) 

Test voltage Input: 90 

V / 47 

Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

inward. 


-- -- -- -- -- -- 

Input: 

264 V / 

47 Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

inward. 

Input: 90 

V / 47 

Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

outward. 

Input: 

264 V / 

47 Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

outward. 

-- --


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


CY3 body (Y-Capacitor) 22/40 21/41 81/99 62/79 -- 105 

L4 coil 37/55 24/44 63/81 51/68 -- 105 

C3 body (Y-Capacitor) 28/46 22/42 70/88 50/67 -- 105 

PCB near H1, BD1 43/61 26/46 74/92 54/71 -- 105 

PCB near H2, Q1 36/54 26/46 82/100 69/86 -- 105 

C9 body (Bulk Capacitor) 34/52 24/44 61/79 53/70 -- 105 

LF1 coil 45/63 23/43 70/88 47/64 -- 105 

C1 body (X-Capacitor) 37/55 23/43 54/72 50/67 -- 85 


LD1 coil 39/57 23/43 59/77 49/66 -- 105 

REL1 body 38/56 23/43 50/68 46/63 -- 105 

T3 coil 40/58 28/48 71/89 68/85 -- 105 

T4 coil 38/56 26/46 68/86 66/83 -- 105 

PCB near H3, Q11 37/55 27/47 49/67 48/65 -- 105 

CY2 body (Bridging Capacitor) 48/66 34/54 58/76 57/74 -- 85 

U5 body 47/65 33/53 68/86 67/84 -- 100 

T2 coil 57/75 42/62 60/78 59/76 -- 110 

T2 core 55/73 40/60 44/62 44/61 -- 110 

U6 body near U2 38/56 26/46 59/77 58/78 -- 100 

T1 core 38/56 28/48 46/64 45/62 -- 110 

T1 coil 38/56 29/49 42/60 42/59 -- 110 

PCB near H4, D8 41/59 31/51 51/69 50/67 -- 105 

PCB near H5, Q10A 56/74 43/63 33/51 33/50 -- 105 

L6 coil 86/104 71/91 68/86 66/83 -- 130 

Handle 20/38 19/39 29/47 27/44 -- 60 

Inlet body 25/43 20/40 28/46 24/41 -- 70 

L1 coil 67/85 55/75 44/62 43/60 -- 105 

L1 coil for U1 77/95 63/83 51/69 50/67 -- 105 

Ambient/Tma 22/40 20/40 22/40 23/40 -- -- 

Test Duration: (hour; minute) 1:21 1:13 1:16 1:31 -- -- 

Test on Model: R2G-5800V (used with two -- -- -- -- -- -- 

modules, one of the module disconnect) 


V / 47 

Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

outward. 

Input: 

264 V / 

47 Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

outward. 


Input: 90 

V / 47 

Hz, 

Standby 

mode 

(5Vsb / 

3.5A). 

Input: 

264 V / 

47 Hz, 

Standby 

mode 

(5Vsb / 

3.5A). 

-- -- 

CY3 body (Y-Capacitor) 81/101 60/80 34/52 36/53 -- 105 

L4 coil 70/90 56/76 37/55 38/55 -- 105 

C3 body (Y-Capacitor) 67/87 46/66 37/55 37/54 -- 105 

PCB near H1, BD1 72/92 50/70 38/56 38/55 -- 105 

PCB near H2, Q1 79/99 63/83 37/55 40/57 -- 105


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


C9 body (Bulk Capacitor) 66/86 56/76 38/56 40/57 -- 105 

LF1 coil 69/89 43/63 37/55 39/56 -- 105 



LD1 coil 55/75 43/63 39/57 42/59 -- 105 

REL1 body 48/68 44/64 45/63 48/65 -- 105 

T3 coil 67/87 62/82 39/57 42/59 -- 105 

T4 coil 64/84 61/81 45/63 49/66 -- 105 

PCB near H3, Q11 44/64 43/63 55/73 64/81 -- 105 

CY2 body (Bridging Capacitor) 51/71 50/70 42/60 46/63 -- 85 

U5 body 60/80 58/78 43/61 47/64 -- 100 

T2 coil 67/87 65/85 43/61 47/64 -- 110 

T2 core 50/70 48/68 41/59 44/61 -- 110 

U6 body near U2 49/69 48/68 54/72 58/75 -- 100 

T1 core 41/61 40/60 61/79 71/88 -- 110 

T1 coil 40/60 39/59 64/82 74/91 -- 110 

PCB near H4, D8 46/66 45/65 73/91 79/96 -- 105 

PCB near H5, Q10A 39/59 38/58 36/54 38/55 -- 105 

L6 coil 55/75 53/73 39/57 41/58 -- 130 

Handle 32/52 28/48 26/44 27/44 -- 60 

Inlet body 28/48 23/43 27/45 28/45 -- 70 

L1 coil 34/54 33/53 29/47 30/47 -- 105 

L1 coil for U1 49/69 48/68 28/46 30/47 -- 105 

Ambient/Tma 20/40 20/40 22/40 23/40 -- -- 


Test on Model: R2G-5800V (used with two -- -- -- -- -- -- 

modules, one of the module disconnect) 


V / 47 

Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

inward. 

Input: 

264 V / 

47 Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

inward. 


-- -- -- -- 

CY3 body (Y-Capacitor) 27/43 25/41 -- -- -- 105 

L4 coil 43/59 29/45 -- -- -- 105 

C3 body (Y-Capacitor) 33/49 26/42 -- -- -- 105 

PCB near H1, BD1 50/66 31/47 -- -- -- 105 

PCB near H2, Q1 43/59 31/47 -- -- -- 105 

C9 body (Bulk Capacitor) 39/55 29/45 -- -- -- 105 

LF1 coil 53/69 28/44 -- -- -- 105 

C1 body (X-Capacitor) 44/60 28/44 -- -- -- 85 

C6 body (X-Capacitor) 32/48 25/41 -- -- -- 85 

LD1 coil 46/62 27/43 -- -- -- 105


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


REL1 body 44/60 28/44 -- -- -- 105 

T3 coil 46/62 33/49 -- -- -- 105 

T4 coil 44/60 31/47 -- -- -- 105 

PCB near H3, Q11 42/58 31/47 -- -- -- 105 

CY2 body (Bridging Capacitor) 57/73 40/56 -- -- -- 85 

U5 body 55/71 39/55 -- -- -- 100 

T2 coil 66/82 50/66 -- -- -- 110 

T2 core 63/79 47/63 -- -- -- 110 

U6 body near U2 45/61 31/47 -- -- -- 100 

T1 core 44/60 33/49 -- -- -- 110 

T1 coil 43/59 34/50 -- -- -- 110 

PCB near H4, D8 46/62 36/52 -- -- -- 105 

PCB near H5, Q10A 76/92 62/78 -- -- -- 105 

L6 coil 90/106 75/91 -- -- -- 130 

Handle 24/40 23/39 -- -- -- 60 

Inlet body 31/47 24/40 -- -- -- 70 

L1 coil 58/74 50/66 -- -- -- 105 

L1 coil for U1 73/89 61/77 -- -- -- 105 

Ambient/Tma 24/40 24/40 -- -- -- -- 

Test Duration: (hour; minute) 1:28 3:13 -- -- -- -- 

Test voltage Input: 90 -- 

V / 47 

Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

inward. 

