intertek PD 200W GaN 6-port Desktop Charger Sprint User Guide

June 16, 2024
Intertek

Listing Constructional Data Report (CDR)

Reference and Address

Report Number 22100655HKG-001 Original Issued: 17-Apr-2023 Revised: None
Standard(s) Audio/Video, Information and Communication Technology Equipment –

Part 1: Safety Requirements [UL 62368-1:2019 Ed.3+R:22Oct2021] ** Audio/Video, Information and Communication Technology Equipment – Part 1: Safety Requirements [CSA C22.2#62368-1:2019 Ed.3+U1]
|
Applicant| Stiger International Trade Investment Co., Ltd| Manufacturer|
Stiger International Trade Investment Co., Ltd**
Address| Rm 1201-12/F, Block 4, & Rm 201-2/F & 3/F, Block 1, Stiger Technology & Innovation Center, 19 Junma Avenue, Dongchong Town, Nansha District,GUANGZHOU CITY, Guangdong Province| Address| Rm 1201-12/F, Block 4, & Rm 201-2/F & 3/F, Block 1, Stiger Technology & Innovation Center, 19 Junma Avenue, Dongchong Town, Nansha District,GUANGZHOU CITY, Guangdong Province
Country| China| Country| China
Contact| Mr. Tanhu Jun| Contact| Mr. Tanhu Jun
Phone| 86 18193063177| Phone| 86 18193063177
FAX| NA| FAX| NA
Email| tanhujun@gzstiger.com| Email| tanhujun@gzstiger.com

This report is for the exclusive use of Intertek’s Client and is provided pursuant to the agreement between intertek and its Client. Intertek’s responsibility and liability are limited to the terms and conditions of the agreement. Intertek assumes no liability to any party, other than to the Client in accordance with the agreement, for any loss, expense or damage occasioned by the use of this report Only the Client is authorized to permit copying or distribution of this report and then only in its entirety. Any use of the Intertek name or one of its marks for the sale or advertisement of the tested material. product or service must first be approved in writing by Intertek. The observations and test results in this report are relevant only to the sample tested. This report by itself does not imply that the material, product, or service is or has ever been under an Intertek certification program.

Product Description

Product| PD 200W GaN 6-port Desktop Charger, Sprint 200W PD 6-port Desktop Charger
---|---
Brand name| Stiger International Trade Investment Co., Ltd, KOVOL, KOVOL INC
Description| The product covered by this report is a PD 200W GaN 6-port Desktop Charger. It provided with C8 applicance inlet set as input connection and USB-A and UCB-C with connector as output connection.
Models| T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T38-4C2A-200W, KV- PC030, K030- ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05, T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A-3C3A-200W, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05.
Model Similarity| All models are similar except for model name, output rating and electrical rating of some components.
The model T38 is identical with the model T38A, except for the model name, output rating and electrical rating of some components.
The model T38 is identical with the model JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T38-4C2A-200W, KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05, except for the model name.
The model T38A is identical with the model JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A-3C3A-200W, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05, except for the model name.
Ratings| Input: 100-240V AC, 50/60Hz, 2.5A Max
Models T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T38-4C2A-200W, KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05:
USB-C1/C2 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 3.0A, 27.0W / 12.0V DC, 3.0A, 36.0W / 15.0V DC, 3.0A, 45.0W / 20.0V DC, 5.0A, 100W / 28.0V DC, 5.0A, 140.0W Max Each port USB-C3 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 3.0A, 27.0W / 12.0V DC, 3.0A, 36.0W / 15.0V DC, 3.0A, 45.0W / 20.0V DC, 2.25A, 45.0W
USB-C4 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 2.22A, 20.0W / 12.0V DC, 1.67A, 20.0W USB-A1/A2 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 2.0A, 18.0W / 12.0V DC, 1.5A, 18.0W
Max Each port
Total output: 200.0W Max
Models T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A-3C3A-200W, KV- PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05:
USB-C1/C2 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 3.0A, 27.0W / 12.0V DC, 3.0A, 36.0W / 15.0V DC, 3.0A, 45.0W / 20.0V DC, 5.0A, 100W / 28.0V DC, 5.0A, 140.0W Max Each port USB-C3 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 3.0A, 27.0W / 12.0V DC, 3.0A, 36.0W / 15.0V DC, 3.0A, 45.0W / 20.0V DC, 2.25A, 45.0W
USB-A1/A2/A3 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 2.0A, 18.0W / 12.0V DC, 1.5A, 18.0W
Max Each port
Total output: 200.0W Max
Other Ratings| NA

Product Photographs

Photo no. 1 – External view of unitintertek PD 200W GaN 6-port Desktop
Charger Sprint - PhotographsPhoto no. 2 – External view of unit ![intertek PD 200W GaN 6-port Desktop Charger Sprint

