Sunny Tripower-8000TL / 10000TL / 12000TL / 15000TL / 17000TL

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Sunny Tripower-8000TL / 10000TL / 12000TL / 15000TL / 17000TL

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Sunny Tripower-8000TL / 10000TL / 12000TL / 15000TL / 17000TL

The three-phase inverter for easy plant design

Full of pioneering technology: highly flexible plant design with the three-phase Sunny Tripower inverter. Thanks to Optiflex technology, two MPP inputs and a broad input voltage range, it is suited to almost any module configuration. It meets any requirement such as reactive power supply, grid support thus reliably participating in grid management. The safety concept Optiprotect with self-learning string-failure detection, electronic string fuse and integrable DC surge arrester, type II ensures maximum availability.

Efficient

Maximum efficiency of 98.2 %
Best tracking efficiency with OptiTrac MPP tracking by SMA
Bluetooth communication

Flexible

DC input voltage up to 1 000 V
Integrated grid management functions
Custom plant design with Optiflex

Safe

Triple protection with Optiprotect:
Electronic string fuse
Self-learning string failure detection
DC surge arrester (Type II) can be integrated

Simple

Three-phase feed-in
Cable connection without tools
SUNCLIX DC plug-in system
Easily accessible connection area

	Sunny Tripower 8000TL	Sunny Tripower 10000TL	Sunny Tripower 12000TL	Sunny Tripower 15000TL	Sunny Tripower 17000TL
Input (DC)
Max. DC power (@ cos φ=1)	8200 W	10200 W	12250 W	15340 W	17410 W
Max. input voltage	1000 V	1000 V	1000 V	1000 V	1000 V
MPP voltage range / rated input voltage	320 V – 800 V / 600 V	320 V – 800 V / 600 V	380 V – 800 V / 600 V	360 V – 800 V / 600 V	400 V – 800 V / 600 V
Min. input voltage / initial input voltage	150 V / 188 V	150 V / 188 V	150 V / 188 V	150 V / 188 V	150 V / 188 V
Max. input current input A / input B	22 A / 11 A	22 A / 11 A	22 A / 11 A	33 A / 11 A	33 A / 11 A
Max. input current per string input A / input B	33 A / 12.5 A	33 A / 12.5 A	33 A / 12.5 A	33 A / 12.5 A	33 A / 12.5 A
Number of independent MPP inputs / strings per MPP input	2 / A:4; B:1	2 / A:4; B:1	2 / A:4; B:1	2 / A:5; B:1	2 / A:5; B:1

Output (AC)
Rated power (@ 230 V, 50 Hz)	8000 W	10000 W	12000 W	15000 W	17000 W
Max. apparent AC power	8000 VA	10000 VA	12000 VA	15000 VA	17000 VA
Nominal AC voltage	3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V	3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V	3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V	3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V	3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V
Nominal AC voltage range	160 V – 280 V	160 V – 280 V	160 V – 280 V	160 V – 280 V	160 V – 280 V
AC power frequency / range	50 Hz, 60Hz / -6 Hz ... +5 Hz	50 Hz, 60Hz / -6 Hz ... +5 Hz	50 Hz, 60Hz / -6 Hz ... +5 Hz	50 Hz, 60Hz / -6 Hz ... +5 Hz	50 Hz, 60Hz / -6 Hz ... +5 Hz
Rated grid frequency / rated grid voltage	50 Hz / 230 V	50 Hz / 230 V	50 Hz / 230 V	50 Hz / 230 V	50 Hz / 230 V
Max. output current	16 A	16 A	19.2 A	24 A	24.6 A
Power factor at rated power	1	1	1	1	1
Adjustable displacement factor	0.8 overexited ... 0.8 underexited	0.8 overexited ... 0.8 underexited	0.8 overexited ... 0.8 underexited	0.8 overexited ... 0.8 underexited	0.8 overexited ... 0.8 underexited
Phase conductors / connection phases	3 / 3	3 / 3	3 / 3	3 / 3	3 / 3

Efficiency
Max. efficiency / European efficiency	98.1 % / 97.5 %	98.1 % / 97.7 %	98.1 % / 97.7 %	98.2 % / 97.8 %	98.2 % / 97.8 %

Protection
Input-side disconnection device	yes	yes	yes	yes	yes
Ground-fault monitoring / grid monitoring	yes / yes	yes / yes	yes / yes	yes / yes	yes / yes
DC surge arrester Type II, can be integrated	opt.	opt.	opt.	opt.	opt.
DC reverse-polarity protection / AC short-circuit current capability / galvanically isolated	yes / yes / —	yes / yes / —	yes / yes / —	yes / yes / —	yes / yes / —
All-pole sensitive residual current monitoring unit	yes	yes	yes	yes	yes
Protection class (according to IEC 62103) / overvoltage category (according to IEC 60664-1)	I / III	I / III	I / III	I / III	I / III