-- -- -- -- 

Label 38/59 -- -- -- -- -- 

Ambient/Tma 19/40 -- -- -- -- -- 

Test Duration: (hour; minute) 1:28 -- -- -- -- -- 

Amendment 1 -- -- -- -- -- -- 

Test on Model: R2K-5C00V (Used one 

Module) (1200W) 

-- -- -- -- -- -- 

Test voltage Input: Input: Input: Input: -- -- 

180 V / 264 V / 180 V / 264 V / 

47 Hz, 63 Hz, 47 Hz, 63 Hz, 

Maximu Maximu Maximu Maximu 

m m m m 

Normal Normal Normal Normal 

load, load, load, load, 

Conditio Conditio Conditio Conditio 

n A, Fan n A, Fan n A, Fan n A, Fan 

outward. outward. outward. outward. 

CY3 body near L4 (Y-cap) 54.0 52.0 66.2 64.0 -- 125 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


L4 coil 55.3 52.6 67.3 64.3 -- 105 

C3 body (Y-cap) 47.1 45.0 57.8 55.5 -- 125 

PCB near H1 (BD1) 47.0 45.1 57.9 55.8 -- 130 

PCB near H2 (Q1) 63.5 62.9 76.3 75.5 -- 130 

C9 body (Bulk cap) (Rated 390uF) 51.1 50.1 62.4 61.3 -- 105 

LF1 coil 46.6 44.0 57.5 54.6 -- 105 

C1 body (X-cap) 44.9 44.6 55.9 55.3 -- 85 

C6 body (X-cap) 50.2 49.4 61.4 60.5 -- 85 

LD1 coil 44.0 42.8 54.7 53.4 -- 105 

REL1 body 49.9 49.2 60.7 60.1 -- 105 

T3 coil 63.7 63.2 75.7 75.2 -- 105 

T4 coil 62.8 62.3 74.7 74.2 -- 105 

PCB near H3 (Q11) 51.2 50.9 66.1 61.0 -- 130 

CY2 body (Bridge cap) 64.5 63.8 78.5 77.3 -- 125 

U5 body 43.7 43.4 55.1 54.8 -- 100 

T2 coil (Class B) 66.8 66.6 78.7 77.8 -- 110 

T2 core (Class B) 55.6 55.6 67.2 66.6 -- 110 

U6 body near U2 62.0 61.4 73.8 73.5 -- 100 

T1 coil (Class B) 48.4 48.6 58.7 58.3 -- 110 

T1 core (Class B) 43.0 43.0 53.3 53.1 -- 110 

PCB near H4 (D8) 48.6 48.6 59.0 58.8 -- 130 

PCB near H5 (Q10A) 51.5 51.4 62.7 62.3 -- 130 

L6 coil (secondary) 77.1 77.0 89.5 89.1 -- 130 

Handle body (plastic) 47.4 45.9 57.7 56.0 -- 85 

Inlet body near Line pin 41.9 37.6 51.8 47.0 -- 70 

L1 coil (on back board) 51.4 51.5 61.4 61.1 -- 105 

L1 coil for U1 (on back board) 47.9 47.8 58.2 58.0 -- 105 

Label body 41.5 40.9 51.8 50.9 -- 60 

Output connector 44.2 44.2 54.3 54.0 -- -- 

Ambient 25.0 25.0 34.8 34.9 -- -- 


Test on Model: R2K-5C00V (Used one -- -- -- -- -- -- 


Test voltage Input: 

180 V / 

47 Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

outward. 

CY3 body near L4 (Y-cap) 72.6/73. 

L4 coil 73.7/74. 

1 

Input: 

264 V / 

63 Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 


0 

outward. 

65.2/65. 

5 

64.9/65. 

2 

Input: 

180 V / 

47 Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

inward. 

47.0/47. 

3 

50.9/51. 

2 

Input: 

264 V / 

63 Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

inward. 

46.6/46. 

7 

48.9/49. 