  • Photographs 1](https://manuals.plus/wp-content/uploads/2024/01/intertek-PD- 200W-GaN-6-port-Desktop-Charger-Sprint-Photographs-1.jpg)Photo no. 3 – External view of unitintertek PD 200W GaN 6-port Desktop Charger Sprint -
Photographs 2Photo no. 4 – External view of unit for models T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T384C2A-200W, KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05intertek PD 200W GaN 6-port Desktop Charger Sprint - Photographs
3Photo no. 5 – External view of unit for models T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A-3C3A- 200W, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05intertek PD 200W GaN 6-port Desktop Charger Sprint - Photographs
4Photo no. 6 – External view of unit intertek PD 200W GaN 6-port Desktop Charger Sprint - Photographs
5Photo no. 7 – Internal view of unit for models T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T384C2A-200W, KV-PC030, K030-ST01, K030-ST02,  K030-ST03, K030-ST04, K030-ST05intertek PD
200W GaN 6-port Desktop Charger Sprint - Photographs 6Photo no. 8 – Internal view of unit for models T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A3C3A-200W, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05intertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 7Photo no. 9 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 8Photo no. 10 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 9Photo no. 11 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 10Photo no. 12 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 11Photo no. 13 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 12Photo no. 14 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 13Photo no. 15 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 14Photo no. 16 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 15Photo no. 17 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 16Photo no. 18 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 17Photo no. 19 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 18Photo no. 20 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 19Photo no. 21 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 20Photo no. 22 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 21Photo no. 23 – Internal view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 22Photo no. 24 – Top PCB view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 23Photo no. 25 – Bottom PCB view of unitintertek PD 200W
GaN 6-port Desktop Charger Sprint - Photographs 24Photo no. 26 – Top PCB view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 25Photo no. 27 – Top PCB view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 26Photo no. 28 – Bottom PCB view of unitintertek PD 200W
GaN 6-port Desktop Charger Sprint - Photographs 27Photo no. 29 – Top PCB view of unitintertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 28Photo no. 30 – Bottom PCB view of unitintertek PD 200W
GaN 6-port Desktop Charger Sprint - Photographs 29Photo no. 31 – Top PCB view of unit for models T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T384C2A-200W, KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05intertek PD 200W GaN 6-port
Desktop Charger Sprint - Photographs 30Photo no. 32 – Bottom PCB view of unit for models T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T38-4C2A-200W, KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05intertek PD 200W GaN 6-port
Desktop Charger Sprint - Photographs 31Photo no. 33 – Top PCB view of unit for models T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A-3C3A-200W, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05intertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 32Photo no. 34 – Bottom PCB view of unit for models T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A-3C3A-200W, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05intertek PD 200W GaN
6-port Desktop Charger Sprint - Photographs 33Photo no. 35 – External view of Transformerintertek PD
200W GaN 6-port Desktop Charger Sprint - Photographs 34Photo no. 36 – External view of Transformerintertek PD 200W GaN 6-port Desktop Charger Sprint - Photographs
35Photo no. 37 – External view of Transformerintertek PD 200W GaN 6-port Desktop Charger Sprint -
Photographs 36Photo no. 38 – Internal view of Transformerintertek PD 200W GaN 6-port Desktop Charger
Sprint - Photographs 37Photo no. 39 – Internal view of Transformerintertek PD 200W GaN 6-port Desktop
Charger Sprint - Photographs 38Photo no. 40 – Internal view of Transformerintertek PD
200W GaN 6-port Desktop Charger Sprint - Photographs 39Photo no. 41 – Internal view of Transformerintertek PD 200W GaN 6-port Desktop Charger Sprint - Photographs
40Photo no. 42 – Internal view of Transformerintertek PD 200W GaN 6-port Desktop Charger Sprint -
Photographs 41

