Produkt Kumlokk og Rammer, VOTEC Kabelkummer

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Produkt

Kumlokk og Xxxxxx, VOTEC Kabelkummer

Produktdetaljer
Produkt	Kumlokk og Ramme til Telekommunikasjon, iht. EN124-2, flytende
Anvendelse	Muliggjør adkomst til kommunikasjonskabler Produktene kan kun benyttes i VOTEC gategods, vil ikke passe inn i andre produsenters gategods. Produktene leveres komplett, kumlokk og kumramme, iht. krav i EN124-2.
Type	Firkant lokk og ramme, 1-, 2- eller 3 lokks, D400. Med dempepakninger for å unngå klapring, flytende ramme, lukkede spetthull og lås. Lokket vil låses i åpen posisjon for å unngå at lokket utilsiktet faller tilbake. Vær oppmerksom på at dimensjonene oppgitt i produkt teksten ikke gir max. / min. innvendige mål i tilhørende trekkekum, som kan variere noe mellom de forskjellige kum produsentene. Anbefalt max. / min. dimensjoner på innvendige mål av trekkekummene er oppgitt i PDB-UC-0003.
Komponenter	Lokk og Ramme av duktilt støpejern. Materialet på pakning påmontert lokket er poly uretan.
Produsent	RBA Ferro Industries Pvt. Ltd.
Henvisninger	Det henvises også til følgende nyttig informasjon: • Tilhørende FDV dokument, FDV-UC-0004 • Tilhørende Monteringsanvisning, MA-UC-0004 • VA Miljøblad nr. 2, Renovering av kum • VA Miljøblad nr. 31, Sikkerhet i kummer • VA Miljøblad nr. 32, Montering av kumramme og kumlokk

S. 1 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Innholdsfortegnelse

Introduksjon 3

Produksjon og Miljø 3

Tekniske Data 3

Mål / Dimensjoner 4

3.1 1-Lokk 4

4.2 2-Lokk 5

4.3 3-Lokk 6

Dempepakninger 7

Standarder, Godkjenninger og Sertifikater 7

S. 2 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Introduksjon‌

VOTEC Kumlokk og Rammer inngår i serien VOTEC, som er Brødrene Dahl’s merkevare for produkter til bruk fortrinnsvis innen VMT segmentet.

Produktet er produsert av duktilt støpejern og samsvarer med EN124-2. Det er sertifisert av ICMQ (vil bli vedlagt på senere tidspunkt).

Produktet har lokk som låses i åpen tilstand, ca. 105 grader, for å hindre at lokket utilsiktet faller tilbake til lukket tilstand. Se mer informasjon om dette i tilhørende monteringsanvisning.

Produktene kan kun benyttes i VOTEC gategods, vil ikke passe inn i andre produsenters gategods. Produktene selges komplett, lokk og ramme, iht. krav i EN124-2.

Produksjon og Miljø‌

Produktet produseres av RBA Ferro Industries Pvt. Ltd.

Produsenten innehar godkjente dokumenter for kvalitetssikring og produksjon, se vedlegg. Produsenten er kvalitetssikret og all produksjon for Xxxxxxxx Xxxx blir fulgt opp av egne inspektører hos produsenten.

Smelteovnene hos produsenten er elektriske. RBA har også installert solcellepaneler på taket for å utvinne elektrisitet og har stort fokus på miljøet og redusere CO2 avtrykket, se vedlegg 6.

Tekniske Data‌
Last	D400, iht. EN124-2: 400kN, Gruppe 4
Materiale, hovedkomponenter	Duktilt Støpejern, ISO 1083, Grade 500-7 Max. Størrelse på kaviteter i støpejerns materialet: Ø5 mm. Slike kaviteter kan forekomme i materialet, også i overflaten på materialet.
Materiale, låser	Duktilt Støpejern, ISO 1083, Grade 500-7
Materiale, pakning	Poly Uretan
Overflate, Lokk	Anti-skli overflate med VOTEC design.
Sete, Lokk / Ramme	Pakningen som er montert på lokkene sikrer at de ligger stabilt og motvirker klapring / støy
Installasjon	Installeres i varm asfalt. Rammen må installeres slik at last ikke overføres til betongen. 4 stk. M16x100 skruebolter er montert i rammen for heving / senkning av lokk og ramme under installasjon. Se tilhørende Monteringsanvisning for mer informasjon.
Overflatebehandling	Ingen overflatebehandling, av miljøhensyn. Produktet vil da få noe overflate korrosjon (lys brun farge) ved lagring, men dette vil ikke ha noen negativ effekt på produktet.

S. 3 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Mål / Dimensjoner‌

3.1 1-Lokk‌

Beskrivelse	NRF nr.	Lengde, utv. [mm]	Bredde, utv. [mm]	Høyde, utv. [mm]	Lengde, Skjørt [mm]	Bredde, Skjørt [mm]	Lysåpning [mm]	Vekt per stk. [kg]
1-Lokk	3307009	912	900	205	710	687	637	144

Tabell 1

Anbefalte innvendige max. / min. mål på trekkekum:

Innvendige Mål, Kum, Lengde [mm]	Innvendige Mål, Kum, Bredde [mm]
720-750	700-730

Tabell 2

Seksjon A - A

S. 4 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

4.2 2-Lokk‌

Beskrivelse	NRF nr.	Lengde, utv. [mm]	Bredde, utv. [mm]	Høyde, utv. [mm]	Lengde, Skjørt [mm]	Bredde, Skjørt [mm]	Lysåpning [mm]	Vekt per stk. [kg]
2-Lokk	3307011	1580	900	205	710	687	1321	247

