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Organic light emitting diode (OLED) panels for general lighting - Performance requirements (IEC 62922:2016)
IESV
This document specifies the performance requirements of OLED tiles and panels for use on
DC supplies up to 120 V or AC supplies up to 50 V at 50 Hz or 60 Hz for indoor and similar
general lighting purposes.
NOTE In this current edition, life (life time and maintained values) is not addressed. This is intended to be
covered in a future amendment.
Organische Licht emittierende Dioden (OLED)-Panels für die Allgemeinbeleuchtung – Anforderungen an die Arbeitsweise
Panneaux à diodes électroluminescentes organiques (OLED) destinés à l'éclairage général - Exigences de performance
L'IEC 62922:2016 spécifie les exigences de performance des dalles et des panneaux OLED destinés à être utilisés avec des alimentations en courant continu jusqu'à 120 V ou avec des alimentations en courant alternatif jusqu'à 50 V à 50 Hz ou 60 Hz, pour l'éclairage général intérieur ou similaire.
Plošče z organskimi svetlečimi diodami (OLED) za splošno razsvetljavo - Zahtevane lastnosti (IEC 62922:2016)
Ta dokument določa zahtevane lastnosti za ploščice in plošče OLED za uporabo z enosmerno napajalno napetostjo do 120 V ali izmenično napajalno napetostjo do 50 V pri frekvenci 50 Hz ali 60 Hz za notranjo osvetlitev in podobne namene splošne razsvetljave.
OPOMBA: Ta trenutna izdaja ne obravnava življenjske dobe (čas delovanja in ohranjene vrednosti). Ta bo predvidoma zajeta v novem dopolnilu.
29.140.99 - Other standards related to lamps
IESV - Lamps and related equipment
EN 62922:2017 - Organic light emitting diode (OLED) panels for general lighting - Performance Requirements
SIST EN 62922:2017/A1:2021 - Organic light emitting diode (OLED) panels for general lighting - Performance requirements (IEC 62922:2016/AMD1:2021)
SIST EN 62922:2017 - BARVE na PDF-str 24,27,28
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Organic light emitting diode (OLED) panels for general lighting - Performance
requirements (IEC 62922:2016)
29.140.99 Drugi standardi v zvezi z Other standards related to
žarnicami lamps
SIST EN 62922:2017 en
EUROPEAN STANDARD EN 62922
ICS 29.140.99
Organic light emitting diode (OLED) panels for general lighting -
Performance Requirements
(IEC 62922:2016)
Panneaux à diodes électroluminescentes organiques Organische-Licht-emittierende-Dioden- (OLED-) Panels -
(OLED) destinés à l'éclairage général - Exigences de Anforderungen an die Arbeitsweise
performance (IEC 62922:2016)
This European Standard was approved by CENELEC on 2016-12-23. CENELEC members are bound to comply with the CEN/CENELEC
Internal Regulations which stipulate the conditions for giving this European Standard the status of a national standard without any alteration.
Up-to-date lists and bibliographical references concerning such national standards may be obtained on application to the CEN-CENELEC
Management Centre or to any CENELEC member.
This European Standard exists in three official versions (English, French, German). A version in any other language made by translation
under the responsibility of a CENELEC member into its own language and notified to the CEN-CENELEC Management Centre has the
same status as the official versions.
CENELEC members are the national electrotechnical committees of Austria, Belgium, Bulgaria, Croatia, Cyprus, the Czech Republic,
Denmark, Estonia, Finland, Former Yugoslav Republic of Macedonia, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia,
Lithuania, Luxembourg, Malta, the Netherlands, Norway, Poland, Portugal, Romania, Serbia, Slovakia, Slovenia, Spain, Sweden,
Switzerland, Turkey and the United Kingdom.
CEN-CENELEC Management Centre: Avenue Marnix 17, B-1000 Brussels
© 2017 CENELEC All rights of exploitation in any form and by any means reserved worldwide for CENELEC Members.
European foreword
The text of document 34A/1942/FDIS, future edition 1 of IEC 62922, prepared by SC 34A "Lamps" of
IEC/TC 34 "Lamps and related equipment" was submitted to the IEC-CENELEC parallel vote and
approved by CENELEC as EN 62922:2017.
• latest date by which the document has to be
implemented at national level by
publication of an identical national
standard or by endorsement
• latest date by which the national (dow) 2019-12-23
standards conflicting with the
document have to be withdrawn
Standard without any modification.
In the official version, for Bibliography, the following notes have to be added for the standards indicated:
IEC 60068-2-20:2008 NOTE Harmonized as EN 60068-2-20:2008 (not modified).
IEC 60749-14:2003 NOTE Harmonized as EN 60749-14:2003 (not modified).
IEC 61747-10-1:2013 NOTE Harmonized as EN 61747-10-1:2013 (not modified).
NOTE 1 When an International Publication has been modified by common modifications, indicated by (mod), the relevant
NOTE 2 Up-to-date information on the latest versions of the European Standards listed in this annex is available here:
www.cenelec.eu
IEC 60050-845 - International Electrotechnical Vocabulary - -
(IEV) -
Chapter 845: Lighting
IEC 62868 - Organic light emitting diode (OLED) EN 62868 -
panels for general lighting - Safety
IEC/TR 62732 - Three-digit code for designation of colour - -
rendering and correlated colour
IEC/TS 62972 - General lighting - Organic light emitting - -
diode (OLED) products and related
equipment - Terms and definitions
ISO 11664-5/ 2009 Colorimetry - EN ISO 11664-5 2011
CIE S 014-5/E Part 5: CIE 1976 L*u*v* Colour space and
u', v' uniform chromaticity scale diagram
CIE 013.3 1995 Method of measuring and specifying colour - -
rendering properties of light source
CIE TN 001 2014 Chromaticity difference specification for - -
Superseded by EN ISO 11664-5:2016 (SO/CIE 11664-5:2016).
Organic light emitting diode (OLED) panels for general lighting – Performance
Panneaux à diodes électroluminescentes organiques (OLED) destinés à
l'éclairage général – Exigences de performance
ICS 29.140.99 ISBN 978-2-8322-3754-0
Warning! Make sure that you obtained this publication from an authorized distributor.
Attention! Veuillez vous assurer que vous avez obtenu cette publication via un distributeur agréé.
– 2 – IEC 62922:2016 © IEC 2016
FOREWORD ........................................................................................................................... 4
1 Scope .............................................................................................................................. 6
2 Normative references ...................................................................................................... 6
3 Terms and definitions ...................................................................................................... 6
4 General statement and test conditions ............................................................................. 7
4.1 General statement .................................................................................................. 7
4.2 General test conditions ........................................................................................... 7
4.3 Stabilization ............................................................................................................ 8
4.3.1 General requirements for stabilization.............................................................. 8
4.3.2 Current-driven stabilization .............................................................................. 8
4.3.3 Voltage-driven stabilization .............................................................................. 8
5 Marking ........................................................................................................................... 8
5.1 Contents and location ............................................................................................. 8
5.2 Information on reliability of electrical connection ..................................................... 9
6 Input power ..................................................................................................................... 9
7 Initial photometric characteristics ..................................................................................... 9
7.1 General ................................................................................................................... 9
7.2 Luminous flux ....................................................................................................... 10
7.3 Luminous efficacy ................................................................................................. 10
7.4 Chromaticity coordinates ....................................................................................... 10
7.5 Correlated colour temperature (CCT) .................................................................... 10
7.6 Colour rendering index (CRI) ................................................................................ 10
7.7 Luminance uniformity ............................................................................................ 11
7.7.1 Average luminance (L ) ............................................................................... 11
7.7.2 Luminance uniformity (U) ............................................................................... 11
7.8 Luminous intensity distribution .............................................................................. 11
7.9 Surface chromaticity uniformity ............................................................................. 12
7.10 Angular chromaticity uniformity ............................................................................. 12