Critical Components

Photo #| Item no.1| Name| Manufacturer/ trademark2| Type / model2| Technical data and securement means| Mark(s) of conformity3
---|---|---|---|---|---|---
1| 1| Enclosure| LG CHEM LTD| LUPOY EF- 1006F(m)(f2)| PC, V-0, 120°C, HAI=3, HWI=3. Min. thickness 1.5mm. The upper and lower enclosures are assembled by ultrasonic welding.| cURus
Covestro Deutschland AG [PC Resins]| FR6005 + (z)
1| 2| Appliance inlet| Dongguan Huaconn
Electronics Co Ltd| HC-88| Rated 250VAC, 2.5A, C8 type, 70°C.| cURus
ZHE JIANG BEI ER
JIA ELECTRONIC CO LTD| ST-A03-005
YUEQING HONGCHANG RADIO CO LTD| DB-8
Various| Various
1| 3| Label (not shown)| CANNING PRINTING CO LTD| 1M MAT CH PET| The information was printed on label adhered on enclosure, it complied with label rubbing test. (See Illustration 5 for details)| cURus
Various| Various
Various| Various| Laser etching or silk-screen on enclosure.| NR
19| 4| PCB| FOSHAN XINKEYUAN ELECTRONIC CO LTD| XKY-W, XKY-2| Rated V-0, 130ºC.| cURus
Various| Various| V-1 or better, 130°C.
22| 5| Fuse (F1)| XC ELECTRONICS (SHENZHEN) CORP LTD| 5TE| Rated T5A, 250Vac.| cURus
DONGGUAN CHEVRON ELECTRONIC TECHNOLOGY CO LTD| SET
DONGGUAN BETTER ELECTRONICS TECHNOLOGY CO LTD| 932
Various| Various
22| 6| X-capacitor (CX1)| DONGGUAN WEIQING ELECTRONIC CO LTD| MPX| Min. 250VAC, max. 0.47uF, min. 100°C, X2 type| cURus
SHENZHEN HAOTIAN ELECTRONIC CO LTD| MPX
Winday Electronic (Dong Guan) Co Ltd| MPX
Various| Various
21| 7| IC including capacitor discharge function (ICX)| NXP SEMICONDUCTORS NETHERLANDS B V| TEA2016YZT N| Applicable for use to mains supply 264 Vac, 60Hz| NR
Photo #| Item no.1| Name| Manufacturer/ trademark2| Type / model2| Technical data and securement means| Mark(s) of conformity3
---|---|---|---|---|---|---
22| 8| Inductance (TL2)| SHENZHEN (BAIWEI) ELECTRONICSTECH NOLOGY CO., LTD| 1064| Min. 60uH, 130°C, Soldering on PCB directly and consist of the following components: (See Illustration 7 for details)| NR
Various| Various
22| 8a| -Magnet wire (not shown)| TONGLING NONFERROUS COPPER CROWN ELECTRICAL CO LTD| PEW| Polyurethane, min.130°C, used as winding N1.| UR
Various| Various
22| 8b| -Triple insulated wire (not shown)| SHENZHEN KAIZHONG HEDONG NEW MATERIALS CO LTD| TIW-B| Rated 130°C, reinforced insulation, used as winding N2.| cURus
Various| Various
22| 9| Inductance (TL1)| SHENZHEN (BAIWEI) ELECTRONICSTECH NOLOGY CO., LTD| 15
15SQ| Min. 5mH, 130°C, Soldering on PCB directly and consist of the following components: (See Illustration 8 for details)| NR
Various| Various
22| 9a| -Magnet wire (not shown)| TONGLING NONFERROUS COPPER CROWN ELECTRICAL CO LTD| PEW| Polyurethane, min.130°C, used as winding N1.| UR
Various| Various
22| 9b| -Bobbin (not shown)| CHANG CHUN PLASTICS CO LTD| T375HF| Phenolic, V-0, 150°C, min. thick. 0.4mm| cURus
Various| Various
22| 10| Inductance (LL1)| PENGYONG(Donggu an) Co., Ltd.| 130uH| Min. 130uH, 130°C, Soldering on PCB directly and consist of the following component: (See Illustration 9 for details)| NR
Various| Various
22| 10a| -Magnet wire (not shown)| GUANGDONG JINYAN ELECTROTECHNICS JOINT STOCK CO LTD| xUEW, QA-x/155| Polyurethane, min.130°C, used as winding N1.| UR
Various| Various
22| 10b| -Heat shrinkable tube| DONGGUAN SALIPT CO LTD| S-901-DWT| Min. 300V, 125°C, VW-1.| cURus
Various| Various
22| 11| Inductance (L7)| SHENZHEN (XIN JIE SI RUI) ELECTRONICSTECH NOLOGY CO.,LTD| T1-PQ3220- 200W-PFC| Min. 180uH, 130°C, Soldering on PCB directly and consist of the following components: (See Illustration 10 for details)| NR
SHENZHEN XSD TECHNOLOGY CO.,LTD
Various| Various
Photo #| Item no.1| Name| Manufacturer/ trademark2| Type / model2| Technical data and securement means| Mark(s) of conformity3
---|---|---|---|---|---|---
22| 11a| -Magnet wire (not shown)| SIHUI HENGHUI ELECTRICAL APPLIANCES CO LTD| xUEW, QA-x/155| Polyurethane, min.130°C, used as winding N1.| UR
Various| Various
22| 11b| -Bobbin (not shown)| SUMITOMO BAKELITE CO LTD| PM-9820| Phenolic, V-0, 150°C, min. thick. 0.4mm.| cURus
Various| Various
