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Welding filler metals

dump:

product (array):

id = '14304'
productMainId = '4763'
ean = null
vendorProductId = '097-003485-20008'
manufacturerProductId = 'V4010188'
manufacturerId = null
productSearchId = null
stock = '141'
stockBehaviour = '1'
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stockViewText = null
dateCreated = '2024-03-19 15:28:46'
dateModified = null
public = '1'
active = '1'
deleted = '0'
packagingAmount = '500'
packagingUnit = 'sp'
priceAmount = '100'
priceUnit = 'kg'
forcePrice = '0'
priority = '0'
validFrom = null
validTo = null
hidden = '0'
notSellable = '0'
externalId = '140085'

productText (array):

id = '22250'
productId = '14304'
languageId = '38'
nameShort = 'SW CuSi3'
name = 'SW CuSi3 5.0kg/Spule 0.8mm'
description = '<ul class="description_list"><li class="first-item">Solid wire electrode made of Cu-Si alloy</li><li>Layer-wound</li><li>Excellent flow characteristics</li><li>Suitable for joint welding, brazing and surfacing</li><li>Ideal for MIG brazing of galvanised, thin sheets</li><li>Galvanised body panels, heating construction, ventilation construction</li><li class="last-item">Applications on unalloyed and low-alloy steels and cast iron</li></ul>'
descriptionShort = '<p>Solid wire electrode made of Cu-Si alloy</p><p>Layer-wound</p>'
deliveryScope = null

isSellable = true
productStock (object: ProductStockModel):

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(private) product (object: ProductEntity):

(private) id = '14304'
(private) productMainId = '4763'
(private) ean = null
(private) vendorProductId = '097-003485-20008'
(private) manufacturerProductId = 'V4010188'
(private) manufacturerId = null
(private) productSearchId = null
(private) stock = '141'
(private) stockBehaviour = '1'
(private) stockView = '0'
(private) stockViewText = null
(private) dateCreated = '2024-03-19 15:28:46'
(private) dateModified = null
(private) public = '1'
(private) active = '1'
(private) deleted = '0'
(private) packagingAmount = '500'
(private) packagingUnit = 'sp'
(private) priceAmount = '100'
(private) priceUnit = 'kg'
(private) forcePrice = '0'
(private) priority = '0'
(private) validFrom = null
(private) validTo = null
(private) hidden = '0'
(private) notSellable = '0'
(private) externalId = '140085'
(private) seoldInstance = null

(private) behaviour = null
(private) showOption = null
(private) showOptionText = null
(private) stock = null

productPrice = 162.25
productTax = '19'
productPriceGross = 193.07749999999999
productCurrency = 0
productPriceForAmount = 162.25
manufacturer (array):

name = ''

productQuantityUnit = 'sp'
mime (array):

0 (object: MimeEntity):

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(private) parentId = null
(private) uri = 'IM0001993.jpg'
(private) type = 'Produktbild'
(private) usage = null
(private) mimeType = 'image/jpeg'
(private) width = '800'
(private) height = '600'
(private) size = null
(private) version = null
(private) externalId = '0A42852'
(private) languageId = null
(private) yBaseoldInstance = null

1 (object: MimeEntity):

(private) id = '18705'
(private) parentId = null
(private) uri = 'IM0001985thszw.jpg'
(private) type = 'adInfo'
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(private) mimeType = 'image/jpeg'
(private) width = '80'
(private) height = '80'
(private) size = null
(private) version = null
(private) externalId = '0A42832thszw'
(private) languageId = null
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attributes (array):

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name = 'DINnorm'
value = 'DIN EN ISO 24373 - CuSi3Mn (Cu 6560)'
unit = null
sort = '10'
public = '1'
isFilter = '1'
attributeId = '62'
productAttributeId = '480515507'
attributeValueId = '10834712'
languageId = null