8 Maintained photometric characteristics .......................................................................... 12
9 Reliability ...................................................................................................................... 13
9.1 High temperature – high humidity operation .......................................................... 13
9.2 High temperature – high humidity storage ............................................................. 13
9.3 Reliability of connection ........................................................................................ 13
10 Information for controlgear design ................................................................................. 14
Annex A (informative) Use of regional standards.................................................................. 15
Annex B (informative) Measuring method of angular chromaticity uniformity ........................ 16
Annex C (normative) Measuring method for luminous flux .................................................... 18
C.1 General ................................................................................................................. 18
C.2 Integrating sphere measurements ......................................................................... 18
C.2.1 Integrating sphere methods and installation position ...................................... 18
C.2.2 Size of the integrating sphere ........................................................................ 18
C.3 Goniophotometric measurements .......................................................................... 19
Annex D (informative) Tests of robustness of terminations and connectors .......................... 20
D.1 General ................................................................................................................. 20
D.2 Wire terminations and pin type connectors ............................................................ 20
IEC 62922:2016 © IEC 2016 – 3 –
D.2.1 General ......................................................................................................... 20
D.2.2 Tensile test .................................................................................................... 20
D.2.3 Bending test .................................................................................................. 20
D.2.4 Torsion test ................................................................................................... 20
D.3 Flexible flat terminations ....................................................................................... 20
D.3.2 Peel test A ..................................................................................................... 21
D.3.3 Peel test B ..................................................................................................... 21
D.4 Soldering .............................................................................................................. 21
Annex E (informative) Information for controlgear design .................................................... 22
E.1 General ................................................................................................................. 22
E.2 Operation .............................................................................................................. 22
E.3 Characteristics of the driver output current ............................................................ 22
E.4 Characteristics of the driver output voltage ........................................................... 23
E.5 Dimming ............................................................................................................... 23
E.6 Short-circuit protection .......................................................................................... 23
Annex F (informative) Information for luminaire design ........................................................ 24
Bibliography .......................................................................................................................... 25
Figure C.1 – 4π geometry (left), 2π geometry sphere (centre) and 2π geometry
hemisphere (right)................................................................................................................. 18
Figure D.1 – Schematic diagram of peel test A...................................................................... 21
Figure E.1 – Voltage and luminance behaviour at constant current operation ........................ 22
Table 1 – Contents and location of marking ............................................................................ 9
Table B.1 – Chromaticity coordinates for all viewing angles between 0° and 80° in 5°
steps..................................................................................................................................... 16
Table B.2 – Colour difference between all chromaticity coordinate pairs ............................... 17
ORGANIC LIGHT EMITTING DIODE (OLED) PANELS
FOR GENERAL LIGHTING – PERFORMANCE REQUIREMENTS
International Standard IEC 62922 has been prepared by subcommittee 34A: Lamps, of IEC
technical committee 34: Lamps and related equipment.
34A/1942/FDIS 34A/1956/RVD
Full information on the voting for the approval of this International Standard can be found in
the report on voting indicated in the above table.
This document has been drafted in accordance with the ISO/IEC Directives, Part 2.
In this standard, the following print types are used:
– requirements: roman type,
– test specifications: italic type,
– notes: smaller roman type.
The committee has decided that the contents of this document will remain unchanged until the
stability date indicated on the IEC website under "http://webstore.iec.ch" in the data related to
the specific document. At this date, the document will be
IMPORTANT – The 'colour inside' logo on the cover page of this publication indicates
that it contains colours which are considered to be useful for the correct
understanding of its contents. Users should therefore print this document using a
colour printer.
The following documents are referred to in the text in such a way that some or all of their
content constitutes requirements of this document. For dated references, only the edition
cited applies. For undated references, the latest edition of the referenced document (including
any amendments) applies.
IEC 60050-845, International Electrotechnical Vocabulary. Lighting (available at
http://www.electropedia.org)
IEC 62868, Organic light emitting diode (OLED) panels for general lighting – Safety
IEC TR 62732, Three-digit code for designation of colour rendering and correlated colour
IEC TS 62972, General lighting – Organic light emitting diode (OLED) products and related
equipment – Terms and definitions
ISO 11664-5/CIE S 014-5/E:2009, Colorimetry – Part 5: CIE 1976 L*u*v* Colour space and u',
v' uniform chromaticity scale diagram
CIE 013.3:1995, Method of measuring and specifying colour rendering properties of light
CIE TN 001:2014, Chromaticity difference specification for light source
For the purposes of this document, the terms and definitions given in IEC 60050-845,
IEC TS 62972 and IEC 62868 as well as the following apply.
ISO and IEC maintain terminological databases for use in standardization at the following
• IEC Electropedia: available at http://www.electropedia.org/
• ISO Online browsing platform: available at http://www.iso.org/obp
test voltage
input voltage at which tests are carried out
test current
input current at which tests are carried out
test power
input power at which tests are carried out
photometric and electrical characteristics at the end of the ageing and stabilization time
average luminance
luminance averaged over the light output surface of an OLED panel in a direction
4 General statement and test conditions
4.1 General statement
The requirements of this document apply in addition to the requirements of IEC 62868.
The requirement applies for 95 % of the population (with a failure margin below 5 %, it is
considered that the product passed the test).
It is understood that reference to an OLED panel also includes reference to OLED tiles in the
requirements and tests of this document.
4.2 General test conditions
Unless otherwise specified, all measurements shall be made in a draught free room at a
temperature of 25 °C with a tolerance of ±5 °C, a relative humidity of 65 % maximum and
steady state operation of the OLED panel. The temperature shall be maintained within ±2 °C
during the test. The temperature shall be measured in the integrating sphere or at the point
within 1,5 m from the OLED panel.
The tests shall be conducted at the rated current or voltage unless otherwise specified in this
The test shall be made with the OLED panel in the horizontal mounting position with the
surface emitting the largest fraction of luminous flux directed upwards, unless specified
otherwise by the manufacturer. The mounting position shall be recorded in the documentation.
If all surfaces are intended to emit the same luminous flux, the orientation is at the discretion
of the test laboratory. The operating position shall be maintained during the entire test.
In the case of constant current operation: The test current, unless otherwise specified, shall
be stable within ±0,5 % during the performance test of an OLED panel. The total harmonic
content of the input shall not exceed 3 %.
In the case of constant voltage operation: The test voltage, unless otherwise specified, shall
be stable within ±0,05 % or 5 mV whichever is greater during the performance test of an
OLED panel. The total harmonic content of the input shall not exceed 3 %. The tolerance of