General Data
Dimensions (W / H / D)	665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)	665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)	665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)	665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)	665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)
Weight	64 kg / 141.1 lb	64 kg / 141.1 lb	64 kg / 141.1 lb	64 kg / 141.1 lb	64 kg / 141.1 lb
Operating temperature range	-25 °C ... +60 °C / -13 °F ... +140 °F	-25 °C ... +60 °C / -13 °F ... +140 °F	-25 °C ... +60 °C / -13 °F ... +140 °F	25 °C ... +60 °C / -13 °F ... +140 °F	-25 °C ... +60 °C / -13 °F ... +140 °F
Noise emission (typical)	51 dB(A)	51 dB(A)	51 dB(A)	51 dB(A)	51 dB(A)
Self-consumption at night	1 W	1 W	1 W	1 W	1 W
Topology / cooling concept	Transformerless / OptiCool	Transformerless / OptiCool	Transformerless / OptiCool	Transformerless / OptiCool	Transformerless / OptiCool
Degree of protection / degree of protection of connection area (according to IEC 60529)	IP65 / IP54	IP65 / IP54	IP65 / IP54	IP65 / IP54	IP65 / IP54
Climatic category (according to IEC 60721-3-4)	4K4H	4K4H	4K4H	4K4H	4K4H
Maximum permissible value for relative humidity (non-condensing)	100 %	100 %	100 %	100 %	100 %

Features
DC terminal	SUNCLIX	SUNCLIX	SUNCLIX	SUNCLIX	SUNCLIX
AC terminal	Spring-type terminal	Spring-type terminal	Spring-type terminal	Spring-type terminal	Spring-type terminal
Display	Graphic	Graphic	Graphic	Graphic	Graphic
Interface: RS485 / Bluetooth	opt. / yes	opt. / yes	opt. / yes	opt. / yes	opt. / yes
Warranty: 5 / 10 / 15 / 20 / 25 years	yes / opt. / opt. / opt. / opt.	yes / opt. / opt. / opt. / opt.	yes / opt. / opt. / opt. / opt.	yes / opt. / opt. / opt. / opt.	yes / opt. / opt. / opt. / opt.
Multi-function relay	yes	yes	yes	yes	yes
Certificates and approvals (more available on request)	CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1	CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1	CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1	CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1	CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1

* Does not apply to all national deviations of EN 50438 ** To be observed in case of a short circuit in the electronic string fuse
Data at nominal conditions
Type designation	STP 8000TL-10	STP 10000TL-10	STP 12000TL-10	STP 15000TL-10	STP 17000TL-10

Additional Information

manufacturer: SMA Solar Technology / Germany /

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History
+ –
Request History
4 previous requests available
====
Session
+ –
Session
- Config
  userAgent09bd18ade4bce8ea62ddd0a3374c8219
  time1791864888
  timeout10
- _Tokena:5:{s:3:"key";s:40:"e92476d8d7cd6f1f075d1ac5c94a1c11b635257d";s:7:"expires";i:1791858888;s:18:"allowedControllers";a:0:{}s:14:"allowedActions";a:0:{}s:14:"disabledFields";a:0:{}}
====
Request
+ –
Request

Cake Params
- named(empty)
- pass
 0sunny-tripower-8000tl-10000tl-12000tl-15000tl-17000tl
- controllerproducts
- actionview
- plugin(null)
- langen
- url
 exthtml
 urlproduct/sunny-tripower-8000tl-10000tl-12000tl-15000tl-17000tl
- form(empty)
- isAjax(false)
- _Token
 keye92476d8d7cd6f1f075d1ac5c94a1c11b635257d
 expires1791858888
 allowedControllers(empty)
 allowedActions(empty)
 disabledFields(empty)
$_GET
- urlproduct/sunny-tripower-8000tl-10000tl-12000tl-15000tl-17000tl
Cookie

To view Cookies, add CookieComponent to Controller

Current Route
- nameI18nRoute
- keys(empty)
- options(empty)
- defaults
 controllerproducts
 actionview
 plugin(null)
 langen
- template/product/*
- _greedy(true)
- _compiledRoute#^/product(?:/(?P<_args_>.*))?[/]*$#
- __headerMap
 typecontent_type
 methodrequest_method
 serverserver_name
====