588 (array):

name = 'Hauptschweißverfahren'
value = 'drive'
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public = '1'
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attributeId = '588'
productAttributeId = '480515513'
attributeValueId = '7984097'
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63 (array):

name = 'werkstoffe'
value = 'CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15'
unit = null
sort = '10'
public = '1'
isFilter = '1'
attributeId = '63'
productAttributeId = '480515510'
attributeValueId = '12446674'
languageId = null

70 (array):

name = 'AWSnorm'
value = 'AWS A-5.7 - ER CuSi-A'
unit = null
sort = '20'
public = '1'
isFilter = '1'
attributeId = '70'
productAttributeId = '480515508'
attributeValueId = '10834713'
languageId = null

590 (array):

name = 'Schweißverfahren'
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sort = '20'
public = '1'
isFilter = '1'
attributeId = '590'
productAttributeId = '480515514'
attributeValueId = '8374123'
languageId = null

44 (array):

name = 'durchmesser'
value = '0.8 mm'
unit = null
sort = '60'
public = '1'
isFilter = '1'
attributeId = '44'
productAttributeId = '480515509'
attributeValueId = '4925'
languageId = null

productPriceCollection (array):

0 (array):

type = 'date'
quantity = '0'
validFrom = '2022-03-11 00:00:00'
validTo = null
price = 116.65000000000001
tax = 19.0
taxTotal = 22.163499999999999
total = 138.8135

1 (array):

type = 'date'
quantity = '0'
validFrom = '2022-03-11 00:00:00'
validTo = null
price = 105.0
tax = 19.0
taxTotal = 19.949999999999999
total = 124.95

productName = 'SW CuSi3'
produktbezeichnung = 'Solid wire electrode, copper-based'
price = 162.25
currencySign = '€'
ewmPriceSurcharge = '45,60 €'
recommendedAccessories (array):

0 = null

filterAttributes (array):

14304 (array):

name = 'lblVariantenwahl:'
values (array):

14304 = '0.8 mm, S200'
14305 = '1 mm, S200'
14306 = '0.8 mm, B300'
14307 = '1 mm, B300'
14308 = '1.2 mm, B300'
14309 = '1 mm, F200'

hasSpareParts = '0'
ewmVariants (array):

0 (array):

productPrice = 162.25
productPriceGross = 193.07749999999999
id = '14304'

1 (array):

productPrice = 159.19999999999999
productPriceGross = 189.44799999999998
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2 (array):

productPrice = 412.5
productPriceGross = 490.875
id = '14306'

3 (array):

productPrice = 382.5
productPriceGross = 455.17500000000001
id = '14307'

4 (array):

productPrice = 376.5
productPriceGross = 448.03499999999997
id = '14308'

5 (array):

productPrice = 0
productPriceGross = 0
id = '14309'

ewmLowestPriceGross = 189.44799999999998
ewmLowestPrice = 159.19999999999999
ewmLowestPricePackagingUnit = 'sp'
ewmLowestPricePackagingAmount = '500'
listprice = '162.25'
ewmRabattgruppe = 'Z7'
ewmQuantityPriceCollection (array):

0 (array):

quantity = '0'
price = 162.25
tax = '19'
taxTotal = 30.827500000000001
total = 193.07749999999999

ewmStock = '141'
ewmStockColor = '<span class="green"></span>  in stock'
vmMime (array):

0 (object: MimeEntity):

1 (object: MimeEntity):

blocks (array):

PT_TD_lang (array):