0 

-- -- 

-- 125 

-- 105


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


C3 body (Y-cap) 62.6/63. 56.3/56. 48.6/48. 47.6/47. -- 125 

0 6 9 7 

PCB near H1 (BD1) 63.4/63. 56.9/57. 49.0/49. 47.9/48. -- 130 

8 2 3 0 

PCB near H2 (Q1) 82.6/83. 77.0/77. 55.5/55. 53.0/53. -- 130 

0 3 8 1 

C9 body (Bulk cap) (Rated 390uF) 68.1/68. 62.3/62. 50.7/51. 49.0/49. -- 105 

5 6 0 1 

LF1 coil 62.9/63. 55.5/55. 56.5/56. 51.2/51. -- 105 

3 8 8 3 

C1 body (X-cap) 61.1/61. 56.3/56. 51.6/51. 49.2/49. -- 85 

5 6 9 3 

C6 body (X-cap) 67.0/67. 61.5/61. 52.1/52. 49.9/50. -- 85 

4 8 4 0 

LD1 coil 60.0/60. 54.4/54. 52.5/52. 49.5/49. -- 105 

4 7 8 6 

REL1 body 66.3/66. 60.9/61. 56.9/57. 53.2/53. -- 105 

7 2 2 3 

T3 coil 82.3/82. 76.3/76. 58.9/59. 55.9/56. -- 105 

7 6 2 0 

T4 coil 80.8/81. 75.0/75. 58.7/59. 56.0/56. -- 105 

2 3 0 1 

PCB near H3 (Q11) 67.6/68. 63.3/63. 59.9/60. 62.8/62. -- 130 

0 6 2 9 

CY2 body (Bridge cap) 84.9/85. 76.5/76. 67.3/67. 64.9/65. -- 125 

3 8 6 0 

U5 body 60.5/60. 54.9/55. 57.2/57. 55.1/55. -- 100 

9 2 5 2 

T2 coil (Class B) 84.8/85. 78.5/78. 86.7/87. 83.6/83. -- 110 

2 8 0 7 

T2 core (Class B) 73.0/73. 66.6/66. 74.7/75. 71.7/71. -- 110 

4 9 0 8 

U6 body near U2 79.9/80. 74.5/74. 61.2/61. 58.4/58. -- 100 

3 8 5 5 

T1 coil (Class B) 64.1/64. 59.7/60. 65.1/65. 62.2/62. -- 110 

5 0 4 3 

T1 core (Class B) 58.5/58. 53.7/54. 60.8/61. 57.8/57. -- 110 

9 0 1 9 

PCB near H4 (D8) 64.1/64. 59.9/60. 63.7/64. 60.8/60. -- 130 

5 2 0 9 

PCB near H5 (Q10A) 68.3/68. 63.9/64. 105.5/10 101.7/10 -- 130 

7 2 5.8 1.8 

L6 coil (secondary) 95.9/96. 89.6/89. 90.6/90. 87.1/87. -- 130 

3 9 9 2 

Handle body (plastic) 62.6/63. 56.5/56. 46.1/46. 46.5/46. -- 85 

0 8 4 6 

Inlet body near Line pin 54.7/55. 46.5/46. 54.0/54. 51.1/51. -- 70 

1 8 3 2 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


L1 coil (on back board) 66.4/66. 63.0/63. 97.1/97. 93.7/93. -- 105 

8 3 4 8 

L1 coil for U1 (on back board) 63.3/63. 59.3/59. 88.7/89. 84.9/85. -- 105 

7 6 0 0 

Label body 56.9/57. 51.4/51. 57.1/57. 53.4/53. -- 60 

3 7 4 5 

Output connector 59.6/60. 55.2/55. 87.2/87. 84.2/84. -- -- 

0 5 5 3 

Ambient/ Tma 39.6/40. 39.7/40. 39.7/40. 39.9/40. -- -- 

0 0 0 0 


Test on Model: R2K-5C00V (Used one 


-- -- -- -- -- -- 

Test voltage Input: 90 Input: Input: 90 Input: -- -- 

V / 63 264 V / V / 63 264 V / 

Hz, 63 Hz, Hz, 63 Hz, 

Maximu Maximu Maximu Maximu 

m m m m 

Normal Normal Normal Normal 

load, load, load, load, 

Conditio Conditio Conditio Conditio 

n A, Fan n A, Fan n A, Fan n A, Fan 

outward. outward. outward. outward. 

CY3 body near L4 (Y-cap) 55.3 46.7 65.7 55.5 -- 125 

L4 coil 58.1 47.2 68.2 55.7 -- 105 

C3 body (Y-cap) 51.9 41.7 61.6 50.3 -- 125 

PCB near H1 (BD1) 51.5 41.7 61.3 50.3 -- 130 

PCB near H2 (Q1) 55.7 54.4 65.7 62.8 -- 130 

C9 body (Bulk cap) (Rated 390uF) 49.5 45.1 59.2 53.8 -- 105 

LF1 coil 55.7 40.7 65.5 49.4 -- 105 

C1 body (X-cap) 43.0 41.2 52.5 49.8 -- 85 

C6 body (X-cap) 48.8 45.1 58.5 53.8 -- 85 

LD1 coil 46.1 40.0 55.6 48.6 -- 105 

REL1 body 48.4 45.8 57.7 53.6 -- 105 

T3 coil 56.3 55.1 65.9 63.3 -- 105 

T4 coil 55.2 54.5 64.9 62.3 -- 105 

PCB near H3 (Q11) 47.2 47.3 60.6 63.0 -- 130 

CY2 body (Bridge cap) 56.9 54.7 67.1 65.3 -- 125 

U5 body 41.4 40.5 50.9 49.4 -- 100 

T2 coil (Class B) 58.0 57.2 67.6 65.2 -- 110 

T2 core (Class B) 50.7 49.7 60.1 58.0 -- 110 

U6 body near U2 54.3 54.1 64.2 62.1 -- 100 

T1 coil (Class B) 46.6 46.0 55.9 54.5 -- 110 

T1 core (Class B) 42.0 41.0 51.0 49.5 -- 110 

PCB near H4 (D8) 46.7 46.3 55.7 54.3 -- 130 

PCB near H5 (Q10A) 47.4 46.7 56.9 55.4 -- 130 

L6 coil (secondary) 64.0 64.1 73.7 71.4 -- 130 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Handle body (plastic) 49.0 41.7 58.3 50.7 -- 85 

Inlet body near Line pin 48.9 33.7 56.7 42.4 -- 70 

L1 coil (on back board) 48.4 47.4 57.4 56.3 -- 105 

L1 coil for U1 (on back board) 48.1 47.4 57.7 56.2 -- 105 

Label body 41.5 38.0 50.9 46.4 -- 60 

Output connector 41.3 40.3 50.6 49.2 -- -- 

Ambient 25.0 25.0 34.8 35.0 -- -- 


Test on Model: R2K-5C00V (Used one -- -- -- -- -- -- 



V / 63 

Hz, 

Maximu 

m 

Normal 

load, 

Conditio 

n A, Fan 

outward. 

CY3 body near L4 (Y-cap) 71.6/72. 

3 

L4 coil 74.1/74. 

8 

C3 body (Y-cap) 67.0/67. 

7 

PCB near H1 (BD1) 66.8/67. 

5 

PCB near H2 (Q1) 71.5/72. 

2 

C9 body (Bulk cap) (Rated 390uF) 64.4/65. 

1 

LF1 coil 71.2/71. 

9 

C1 body (X-cap) 57.7/58. 

4 

C6 body (X-cap) 63.9/64. 

6 

LD1 coil 60.9/61. 

6 

REL1 body 62.8/63. 

5 

T3 coil 71.3/72. 

0 

T4 coil 70.2/70. 

PCB near H3 (Q11) 63.0/63. 

7 


9 

Input: Input: 90 Input: -- -- 

264 V / V / 63 264 V / 

63 Hz, Hz, 63 Hz, 

Maximu Maximu Maximu 

m m m 

Normal Normal Normal 

load, load, load, 

Conditio Conditio Conditio 

n A, Fan n A, Fan n A, Fan 

outward. inward. inward. 