±0,05 % is applicable for DC supplies only. The tolerance for AC supplies is under
consideration. The test voltage shall be measured at the terminals of the OLED panel.
The OLED panel shall be mounted in such a way that thermal contact between the
measurement equipment, sample holder and OLED panel is minimal. During stabilization and
measurement, an OLED panel shall only be in contact with the measurement equipment near
its edges and contact ledges. All other parts of the panel, especially the light output surface
and the opposing surface (the back of the OLED panel) shall be open to air, unless otherwise
specified by the manufacturer.
NOTE The harmonic content is understood as the r. m. s. summation of the individual harmonic components using
the fundamental as 100 %.
4.3 Stabilization
4.3.1 General requirements for stabilization
Stabilization is conducted in a draught free room at a temperature of 25 °C ± 5 °C. The
temperature shall be maintained within ±2 °C during stabilization. The temperature shall be
measured in the integrating sphere or the point within 1,5 m from the OLED panel.
If stabilization conditions, according to 4.3.2 or 4.3.3, are not achieved within 60 min, the
measurement may be started and the observed fluctuations shall be reported.
4.3.2 Current-driven stabilization
This method of stabilization is used for OLED panels intended to be operated primarily in
constant current mode and OLED panels for which the selection of the operating mode is left
to the customer.
The OLED panel shall be powered with a constant input current stable within ±0,5 %.
During the stabilization period, measurements of the voltage are made at least at 1 min
intervals. The OLED panel under test may be regarded as stable and suitable for test
purposes if the difference of maximum and minimum readout voltage observed over the last
5 min is less than 0,5 %.
4.3.3 Voltage-driven stabilization
constant voltage mode.
The OLED panel shall be powered with a constant input voltage stable within ±0,05 %.
During the stabilization period, measurements of the current are made at least at 1 min
purposes if the difference of maximum and minimum readout current observed over the last
5 min is less than 1 %.
5 Marking
5.1 Contents and location
OLED panels shall be marked according to Table 1.
Table 1 – Contents and location of marking
Parameters Location
Rated luminous flux (lm) Mandatory on packaging or product information
Average luminance (cd/m ) Mandatory on packaging or product information
Photometric code (according to IEC TR 62732) Mandatory on packaging or product information
Rated chromaticity coordinates (in u'v' coordinates) and Mandatory on packaging or product information
chromaticity coordinate range (expressed by Δu'v', a u'v' circle
or a u'v' quadrangle)
Correlated colour temperature (K) Mandatory on packaging or product information
Rated colour rendering index Mandatory on packaging or product information
Operating temperature range (°C) Mandatory on packaging or product information
Rated luminous efficacy (lm/W) Mandatory on packaging or product information
Luminance uniformity (%) Mandatory on packaging or product information
Luminous intensity distribution Mandatory on packaging or product information
Surface chromaticity uniformity and location of measurement Mandatory on packaging or product information
spots (if applicable)
Angular chromaticity uniformity Mandatory on packaging or product information
Rated location and dimensions of the light output surface Mandatory on packaging or product information
NOTE The operating temperature range specifies maximum and minimum temperatures of the OLED panel at
which the OLED panel will function as intended. The operating temperatures are measured according to Annex F.
This requirement is fulfilled if the data file is made available electronically.
5.2 Information on reliability of electrical connection
Information shall be provided in the datasheet on how the electrical connection of an OLED
panel is made, unless the connection method is obvious. This information shall include, as
applicable, information on:
– requirements for connectors (e.g. wire size, material, connector specification);
– method for attaching connectors (e.g. solder time and temperature);
– reliability of connection (e.g. maximum pull force and appropriate test setup);
– additional safeguards required (e.g. externa
SIST EN IEC 62386-103:2023(Main)
Digital addressable lighting interface - Part 103: General requirements - Control devices (IEC 62386-103:2022)
EN IEC 62386-103:2022
This part of IEC 62386 is applicable to control devices for control by digital signals of electronic lighting equipment.
Digital addressable lighting interface - Part 102: General requirements - Control gear (IEC 62386-102:2022)
This part of IEC 62386 is applicable to control gear for control by digital signals of electronic lighting equipment.
Digital addressable lighting interface - Part 101: General requirements - System components (IEC 62386-101:2022)
This part of IEC 62386 is applicable to system components in a bus system for control by
digital signals of electronic lighting equipment.
The control methods, algorithms and data exchange methods of application controllers used
for lighting control are not within the scope of the IEC 62386 series. EMC requirements are
not within the scope of the IEC 62386 series.
Assessment of lighting equipment related to human exposure to electromagnetic fields (IEC 62493:2015/AMD1:2022)
CLC/TC 34 took decision to unlink project from LVD
SIST EN 61347-2-7:2012/A2:2022(Amendment)
Lamp controlgear - Part 2-7: Particular requirements for electric source for safety services (ESSS) supplied electronic controlgear for emergency lighting (self-contained) (IEC 61347-2-7/AMD2:2021)
No scope available
SIST EN IEC 60810:2018/A2:2022(Amendment)
Lamps, light sources and LED packages for road vehicles - Performance requirements (IEC 60810:2017/AMD2:2022)
EN IEC 60810:2018/A2:2022
Energy performance of lamp controlgear - Part 1: Controlgear for fluorescent lamps - Method of measurement to determine the total input power of controlgear circuits and the efficiency of controlgear (IEC 62442-1:2022)
This part of IEC 62442 defines a measurement and calculation method of the total input power
for controlgear-lamp circuits when operating with their associated fluorescent lamp(s). The
calculation method for the efficiency of the lamp controlgear is also defined. This document
applies to electrical controlgear-lamp circuits consisting only of the controlgear and the lamp(s).
It is intended for use on DC supplies up to 1 000 V and/or AC supplies up to 1 000 V at 50 Hz
or 60 Hz.
NOTE Requirements for testing individual controlgear during production are not included.
This document specifies the measurement method for the total input power and the calculation
method of the controlgear efficiency for all controlgear used for domestic and normal
commercial purposes operating with the following fluorescent lamps:
– double-capped fluorescent lamps (IEC 60081);
– single-capped fluorescent lamps (IEC 60901);
– other general purpose low-pressure mercury fluorescent lamps.
This document does not apply to:
– controlgear which form an integral part of the lamp;
– controllable wire-wound magnetic controlgear.
Energy performance of lamp controlgear - Part 2: Controlgear for discharge lamps (excluding low-pressure mercury fluorescent lamps) - Method of measurement to determine the efficiency of controlgear (IEC 62442-2:2022)
This part of IEC 62442 defines a measurement method of the power losses of electromagnetic
controlgear, the total input power and the standby power of electronic controlgear for discharge
lamps (excluding low-pressure mercury fluorescent lamps). A calculation method of the
efficiency of controlgear for discharge lamp(s) is also defined.
It is assumed that the controlgear are designed for use on DC supplies up to 1 000 V and/or
AC supplies up to 1 000 V at 50 Hz or 60 Hz.
This document applies to electrical controlgear-lamp circuits comprised solely of the controlgear
and of the lamp(s).
This document specifies the measurement method for the total input power, the standby power
and the calculation method of the lamp controlgear efficiency for all controlgear sold for
domestic and normal commercial purposes operating with discharge lamps.
– controlgear which form an integral part of lamps;
– controlgear circuits with capacitors connected in series;
– controllable electromagnetic controlgear.
Energy performance of lamp controlgear - Part 3: Controlgear for tungsten-halogen lamps and LED light sources - Method of measurement to determine the efficiency of controlgear (IEC 62442-3:2022)
This part of IEC 62442 defines measurement and calculation methods for specifying the
efficiency and the standby power of controlgear for tungsten-halogen lamps and LED light
NOTE 1 This includes electromagnetic transformers and electronic convertors for tungsten-halogen lamps, as well
as electronic controlgear for LED light source(s).
NOTE 2 The term "LED light sources" includes LED modules and LED lamps.
This document is applicable for controlgear designed for use on DC supplies up to 1 000 V
and/or AC supplies up to 1 000 V at 50 Hz or 60 Hz.
For multipurpose power supplies only the lighting part will be considered.
NOTE 3 Requirements for testing individual controlgear during production are not included.
– controlgear which form an integral part of lamps (LED light sources);
LED packages - Long-term luminous and radiant flux maintenance projection (IEC 63013:2017/AMD1:2021)
2035 Sunset Lake Road, Suite B-2
Newark, DE, 19702, United States