0 = '<table class="detail_table"><tbody><tr><td class="td1">Standards</td><td>DIN EN ISO 24373 - CuSi3Mn (Cu 6560)</td></tr><tr><td class="td1"/><td>AWS A-5.7 - ER CuSi-A</td></tr><tr><td class="td1"/><td>BS 2901 part 3</td></tr><tr><td class="td1"/><td>Material number</td></tr><tr><td class="td1">Welding positions</td><td>PA / PB / PC / PE / PF</td></tr><tr><td class="td1">Polarity</td><td>DC+</td></tr><tr><td class="td1">Ø</td><td>0.8 mm</td></tr><tr><td class="td1">Chemical analysis (in %)</td><td>Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %</td></tr><tr><td class="td1">Shielding gas</td><td>I1</td></tr><tr><td class="td1">Tensile strength, Rm</td><td>350 MPa</td></tr><tr><td class="td1">Expansion, A5</td><td>40 %</td></tr><tr><td class="td1">Impact energy, Av</td><td>20 °C / 60 J</td></tr><tr><td class="td1">Packing drum</td><td>S200</td></tr><tr><td class="td1">Hardness</td><td>80 HB</td></tr><tr><td class="td1">Base materials</td><td>CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15</td></tr></tbody></table>'
1 = '<table class="detail_table"><tbody><tr><td class="td1">Standards</td><td>DIN EN ISO 24373 - CuSi3Mn (Cu 6560)</td></tr><tr><td class="td1"/><td>AWS A-5.7 - ER CuSi-A</td></tr><tr><td class="td1"/><td>BS 2901 part 3</td></tr><tr><td class="td1"/><td>Material number</td></tr><tr><td class="td1">Welding positions</td><td>PA / PB / PC / PE / PF</td></tr><tr><td class="td1">Polarity</td><td>DC+</td></tr><tr><td class="td1">Ø</td><td>1 mm</td></tr><tr><td class="td1">Chemical analysis (in %)</td><td>Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %</td></tr><tr><td class="td1">Shielding gas</td><td>I1</td></tr><tr><td class="td1">Tensile strength, Rm</td><td>350 MPa</td></tr><tr><td class="td1">Expansion, A5</td><td>40 %</td></tr><tr><td class="td1">Impact energy, Av</td><td>20 °C / 60 J</td></tr><tr><td class="td1">Packing drum</td><td>S200</td></tr><tr><td class="td1">Hardness</td><td>80 HB</td></tr><tr><td class="td1">Base materials</td><td>CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15</td></tr></tbody></table>'
2 = '<table class="detail_table"><tbody><tr><td class="td1">Standards</td><td>DIN EN ISO 24373 - CuSi3Mn (Cu 6560)</td></tr><tr><td class="td1"/><td>AWS A-5.7 - ER CuSi-A</td></tr><tr><td class="td1"/><td>BS 2901 part 3</td></tr><tr><td class="td1"/><td>Material number</td></tr><tr><td class="td1">Welding positions</td><td>PA / PB / PC / PE / PF</td></tr><tr><td class="td1">Polarity</td><td>DC+</td></tr><tr><td class="td1">Ø</td><td>0.8 mm</td></tr><tr><td class="td1">Chemical analysis (in %)</td><td>Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %</td></tr><tr><td class="td1">Shielding gas</td><td>I1</td></tr><tr><td class="td1">Tensile strength, Rm</td><td>350 MPa</td></tr><tr><td class="td1">Expansion, A5</td><td>40 %</td></tr><tr><td class="td1">Impact energy, Av</td><td>20 °C / 60 J</td></tr><tr><td class="td1">Packing drum</td><td>B300</td></tr><tr><td class="td1">Hardness</td><td>80 HB</td></tr><tr><td class="td1">Base materials</td><td>CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15</td></tr></tbody></table>'