60.9 47.0/47. 

5 

44.9 -- 125 

61.1 52.9/53. 

4 

46.9 -- 105 

55.5 51.4/51. 

9 

45.8 -- 125 

55.5 52.4/52. 

9 

46.1 -- 130 

68.4 58.7/59. 

2 

49.9 -- 130 

59.1 52.7/53. 

2 

47.0 -- 105 

54.5 76.8/77. 

3 

48.4 -- 105 

55.0 57.0/57. 

5 

47.2 -- 85 

58.8 57.4/57. 

9 

47.8 -- 85 

53.7 63.1/63. 

6 

47.1 -- 105 

59.0 66.8/67. 

3 

50.2 -- 105 

68.7 62.7/63. 

2 

51.7 -- 105 

67.7 63.2/63. 

7 

52.3 -- 105 

60.8 70.5/71. 

0 

54.3 -- 130


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


CY2 body (Bridge cap) 72.3/73. 69.2 70.3/70. 55.6 -- 125 

0 

8 

U5 body 55.9/56. 53.5 65.0/65. 51.2 -- 100 

6 

5 

T2 coil (Class B) 72.9/73. 70.1 82.8/83. 71.3 -- 110 

6 

3 

T2 core (Class B) 65.1/65. 62.7 75.4/75. 63.2 -- 110 

8 

9 

U6 body near U2 69.4/70. 66.9 65.0/65. 53.4 -- 100 

1 

5 

T1 coil (Class B) 60.8/61. 59.4 72.8/73. 59.1 -- 110 

5 

3 

T1 core (Class B) 55.9/56. 54.2 68.8/69. 55.0 -- 110 

6 

3 

PCB near H4 (D8) 60.6/61. 59.1 71.5/72. 58.0 -- 130 

3 

0 

PCB near H5 (Q10A) 62.0/62. 60.3 95.7/96. 82.3 -- 130 

7 

2 

L6 coil (secondary) 79.1/79. 76.8 85.3/85. 72.5 -- 130 

8 

8 

Handle body (plastic) 63.2/63. 55.5 47.7/48. 44.4 -- 85 

9 

2 

Inlet body near Line pin 63.4/64. 47.1 57.9/58. 47.6 -- 70 

1 

4 

L1 coil (on back board) 62.2/62. 60.9 91.4/91. 78.9 -- 105 

9 

9 

L1 coil for U1 (on back board) 62.4/63. 60.8 86.9/87. 73.9 -- 105 

1 

4 

Label body 56.1/56. 51.3 57.9/58. 50.1 -- 60 

8 

4 

Output connector 55.4/56. 54.0 83.7/84. 71.5 -- -- 

1 

2 

Ambient 39.3/40. 40.0 39.5/40. 40.0 -- -- 

0 

0 


temperature T of winding: t1 (°C) R1 (Ω) t2 (°C) R2 ( Ω) T (°C) allowed 

Tmax (°C) 



insulation 

class 

4.5.5 TABLE: Ball pressure test of thermoplastic parts N/A 

allowed allowed impression diameter (mm) .......... : 

—


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


part test temperature (°C) 



impression diameter 

(mm) 

5.2 TABLE: electric strength tests, impulse tests and voltage surge tests Pass 

Test voltage applied between: Voltage shape 

(AC, DC, 

impulse, surge) 

Test voltage 

(V) 

Test on Model: GIN1-5800V4H (used with one power -- 

module) 

-- -- 

Primary to Secondary DC 4242 No 

Primary to Earth DC 2759 No 

Test on Model: R2G-5800V (used with two power 

modules) 

-- -- -- 

Primary to Secondary DC 4242 No 

Primary to Earth DC 2759 No 

T1 : One layer of insulation, Top surface to Bottom 

surface 

AC 3000 No 

T1 : Primary winding to SELV winding AC 3000 No 

T1 : Primary winding to core AC 2006 No 

T1 : SELV winding to core AC 2006 No 

T1 : Sleeving for exit lead of transformer one layer, 

Top surface to Bottom surface 

AC 2006 No 

T1 : Insulation tape on core, one layer Top surface to 

Bottom surface 

AC 2006 No 

T1 : Bobbin, Top surface to Bottom surface AC 2006 No 

T2 : One layer of insulation, Top surface to Bottom 

surface 

AC 3000 No 

T2 : Primary winding to SELV winding AC 3000 No 

T2 : Primary winding to core AC 1951 No 

T2 : SELV winding to core AC 1951 No 

T2 : Sleeving for exit lead of transformer, Top 

surface to Bottom surface 

AC 1951 No 

T2 : Insulation tape on core, one layer Top surface to AC 

Bottom surface 

1951 No 

T2 : Bobbin, Top surface to Bottom surface AC 1951 No 

Mylar sheet, (Located between PWB and bottom 

chassis), Top surface to Bottom surface 

AC 2006 No 

Insulation Thermal Pab, (Located on Heat Sink H1, 

H2, H3), Top surface to Bottom surface 

AC 2006 No 

Insulation Tubing, (Sleeving with DC Fan and LED), 

Top surface to Bottom surface 

AC 3000 No 

T1: One layer of insulation tape (Mfr. 3M Company 

Electrical Markets Div (EMD), Type 1350-1) 

AC 3000 No 

Breakdown 

Yes / No


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


T1: One layer of insulation tape (Mfr. 3M Company 

Electrical Markets Div (EMD), Type 1350F-1) 

AC 3000 No 

T1: One layer of insulation tape (Mfr. Bondtec Pacific 

Co Ltd., Type 371F) 

AC 3000 No 

T1: One layer of insulation tape (Mfr. Symbio Inc, 

Type 35660) 

AC 3000 No 

For Amendment 1: -- -- -- 

Test on model: *R2K-5C00V (Used one Module) 

(1200W) and *R2K-5C00V(Used one Module) 

(1000W) 

-- -- -- 

Unit: Primary to Secondary DC 4242 No 

Unit: Primary to Earth DC 2837 No 

Transformer T2: Primary winding to SELV winding AC 3000 No 

Transformer T2: Primary winding to core AC 2006 No 

Transformer T2: SELV to core AC 2006 No 


5.3 TABLE: fault condition tests Pass 

Component 

No. 

ambient temperature (°C) ...................................... : 

Power source for EUT: Manufacturer, model/type, 

output rating............................................................ : 

Fault Supply 

voltage 

(V) 

Test time Fuse 

# 


See below for details. — 

See below for details. — 

Fuse current 

(A) 

Observation 

-- -- -- -- -- -- Ambient = 21 degree C, 

Test on Model: R2G-5800V 

(used with one power 

module), Fuse (F1) Rating 

250V/T12A, Manufacture 

Conquer, Type GPA, Note: 

Time is for reference only. 