Sql Log

+ –

Sql Logs

default

Query	Affected	Num. rows	Took (ms)	Actions
SHOW FULL COLUMNS FROM `categories`	6	6	1	maybe slow
SELECT CHARACTER_SET_NAME FROM INFORMATION_SCHEMA.COLLATIONS WHERE COLLATION_NAME= 'utf8mb3_general_ci';	1	1	2	maybe slow
SELECT `Product`.`id`, `Product`.`title`, `Product`.`additional_information`, `Product`.`description`, `Product`.`view_count`, `Product`.`filename`, `Product`.`dir`, `Product`.`category_id`, `Category`.`id`, `Category`.`title` FROM `products` AS `Product` LEFT JOIN `categories` AS `Category` ON (`Product`.`category_id` = `Category`.`id`) WHERE `Product`.`slug` = 'sunny-tripower-8000tl-10000tl-12000tl-15000tl-17000tl' AND `Product`.`language` = 'en' LIMIT 1	1	1	2	maybe slow
SHOW FULL COLUMNS FROM `groups`	3	3	1	maybe slow
UPDATE `products` AS `Product` LEFT JOIN `companies` AS `Company` ON (`Product`.`company_id` = `Company`.`id`) LEFT JOIN `categories` AS `Category` ON (`Product`.`category_id` = `Category`.`id`) LEFT JOIN `groups` AS `Group` ON (`Product`.`group_id` = `Group`.`id`) LEFT JOIN `subgroups` AS `Subgroup` ON (`Product`.`subgroup_id` = `Subgroup`.`id`) SET `Product`.`view_count` = Product.view_count + 1 WHERE `Product`.`id` = 559	1		1	maybe slow
SELECT `Product`.`id`, `Product`.`title`, `Product`.`summary`, `Product`.`slug`, `Product`.`dir`, `Product`.`filename` FROM `products` AS `Product` WHERE NOT (`Product`.`id` = 559) AND `Product`.`category_id` = 29 AND `Product`.`language` = 'en' LIMIT 4	4	4	2	maybe slow
UPDATE `sites` AS `Site` SET `Site`.`view_count` = Site.view_count + 1 WHERE `Site`.`id` = 1	1		0
SELECT `Site`.`view_count` FROM `sites` AS `Site` WHERE `Site`.`id` = 1 LIMIT 1	1	1	0
SELECT `BlockContent`.`content`, `Block`.`name` FROM `block_contents` AS `BlockContent` LEFT JOIN `blocks` AS `Block` ON (`BlockContent`.`block_id` = `Block`.`id`) WHERE `Block`.`key` = 'after_blue_box' AND `BlockContent`.`language` = 'en' LIMIT 1	1	1	0
SELECT `Type`.`id`, `Type`.`title` FROM `types` AS `Type` WHERE `Type`.`language` = 'en' ORDER BY `title` ASC	37	37	0
SELECT `CompanyCategory`.`id`, `CompanyCategory`.`title` FROM `company_categories` AS `CompanyCategory` WHERE `CompanyCategory`.`language` = 'en' ORDER BY `title` ASC	12	12	0
SELECT `Link`.`id`, `Link`.`title`, `Link`.`type`, `Link`.`object_id`, `Link`.`subject`, `Link`.`lft`, `Link`.`rght`, `Link`.`language`, `Link`.`navigation_id`, `Link`.`parent_id`, `Navigation`.`id`, `Navigation`.`name`, `Navigation`.`key` FROM `links` AS `Link` LEFT JOIN `navigations` AS `Navigation` ON (`Link`.`navigation_id` = `Navigation`.`id`) WHERE `Link`.`language` = 'en' AND `Navigation`.`key` = 'main' AND `Link`.`language` = 'en' ORDER BY `Link`.`lft` ASC	8	8	0
SELECT `Type`.`id`, `Type`.`title`, `Type`.`filename`, `Type`.`dir`, `Type`.`language` FROM `types` AS `Type` WHERE `Type`.`language` = 'en' ORDER BY `title` ASC	37	37	0
SHOW FULL COLUMNS FROM `posts`	10	10	1	maybe slow
SELECT CHARACTER_SET_NAME FROM INFORMATION_SCHEMA.COLLATIONS WHERE COLLATION_NAME= 'utf8mb3_unicode_ci';	1	1	1
SELECT `Post`.`id`, `Post`.`title`, `Post`.`slug`, `Post`.`summary`, `Post`.`content`, `Post`.`type`, `Post`.`filename`, `Post`.`dir`, `Post`.`language`, `Post`.`created` FROM `posts` AS `Post` WHERE `Post`.`type` = 'news' AND `Post`.`language` = 'en' ORDER BY `Post`.`id` DESC LIMIT 5	5	5	0
SELECT `Post`.`id`, `Post`.`title`, `Post`.`slug`, `Post`.`summary`, `Post`.`content`, `Post`.`type`, `Post`.`filename`, `Post`.`dir`, `Post`.`language`, `Post`.`created` FROM `posts` AS `Post` WHERE `Post`.`type` = 'curious' AND `Post`.`language` = 'en' ORDER BY `Post`.`id` DESC LIMIT 5	5	5	0
SELECT `BlockContent`.`content`, `Block`.`name` FROM `block_contents` AS `BlockContent` LEFT JOIN `blocks` AS `Block` ON (`BlockContent`.`block_id` = `Block`.`id`) WHERE `Block`.`key` = 'partners' AND `BlockContent`.`language` = 'en' LIMIT 1	1	1	0
SELECT `BlockContent`.`content`, `Block`.`name` FROM `block_contents` AS `BlockContent` LEFT JOIN `blocks` AS `Block` ON (`BlockContent`.`block_id` = `Block`.`id`) WHERE `Block`.`key` = 'right_sidebar' AND `BlockContent`.`language` = 'en' LIMIT 1	1	1	0
SELECT `BlockContent`.`content`, `Block`.`name` FROM `block_contents` AS `BlockContent` LEFT JOIN `blocks` AS `Block` ON (`BlockContent`.`block_id` = `Block`.`id`) WHERE `Block`.`key` = 'bottom' AND `BlockContent`.`language` = 'en' LIMIT 1	1	1	0
SELECT `Link`.`id`, `Link`.`title`, `Link`.`type`, `Link`.`object_id`, `Link`.`subject`, `Link`.`lft`, `Link`.`rght`, `Link`.`language`, `Link`.`navigation_id`, `Link`.`parent_id`, `Navigation`.`id`, `Navigation`.`name`, `Navigation`.`key` FROM `links` AS `Link` LEFT JOIN `navigations` AS `Navigation` ON (`Link`.`navigation_id` = `Navigation`.`id`) WHERE `Link`.`language` = 'en' AND `Navigation`.`key` = 'footer' AND `Link`.`language` = 'en' ORDER BY `Link`.`lft` ASC	8	8	0
SELECT `BlockContent`.`content`, `Block`.`name` FROM `block_contents` AS `BlockContent` LEFT JOIN `blocks` AS `Block` ON (`BlockContent`.`block_id` = `Block`.`id`) WHERE `Block`.`key` = 'footer' AND `BlockContent`.`language` = 'en' LIMIT 1	1	1	0