3 = '<table class="detail_table"><tbody><tr><td class="td1">Standards</td><td>DIN EN ISO 24373 - CuSi3Mn (Cu 6560)</td></tr><tr><td class="td1"/><td>AWS A-5.7 - ER CuSi-A</td></tr><tr><td class="td1"/><td>BS 2901 part 3</td></tr><tr><td class="td1"/><td>Material number</td></tr><tr><td class="td1">Welding positions</td><td>PA / PB / PC / PE / PF</td></tr><tr><td class="td1">Polarity</td><td>DC+</td></tr><tr><td class="td1">Ø</td><td>1 mm</td></tr><tr><td class="td1">Chemical analysis (in %)</td><td>Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %</td></tr><tr><td class="td1">Shielding gas</td><td>I1</td></tr><tr><td class="td1">Tensile strength, Rm</td><td>350 MPa</td></tr><tr><td class="td1">Expansion, A5</td><td>40 %</td></tr><tr><td class="td1">Impact energy, Av</td><td>20 °C / 60 J</td></tr><tr><td class="td1">Packing drum</td><td>B300</td></tr><tr><td class="td1">Hardness</td><td>80 HB</td></tr><tr><td class="td1">Base materials</td><td>CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15</td></tr></tbody></table>'
4 = '<table class="detail_table"><tbody><tr><td class="td1">Standards</td><td>DIN EN ISO 24373 - CuSi3Mn (Cu 6560)</td></tr><tr><td class="td1"/><td>AWS A-5.7 - ER CuSi-A</td></tr><tr><td class="td1"/><td>BS 2901 part 3</td></tr><tr><td class="td1"/><td>Material number</td></tr><tr><td class="td1">Welding positions</td><td>PA / PB / PC / PE / PF</td></tr><tr><td class="td1">Polarity</td><td>DC+</td></tr><tr><td class="td1">Ø</td><td>1.2 mm</td></tr><tr><td class="td1">Chemical analysis (in %)</td><td>Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %</td></tr><tr><td class="td1">Shielding gas</td><td>I1</td></tr><tr><td class="td1">Tensile strength, Rm</td><td>350 MPa</td></tr><tr><td class="td1">Expansion, A5</td><td>40 %</td></tr><tr><td class="td1">Impact energy, Av</td><td>20 °C / 60 J</td></tr><tr><td class="td1">Packing drum</td><td>B300</td></tr><tr><td class="td1">Hardness</td><td>80 HB</td></tr><tr><td class="td1">Base materials</td><td>CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15</td></tr></tbody></table>'
5 = '<table class="detail_table"><tbody><tr><td class="td1">Standards</td><td>DIN EN ISO 24373 - CuSi3Mn (Cu 6560)</td></tr><tr><td class="td1"/><td>AWS A-5.7 - ER CuSi-A</td></tr><tr><td class="td1"/><td>BS 2901 part 3</td></tr><tr><td class="td1"/><td>Material number</td></tr><tr><td class="td1">Welding positions</td><td>PA / PB / PC / PE / PF</td></tr><tr><td class="td1">Polarity</td><td>DC+</td></tr><tr><td class="td1">Drum Ø</td><td>510 mm</td></tr><tr><td class="td1">Ø</td><td>1 mm</td></tr><tr><td class="td1">Chemical analysis (in %)</td><td>Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %</td></tr><tr><td class="td1">Shielding gas</td><td>I1</td></tr><tr><td class="td1">Tensile strength, Rm</td><td>350 MPa</td></tr><tr><td class="td1">Expansion, A5</td><td>40 %</td></tr><tr><td class="td1">Impact energy, Av</td><td>20 °C / 60 J</td></tr><tr><td class="td1">Packing drum</td><td>F200</td></tr><tr><td class="td1">Hardness</td><td>80 HB</td></tr><tr><td class="td1">Base materials</td><td>CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15</td></tr></tbody></table>'