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text:
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text:
Флаг городского поселения Кандала́кша является официальным символом городского поселения Кандалакша Кандалакшского района Мурманской области Российской Федерации.

Описание
«Прямоугольное полотнище с отношением ширины к длине 2:3, состоящее из двух горизонтальных полос красной и синей (в 1/5 ширины полотнища) и воспроизводящее фигуру герба городского поселения: жёлтый карбас с белым парусом и вымпелом, и над ним летящую жёлтую гагу».

Обоснование символики
Флаг разработан на основе герба городского поселения.

Первое упоминание о Кандалакше относится к 1526 году, это одно из древнейших поселений Кольского полуострова. Место, на котором был основан посёлок, во многом определило образ жизни местных жителей: Кандалакшский залив Белого моря славится богатством и разнообразием морской и пресноводной фауны. Изображённый на флаге карбас — самое распространённое в прошлом судно поморов символизирует традиционность рыбного промысла, который является основным занятием местных жителей на протяжении нескольких столетий.

Символика летящей птицы на флаге многозначна:

— уникальная природа северного края богата не только морскими обитателями: леса полны зверей, разнообразен мир пернатых. Особенно много птиц на морском побережье. Здесь зарегистрирован около трёхсот видов птиц. Особую ценность представляет гага — морская утка, имеющая очень тёплый и лёгкий пух. Именно с целью сохранения ныне редкой гаги в 1932 году был создан Кандалакшский заповедник.

— Летящая птица символ свободолюбия, независимости, движения вперёд, творческого озарения.

Жёлтый цвет (золото) — символ богатства, стабильности, уважения и интеллекта.

Белый цвет (серебро) — символ чистоты, совершенства, мира и взаимопонимания, северных просторов. Белый цвет созвучный с цветом алюминия на флаге Кандалакши аллегорически указывает на самое северное предприятие алюминиевой промышленности, расположенное здесь и являющееся одним из ведущих предприятий города.

Синий цвет — символ чести, благородства, духовности, чистого неба и бескрайних морских просторов.

Красный цвет — символ мужества, силы, отваги, труда подчёркивает весомый вклад местных жителей в освоение и развитие северного края и в мирное и в военное время.

Примечания

См. также
 Герб Кандалакши
 Гербы районов Мурманской области
 Гербы населённых пунктов Мурманской области

Флаги с изображением корабля
Флаги с изображением птиц

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The Dunlop Rubber boots have had a long tradition as a manufacturer of Wellington boots. The Dunlop company, which was founded in the nineteenth century by the Scottish veterinary Dunlop and later merged with Liverpool Rubber Co. Ltd, has produced the first start of Dunlop Wellington in 1927. Dunlop is a pan-European company today that specialises in boots and safety boots for professional use. Alongside Purofort wellies, Dunlop also offers a range of boots in rubber, PVC and polyurethane for work and leisure in a wide variety of models, such as the classic boot Acifort Wellington. The PUROFORT line and Acifort Extra Strength is produced with a rubber compound Polyurethane or PVC and is able to offer maximum softness even at low temperatures, and excellent resistance to weathering and oil products. A particular protrusion on the heel facilitates the extraction operations. The upper is designed to offer the greatest operating comfort. The outsole, hardness S5, is deliberately softened for maximum grip and cool-down. The particular mold-release of the soles allows the fingerprints of more adherent sludge discharge, the features that make the winning Dunlop boots are designed comfort and safety in industrial and artisanal agriculture.


We offer a comprehensive GIS DATABASE (download information brochure) that captures shapefiles, plot-points and references and summarise all economic aspects of evaporite systems for the oil and gas and minerals industries.
On payment, the complete cross-referenced digital dataset is sent to the client in a format suitable for loading into Arcinfo and Mapinfo.
Data in this digital resource is extracted from a huge multi-disciplinary knowledge set. A summary illustrating the breadth of this knowledge set can be accessed through the Geosystem link.
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Billy Bodin said the 3-0 victory against Southend United was probably the most enjoyable match of his career.
The Welshman scored Bristol Rovers' opener on an afternoon in which they ran rings around their Essex opponents.
Bodin's first half effort saw him reach double figures for the season - the earliest point in a season he's done that for Rovers - and leaves him just three short of last seasons total.
Having missed six weeks with injury, Bodin has eased himself back into action in the last few matches, but he was back to his dazzling best against the Shrimpers as he gave left-back Stephen Hendire a torrid time at the Memorial Stadium.
Bodin's name was greeted with the loudest cheer ahead of kick-off and he received a rapturous reception when he was substituted with five minutes left to play.
The attacker is out of contract with Rovers in the summer and has been negotiating a new deal for 12 months according to manager Darrell Clarke, so perhaps the Rovers fans are hoping a strong show of support can convince their star man to say in BS7.
Speaking after the victory, Bodin was all smiles as he talked about an enjoyable 90 minutes.
"It's probably the most I've enjoyed a game," beamed Bodin.
"Especially when we're playing that well, to hear the crowd behind you. It seemed as if everyone was bouncing off each other and doing the right things.
"A lot of the time the right thing is the simple thing, everyone really enjoyed today and it was a pleasure to play with them.
"It feels great," said Bodin when asked how it feels to receive such a warm reception from the Rovers faithful.
"Since I've been here in the last two or three years they've been good to me. It's great to hear your name being cheered and when you're coming off the fans obviously appreciate it when you've played well and worked hard, so all credit goes to them."
Bodin took his goal superbly as he latched onto a loose clearance to control the ball, beat a defender and score his goal with just two touches.
"I think one of the defenders sort of jumped, and the first thing in my mind was to bring it down and see what sort of angle I had," explained Bodin.
"Luckily it just crept passed the keeper."
The comfortable victory easily ranks as one of Rovers' finest performances of the season, a fact Clarke reiterated to his players after the full time whistle.
"The manager said in the changing rooms that it's probably our best home performance this season" said Bodin.
"It's always good to hear that from the gaffer and we the lads knew we played well as well. It's great to win like that."
Bodin is a vital cog in Rovers' attacking force and his absence noticeably affected Rovers going forward during his injury lay-off. But thankfully the Gas No.10 is now back to full fitness.
"My hamstring was a bit tight this week but I rested it a little bit and it felt good today and yesterday in training," said the 25-year-old.
"It's good to be back out there and playing well."
Victory against Southend makes it back-to-back victories for the Pirates, and despite their indifferent overall form, their record at the Mem has remained relatively strong.
The issues have occurred on the road, and with a trip to Gillingham next weekend, Rovers must look to change that form if they are serious about getting back in touch with the top 10.
"We've got to do the exact same," said Bodin when asked how Rovers can win next weekend.
"A lot of teams go away form home and sit back sometimes. But our main strength, as we we showed in the first half here, is to be on the front foot and take the game to the opposition. Hopefully we can do that in our next away game."