Query Explain:

Click an "Explain" link above, to see the query explanation.

====

Timer

+ –

Memory

Peak Memory Use 17.35 MB

Message	Memory use
Component initialization	10.55 MB
Controller action start	10.88 MB
Controller render start	11.42 MB
Component initialization #2	14.00 MB
Controller action start #2	14.01 MB
Component initialization #3	14.76 MB
Controller action start #3	14.78 MB
Component initialization #4	15.23 MB
Controller action start #4	15.25 MB
Component initialization #5	15.12 MB
Controller action start #5	15.13 MB
Component initialization #6	15.17 MB
Controller action start #6	15.19 MB
Component initialization #7	15.23 MB
Controller action start #7	15.24 MB
Component initialization #8	15.32 MB
Controller action start #8	15.33 MB
View render complete	15.18 MB

Timers

Total Request Time: 449 (ms)

Message	Time in ms	Graph
Core Processing (Derived)	62.04
Component initialization and startup	6.96
Controller action	61.27
Render Controller Action	203.38
» Rendering View	201.59
» » Rendering APP/views/products/view.ctp	61.82
» » » Rendering APP/views/elements/search.ctp	24.26
» » » » Rendering APP/views/elements/block.ctp	9.58
» » » » » Component initialization and startup #2	2.31
Controller action #2	0.00
» » » » Rendering APP/views/elements/breadcrumbs.ctp	1.88
» » » Rendering APP/views/layouts/default.ctp	108.06
» » » » Rendering APP/views/elements/navigation.ctp	21.47
» » » » » Component initialization and startup #3	2.57
Controller action #3	0.00
» » » » » » Rendering APP/views/elements/link.ctp	0.50
» » » » » » Rendering APP/views/elements/link.ctp #2	0.56
» » » » » » Rendering APP/views/elements/link.ctp #3	0.57
» » » » » » Rendering APP/views/elements/link.ctp #4	0.43
» » » » » » Rendering APP/views/elements/link.ctp #5	1.31
» » » » » » Rendering APP/views/elements/link.ctp #6	1.26
» » » » » » Rendering APP/views/elements/link.ctp #7	0.38
» » » » » » Rendering APP/views/elements/link.ctp #8	0.36
» » » » Rendering APP/views/elements/sidebars/default.ctp #2	116.98
» » » » » » Rendering APP/views/elements/block.ctp #2	5.99
» » » » » » » Component initialization and startup #4	2.35
Controller action #4	0.00
» » » » » » Rendering APP/views/elements/block.ctp #3	6.10
» » » » » » » Component initialization and startup #5	2.39
Controller action #5	0.00
» » » » » » » Rendering APP/views/elements/block.ctp #4	5.81
» » » » » » » » Component initialization and startup #6	2.31
Controller action #6	0.00
» » » » » » » » Rendering APP/views/elements/navigation.ctp #2	12.12
» » » » » » » » » Component initialization and startup #7	2.34
Controller action #7	0.00
» » » » » » » » » » Rendering APP/views/elements/link.ctp #9	0.77
» » » » » » » » » » Rendering APP/views/elements/link.ctp #10	0.57
» » » » » » » » » » Rendering APP/views/elements/link.ctp #11	0.51
» » » » » » » » » » Rendering APP/views/elements/link.ctp #12	0.36
» » » » » » » » » » Rendering APP/views/elements/link.ctp #13	0.35
» » » » » » » » » » Rendering APP/views/elements/link.ctp #14	0.36
» » » » » » » » » » Rendering APP/views/elements/link.ctp #15	0.39
» » » » » » » » » » Rendering APP/views/elements/link.ctp #16	0.38
» » » » » » » » » Rendering APP/views/elements/block.ctp #5	6.09
» » » » » » » » » » Component initialization and startup #8	2.36
Controller action #8	0.00