22| 11c| -Insulated tape (not shown)| JINGJIANG YAHUA PRESSURE SENSITIVE GLUE CO LTD| CT-280B| Rated 130°C, with flame retardant.| cURus
Various| Various
22| 11d| -Tube (not shown)| CHANGYUAN ELECTRONICS GROUP CO LTD| CB-TT-L| Rated 200°C.| cURus
Various| Various
22| 12| Inductance (L8)| SHENZHEN (XIN JIE SI RUI) ELECTRONICSTECH NOLOGY CO.,LTD| T1-ATQ17- 200W| Min. 75uH, 130°C, Soldering on PCB directly and consist of the following components: (See Illustration 11 for details)| NR
SHENZHEN XSD TECHNOLOGY CO.,LTD
Various| Various
22| 12a| -Magnet wire (not shown)| SIHUI HENGHUI ELECTRICAL APPLIANCES CO LTD| UEW/155 or QA/155| Polyurethane, min.130°C, used as winding N1.| UR
Various| Various
22| 12b| -Bobbin (not shown)| SUMITOMO BAKELITE CO LTD| PM-9820| Phenolic, V-0, 150°C, min. thick. 0.4mm.| cURus
Various| Various
22| 12c| -Insulated tape (not shown)| JINGJIANG YAHUA PRESSURE SENSITIVE GLUE CO LTD| CT-280B| Rated 130°C, with flame retardant.| cURus
Various| Various
22| 12d| -Tube (not shown)| CHANGYUAN ELECTRONICS GROUP CO LTD| CB-TT-L| Rated 200°C.| cURus
Various| Various
25| 13| Transistor (Q11,Q13)| Various| Various| Min. 6.5A, min. 650V| NR
25| 14| Transistor (Q1)| Various| Various| Min. 13A, min. 650V| NR
19| 15| Electrolytic Capacitors (EC1)| Various| Various| Max. 100uF, min. 420V, min. 105°C| NR
19| 16| Electrolytic Capacitors (EC2)| Various| Various| Max. 27uF, min. 450V, min. 105°C| NR
28| 17| Bridge diode (BD3, BD4, BD11, BD12)| Various| Various| Min. 8A, min. 1000V| NR
Photo #| Item no.1| Name| Manufacturer/ trademark2| Type / model2| Technical data and securement means| Mark(s) of conformity3
---|---|---|---|---|---|---
26| 18| Y-Capacitor (CY2, CY4)| Sichuan Teruixiang Technology International Co Ltd| TRX| Max. 1000pF, min. 250VAC, 125ºC, Y1 type| cURus
ANSHAN KEIFAT ELECTRONIC CERAMIC TECHNICAL CO LTD| CT7
Various| Various
28| 19| Optocoupler (U11)| LITE-ON Technology Corporation| LTV-10XX| Double protection type, used for bridging between primary and secondary circuits, min. 100°C.| UR
EVERLIGHT ELECTRONICS CO LTD| EL1018
Various| Various
35| 20| Transformer (T1)| SHENZHEN (XIN JIE SI RUI) ELECTRONICSTECH NOLOGY CO.,LTD| T1-ATQ2817- 200W| Class B, Soldering on PCB directly, consist of the following components.
Input and output: See Section 2.0 – Rating for details. (See Illustration 1 for details.)| NR
35| 20a| – Electrical Insulation system (not shown)| Shenzhen New JieSiRui Electronics Technology Co Ltd| SBI4.2| Class B| cURus
39| 20b| -Bobbin| CHANG CHUN PLASTICS CO LTD| T375J| Phenolic, V-0, 150°C, min. thick. 0.4mm| cURus
Various| Various
42| 20c| -Magnet wire| SIHUI HENGHUI ELECTRICAL APPLIANCES CO LTD| UEW/155 or QA/155| Polyurethane, min.130°C, used as primary winding| UR
Various| Various
41| 20d| -Triple insulated wire| Furukawa Electric Co., Ltd.| TEX-E, TEX- EA| Rated 130°C, reinforced insulation, used as secondary winding.| cURus
35| 20e| -Insulation tape| JINGJIANG YAHUA PRESSURE SENSITIVE GLUE CO LTD| CT- 280B| 130°C, with flame retardant| cURus
41| 20f| -Teflon tube| CHANGYUAN ELECTRONICS GROUP CO LTD| CB-TT-L| Rated min. 200°C.| cURus
Various| Various
35| 20g| -Varnish (not shown)| SUZHOU TAIHU ELECTRIC ADVANCEDn MATERIAL CO LTD| T-4260(a)| Min.130°C| cURus
Various| Various
14| 21| Outer Insulation sheet| SICHUAN DONGFANG INSULATING
MATERIAL CO LTD| DFR3A(d)| Between primary and secondary, V-0, 110°C, min. thickness 0.43mm| cURus
Photo #| Item no.1| Name| Manufacturer/ trademark2| Type / model2| Technical data and securement means| Mark(s) of conformity3
---|---|---|---|---|---|---
NOTES:
1)  Not all item numbers are indicated (called out) in the photos, as their location is obvious.
2)  “Various“ means any type, from any manufacturer that complies with the “Technical data and securement means” and meets the “Mark(s) of conformity” can be used.
3)  Indicates specific marks to be verified, which assures the agreed level of surveillance for the component. “NR” – indicates Unlisted and only visual examination is necessary. “See 5.0” indicates Unlisted components or assemblies to be evaluated periodically refer to section 5.0 for details.