text:
KALRAY company press release from 21/09/2020
KALRAY
(Euronext Growth Paris)
ISIN Code: FR0010722819
LEI Code: 969500Y4FCHUKBD3YP05
Mnemo code: ALKAL
ICB sector: 10102010 - Semiconductors
Website: www.kalrayinc.com
Investor website: www.kalray-bourse.com
Newsroom Press release Documents Calendar Share price Subscribe
H1 2020 EARNINGS: PURSUING ITS ROADMAP, KALRAY SETS CLEAR COURSE AS EUROPE'S SOLE SOVEREIGN INTELLIGENT PROCESSOR OFFERING
PDF (423 Ko)
Data centers: certification of Coolidge™-based NVMe-oF1 solution for storage servers expected in october and integration in progress with Wistron, a major Taiwanese player, for production by the end of 2020;
Automotive: integration of Kalray's "Compute Acceleration" offering into NXP Semiconductors' BlueBox for the automotive market is underway, following NXP's investment in Kalray in the first half of 2020;
Other opportunities: on-going discussions with leading players seeing Kalray's "Compute Acceleration" solution as an alternative for some "Edge Computing" markets such as the 5G market (Open Radio Access Network) and Industry 4.0 (Machine Vision);
Half-yearly accounts: budget under control, in line with the financial projections announced in the context of the health crisis;
Available cash: € 19.0 million at the end of June 2020, reinforced by the equity investment of NXP and the State Guaranteed Loan (PGE);
Outlook: confirmation of financial objectives.
Grenoble, September 21, 2020 - Kalray (Euronext Growth Paris: ALKAL), a pioneer in processors dedicated to new intelligent systems, has published its first half 2020 earnings (from January 1 to June 30, 2020) and on this occasion, the company confirms its objectives.
Eric Baissus, President of Kalray's Executive Board, commented as follows:
"Thanks to the progress made in the first half of the year, whether from a product standpoint, with the completion of the development of our solutions based on Coolidge™, and on the partnerships front, with NXP Semiconductors in particular, we are aiming to close the second half of the year having met key ambitions. The prospect of integrating our intelligent processor into the next generation of storage servers for data centers will be a major new step in a market which has clearly been accelerated by the current health crisis. The solutions that we have developed, in the context of intelligent automobile, are also relevant for some "Edge Computing" markets and discussions are underway, with leading players, which aimed at using such current solutions, in markets such as 5G or Industry 4.0. These opportunities are extremely interesting to us, in particular for considerations of much shorter sales cycles than the automobile.
Finally, while consolidation in the sector is pushing many players to move to the American flag, Kalray also has the unique opportunity to position itself as a sovereign European alternative on the strategic market of processors for intelligent systems."
SCHEDULED LAUNCH OF NVMe-oF SOLUTION FOR THE STORAGE MARKET
After the first deliveries of the Kalray development environment to its customers last quarter, enabling them to build their next generation of products integrating Coolidge™, Kalray has initiated the certification process of its NVMe-oF solution for the data center market. NVMe-oF certification, provided by an independent laboratory, is expected in October.
At the same time, Kalray was able to deliver its NVMe-oF solution to its partner Wistron in order to start the integration of its solution into the storage servers of the Taiwanese group. Wistron is one of the world's largest manufacturers of data center servers. Kalray is therefore actively preparing its commercial deployment in the data center acceleration card market by positioning itself as a leader in NVMe-oF technology.
Kalray is receiving clear evidence that market is taking off now. As stated by Dennis Hahn, Senior Analyst, Cloud & Data Center at OMDIA in his report, Data Center Storage Equipment Market Tracker: "JBOF is just starting to experience an uptake in on-premises enterprise DC segments for its ultra-high performance and is ramping aggressively for use by hyper converged infrastructure and in data intensive applications ".
STRUCTURING AGREEMENT WITH NXP SEMICONDUCTORS IN THE AUTOMOTIVE MARKET
At the same time, in the automotive market, Kalray continues to develop its cooperation with NXP Semiconductors, the world leader in semiconductors for Automotive market. The agreement with NXP spearheads Kalray's strategy in this field. Thanks to this structuring agreement, Kalray has strengthened its legitimacy in this sector while acquiring new technological means (by pooling skills), commercial (by leveraging NXP position on the field) and financial (thanks to the investment of € 8 million from NXP in Kalray).
The partners are continuing their joint work with a view to launching the next generation of NXP's BlueBox, a hardware and software platform that will integrate the Kalray solution and target a broad spectrum of intelligent and autonomous vehicles, ranging from level L2 (partial autonomy), already in service, to L4 level (complete autonomy in certain areas) or even ultimately L5 (car without steering wheel).
NEW BUSINESS OPPORTUNITIES IN EDGE COMPUTING SUCH AS 5G AND INDUSTRY 4.0
Kalray's solutions for the data center and automotive markets are also suitable to a broader industry need: the processing of a massive flow of data, close to where the data is generated, to extract relevant information which is a key need of "Edge Computing" markets.
In this context, Kalray has initiated discussions with major players and potential customers in the fields of machine vision (analysis and identification of faults, for example) for Industry 4.0 and 5G networks in particular.
EFFECTIVE COST CONTROL AND CASH IN LINE WITH FORECASTS
In the first half of 2020, Kalray generated 489 K€ in revenue (compared to 456 K€ in the first half of 2019), mainly consisting of sales of development stations and Coolidge ™ licenses despite a decline in activity in the car market due to the health crisis.
Half-year EBITDA2 was stable compared to the first half of 2019, at -2,612 K€, reflecting the perfect control of costs during the health crisis, in line with the announcements made by the company. During this period, the company did not have recourse to partial unemployment and continued to invest in both human and technological terms: 11 staff were added in the first half of 2020, mainly for engineering and customers support positions in order to better prepare the commercial launch of Coolidge ™. The 18% increase in staff costs was offset by a 17% decrease in other external costs, notably linked to the internalization of certain skills (impact on subcontracting) and the limitation of travel.
Given the increase in depreciation, amortization and provisions (+ 42% to 3,984 K€), linked in particular to the start of the amortization of Coolidge ™ development costs and masks, and after taking into account the research tax credit ( + 16% to 1,336 K€), the adjusted operating income3 comes to -5,260K € compared to -4,305K € a year earlier. The half-year net result is -5,301 K € in 2020 against -4,357 K € in 2019.
STRENGTHENED AVAILABLE CASH FLOW AS OF JUNE 30, 2020
As of June 30, 2020, Kalray's available cash amounted to 18,990 K€ compared to 15,725 K€ as of December 31, 2019. Financial debt was 9,568 K€ (including 6,476 K€ of conditional advances) and equity was 29,347 K €.
The financial structure was strengthened by the investment of NXP Semiconductors for € 8,000,000 and by the receipt of the first half of a State Guaranteed Loan of € 5,000,000 granted by banking partners (Bpifrance, BNP Paribas and CIC). The second half of the loan was cashed at the very beginning of July 2020. This additional financing covers the anticipated increase in cash consumption over the first half of the year. Free cash flow4 thus came to -8,247 K € compared to -6,613 K € in the first half of 2019, due in particular to an increase in investments.
CONFIRMATION OF FINANCIAL OBJECTIVES
As announced, Kalray expects 2020 sales to be comparable to that of 2019. A significant increase in sales is expected from 2021 with the volume of products based on Coolidge ™ by Kalray customers. Operating expenses should increase by around 20% for the year 2020 compared to 2019, due to recruitment (8 new hires planned for the 2nd semester in addition to the 11 for the 1st semester) and the amount allocated to the deployment of projects in the framework of the partnership with NXP Semiconductors. Free cash flow should therefore, in line with forecasts, be lower in 2020 than in 2019 (-14,187 K €).
On the basis of a commercial calendar providing for the presentation of offers in the second half of 2020 and a production ramp up in 2021, Kalray confirms its ambition to reach a break-even monthly EBITDA in mid-2021 and annual revenue of € 100 million between mid-2022 and mid-2023.
PUBLICATION OF FIRST HALF FINANCIAL REPORT 2020
The consolidated financial statements were approved by the Executive Board and reviewed by the Supervisory Board on September 17, 2020. The first half financial report, including the first half financial statements and notes, can be viewed under "Financial documents" on the company's website: www.kalray-bourse.com
ABOUT KALRAY
Kalray (Euronext Growth Paris - FR0010722819 - ALKAL) is a fabless semiconductor company, pioneer in a new generation of processors for intelligent systems. MPPA® Intelligent processors are able to capture and analyze on the fly massive data flows, close to where they are generated, and interact in real time with the outside world. These processors are capable of running demanding AI algorithms and simultaneously a wide set of different processing and control tasks such as mathematical algorithms, signal processing, network or storage software stacks. Kalray's Intelligent Processors can be deployed in fast-growing sectors of Edge Computing and AI: Modern data centers, networks (5G), autonomous vehicles, healthcare equipment, industry 4.0, drones and robots… Kalray's offering includes processors, system boards and a software suite, for a broad spectrum of customers such as data storage systems and compute server manufacturers, intelligent system integrators and consumer product manufacturers such as car makers. Founded in 2008 as a spin-off of CEA French lab, Kalray counts among its investors: Alliance Venture (Renault-Nissan-Mitsubishi), Safran, NXP Semiconductors, CEA and Bpifrance. Read more at : www.kalrayinc.com
Eric BAISSUS
ACTUS finance & communication
Jérôme FABREGUETTES-LEIB
+ 33 1 53 67 36 78 MEDIA CONTACTS
Loic HAMON
Serena BONI
Annexes :
K€ - audited data 30 June 2020 30 June 2019
Net Sales 489 456
Subsidies 980 1 056
R&D capitalization 3 548 3 279
Other revenue 38 55
TOTAL REVENUE 5 055 4 846
Cost of sales (144) (66)
Operating expenses (7 523) (7 432)
including Salaries & contributions (4 570) (3 872)
including other expenses (2 954) (3 560)
EBITDA (2 612) (2 652)
Amortization & Depreciation (3 984) (2 800)
OPERATING RESULT (6 595) (5 452)
Research Tax Credit 1 335 1 147
NET OPERATING RESULT (5 260) (4 305)
FINANCIAL RESULT (41) (23)
EXCEPTIONNAL RESULT (29)
NET RESULT (5 301) (4 357)
K€ ASSETS - audited data 30 June 2020 31 December 2019
Intangible assets 18 460 16 935
Tangible assets 4 510 4 673
Financial assets 546 609
NON CURRENT ASSETS 23 516 22 217
Inventories 220 240
Accounts Receivable 454 764
Other receivable (CIR, CICE, Subsidies) 2 147 1 779
CASH 18 990 15 725
CURRENT ASSETS 21 811 18 508
Accrued expenses 561 414
TOTAL ASSETS 45 889 41 140
K€ EQUITY & LIABILITIES - audited data 30 juin 2020 31 décembre 2019
EQUITY 29 347 26 665
Provisions 107 89
R&D refundable advances 6 476 5 904
Bank loans 3 092 775
Accounts Payable 2 180 3 128
Taxes & contributions payable 1 441 1 549
Other debts 536 354
DEBTS & LIABILITIES 13 832 11 799
Deferred revenue (Subsidies) 2 709 2 676
TOTAL LIABILITIES & EQUITY 45 889 41 140
K€ - audited data 30 juin 2020 31 décembre 2019
Operating CF before Capex & WC variation (2 333) (5 204)
Change in working capital (incl. R&D tax credit) (1 505) 1 138
OPERATING CASH FLOW (3 838) (4 066)
Capex (1 734) (5 335)
R&D capitalization (3 548) (6 217)
Investment subsidies 873 1 431
INVESTMENT CASH FLOW (4 409) (10 121)
FREE CASH-FLOW (8 247) (14 187)
Net Cash from investors 7 998 96
Bank Debt (net) 2 317 318
R&D conditionnal advances and prepaid subsidies (net) 1 197 716
FINANCING CASH FLOW 11 512 1 130
Annual Cash in (Cash out) 3 265 (13 057)
Cash beginning of period 15 725 28 782
CASH END OF PERIOD 18 990 15 725
1NVMe-oF is a global standard defining the use of NVMe over Ethernet, allowing remote access to very high-performance storage appliances.
2Ebitda: operating result without Depreciation and Amortization
3Adjusted operating income: operating result + Research tax credit
4Free cash-flow: operating cash flows + investment cash flows
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Original Source: KALRAY