====

Log
+ –

Logs

====
Variables
+ –
View Variables
- viewCount10478451
- title_for_layout Sunny Tripower-8000TL / 10000TL / 12000TL / 15000TL / 17000TL
- product
 Product
 id559
 title Sunny Tripower-8000TL / 10000TL / 12000TL / 15000TL / 17000TL
 additional_information<ul> <li> manufacturer:  <a href="http://www.eco-foryou.com/companies/view/sma-solar-technology-ag">SMA</a><a href="http://www.eco-foryou.com/companies/view/sma-solar-technology-ag"> </a>Solar Technology / Germany /</li> </ul>
 description The three-phase inverter for easy plant design Full of pioneering technology: highly flexible plant design with the three-phase Sunny Tripower inverter. Thanks to Optiflex technology, two MPP inputs and a broad input voltage range, it is suited to almost any module configuration. It meets any requirement such as reactive power supply, grid support thus reliably participating in grid management. The safety concept Optiprotect with self-learning string-failure detection, electronic string fuse and integrable DC surge arrester, type II ensures maximum availability.   <table border="1" cellpadding="1" cellspacing="1" style="width: 541px; height: 260px;"> <tbody> <tr> <td> Efficient <ul> <li> Maximum efficiency of 98.2 %</li> <li> Best tracking efficiency with OptiTrac MPP tracking by SMA</li> <li> Bluetooth communication</li> </ul> </td> <td> Flexible <ul> <li> DC input voltage up to 1 000 V</li> <li> Integrated grid management functions</li> <li> Custom plant design with Optiflex</li> </ul> </td> </tr> <tr> <td> Safe <ul> <li> Triple protection with Optiprotect:</li> <li> Electronic string fuse</li> <li> Self-learning string failure detection</li> <li> DC surge arrester (Type II) can be integrated</li> </ul> </td> <td> Simple <ul> <li> Three-phase feed-in</li> <li> Cable connection without tools</li> <li> SUNCLIX DC plug-in system</li> <li> Easily accessible connection area</li> </ul> </td> </tr> </tbody> </table> <table class="contenttable contenttable-4"> <tbody> <tr class="tr-even tr-0"> <td class="td-1">  </td> <td class="td-2"> Sunny Tripower 8000TL</td> <td class="td-3"> Sunny Tripower 10000TL</td> <td class="td-4"> Sunny Tripower 12000TL</td> <td class="td-last td-5"> Sunny Tripower 15000TL</td> <td class="td-last td-5"> Sunny Tripower 17000TL</td> </tr> <tr class="tr-odd tr-1"> <td class="td-0"> Input (DC)</td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-even tr-2"> <td class="td-0"> Max. DC power (@ cos φ=1)</td> <td class="td-1"> 8200 W</td> <td class="td-2"> 10200 W</td> <td class="td-3"> 12250 W</td> <td class="td-4"> 15340 W</td> <td class="td-last td-5"> 17410 W</td> </tr> <tr class="tr-odd tr-3"> <td class="td-0"> Max. input voltage</td> <td class="td-1"> 1000 V</td> <td class="td-2"> 1000 V</td> <td class="td-3"> 1000 V</td> <td class="td-4"> 1000 V</td> <td class="td-last td-5"> 1000 V</td> </tr> <tr class="tr-even tr-4"> <td class="td-0"> MPP voltage range / rated input voltage</td> <td class="td-1"> 320 V – 800 V / 600 V</td> <td class="td-2"> 320 V – 800 V / 600 V</td> <td class="td-3"> 380 V – 800 V / 600 V</td> <td class="td-4"> 360 V – 800 V / 600 V</td> <td class="td-last td-5"> 400 V – 800 V / 600 V</td> </tr> <tr class="tr-odd tr-5"> <td class="td-0"> Min. input voltage / initial input voltage</td> <td class="td-1"> 150 V / 188 V</td> <td class="td-2"> 150 V / 188 V</td> <td class="td-3"> 150 V / 188 V</td> <td class="td-4"> 150 V / 188 V</td> <td class="td-last td-5"> 150 V / 188 V</td> </tr> <tr class="tr-even tr-6"> <td class="td-0"> Max. input current input A / input B</td> <td class="td-1"> 22 A / 11 A</td> <td class="td-2"> 22 A / 11 A</td> <td class="td-3"> 22 A / 11 A</td> <td class="td-4"> 33 A / 11 A</td> <td class="td-last td-5"> 33 A / 11 A</td> </tr> <tr class="tr-odd tr-7"> <td class="td-0"> Max. input current per string input A** / input B**</td> <td class="td-1"> 33 A / 12.5 A</td> <td class="td-2"> 33 A / 12.5 A</td> <td class="td-3"> 33 A / 12.5 A</td> <td class="td-4"> 33 A / 12.5 A</td> <td class="td-last td-5"> 33 