Critical Unlisted CEC Components

No Unlisted CEC components are used in this report.

Critical Features

Recognized Component – A component part, which has been previously evaluated by an accredited certification body with restrictions and must be evaluated as part of the basic product considering the restrictions as specified by the Conditions of Acceptability.
Listed Component – A component part, which has been previously Listed or Certified by an accredited Certification Organization with no restrictions and is used in the intended application within its ratings.
Unlisted Component – A part that has not been previously evaluated to the appropriate designated component standard. It may also be a Listed or Recognized component that is being used outside of its evaluated Listing or component recognition.
Critical Features/Components – An essential part, material, subassembly, system, software, or accessory of a product that has a direct bearing on the product’s conformance to applicable requirements of the product standard.
Construction Details – For specific construction details, reference should be made to the photographs and descriptions. All dimensions are approximate unless specified as exact or within a tolerance. In addition to the specific construction details described in this Report, the following general requirements also apply.

  1. Spacing – Between primary winding and secondary winding of the transformer, between primary and secondary circuit, between primary circuit and accessible part, between Y-capacitor and ooto-cuoupler, minimum 3.0mm spacing is maintained through air and minimum 5.0mm spacing is maintained through over surfaces of insulating material. Between the different polarity of live parts, minimum 1.5mm spacing is maintained through air and minimum 2.5mm spacing is maintained through over surfaces of insulating material.
  2. Mechanical Assembly – Components such as switches, fuseholders, connectors, wiring terminals and display lamps are mounted and prevented from shifting or rotating by the use of lockwashers, starwashers, or other mounting format that prevents turning of the component.
  3. Corrosion Protection – All ferrous metal parts are protected against corrosion by painting, plating or the equivalent.
  4. Accessibility of Live Parts – All uninsulated live parts in primary circuitry are housed within a non-metallic enclosure constructed with no openings other than those specifically described in Sections 4 and 5.
  5. Grounding – This product is not provided with a means of grounding as it is not required to be grounded.
  6. Internal Wiring – Internal wiring is routed away from sharp or moving parts. Internal wiring leads terminating in soldered connections are made mechanically secure prior to soldering. Recognized Component separable (quick disconnect) connectors of the positive detent type, closed loop connectors, or other types specifically described in the text of this report are also acceptable as internal wiring terminals. At points where internal wiring passes through metal walls or partitions, the wiring insulation is protected against abrasion or damage by plastic bushings or grommets.
  7. Schematics – Refer to Illustration 3 for schematics requiring verification during Field Representative Inspection Audits.
  8. Markings – The product is marked on labelling system as described in item no. 3 of Section 4.0 as follows: Brand name, model, electrical rating. Refer to Illustration 5.
  9. Cautionary Markings – The cautionary marking is not required.
  10. Installation, Operating and Safety Instructions – Instructions for installation and use of this product are provided by the manufacturer. Refer to Illustration 6-6a.
  11. Transformer – Supplier records must be provided that indicate the received shipment of transformers (section 4.0, item 20) was constructed as indicated in illustrations 1. These records must be available at the factory for inspection on every received shipment.

Illustrations

Illustration 1 – Transformer (T1) construction

  1. OUTLINE DEMENSION: (NUIT:mm)intertek PD 200W GaN 6-port Desktop Charger Sprint - Illustrations
  2. MECHANICAL & ASSEMBLYintertek PD 200W GaN 6-port Desktop Charger Sprint - Illustrations 1

Illustration 2 – Circuit diagram for all modelintertek PD 200W GaN 6-port
Desktop Charger Sprint - Illustrations 2Illustration 2a – Circuit diagram for models T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T38-4C2A200W, KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05intertek PD 200W GaN 6-port
Desktop Charger Sprint - Illustrations 3Illustration 2b – Circuit diagram for models T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A3C3A-200W, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05intertek PD 200W GaN
6-port Desktop Charger Sprint - Illustrations 4Illustration 3 – PCB layout for all modelintertek PD
200W GaN 6-port Desktop Charger Sprint - Illustrations 5Illustration 3a – PCB layout for models T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T38-4C2A200W, KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05 intertek PD 200W GaN 6-port
Desktop Charger Sprint - Illustrations 6Illustration 3b – PCB layout for models T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A3C3A-200W, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05

intertek PD 200W GaN 6-port Desktop Charger Sprint - Illustrations
7Illustration 4 – Enclosure drawing (Uint: mm) intertek PD 200W GaN 6-port Desktop Charger Sprint -
Illustrations 8Illustration 5 – Marking
The following information was printed on label adhered, silk-screen or laser etching on enclosureintertek PD 200W GaN 6-port Desktop Charger Sprint -
Illustrations 9 Remarks:
– The above markings are the sample for marking in series. The different model number and output rating
– The above markings are the minimum requirements required by the safety standard. For the final productions samples, the additional markings which do not give rise to misunderstanding may be
Illustration 6 – User Manual (English)