redpajama_set_name: RedPajamaCommonCrawl


text:
Finally – one year tax extenders package passes Senate
The Senate on December 16 approved, by a vote of 76 to 16, the Tax Increase Prevention Act of 2014(HR 5771), which retroactively extends for one-year some 54 expired tax provisions and makes technical corrections to existing tax laws. The Act, which is estimated to cost $44.7 billion over 10 years, extends the currently-expired incentives through 2014.
Outgoing Senate Finance Committee Chairman Ron Wyden, D-Ore., assailed the last-minute passage of a one-year bill, saying that the current tax code is "utterly broken." He also pointed out that, because the bill is retroactive to 2014, it is, in reality, a two-week extension of the tax provisions. "Here's my bottom line: Retroactive tax bills like the one before the Senate tonight may satisfy Congress, but they leave workers, families and businesses wanting. It's time for Congress to do the hard work of tax reform," said Wyden.
The package includes provisions that would extend for one year retroactively to January 1, 2014, the optional sales tax deduction (in lieu of state and local income taxes), the above-the-line higher education deduction, the exclusion of income from mortgage debt cancellation on a principal residence and the above-the-line classroom expense deduction, among others for individuals. For businesses, the new law will provide one-year retroactive extensions for the research tax credit, 50-percent bonus depreciation, enhanced Code Sec. 179 expensing (including cost recovery for qualified leasehold improvements, retail improvements and restaurant property), the New Markets Tax Credit and the Work Opportunity Tax Credit, in addition to the one-year extension of over 20 other tax breaks.
The Act also allows multiemployer pension plans to take an additional five years to amortize funding shortfalls and extends special rules for three categories of severely underfunded multiemployer pension plans. Along with the extenders, the measure includes the House-approved ABLE Bill, which creates tax-exempt accounts for use by individuals to pay qualified disability expenses. These include the costs of education and personal support.
Among its revenue raisers, the ABLE Bill indexes for inflation certain civil tax penalties. It also allows certain professional employer organizations to become solely responsible for the customer's employment taxes, excludes dividends received from a foreign subsidiary from the additional 20-percent tax on personal holding company income and makes changes to Medicare. In contrast, the extenders portion of HR 5771 contains no revenue offsets