BD1 (AC- s - c 240 1 second F1 0 IP (F1), NC, NT, NB. 

(+)) 

C8 s - c 240 1 second F1 0 IP (F1), NC, NT, NB. 

T1 (5-8) s - c 240 0.5 hours F1 0.104 Unit shut down and no 

indication of output voltage 

and current, NC, NT, NB, 

CT. 




CT. 


indication of output voltage


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 



CT. 




T2 (2, 3 - 5, 

6) 

T2 (13, 14 - 

15, 16) 

s - c 240 2.5 hours F1 0.311 Unit shut down immediately 

except +5Vsb, T1 = 78 

degree C, T2 = 54 degree 

C, U5 = 48 degree C, U6 = 

64 degree C, NC, NT, NB, 

s - c 240 3 hours F1 0.314 Unit shut down immediately 



C, U5 = 50 degree C, U6 = 


CT. 

U2 (3 - 4) s - c 240 2 hours F1 4.01 Unit operation normally, 

temperature was stable, T1 

= 38 degree C, T2 = 49 

degree C, U5 = 54 degree 

C, U6 = 39 degree C, NC, 

NT, NB, CT. 

U2 (1-2) s - c 240 0.5 hours F1 0.104 Unit shut down and no 



CT. 

U5 (3 - 4) s - c 240 2 hours F1 4.01 Unit operation normally, 


= 37 degree C, T2 = 48 



NT, NB, CT. 

U5 (1 - 2) s - c 240 3 hours F1 0.310 Unit shut down immediately 



C, U5 = 52 degree C, U6 = 


CT. 




C, U5 = 54 degree C, U6 = 


CT. 




CT. 

CT.


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


Q8 (D - S) s - c 240 1 second F1 0 


C, U5 = 56 degree C, U6 = 


CT. 

CD (F1, Q8), NC, NT, NB. 

Q8 (D - G) s - c 240 1 second F1 0 CD (F1, Q8, R34), NC, NT, 

NB. 

Q8 (S - G) s - c 240 2.5 hours F1 0.311 Unit shut down immediately 



C, U5 = 55 degree C, U6 = 


CT. 

Q11 (D - S) s - c 240 1 second F1 0 CD (F1, R19), NC, NT, NB. 


Q11 (S - G) s - c 240 0.5 hours F1 0.105 Unit shut down and no 



CT. 

D6 s - c 240 0.5 hours F1 0.104 Unit shut down and no 



CT. 

T4 (1 - 4) s - c 240 1 second F1 0 CD (F1), NC, NT, NB. 


D7 s - c 240 0.5 hours F1 0.104 Unit shut down and no 



CT. 

REL1 o - p 240 30 mins F1 4.01 Unit operation normally, 


= 39 degree C, T2 = 50 



NT, NB, CT. 

Q1 (D - S) s - c 240 1 second F1 0 CD (F1, Q1, R10), NC, NT, 

NB. 


NB. 

Q1 (S - G) s - c 240 1 hours F1 0.105 Unit shut down and no 



CT. 

Q1A (D - S) s - c 240 1 second F1 0 CD (F1, Q1A), NC, NT, NB. 

Q1A (D - s - c 240 1 second F1 0 CD (F1, Q1A, R55), NC, 

G) 

NT, NB. 

Q1A (S - s - c 240 1 hours F1 0.105 Unit shut down and no 


NB.


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


G) indication of output voltage 


CT. 

-- -- -- -- -- -- Fuse (F1) Rating 

250V/T12A, Manufacture 

Littelfuse Inc, Type 215 

BD1 (AC- 

(+)) 

s - c 240 1 second F1 0 IP (F1), NC, NT, NB. 

C8 s - c 240 1 second F1 0 IP (F1), NC, NT, NB. 

Q8 (D - S) s - c 240 1 second F1 0 CD (F1, Q8), NC, NT, NB. 


NB. 

Q11 (D - S) s - c 240 1 second F1 0 CD (F1, R19), NC, NT, NB. 


NB. 



Q1 (D - S) s - c 240 1 second F1 0 CD (F1, Q1, R10), NC, NT, 

NB. 


NB. 

Q1A (D - S) s - c 240 1 second F1 0 CD (F1, Q1A), NC, NT, NB. 

Q1A (D - s - c 240 1 second F1 0 CD (F1, Q1A, R55), NC, 

G) 

NT, NB. 




module), Note: Time is for 

reference only. 

Unit (R2G- Locked Fan 240 2 hours F1 4.03 to 0.314 Unit shut down after 10 

5800V) 

minutes, T2 = 132 degree 

C, T1 = 107 degree C, U5 = 

127 degree C, U6 = 116 

degree C, NC, NT, NB, CT. 

Unit (R2G- Blocked 240 2.5 hours F1 4.03 to 0.108 Unit shut down after 2 

5800V) Openings 

hours, T2 = 142 degree C, 

T1 = 108 degree C, U5 = 

151 degree C, U6 = 117 


Unit (GIN1- Locked Fan 240 2 hours F1 4.04 Unit shut down after 5 

5800V4H) 

minutes, T2 = 141 degree 

C, T1 = 155 degree C, U5 = 

129 degree C, U6 = 120 


Unit (GIN1- Blocked 240 2.5 hours F1 4.06 Unit Operation Normally, T2 

5800V4H) Openings 

= 104 degree C, T1 = 97 

degree C, U5 =73 degree 




Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


NT, NB, CT. 





T2 (13, 14 - 

15, 16) 

after L6 

T1 (5 - 6) 

after D8 



o - l 240 4 hours F1 4.64 Temperature was stable at 

load 69 A, T1 = 77 degree 

C, T2 = 106 degree C, U5 = 

81 degree C, U6 = 75 

degree C, Unit shut down at 

load 70 A except 5Vsb, NC, 

NT, NB. 

o - l 240 6.5 hours F1 0.414 Temperature was stable at 

load 55 A, T1 = 80 degree 

C, T2 = 77 degree C, U5 = 

63 degree C, U6 = 62 


load 6 A, NC, NT, NB. 




module), *Note: Time is for 


3.3V / 32 A s - c 240 4 hours F1 0.310 Unit shut down immediately, 

except 5 Vsb, T1 = 78 


C, U5 = 49 degree C, U6 = 


CT. 