A / 12.5 A</td> </tr> <tr class="tr-even tr-8"> <td class="td-0"> Number of independent MPP inputs / strings per MPP input</td> <td class="td-1"> 2 / A:4; B:1</td> <td class="td-2"> 2 / A:4; B:1</td> <td class="td-3"> 2 / A:4; B:1</td> <td class="td-4"> 2 / A:5; B:1</td> <td class="td-last td-5"> 2 / A:5; B:1</td> </tr> <tr class="tr-odd tr-9"> <td class="td-0">  </td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-even tr-10"> <td class="td-0"> Output (AC)</td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-odd tr-11"> <td class="td-0"> Rated power (@ 230 V, 50 Hz)</td> <td class="td-1"> 8000 W</td> <td class="td-2"> 10000 W</td> <td class="td-3"> 12000 W</td> <td class="td-4"> 15000 W</td> <td class="td-last td-5"> 17000 W</td> </tr> <tr class="tr-even tr-12"> <td class="td-0"> Max. apparent AC power</td> <td class="td-1"> 8000 VA</td> <td class="td-2"> 10000 VA</td> <td class="td-3"> 12000 VA</td> <td class="td-4"> 15000 VA</td> <td class="td-last td-5"> 17000 VA</td> </tr> <tr class="tr-odd tr-13"> <td class="td-0"> Nominal AC voltage</td> <td class="td-1"> 3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V</td> <td class="td-2"> 3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V</td> <td class="td-3"> 3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V</td> <td class="td-4"> 3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V</td> <td class="td-last td-5"> 3 / N / PE; 220 / 380 V 3 / N / PE; 230 / 400 V 3 / N / PE; 240 / 415 V</td> </tr> <tr class="tr-even tr-14"> <td class="td-0"> Nominal AC voltage range</td> <td class="td-1"> 160 V – 280 V</td> <td class="td-2"> 160 V – 280 V</td> <td class="td-3"> 160 V – 280 V</td> <td class="td-4"> 160 V – 280 V</td> <td class="td-last td-5"> 160 V – 280 V</td> </tr> <tr class="tr-odd tr-15"> <td class="td-0"> AC power frequency / range</td> <td class="td-1"> 50 Hz, 60Hz / -6 Hz ... +5 Hz</td> <td class="td-2"> 50 Hz, 60Hz / -6 Hz ... +5 Hz</td> <td class="td-3"> 50 Hz, 60Hz / -6 Hz ... +5 Hz</td> <td class="td-4"> 50 Hz, 60Hz / -6 Hz ... +5 Hz</td> <td class="td-last td-5"> 50 Hz, 60Hz / -6 Hz ... +5 Hz</td> </tr> <tr class="tr-even tr-16"> <td class="td-0"> Rated grid frequency / rated grid voltage</td> <td class="td-1"> 50 Hz / 230 V</td> <td class="td-2"> 50 Hz / 230 V</td> <td class="td-3"> 50 Hz / 230 V</td> <td class="td-4"> 50 Hz / 230 V</td> <td class="td-last td-5"> 50 Hz / 230 V</td> </tr> <tr class="tr-odd tr-17"> <td class="td-0"> Max. output current</td> <td class="td-1"> 16 A</td> <td class="td-2"> 16 A</td> <td class="td-3"> 19.2 A</td> <td class="td-4"> 24 A</td> <td class="td-last td-5"> 24.6 A</td> </tr> <tr class="tr-even tr-18"> <td class="td-0"> Power factor at rated power</td> <td class="td-1"> 1</td> <td class="td-2"> 1</td> <td class="td-3"> 1</td> <td class="td-4"> 1</td> <td class="td-last td-5"> 1</td> </tr> <tr class="tr-odd tr-19"> <td class="td-0"> Adjustable displacement factor</td> <td class="td-1"> 0.8 overexited ... 0.8 underexited</td> <td class="td-2"> 0.8 overexited ... 0.8 underexited</td> <td class="td-3"> 0.8 overexited ... 0.8 underexited</td> <td class="td-4"> 0.8 overexited ... 0.8 underexited</td> <td class="td-last td-5"> 0.8 overexited ... 0.8 underexited</td> </tr> <tr class="tr-even tr-20"> <td class="td-0"> Phase conductors / connection phases</td> <td class="td-1"> 3 / 3</td> <td class="td-2"> 3 / 3</td> <td class="td-3"> 3 / 3</td> <td class="td-4"> 3 / 3</td> <td class="td-last td-5"> 3 / 3</td> </tr> <tr class="tr-odd tr-21"> <td class="td-0">  </td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-even tr-22"> <td class="td-0"> Efficiency</td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-odd tr-23"> <td class="td-0"> Max. efficiency / European efficiency</td> <td class="td-1"> 98.1 % / 97.5 %</td> <td class="td-2"> 98.1 % / 97.7 %</td> <td class="td-3"> 98.1 % / 97.7 %</td> <td class="td-4"> 98.2 % / 97.8 %</td> <td class="td-last td-5"> 98.2 % / 97.8 %</td> </tr> <tr class="tr-even tr-24"> <td class="td-0">  </td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-odd tr-25"> <td class="td-0"> Protection</td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-even tr-26"> <td class="td-0"> Input-side disconnection device</td> <td class="td-1"> yes</td> <td class="td-2"> yes</td> <td class="td-3"> yes</td> <td class="td-4"> yes</td> <td class="td-last td-5"> yes</td> </tr> <tr class="tr-odd tr-27"> <td class="td-0"> Ground-fault monitoring / grid monitoring</td> <td class="td-1"> yes / yes</td> <td class="td-2"> yes / yes</td> <td class="td-3"> yes / yes</td> <td class="td-4"> yes / yes</td> <td class="td-last td-5"> yes / yes</td> </tr> <tr class="tr-even tr-28"> <td class="td-0"> DC surge arrester Type II, can be integrated</td> <td class="td-1"> opt.</td> <td class="td-2"> opt.</td> <td class="td-3"> opt.</td> <td class="td-4"> opt.</td> <td class="td-last td-5"> opt.</td> </tr> <tr class="tr-odd tr-29"> <td class="td-0"> DC reverse-polarity protection / AC short-circuit current capability / galvanically isolated</td> <td class="td-1"> yes / yes / —</td> <td class="td-2"> yes / yes / —</td> <td class="td-3"> yes / yes / —</td> <td class="td-4"> yes / yes / —</td> <td class="td-last td-5"> yes / yes / —</td> </tr> <tr class="tr-even tr-30"> <td class="td-0"> All-pole sensitive residual current monitoring unit</td> <td class="td-1"> yes</td> <td class="td-2"> yes</td> <td class="td-3"> yes</td> <td class="td-4"> yes</td> <td class="td-last td-5"> yes</td> </tr> <tr class="tr-odd tr-31"> <td class="td-0"> Protection class (according to IEC 62103) / overvoltage category (according to IEC 60664-1)</td> <td class="td-1"> I / III</td> <td class="td-2"> I / III</td> <td class="td-3"> I / III</td> <td class="td-4"> I / III</td> <td class="td-last td-5"> I / III</td> </tr> <tr class="tr-even tr-32"> <td class="td-0">  </td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-odd tr-33"> <td class="td-0"> General Data</td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-even tr-34"> <td class="td-0"> Dimensions (W / H / D)</td> <td class="td-1"> 665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)</td> <td class="td-2"> 665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)</td> <td class="td-3"> 665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)</td> <td class="td-4"> 665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)</td> <td class="td-last td-5"> 665 / 690 / 265 mm (26.2 / 27.2 / 10.4 inch)</td> </tr> <tr class="tr-odd tr-35"> <td class="td-0"> Weight</td> <td class="td-1"> 64 kg / 141.1 lb</td> <td class="td-2"> 64 kg / 141.1 lb</td> <td class="td-3"> 64 kg / 141.1 lb</td> <td class="td-4"> 64 kg / 141.1 lb</td> <td class="td-last td-5"> 64 kg / 141.1 lb</td> </tr> <tr class="tr-even tr-36"> <td class="td-0"> Operating temperature range</td> <td class="td-1"> -25 °C ... +60 °C / -13 °F ... +140 °F</td> <td class="td-2"> -25 °C ... +60 °C / -13 °F ... +140 °F</td> <td class="td-3"> -25 °C ... +60 °C / -13 °F ... +140 °F</td> <td class="td-4"> 25 °C ... +60 °C / -13 °F ... +140 °F</td> <td class="td-last td-5"> -25 °C ... +60 °C / -13 °F ... +140 °F</td> </tr> <tr class="tr-odd tr-37"> <td class="td-0"> Noise emission (typical)</td> <td class="td-1"> 51 dB(A)</td> <td class="td-2"> 51 dB(A)</td> <td class="td-3"> 51 dB(A)</td> <td class="td-4"> 51 dB(A)</td> <td class="td-last td-5"> 51 dB(A)</td> </tr> <tr class="tr-even tr-38"> <td class="td-0"> Self-consumption at night</td> <td class="td-1"> 1 W</td> <td class="td-2"> 1 W</td> <td class="td-3"> 1 W</td> <td class="td-4"> 1 W</td> <td class="td-last td-5"> 1 W</td> </tr> <tr class="tr-odd tr-39"> <td class="td-0"> Topology / cooling concept</td> <td class="td-1"> Transformerless / OptiCool</td> <td class="td-2"> Transformerless / OptiCool</td> <td class="td-3"> Transformerless / OptiCool</td> <td class="td-4"> Transformerless / OptiCool</td> <td class="td-last td-5"> Transformerless / OptiCool</td> </tr> <tr class="tr-even tr-40"> <td class="td-0"> Degree of protection / degree of protection of connection area (according to