PT_TD_Vergl (array):

0 = '{"Standards": "DIN EN ISO 24373 - CuSi3Mn (Cu 6560)","": "AWS A-5.7 - ER CuSi-A","": "BS 2901 part 3","": "Material number","Welding positions": "PA / PB / PC / PE / PF","Polarity": "DC+","Ø": "0.8 mm","Chemical analysis (in %)": "Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %","Shielding gas": "I1","Tensile strength, Rm": "350 MPa","Expansion, A5": "40 %","Impact energy, Av": "20 °C / 60 J","Packing drum": "S200","Hardness": "80 HB","Base materials": "CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15"}'
1 = '{"Standards": "DIN EN ISO 24373 - CuSi3Mn (Cu 6560)","": "AWS A-5.7 - ER CuSi-A","": "BS 2901 part 3","": "Material number","Welding positions": "PA / PB / PC / PE / PF","Polarity": "DC+","Ø": "1 mm","Chemical analysis (in %)": "Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %","Shielding gas": "I1","Tensile strength, Rm": "350 MPa","Expansion, A5": "40 %","Impact energy, Av": "20 °C / 60 J","Packing drum": "S200","Hardness": "80 HB","Base materials": "CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15"}'
2 = '{"Standards": "DIN EN ISO 24373 - CuSi3Mn (Cu 6560)","": "AWS A-5.7 - ER CuSi-A","": "BS 2901 part 3","": "Material number","Welding positions": "PA / PB / PC / PE / PF","Polarity": "DC+","Ø": "0.8 mm","Chemical analysis (in %)": "Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %","Shielding gas": "I1","Tensile strength, Rm": "350 MPa","Expansion, A5": "40 %","Impact energy, Av": "20 °C / 60 J","Packing drum": "B300","Hardness": "80 HB","Base materials": "CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15"}'
3 = '{"Standards": "DIN EN ISO 24373 - CuSi3Mn (Cu 6560)","": "AWS A-5.7 - ER CuSi-A","": "BS 2901 part 3","": "Material number","Welding positions": "PA / PB / PC / PE / PF","Polarity": "DC+","Ø": "1 mm","Chemical analysis (in %)": "Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %","Shielding gas": "I1","Tensile strength, Rm": "350 MPa","Expansion, A5": "40 %","Impact energy, Av": "20 °C / 60 J","Packing drum": "B300","Hardness": "80 HB","Base materials": "CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15"}'
4 = '{"Standards": "DIN EN ISO 24373 - CuSi3Mn (Cu 6560)","": "AWS A-5.7 - ER CuSi-A","": "BS 2901 part 3","": "Material number","Welding positions": "PA / PB / PC / PE / PF","Polarity": "DC+","Ø": "1.2 mm","Chemical analysis (in %)": "Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %","Shielding gas": "I1","Tensile strength, Rm": "350 MPa","Expansion, A5": "40 %","Impact energy, Av": "20 °C / 60 J","Packing drum": "B300","Hardness": "80 HB","Base materials": "CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15"}'
5 = '{"Standards": "DIN EN ISO 24373 - CuSi3Mn (Cu 6560)","": "AWS A-5.7 - ER CuSi-A","": "BS 2901 part 3","": "Material number","Welding positions": "PA / PB / PC / PE / PF","Polarity": "DC+","Drum Ø": "510 mm","Ø": "1 mm","Chemical analysis (in %)": "Si : 2.8 % - 2.95 % : Mn : 0.75 % - 0.95 % : Cu : 999 %Others : max. 0.5 %","Shielding gas": "I1","Tensile strength, Rm": "350 MPa","Expansion, A5": "40 %","Impact energy, Av": "20 °C / 60 J","Packing drum": "F200","Hardness": "80 HB","Base materials": "CuSi2Mn | CuSi3Mn | CuZn5 | CuZn10 | CuZn15"}'

innoWeld (array):

0 = '<p/>'
1 = '<p/>'
2 = '<p/>'
3 = '<p/>'
4 = '<p/>'
5 = '<p/>'

Einsatzgebiete (array):

0 = null
1 = null
2 = null
3 = null
4 = null
5 = null

vmAttributes (array):

62 (array):

name = 'DINnorm'
unit = null
values (array):

0 = 'DIN EN ISO 24373 - CuSi3Mn (Cu 6560)'

70 (array):

name = 'AWSnorm'
unit = null
values (array):

0 = 'AWS A-5.7 - ER CuSi-A'

44 (array):