3.3V / 32 A o - l 240 4 hours F1 4.51 Temperature was stable at 

load 36A, T1 = 77 degree 

C, T2 = 88 degree C, U5 = 

64 degree C, U6 = 51 


load 37 A except 5 Vsb, NC, 

NT, NB. 

5V / 32 A s - c 240 3 hours F1 0.308 Unit shut down immediately, 



C, U5 = 50 degree C, U6 = 


CT. 

5V / 32 A o - l 240 3 hours F1 4.32 Temperature was stable at 


C, T2 = 90 degree C, U5 = 

71 degree C, U6 = 76 

degree C, Unit shut down at


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


load 34.5 A except 5 Vsb, 

NC, NT, NB. 

12V / 65 A s - c 240 3 hours F1 0.311 Unit shut down immediately, 



C, U5 = 46 degree C, U6 = 


CT. 

12V / 65 A o - l 240 2.5 hours F1 4.61 Temperature was stable at 


C, T2 = 77 degree C, U5 = 

48 degree C, U6 = 61 


load 68.5 A except 5 Vsb, 

-12V / 0.8 

A 

-12V / 0.8 

A 

5Vsb / 3.5 

A 

5Vsb / 3.5 

A 


NC, NT, NB. 

s - c 240 3.5 hours F1 0.310 Unit shut down immediately, 



C, U5 = 42 degree C, U6 = 



load 2A, T1 = 50 degree C, 

T2 = 73 degree C, U5 = 42 


C, Unit shut down at load 

2.4 A except 5 Vsb, NC, NT, 

s - c 240 0.5 hours F1 0.104 Unit shut down and no 


CT. 

NB. 

and current, NC, NT, NB. 


load 4.5A, T1 = 82 degree 

C, T2 = 76 degree C, U5 = 

49 degree C, U6 = 48 


load 4.8 A, NC, NT, NB. 





+3.3V to 

+5V 





C, U5 = 50 degree C, U6 = 


CT.


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


+3.3V to 

+12V 

+3.3V to - 

12V 

+3.3V to 

+5Vsb 

+5V to 

+12V 

+5V to - 

12V 

12V to - 

12V 




C, U5 = 50 degree C, U6 = 





C, U5 = 52 degree C, U6 = 



no output voltage and 


CT. 

CT. 

current, NC, NT, NB, CT. 




C, U5 = 52 degree C, U6 = 





C, U5 = 51 degree C, U6 = 





C, U5 = 49 degree C, U6 = 


CT. 

5V to 5Vsb s - c 240 1.5 hours F1 4.01 Unit operation normally, 


= 36 degree C, T2 = 48 



12V to 

+5Vsb 

-12V to 

+5Vsb 

CT. 

CT. 

NT, NB, CT. 







-- -- -- -- -- -- For Amendment 1: 

-- -- -- -- -- -- Ambient = 23.8 degree C, 

Test on Model: R2K-5C00V


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


BD1 (AC to 

+) 

Short 240 1 sec F1 5.97 to 0 

(used one module). Test 

Loading Condition A, Fan 

outward. Fuse (F1) Rating 

250V, F15A, Manufacture 

Conquer Electronics Co Ltd, 

Type GBP+. (Listed). 

CD (F1), NC, NT, NB 

C9 Short 240 1 sec F1 5.98 to 0 CD (F1), NC, NT, NB 

Q8(D-G) 

(rated 17A) 

Short 240 1 sec F1 5.97 to 0 CD (F1, Q8) NC, NT, NB 

Q8(D-S) Short 240 1 sec F1 5.99 to 0 CD (F1, Q8, R34) NC, NT, 

(rated 17A) 

NB 

Q11(D-G) 

(rated 3A) 

Short 240 1 sec F1 5.98 to 0 CD (F1,Q11) NC, NT, NB 

Q11(D-S) 

(rated 3A) 


T3 (1-2) Short 240 1sec F1 5.98 to 0 CD (F1), NC, NT, NB 


Q1 (D-G) Short 240 1sec F1 5.98 to 0 CD (F1, Q1), NC, NT, NB 

Q1 (D-S) Short 240 1sec F1 5.98 to 0 CD (F1, Q1), NC, NT, NB 

Q1A (D-G) Short 240 1sec F1 5.98 to 0 CD (F1, Q1A, R10A), NC, 

NT, NB 

Q1A (D-S) Short 240 1sec F1 5.98 to 0 CD (F1, Q1A, R11A), NC, 

NT, NB 

D28 Short 240 1.5 hrs F1 5.99 Unit operation Normally, 

T2=71.8 degree C, T1=43.9 

degree C, U2=54.0 degree 

C, U5=69.3 degree C, NC, 

NT, NB 

C60 Short 240 0.5 hrs F1 5.99 Unit operation Normally, 

NC, NT, NB 

R76 Short 240 1.5 hrs F1 5.97 Unit operation Normally, 

NC, NT, NB 

R78A Short 240 0.5 hrs F1 5.97 Unit operation Normally, 

NC, NT, NB 


NC, NT, NB 

R79A Short 240 0.5 hrs F1 5.99 Unit operation Normally, 

NC, NT, NB 


NC, NT, NB 


Test on Model: R2K-5C00V 







Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


BD1 (AC to 

+) 

Short 240 1 sec F1 5.97 to 0 

Walter Electronic Co Ltd, 

Type FSC. 

CD (F1), NC, NT, NB 


Q8(D-G) 

(rated 17A) 



(rated 17A) 

NB 

Q11(D-G) 

(rated 3A) 


Q11(D-S) 

(rated 3A) 







NT, NB 


NT, NB 








Type GBF. 

BD1 (AC to 

+) 

Short 240 1 sec F1 5.97 to 0 CD (F1), NC, NT, NB 


Q8(D-G) 

(rated 17A) 



(rated 17A) 

NB 

Q11(D-G) 

(rated 3A) 


Q11(D-S) 

(rated 3A) 







NT, NB 


NT, NB 



Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 









Type GBF-A. 

BD1 (AC to 

+) 



Q8(D-G) 

(rated 17A) 



(rated 17A) 

NB 

Q11(D-G) 

(rated 3A) 


Q11(D-S) Short 240 1 sec F1 5.97 to 0 CD (F1,Q11) NC, NT, NB 

(rated 3A) 






NT, NB 


NT, NB 







Sun Electric Co, Type 5C. 