Banana cakes topped with milk chocolate whipped cream, it's a dream come true! Banana lovers will love these Banana Chocolate Whipped Cream Cupcakes!
I've gone bananas! This summer has been jam packed with so many fun adventures and working hard over here on the blog for all of you! Parker (my husband) is helping out from time to time when he's not busy applying to med school. We're bringing some of our favorite meals to the blog! Since my brain feels like it's gone bananas I thought I would may a light and fluffy banana cupcake, Banana Chocolate Whipped Cream Cupcakes topped with chocolate sauce.
Whipped cream is magical made at home. You can add as much powdered sugar as you want and a bit of vanilla extract to really make it perfect! But even better… you can flavor it! Chocolate Whipped Cream is great with strawberries, on hot chocolate, with pies… even just with graham crackers! To make a simple chocolate whipped cream just add about 1/4 cup of powdered sugar and 1/4 cup of unsweetened cocoa powder to your liquid heavy cream and then whip! Add in a splash of vanilla too! But since we are piping out our chocolate whipped cream on cupcakes I added a stabilizer to keep it from "melting" later on. And this is a stabilizer you probably already have in your pantry! Check out the recipe!
Whipped cream frosting is perfect for all those people who say they don't like frosting. It's light and fluffy and never too sweet! It's basically just a thicker whipped cream when you add the stabilizer (instant pudding mix). Plus, with that chocolate drizzle… who can resist? Not me!
Whenever I do a cupcake demonstration, I tell people the secret to making your cupcakes look profession and bakery perfect is topping them off! These cupcakes would look fine with just the whipped cream frosting… but adding the drizzle of chocolate sauce and fresh banana take them to a whole new level! Now they're mouth watering!
1. Preheat oven to 350 degrees and line muffin tins with cupcake liners (about 20).
2. In a large bowl, use a fork to finely mash bananas. Add cake mix, eggs, melted butter, buttermilk and vanilla extract. Stir until smooth.
3. Fill cupcake liners 3/4 full and bake for 15-18 minutes or until an inserted toothpick comes out clean.
5. In a stand mixer using the whisk attachment, add heavy whipping cream, unsweetened cocoa powder, powdered sugar, vanilla extract and chocolate instant pudding mix to the bowl. Whip until stiff. Taste, if you want it sweeter, add more powdered sugar!
6. Pipe onto cooled cupcakes and top with chocolate sauce and banana slices! Enjoy!
I can't wait to try these. How do you prevent the bananas from turning brown? Or do you assemble before serving?
Hi Lizzy – do the cupcakes need to stay in the fridge since there is whipping cream in the frosting?


Are you scrapping your electric water pump project?
Seems to be some debate whether this new water pump will make much of a difference to street driven 7's. Like Howard, I'm all for thermal efficiency, even if its a minor gain.
My question is will having an underdrive pulley affect this pump or its efficiency in any way?
IMO, increased WP flow will have the greatest effect on increasing the cooling efficiency of increased-capacity radiators, like the KOYO or Fluidyne, since that is where the water flow is slowest, and parts of the radiator are running at much lower temps, causing a reduction in cooling capacity. In the engine itself, also IMO, the coolant flow rates are probably sufficient with the stock pump.
In every convective heat transfer calc that I can remember, increasing the fluid velocity offered an improvement. As a result, the coolant will be cooler in the engine block, and hotter in the radiator.
Not sure if the bigger rads will benefit more. Heat exchanger calcs are multivariable and quite hard to predict with intuition.
Certainly, you are correct. Higher flow rates always (barring cavitation caused by the higher flow) always result in better cooling. Of course, the engine thermal gradient will be smaller with increased flow. I did not say that NO benefit would occur with the stock rad, I just said that the greatest benefit would be for the larger rads.
My reasoning goes along with people having more trouble cooling with KOYO's or Fluidynes in normal driving (lower coolant flow rates due to lower RPM's, plus the lower air velocities thru the rad due to lower MPH). That, IMO, goes directly to having the larger radiator winding up with a larger thermal gradient due to reduced flow rates.
Last edited by DaveW; 03-10-08 at 12:43 PM.
I'd be willing to test the performance against my stock water pump. Unfortunately the only "equipment" I have for that right now is a basic Autometer water temp gauge.
So unless there is a clean way to put a flowmeter in the path of the pump output or some other 100% common path in the cooling system, or someone offers me free dyno time, I'll just have to rely on rough water temp comparisons. By rough I mean rough - the gauge isn't delineated much above 220F.
Anyone with opinion/fact about using underdrive pulley with this pump, and its effect.
Well, I just spoke to one of their engineers (Paul?), exceedingly nice, and very cordial.
The underdrive pulley will basically decrease the efficiency of the pump while gaining very little horsepower. The pump will work best for extended periods of engine revving past 4K, as cavitation is less, and flow is more. Tolerances are much tighter, and anyone with 20B should consider this a must.
That was basically it. So looks like when I rebuild my motor, I'll be going back to the OEM pulley.
Does anyone have torque specs on the various water pump bolts handy?
I'm having a rough time reading the tiny *** text in the FSM and making sure its pointing to the right bolts.
I think that's only for the 12mm nuts/one bolt and not the 10mm ones from pump to housing.... Not sure.
I knew I read the FSM wrong.... I definitely overtorqued the one at the alternator bracket.
Yeah that's my point....seems high. And I'm the same way, all the short block engine assy. I use a torque wrench + a few other things but most the time it's done by my trusty "elbow torque wrench"
...anyone with 20B should consider this a must.
I'd like to have Carlos Lopez of CLR Motorsports chime in on this. He's got a lot of this r&d (water pump specifically) under his belt.
while there are certain bolts where i always use a torque wrench, the water pump housing isn't one of them.
Howard, you are usually very precise on everything you say, but are you sure this is correct? Could it be 14-19 N-meters or some other units?
This torque sounds too high to me for the smaller bolts, also.
Page E16 of the 93 FSM shows the 12mm nut and washer and a torque rating. It looks to be 14-19 but it looks like "in-fts".
It does not show a torque rating for the 10mm bolts unless I missed it.
Furthermore, it shows another different torque rating for the long bolt on the far right that goes through the alternator bracket and water pump. If I read it correctly, it starts at 69.
I know now that I read it wrong as none of the values look to be in traditional lb/ft settings. I probably should have used the first value which appears to be in Newton Meters (NM). I only recently started using a torque wrench so I could do things "right". Looks like the right tool in the wrong hands.
I wasn't doubting Howards post, just wanted to know if the torque was for the 12mm nut(s), 12mm bolt, and 10mm bolt(s).....I found my answer and FYI Howards torque quote was right on for the 12mm but the 10mm ones say 69.5-95.4 in. lbs. (5.79-7.95 ft. lbs.) found in FSM C-79.
Thanks for the look-up. I was afraid someone would break/strip one of the 10-mm bolts trying to get to 19 lb-ft.
I read the whole thread and I still couldn't figure out if this is better for daily street driving or for track. I have a Koyo radiator.


Greg Erwin wins ISRL Friday Night Fury at Slinger!
Greg Erwin survives the madness and fury at Slinger! 2nd to Philip Parker and Austin LaPlante came in 3rd rounding out the podium! See everyone tomorrow at Banked California for the Saturday Night Shootout series!


We couldn't consider ourselves "the team that solved the hard problem of file data management" if we left all of the nitty-gritty details of getting started to you and your team. Here's how we make it easy to make the switch.
First of all, starting out with Igneous doesn't require you to rip out all of the secondary storage you already have. You simply point Igneous to your existing file systems via NFS or SMB, and we start moving data from your primary onto our system.
Since Igneous was built for massive scale, you don't have to worry about how quickly your data grows from that moment forward. It's all indexed and searchable.
Meanwhile, you get to keep using the infrastructure and software you already own, to the degree that it's useful to you, for as long as you'd like, while your ever-growing business-critical data is guaranteed to be protected via Igneous.
When you become a customer, our team will install new hardware in your datacenter. As your level-0 backup starts, our team will begin to monitor your system's progress remotely, ensuring efficiency (not to mention making your life easier).
Since the data movement is latency-aware, it doesn't impact end users, nor other applications. As such, you can get started rolling out Igneous side-by-side with your legacy data movement solutions, with essentially no interaction or risk of interruption.
Additionally, because the data movement is latency-aware, backups can run 24/7, keeping legacy and new systems "in sync" during a migration.
Key to this easy installation is the fact that we integrate directly with all major primary NAS vendors. Our data movement doesn't rely on any special protocol access like NDMP, and it doesn't use any special APIs that do changed block tracking unless appropriate. So not only is Igneous quick (and hands-free) to install, it moves data incredibly fast.
Turning this around, Igneous' proprietary data movement engine actually makes it easier to switch primary NAS vendors.
Because you'll have a comprehensive, NAS-agnostic secondary tier, you'll be able to follow in the footsteps of several of our customers, and use Igneous to migrate data from old to new. This is achieved by backing up legacy system data to Igneous with highly parallel data movement, and then restoring the data to your new primary tier using that same highly parallel data movement.
To sum up, Igneous is worth the switch. Not only are we the only good option for managing file data at scale, but our as-a-Service delivery, latency-aware data movement, and interoperability with your existing systems all come together to make the change itself as easy as the decision.
Learn more about the benefits of Igneous Hybrid Storage Cloud on our Product page!