IEC 60529)</td> <td class="td-1"> IP65 / IP54</td> <td class="td-2"> IP65 / IP54</td> <td class="td-3"> IP65 / IP54</td> <td class="td-4"> IP65 / IP54</td> <td class="td-last td-5"> IP65 / IP54</td> </tr> <tr class="tr-odd tr-41"> <td class="td-0"> Climatic category (according to IEC 60721-3-4)</td> <td class="td-1"> 4K4H</td> <td class="td-2"> 4K4H</td> <td class="td-3"> 4K4H</td> <td class="td-4"> 4K4H</td> <td class="td-last td-5"> 4K4H</td> </tr> <tr class="tr-even tr-42"> <td class="td-0"> Maximum permissible value for relative humidity (non-condensing)</td> <td class="td-1"> 100 %</td> <td class="td-2"> 100 %</td> <td class="td-3"> 100 %</td> <td class="td-4"> 100 %</td> <td class="td-last td-5"> 100 %</td> </tr> <tr class="tr-odd tr-43"> <td class="td-0">  </td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-even tr-44"> <td class="td-0"> Features</td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-odd tr-45"> <td class="td-0"> DC terminal</td> <td class="td-1"> SUNCLIX</td> <td class="td-2"> SUNCLIX</td> <td class="td-3"> SUNCLIX</td> <td class="td-4"> SUNCLIX</td> <td class="td-last td-5"> SUNCLIX</td> </tr> <tr class="tr-even tr-46"> <td class="td-0"> AC terminal</td> <td class="td-1"> Spring-type terminal</td> <td class="td-2"> Spring-type terminal</td> <td class="td-3"> Spring-type terminal</td> <td class="td-4"> Spring-type terminal</td> <td class="td-last td-5"> Spring-type terminal</td> </tr> <tr class="tr-odd tr-47"> <td class="td-0"> Display</td> <td class="td-1"> Graphic</td> <td class="td-2"> Graphic</td> <td class="td-3"> Graphic</td> <td class="td-4"> Graphic</td> <td class="td-last td-5"> Graphic</td> </tr> <tr class="tr-even tr-48"> <td class="td-0"> Interface: RS485 / Bluetooth</td> <td class="td-1"> opt. / yes</td> <td class="td-2"> opt. / yes</td> <td class="td-3"> opt. / yes</td> <td class="td-4"> opt. / yes</td> <td class="td-last td-5"> opt. / yes</td> </tr> <tr class="tr-odd tr-49"> <td class="td-0"> Warranty: 5 / 10 / 15 / 20 / 25 years</td> <td class="td-1"> yes / opt. / opt. / opt. / opt.</td> <td class="td-2"> yes / opt. / opt. / opt. / opt.</td> <td class="td-3"> yes / opt. / opt. / opt. / opt.</td> <td class="td-4"> yes / opt. / opt. / opt. / opt.</td> <td class="td-last td-5"> yes / opt. / opt. / opt. / opt.</td> </tr> <tr class="tr-even tr-50"> <td class="td-0"> Multi-function relay</td> <td class="td-1"> yes</td> <td class="td-2"> yes</td> <td class="td-3"> yes</td> <td class="td-4"> yes</td> <td class="td-last td-5"> yes</td> </tr> <tr class="tr-odd tr-51"> <td class="td-0"> Certificates and approvals (more available on request)</td> <td class="td-1"> CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1</td> <td class="td-2"> CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1</td> <td class="td-3"> CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1</td> <td class="td-4"> CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1</td> <td class="td-last td-5"> CE, VDE0126-1-1, G83/1-1, RD 1663/2000, RD 661/2007, G59/2, PPC, AS4777, EN 50438*, C10/11, PPDS, IEC 61727, ENEL-Guida, UTE C15-712-1</td> </tr> <tr class="tr-even tr-52"> <td class="td-0">  </td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-odd tr-53"> <td class="td-0"> * Does not apply to all national deviations of EN 50438 ** To be observed in case of a short circuit in the electronic string fuse</td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-even tr-54"> <td class="td-0"> Data at nominal conditions</td> <td class="td-1">  </td> <td class="td-2">  </td> <td class="td-3">  </td> <td class="td-4">  </td> <td class="td-last td-5">  </td> </tr> <tr class="tr-odd tr-last"> <td class="td-0"> Type designation</td> <td class="td-1"> STP 8000TL-10</td> <td class="td-2"> STP 10000TL-10</td> <td class="td-3"> STP 12000TL-10</td> <td class="td-4"> STP 15000TL-10</td> <td class="td-last td-5"> STP 17000TL-10</td> </tr> </tbody> </table>
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====

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