BD1 (AC to 

+) 



Q8(D-G) 

(rated 17A) 



(rated 17A) 

NB 

Q11(D-G) 

(rated 3A) 



(rated 3A) 






Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 




NT, NB 


NT, NB 







Sun Electric Co, Type 5CP. 

BD1 (AC to 

+) 



Q8(D-G) 

(rated 17A) 



(rated 17A) 

NB 

Q11(D-G) 

(rated 3A) 



(rated 3A) 






NT, NB 


NT, NB 

-- -- -- -- -- -- Test on Model: R2K-5C00V 



Unit Fan Locked 240 1.5 hrs F1 6.10 to 

0.159 

Unit Opening 

blocked 


outward. 

Unit shut down after 2 

minutes, T2 = 126.6 degree 

C T1 = 65.2 degree C U5 = 

81.2 degree C U6 = 100.5 

degree C, ambient = 24.7 

degree C, NC, NT, NB. 

240 1.5 hrs F1 6.19 to 0.158 Unit shut down after 5 

minutes, T2 = 104.2 degree 

C T1 = 101.8 degree C, U5 

= 98.4 degree C, U6 = 

101.6 degree C, ambient = 

24.1 degree C, NC, NT, NB. 

T2 (13.14 Overload 240 2.1 hrs F1 5.90 to 0.158 Temperature was stable at


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


to 10) after 

L6 for +12V 

T1 (8-6) 

after D9 for 

internal 

+24V 


load 103A, unit shut down 

at load 104A except +5VSB, 

T2 coil = 85.7 degree C, T1 

coil = 83.1, degree C, U5 

coil = 73.8, degree C, U6 = 

69.0 degree C, ambient = 

22.1 degree C, NC, NT, NB. 

Overload 240 5 hrs F1 5.98 to 0.156 Temperature was stable at 

load 1A, unit shut down at 

load 1.5A except +5VSB, 


coil = 86.0 degree C, U5 coil 

= 78.3 degree C, U6 = 74.4 


degree C, NC, NT, NB. 

-- -- -- -- -- -- Fan outward. Test 

condition A for 3.3V, 

+5VSB. Test condition B 

for 5V. *Test condition C for 

12V. Test condition A for - 

12V. 

3.3V/32A Short 240 1.5 hrs F1 5.98 to 0.158 Unit shut down except 

+5VSB, T2 coil = 44.6 

degree C, T1 coil = 75.5 

degree C, U5 coil = 61.7 

degree C, U6 = 44.9 degree 

C, ambient = 21.9 degree 

C, NC, NT, NB. 

5V/32A Short 240 0.5 hr F1 5.99 to 0.158 Unit shut down except 

5VSB, NC, NT, NB 

12V/100A Short 240 0.5 hr F1 5.97 to 0.157 Unit shut down except 


-12V/0.5A Short 240 0.5 hr F1 5.97 to 0.159 Unit shut down except 

+5VSB/3.5 

A 

Short 240 0.5 hr F1 5.97 to 0.104 


SD NC, NT, NB 

3.3V/32A Short 240 4.6 hrs F1 6.07 to 6.10 to Temperature was stable at 

0.157 load 38A, unit shut down at 

load 39A except +5VSB, T2 

coil=96.1 degree C, T1 coil 

= 89.3 degree C, U5 coil = 

82.0 degree C, U6 = 79.4 


degree C, NC, NT, NB 

5V/32A Overload 240 1.6 hrs F1 6.10 to 6.13 to Temperature was stable at 

0.158 load 37A, unit shut down at 

load 38A except +5VSB, T2 

coil = 90.2 degree C, T1 coil


Amendment 1 2009-12-18 

IEC 60950-1:2005 

E143756-A57-UL-2 


12V/100A 3 240 3.1 hrs F1 5.82 to 5.90 to 

0.158 

-12V/0.5A 3 240 2.5 hr F1 5.98 to 6.03 to 

0.157 

+5VSB/3.5 

A 

3 240 6 hrs F1 0.300 to 0.331 

to 0.105 



= 86.0 degree C, U5 coil = 

78.0 degree C, U6 = 74.4 



Temperature was stable at 

load 102A, unit shut down 

at load 103A except +5VSB, 



= 63.1 degree C, U6 = 70.2 




load 1A, unit shut down at 




= 78.4 degree C, U6 = 73.6 




load 4.2A, unit shut down at 


T2 coil=51.2 degree C, T1 

coil=84.5 degree C, U5 

coil=68.2 degree C, 

U6=50.5 degree C, 

ambient=21.3 degree C, 

NC, NT, NB (See Fig D7) 

Results Key: IP = Internal protection operated (component indicated) CD = Components damaged (damaged 

components indicated) NB = No indication of dielectric breakdown NC = Cheesecloth remained intact NT = 

Tissue paper remained intact CT = Constant Temperature


Amendment 1 2009-12-18 

Enclosure 

National Differences 

USA / Canada 

Underwriters Laboratories Inc. 

E143756-A57-UL-2


Amendment 1 2009-12-18 

SubClause 

IEC 60950-1:2005 

E143756-A57-UL-2 

Difference + Test Result - Remark Verdict 

USA / Canada - Differences to IEC 60950-1:2005, Second Edition 

5.3.7 Overloading of SELV connectors and printed wiring 

board receptacles accessible to the operator. 