text:
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public function getProducts(){
$results = array();

    $query  = $this->db->query("SELECT DISTINCT *, pd.name AS name, p.image, m.name AS manufacturer, (SELECT price FROM " . DB_PREFIX . "product_discount pd2 WHERE pd2.product_id = p.product_id AND pd2.customer_group_id = '" . (int)$this->config->get('config_customer_group_id') . "' AND pd2.quantity = '1' AND ((pd2.date_start = '0000-00-00' OR pd2.date_start < NOW()) AND (pd2.date_end = '0000-00-00' OR pd2.date_end > NOW())) ORDER BY pd2.priority ASC, pd2.price ASC LIMIT 1) AS discount, (SELECT price FROM " . DB_PREFIX . "product_special ps WHERE ps.product_id = p.product_id AND ps.customer_group_id = '" . (int)$this->config->get('config_customer_group_id') . "' AND ((ps.date_start = '0000-00-00' OR ps.date_start < NOW()) AND (ps.date_end = '0000-00-00' OR ps.date_end > NOW())) ORDER BY ps.priority ASC, ps.price ASC LIMIT 1) AS special, (SELECT points FROM " . DB_PREFIX . "product_reward pr WHERE pr.product_id = p.product_id AND customer_group_id = '" . (int)$this->config->get('config_customer_group_id') . "') AS reward, (SELECT ss.name FROM " . DB_PREFIX . "stock_status ss WHERE ss.stock_status_id = p.stock_status_id AND ss.language_id = '" . (int)$this->config->get('config_language_id') . "') AS stock_status, (SELECT wcd.unit FROM " . DB_PREFIX . "weight_class_description wcd WHERE p.weight_class_id = wcd.weight_class_id AND wcd.language_id = '" . (int)$this->config->get('config_language_id') . "') AS weight_class, (SELECT lcd.unit FROM " . DB_PREFIX . "length_class_description lcd WHERE p.length_class_id = lcd.length_class_id AND lcd.language_id = '" . (int)$this->config->get('config_language_id') . "') AS length_class, (SELECT AVG(rating) AS total FROM " . DB_PREFIX . "review r1 WHERE r1.product_id = p.product_id AND r1.status = '1' GROUP BY r1.product_id) AS rating, (SELECT COUNT(*) AS total FROM " . DB_PREFIX . "review r2 WHERE r2.product_id = p.product_id AND r2.status = '1' GROUP BY r2.product_id) AS reviews, p.sort_order FROM " . DB_PREFIX . "product p LEFT JOIN " . DB_PREFIX . "product_description pd ON (p.product_id = pd.product_id) LEFT JOIN " . DB_PREFIX . "product_to_store p2s ON (p.product_id = p2s.product_id) LEFT JOIN " . DB_PREFIX . "manufacturer m ON (p.manufacturer_id = m.manufacturer_id) WHERE p.product_id = '" . (int)$this->config->get('config_language_id') . "' AND p.status = '1' AND p.date_available <= NOW() AND p2s.store_id = '" . (int)$this->config->get('config_store_id') ."'");

    $results=$query->rows;
        if(count($results )){
            $json['success']    = true;
            $json['product_description']= $results ;
        }else {
            $json['success']    = false;
        }

        if ($this->debugIt) {
            echo '<pre>';
            print_r($json);
            echo '</pre>';

        } else {
            $this->response->setOutput(json_encode($json));
        }

}

in this code i am trying to get the product description through get method its working fine but along with this i need obtaine the product based on the category id using limit and offset .how can i do this?

A: Update your code this way. Hope it may be helpful for you
public function getProducts($data){

$results = [];

 $sql = "SELECT DISTINCT *, pd.name AS name, p.image, m.name AS manufacturer, (SELECT price FROM " . DB_PREFIX . "product_discount pd2 WHERE pd2.product_id = p.product_id AND pd2.customer_group_id = '" . (int)$this->config->get('config_customer_group_id') . "' AND pd2.quantity = '1' AND ((pd2.date_start = '0000-00-00' OR pd2.date_start < NOW()) AND (pd2.date_end = '0000-00-00' OR pd2.date_end > NOW())) ORDER BY pd2.priority ASC, pd2.price ASC LIMIT 1) AS discount, (SELECT price FROM " . DB_PREFIX . "product_special ps WHERE ps.product_id = p.product_id AND ps.customer_group_id = '" . (int)$this->config->get('config_customer_group_id') . "' AND ((ps.date_start = '0000-00-00' OR ps.date_start < NOW()) AND (ps.date_end = '0000-00-00' OR ps.date_end > NOW())) ORDER BY ps.priority ASC, ps.price ASC LIMIT 1) AS special, (SELECT points FROM " . DB_PREFIX . "product_reward pr WHERE pr.product_id = p.product_id AND customer_group_id = '" . (int)$this->config->get('config_customer_group_id') . "') AS reward, (SELECT ss.name FROM " . DB_PREFIX . "stock_status ss WHERE ss.stock_status_id = p.stock_status_id AND ss.language_id = '" . (int)$this->config->get('config_language_id') . "') AS stock_status, (SELECT wcd.unit FROM " . DB_PREFIX . "weight_class_description wcd WHERE p.weight_class_id = wcd.weight_class_id AND wcd.language_id = '" . (int)$this->config->get('config_language_id') . "') AS weight_class, (SELECT lcd.unit FROM " . DB_PREFIX . "length_class_description lcd WHERE p.length_class_id = lcd.length_class_id AND lcd.language_id = '" . (int)$this->config->get('config_language_id') . "') AS length_class, (SELECT AVG(rating) AS total FROM " . DB_PREFIX . "review r1 WHERE r1.product_id = p.product_id AND r1.status = '1' GROUP BY r1.product_id) AS rating, (SELECT COUNT(*) AS total FROM " . DB_PREFIX . "review r2 WHERE r2.product_id = p.product_id AND r2.status = '1' GROUP BY r2.product_id) AS reviews, p.sort_order FROM " . DB_PREFIX . "product p LEFT JOIN " . DB_PREFIX . "product_description pd ON (p.product_id = pd.product_id) LEFT JOIN " . DB_PREFIX . "product_to_store p2s ON (p.product_id = p2s.product_id) LEFT JOIN " . DB_PREFIX . "manufacturer m ON (p.manufacturer_id = m.manufacturer_id) LEFT JOIN " . DB_PREFIX . "product_to_category pc ON (p.product_id = pc.product_id) p.product_id = '" . (int)$this->config->get('config_language_id') . "' AND p.status = '1' AND p.date_available <= NOW() AND p2s.store_id = '" . (int)$this->config->get('config_store_id') ."'";

    if($data['category_id']){
         $sql .= " AND pc.category_id =". (int)$data['category_id'];
    }

    if($data['limit']){
         $sql .= " Limit ". $data['limit'];
    }

    if($data['offset']){
         $sql .= " OFFSET ". $data['offset']
    }

    $query  = $this->db->query($sql)
    ....
    ....

}