User manual
PD 200W GaN 6-port Desktop Charger
Model: T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T38-4C2A-200W, KV-PC030, KO30-ST0O1, KO30-STO2, KO30-ST03, KO30-ST04, K030-STO5, T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A-3C3A-200W, KV-PC034, K034-ST01, KO34-ST02, K034-ST03, K034-ST04, K034-ST05
Input: 100-240V AC, 50/60Hz, 2.5A Max
Models T38, JUP63200, 4C2A200GW 10, TK-PC020, MTSC200, T38-4C2A-200W, KV- PC030, K030-ST01, KO30-ST02, KO30-ST03, KO30-ST04, KO30-STOS5:
USB-C1/C2 Output: 5.0V DC, 3.0A, 15.0W /9.0V DC, 3.0A, 27.0W / 12.0V DC, 3.0A, 36.0W / 15.0V DC, 3.0A, 45.0W / 20.0V DC, 5.0A, 100W / 28.0V DC, 5.0A, 140.0W Max Each port USB-C3 Output: 5.0V DC, 3.0A, 15.0W /9.0V DC, 3.0A, 27.0W / 12.0V DC, 3.0A, 36.0W / 15.0V OC, 3.0A, 45.0W / 20.0V DC, 2.25A, 45.0W
USB-C4 Output: 5.0V DC, 3.0A, 15.0W /9.0V DC, 2.22A, 20.0W / 12.0V DC, 1.67A, 20.0W USB-A1/A2 Output: 5.0V DC, 3.0A, 15.0W /9.0V DC, 2.0A, 18.0W / 12.0V DC, 1.5A, 18.0W Max Each port
Total output: 200.0W Max
Model T38A, JUP63200A, 3C3A200GW 10, TK-PC021, MTSC200X, T38A-3C3A-200W, KV- PC034, K0O34-STO1, KO34-STO2, KO34-STO3, KO34-STO4, KO34-STO5:
USB-C1/C2 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 3.0A, 27.0W / 12.0V DC, 3.0A, 36.0W / 15.0V DC, 3.0A, 45.0W / 20.0V DC, 5.0A, 100W / 28.0V DC, 5.0A, 140.0W Max Each port USB-C3 Output: 5.0V DC, 3.0A, 15.0W /9.0V DC. 3.0A, 27.0W / 12.0V DC, 3.0A, 36.0W / 15.0V DC, 3.0A, 45.0W / 20.0V DC, 2.25A, 45.0W
USB-A1/A2/A3 Output: 5.0V DC, 3.0A, 15.0W / 9.0V DC, 2.0A, 18.0W / 12.0V DC, 1.5A, 18.0~W Max Each port
Total output: 200.0W Max
To comply with the published safety standards, the following must be observed when using this adapter.
The socket-outlet shall be installed near the equipment and shall be easily accessible.

  1. Maximum ambient temperature around the adapter must not exceed 25°C.
  2. The adapter is used for office machines and data processing appliances. It is certified according to the relevant safety standards UL 62368-1, CSA C22.2 No. 62368-1.
  3. The output power taken from the supply must not exceed the rating given on the adapter.
  4. The adapter is not intended to be repaired by service personnel in case of failure or component defect (unit can be thrown away).
  5. The disconnection from line voltage is made by Appliance inlet.

Illustration 7 – Inductance (TL2) construction
DIMENSIONintertek PD 200W GaN 6-port Desktop Charger Sprint - Illustrations
10Illustration 8 – Inductance (TL1) construction Illustration 9 – Inductance (LL1) constructionintertek PD
200W GaN 6-port Desktop Charger Sprint - Illustrations
12Illustration 10 – Inductance (L7) constructionintertek PD 200W GaN 6-port Desktop Charger Sprint -
Illustrations 13intertek PD 200W
GaN 6-port Desktop Charger Sprint - Illustrations 14Illustration 11 – Inductance (L8) constructionintertek
PD 200W GaN 6-port Desktop Charger Sprint - Illustrations
15intertek PD 200W GaN
6-port Desktop Charger Sprint - Illustrations 16Illustration 12 – Outer Insulation sheet drawing (Uint: mm) intertek PD 200W GaN 6-port Desktop Charger Sprint - Illustrations
17

Test Summary

Evaluation Period 10-Mar-23 to 1-Apr-23 Project No. HK22100655
Sample Rec. Date 10-Mar-23 Condition Prototype
Test Location Intertek Testing Services Hong Kong Ltd.