N/A


Amendment 1 2009-12-18 

Supplement Id Description 


Photographs 


E143756-A57-UL-2 

3-01 Overall view of front side (for Models R2G-5800V, R2K-5800V, R2K-5C00V) 

3-02 Overall view or rear side (for Models R2G-5800V, R2K-5800V, R2K-5C00V) 

3-03 Overall view of front side (for Models GIN-3800V, KIN-2800V) 

3-04 Overall view of rear side (for Models GIN-3800V, KIN-2800V) 

3-05 Overall view of front side (for Models GIN1-5800V4H, GIN1-5800V4D) 

3-06 Overall view of rear side (for Models GIN1-5800V4H, GIN1-5800V4D) 

3-07 Internal view of component side (for Model GIN-3800V) 

3-08 Internal view of solder side (for Model GIN-3800V) 

3-09 Component side of back board (for Model GIN1-5800V4H) 

3-10 Trace side of back board (for Model GIN1-5800V4H) 

3-11 Component side of back board (for Model GIN1-5800V4D) 

3-12 Trace side of back board (for Model GIN1-5800V4D) 

3-13 Component side of back board (for Model R2G-5800) 

3-14 Trace side of back board (for Model R2G-5800) 

3-15 Overall view of front side (for Models KIN-2C00V, KIN-2A00V) 

3-16 Internal view of component side (for Models KIN-2C00V and KIN-2A00V) 

3-17 Internal view of solder side (for Models KIN-2800V, KIN-2C00V, KIN-2A00V) 

3-18 Component side of back board (for Models R2K-5800V, R2K-5C00V, R2K- 

5A00V) 

3-19 Trace side of back board view 1 (for Models R2K-5800V, R2K-5C00V, R2K- 

5A00V) 

3-20 Trace side of back board view 2 (for Models R2K-5800V, R2K-5C00V, R2K- 

5A00V) 

3-21 Trace side of back board view 3 - mylar removed (for Models R2K-5800V, 

R2K-5C00V, R2K-5A00V) 

3-22 Internal view of component side (for Model KIN-2800V)


Amendment 1 2009-12-18 

Photographs ID 3-15 


E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 


4-01 Transformer (T1) spec 

4-02 Transformer (T2) spec 


Diagrams 


E143756-A57-UL-2 

4-03 Insulation sheet for Models GIN-3800V, KIN-2800V, KIN-2C00V, KIN-2A00V 

4-04 Insulation sheet for Model GIN1-5800V4D/ V4H


Amendment 1 2009-12-18 

Diagrams ID 4-01 


E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



Schematics + PWB 

5-01 Trace Layout of PWB (For Model GIN-3800V) 

5-02 Component side of PWB (For Model GIN-3800V) 


E143756-A57-UL-2 

5-03 Trace Layout of PWB (For Models KIN-2800V, KIN-2C00V, KIN-2A00V) 

5-04 Component side of PWB (For Models KIN-2800V, KIN-2C00V, KIN-2A00V)


Amendment 1 2009-12-18 

Schematics ID 5-03 


E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 



E143756-A57-UL-2


Amendment 1 2009-12-18 


7-01 Additional Test Result 


Miscellaneous 

7-02 Additional Test Result (for Amendment 1, test reference only) 


E143756-A57-UL-2


Amendment 1 2009-12-18 

Misc ID 7-02 


E143756-A57-UL-2


Amendment 1 2009-12-18 

Misc ID 7-02 


E143756-A57-UL-2


Amendment 1 2009-12-18 

Misc ID 7-02 


E143756-A57-UL-2


Amendment 1 2009-12-18 

Description 

Test Record 1 

CRD 

Datasheet 

Test Record 2 

CRD form 

Test Datasheet under TPTDP 

Test Datasheet under WTDP 


Test Record 


E143756-A57-UL-2


Amendment 1 2009-12-18 

Test Record No. 2 


E143756-A57-UL-2 

--The manufacturer submitted representative production samples of Redundant Power Supply and Power 

Module, added Models KIN-2800V, KIN-2A00V, KIN-2C00V, R2K-5800V, R2K-5A00V and R2K-5C00V. 

--All tests were conducted by Superior Product Consulting, Inc/3F, No. 10, Alley 6, Lane 235, Pao Chiao 

Road, Hsien Tien, Taipei, Taiwan under TPTDP, except for (4.3.5) Connector Current Interruption Test 

under WTDP. 

--Tests conducted on Models KIN-2800V, KIN-2C00V, R2K-5800V and R2K-5C00V were considered to be 

representative of Models KIN-2A00V and R2K-5A00V. 

--Only limited tests were performed on Models KIN-2800V, KIN-2C00V, R2K-5800V and R2K-5C00V 

because of similarity in construction to Models R2G-5800V, GIN-3800V, GIN1-5800V4H and, GIN1- 

5800V4D, except for power module, input/output rating, secondary layout of back board (output module) 

and DC Fan, which previously performed on the subject unit. 

--The results of this investigation, including construction review and testing, indicate that the products 

evaluated comply with the applicable requirements in the U.S. and Canadian (Bi-National) Standard for 

Safety of Information Technology Equipment, Including Electrical Business Equipment, CAN/CSA-C22.2 

No. 60950-1-07 * UL 60950-1, 2nd Edition, 2007-03-27. Any information and documentation involving UL 

Mark services are provided on behalf of Underwriters Laboratories Inc. (UL) or any authorized licensee of 

UL. 

--The following tests conducted in accordance with UL 60950-1, Second Edition, Information Technology 

Equipment-Safety-Part 1: General Requirements were considered representative of the same tests 

required by Canadian National Standard, CAN/CSA-C22.2 No.60950-1, Second Edition, Information 

Technology Equipment-Safety-Part 1: General Requirements.


Amendment 1 2009-12-18 

The following tests were conducted: 

Test Testing Location/Comments 

End Product Reference Page 

General Guidelines 

Power Supply Reference Page 

Maximum Output Voltage, Current, and Volt-Ampere Measurement 

(1.2.2.1) 

Input: Single-Phase (1.6.2) 

Energy Hazard Measurements (2.1.1.5, 2.1.2, 1.2.8.10) 

SELV Reliability (2.2.2, 2.2.3, 2.2.4, Part 22 6.1) 

Humidity (2.9.1, 2.9.2, 5.2.2) 

Determination of Working Voltage; Working Voltage Measurement 

(2.10.2) 

Determination of Working Voltage; Hazardous Voltage (Circuit) 

Measurement (2.10.2, Part 22 6.1) 

Transformer and Wire /Insulation Electric Strength (2.10.5.6, 

2.10.5.13) 

Connector Current Interruption (4.3.5) 

Heating (4.5.1, 1.4.12, 1.4.13) 

Electric Strength (5.2.2) 

Component Failure (5.3.1, 5.3.4, 5.3.7) 

Abnormal Operation (5.3.1 - 5.3.9) 

Transformer Abnormal Operation (5.3.3, 5.3.7b, Annex C.1) 

Power Supply Output Short-Circuit/Overload (5.3.7) 


E143756-A57-UL-2 

Test results are valid only for the tested equipment. These tests are considered representative of the 

products covered by this Test Report. The test methods and results of the above tests have been reviewed 

and found to be in accordance with the requirements in the Standard(s) referenced at the beginning of this 

Test Report.

Enclosure - ZIPPY

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?