2/F., Garment Centre, 576 Castle Peak Road, Kowloon, Hong Kong SAR, China
Test Procedure| Testing Lab
Determination of the result includes consideration of measurement uncertainty from the test equipment and methods. The product was tested as indicated below with results in conformance to the relevant test criteria.
The following tests were performed:
Test Description| UL 62368-1: 2019 Ed.3
+ R:22Oct 2021 and CSA C22.2#62368- 1:2019 Ed.3+U1 Clause| —
Equipment for direct insertion into mains socket-outlets| 4.7| —
Classification of electrical energy sources| 5.2| —
Maximum operating temperature test (Heating test)| 5.4.1.4, 6.3.2, 9.0, B.2.6| —
Determination of working voltage| 5.4.1.8| —
Ball pressure test| 5.4.1.10.3| —
Solid insulation| 5.4.4| —
Antenna terminal insulation| 5.4.5| —
Humidity conditioning| 5.4.8| —
Electric strength test| 5.4.9| —
Capacitor discharge| 5.5.2.2| —
Electrical Power Source (PS) measurements for classification| 6.2.2| —
Determination of Potential Ignition Sources (Arcing PIS)| 6.2.3.1| —
Determination of Potential Ignition Sources (Resistive PIS)| 6.2.3.2| —
Safeguards against fire under single fault conditions| 6.4| —
Equipment safeguard for thermal burn (heating test for thermal burn)| 9.2.6| —
Input test| Annex B.2.5| —
Simulated abnormal operating conditions| Annex B.3| —
Simulated single fault conditions| Annex B.4| —
Equipment markings, instructions, and instructional safeguards| Annex F| —
Components| Annex G| —
Limited power source test (LPS)| Annex Q.1| —
Mechanical strength tests| Annex T| —
Remarks: Nil
8.1 Signatures
A representative sample of the product covered by this report has been evaluated and found to comply with the applicable requirements of the standards indicated in Section 1.0.
Completed by:| Ivan Chau| Reviewed by:| Danny Tang
Title:| Engineer| Title:| Supervisor
Signature:| Digitally signed by Ivan Chau Location: Intertek Testing Services Hong Kong Ltd.| Signature:| Digitally signed by Danny Tang
Location: Intertek Testing Services Hong Kong Ltd.

Correlation Page For Multiple Listings

The following products, which are identical to those identified in this report except for model number and Listee name, are authorized to bear the ETL label under provisions of the Intertek Multiple Listing Program.

BASIC LISTEE| Stiger International Trade Investment Co., Ltd
Address| Rm 1201-12/F, Block 4, & Rm 201-2/F & 3/F, Block 1, Stiger Technology & Innovation Center, 19 Junma Avenue, Dongchong Town, Nansha District,GUANGZHOU CITY, Guangdong Province
Country| China
Product| PD 200W GaN 6-port Desktop Charger, Sprint 200W PD 6-port Desktop Charger
MULTIPLE LISTEE 1| KOVOL INC
---|---
Address| 1312 17th St Suite 210, Denver, CO 80202, United States
Country| United States
Brand Name| KOVOL, KOVOL INC
ASSOCIATED
MANUFACTURER| Stiger International Trade Investment Co., Ltd

Address

| Rm 1201-12/F, Block 4, & Rm 201-2/F & 3/F, Block 1, Stiger Technology & Innovation Center, 19 Junma Avenue, Dongchong Town, Nansha District,GUANGZHOU CITY, Guangdong Province
Country| China
MULTIPLE LISTEE 1 MODELS| BASIC LISTEE MODELS
KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030- ST04, K030-ST05, KV-PC034, K034-ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05| T38, JUP63200, 4C2A200GW10, TK-PC020, MTSC200, T38-4C2A-200W, KV-PC030, K030-ST01, K030-ST02, K030-ST03, K030-ST04, K030-ST05, T38A, JUP63200A, 3C3A200GW10, TK-PC021, MTSC200X, T38A-3C3A-200W, KV-PC034, K034- ST01, K034-ST02, K034-ST03, K034-ST04, K034-ST05
MULTIPLE LISTEE 2| None
---|---
Address|
Country|
Brand Name|
ASSOCIATED
MANUFACTURER|
Address|
Country|
MULTIPLE LISTEE 2 MODELS| BASIC LISTEE MODELS
|
MULTIPLE LISTEE 3| None
---|---
Address|
Country|
Brand Name|
ASSOCIATED

MANUFACTURER

|
Address|
Country|
MULTIPLE LISTEE 3 MODELS| BASIC LISTEE MODELS
|

General Information

The Applicant and Manufacturer have agreed to produce, test and label ETL Listed products in accordance with the requirements of this Report. The Manufacturer has also agreed to notify Intertek and to request authorization prior to using alternate parts, components or materials.
COMPONENTS
Components used shall be those itemized in this Intertek report covering the product, including any amendments and/or revisions.
LISTING MARK
The ETL Listing mark applied to the products shall either be separable in form, such as labels purchased from Intertek, or on a product nameplate or other media only as specifically authorized by Intertek. Use of the mark is subject to the control of Intertek.
The mark must include the following four items:

  1. applicable country identifiers “US” and/or “C” or “US”, “C” and “EU”
  2. the word “Listed” or “Classified” or “Recognized Component” (whichever is appropriate)
  3. a control number issued by Intertek
  4. a product descriptor that identifies the standards used for certification. Example:

For US standards, the words, “Conforms to” shall appear with the standard number along with the word, “Standard” or “Std.” Example: “Conforms to ANSI/UL Std. XX.”
For Canadian standards, the words “Certified to CAN/CSA Standard CXX No. XX.” shall be used, or abbreviated, “Cert. to CAN/CSA Std. CXX No. XX.”
Can be used together when both standards are used.
If all standards on the ATM have the same standard title, the shared title or its abbreviation may be used in place of the examples above. Example: “Medical Electrical Equipment” or “MEE”; “Information Technology Equipment” or “ITE”; “Audio/Video Information And Communication Technology Equipment” or “A/V ICTE”.
Note: A facsimile must be submitted to Intertek, Attn: Follow-up Services for approval prior to use.
The facsimile need not have a control number. A control number will be issued after signed Certification Agreements have been received by the Follow-up Services office, approval of the facsimile of your proposed Listing Mark, satisfactory completion of the Listing Report, and scheduling of a factory assessment in your facility.
MANUFACTURING AND PRODUCTION TESTS
Manufacturing and Production Tests shall be performed as required in this Report.
FOLLOW-UP SERVICE
Periodic unannounced audits of the manufacturing facility (and any locations authorized to apply the mark) shall be scheduled by Intertek. An audit report shall be issued after each visit. Special attention will be given to the following:

  1. Conformance of the manufactured product to the descriptions in this Report.
  2. Conformance of the use of the ETL mark with the requirements of this Report and the Certification Agreement.
  3. Manufacturing changes.
  4. Performance of specified Manufacturing and Production Tests.

In the event that the Intertek representative identifies non-conformance(s) to any provision of this Report, the Applicant shall take one or more of the following actions:

  1. Correct the non-conformance.
  2. Remove the ETL Mark from non-conforming product.
  3. Contact the issuing product safety evaluation center for instructions.

10.1 Evaluation of Unlisted Components
Because Unlisted Components are uncontrolled, and they do not fall under a third party follow up program, Intertek may require these components to be tested and/or evaluated at least once annually, more often for certain components, as part of the independent certification process. The Unlisted Components in Section 5.0 require testing and/or evaluation as indicated.
The Applicant will be notified, in writing, via the applicable contact methods, as defined in Section 1.0, when these components must be selected and sent to Component Evaluation Center (CEC) for reevaluation.
Due to particular testing requirements, some components may be requested to be shipped to specific labs. Thus, specific shipment destination(s) for each sample will be provided in the written notification.
Managing CEC Location:
Intertek Testing Services Hong Kong Limited
ETL Component Evaluation Center
Unit H, 3/F., Garment Centre, 576 Castle Peak Road
Kowloon, Hong Kong
Attn: Sample Room
Sample Disposition: Due to the destructive nature of the testing, all samples will be discarded at the conclusion of testing unless, the manufacturer specifically requests the return of the samples. The request for return must accompany the initial component shipment.

Manufacturing and Production Tests

The manufacturer agrees to conduct the following Manufacturing and Production Tests as specified:
Required Tests
Dielectric Voltage Withstand Test
11.1 Dielectric Voltage Withstand Test
Method
Test Equipment
One hundred percent of production of the products covered by this Report shall be subjected to a routine production line dielectric withstand test.
The test shall be conducted on products, which are fully assembled. Prior to applying the test potential, all switches, contractors, relays, etc., should be closed so that all primary circuits are energized by the test potential.
If all primary circuits cannot be tested at one time, then separate applications of the test potential shall be made.
The test voltage specified below shall be applied between primary circuits and accessible dead-metal parts. The test voltage may be gradually increased to the specified value but must be maintained at the specified value for one second or one minute as required.
The test equipment shall incorporate a transformer with an essentially sinusoidal output, a means to indicate the applied test potential, and an audible and/or visual indicator of dielectric breakdown.
The test equipment shall incorporate a voltmeter in the output circuit to indicate directly the applied test potential if the rated output of the test equipment is less than 500VA.
If the rated output of the test equipment is 500VA or more, the applied test potential may be indicated by either:

  1. a voltmeter in the primary circuit;
  2. – a selector switch marked to indicate the test potential; or
  3. – a marking in a readily visible location to indicate the test potential for test equipment having a single test potential output.

In cases 2 and 3, the test equipment shall include a lamp or other visual means to indicate that the test potential is present at the test equipment output. All test equipment shall be maintained in current calibration.
Products Requiring Dielectric Voltage Withstand Test:
Product All products covered by this Report.
(Input and Output, Input and accessible Surface)
Test Voltage
3600V
Test Time
1-4s
Product One sample from each shipment of transformer (section 4.0, item 20):
(Primary input and secondary output, secondary output and core)
Test Voltage
3600V
Test Time
1-4s

Revision Summary

The following changes are in compliance with the declaration of Section 8.1:

Date/ Proj # Site ID| Project Handler/ Reviewer| Section| Item| Description of Change
| | | | None
| | | |

Report No. 22100655HKG-001
Stiger International Trade Investment Co., Ltd
Issued: 17-Apr-2023
Revised: None
ED 16.3.15 (1-Jul-2022) Mandatory

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