Tabell 3

Anbefalte innvendige max. / min. mål på trekkekum:

Innvendige Mål, Kum, Lengde [mm]	Innvendige Mål, Kum, Bredde [mm]
1405-1435	710-740

Tabell 4

Seksjon A - A

S. 5 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

4.3 3-Lokk‌

Beskrivelse	NRF nr.	Lengde, utv. [mm]	Bredde, utv. [mm]	Høyde, utv. [mm]	Lengde, Skjørt [mm]	Bredde, Skjørt [mm]	Lysåpning [mm]	Vekt per stk. [kg]
3-Lokk	3307012	2294	900	205	2083	687	2010	354

Tabell 5

Anbefalte innvendige max. / min. mål på trekkekum:

Innvendige Mål, Kum, Lengde [mm]	Innvendige Mål, Kum, Bredde [mm]
2095-2125	710-740

Tabell 6

Seksjon A - A

S. 6 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Dempepakninger‌

Dempepakninger, inkl. festemateriell:

Beskrivelse	NRF nr., Dempepakning	For kum NRF Nr.
1-Lokk	2030041	3307009
2-Lokk	2030042	3307011
3-Lokk	2030043	3307012

Standarder, Godkjenninger og Sertifikater‌

Ledelse / Produksjon	ISO 9001	Vedlegg 1
	ISO 14001	Vedlegg 2
	OHSAS 18001	Vedlegg 3
	Material Sertifikat, Test Sample	Vedlegg 4
	RBA Kvalitets Plan	Vedlegg 5
	CO2 Reduksjoner, Juli 2019 - Juli 2020	Vedlegg 6
	EN124-1 og EN124-2, ICMQ	Vedlegg 7
Standarder	EN124-2	Sluktopper og kumtopper for kjøre- og fotgjengerområder - Del 2: Sluktopper og kumtopper laget av støpejern

S. 7 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Vedlegg 1

S. 8 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Vedlegg 2

S. 9 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Vedlegg 3

S. 10 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Vedlegg 4

S. 11 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Vedlegg 5

S. 12 Produkt Datablad

RBA FERRO INDUSTRIES PVT. LTD.

FOUNDRY DIVISION

QUALITY PLAN

Document No.:‐ RBA/Fdy/MG/D‐04 Effective Date:‐ 01‐01‐2011

Rev. Date:‐ 01.04.2018

Rev. No.:‐ 11

Page :‐ 1 of 18

SECTION : SAMPLING STAGE OF COMPONENT

AREA

Development

Pattern Shop

Development

PARAMETERS TO BE CHECKED

Receiving of Drawing

Feasibility Study

Pattern Inspection

Sampling Report (Casting Lay‐Out dimension)

Submission to customer

PPAP Submission (If Applicable)

INSPECTION PLAN

Every Enquiry

Every Enquiry

Pattern newly Received

New Produced Sample atleast ‐2 Nos

For Approval

"

SPECIFICATION & TOLERANCES

As per received drawing/Drawing Register

"

Newly prepared Pattern as per the drawing

As per received drawing

"

"

METHOD OF INSPECTION

Visual Study

As per the APQP Plan & Technical Feasibility Study

Manual By Inspector

"

As per the drawing & Customer Requirements (if

any)

Level 4 documentation requirement

INSTRUMENT TO BE USED

APQP Formats & Review Set‐up

Venier Caliper,Depth gauge,Steel Scale,Height Gauge

"

Visual

By Electronic means

RESPONSIBILITY

Development

Pattern Shop

QA

Development

"

RECORDS

RBA/Fdy/PS/D‐02

RBA/Fdy/PS/R‐10

RBA/Fdy/PS/R‐02

RBA/Fdy/QA/R‐02

Via Mail

By Part Submission Warrant

REACTION PLAN

Feasible/Not Feasible/Notify to Marketing Head

Notify to Plant Head

Notify to Marketing Head

Pattern Shop

Releasing of Pattern for Production

After Approval from QA

As per Pattern realising

" certificate

‐‐‐‐‐‐‐‐

Pattern Shop

RBA/Fdy/PS/R‐06

Notify to Production

Prepared By Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 2 of 18
QUALITY PLAN
SECTION : RAW MATERIAL TESTING
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
Lab	Radiation Test	One “composit” Sample/Batch	< 10 µR/H	By Instrument	NUCLEONIX	Lab	LAB/R‐08	Reject/Notify Plant Head
	(For PI & MS)
	For Steel scrap
	Carbon		0.65% max	Combustion	Strolein Apparatus
	Silicon		1.20% max	Ignition	lance,Measuring cylin
	Manganese		1.30% max	Titration	Balance,Measuring cylinder,Measuring burette
RAW MATERIAL	Sulphur		0.06% max	Titration
	Phosphorus		0.08% max	TItration
	Pig iron(DI)
	Carbon		3.20 ‐ 4.50%	Same as above	Same as above
	Silicon		0.6 ‐ 2.2%		‘’
	Manganese		0. 80% max		"
	Phosphorus		0.15% max		"
	Sulphur		0.06% max		"
	Pig iron(CI)
	Carbon		3.20 ‐ 4.50%		,,
	Silicon		0.8 ‐ 2.0%		"
	Manganese		0. 80% max		"
	Phosphorus		0.15% max		"
	Sulphur		0.06% max		"
	Fe‐Cr		Cr. : 60 ‐ 70%		,,
	Prepared By				Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 3 of 18
QUALITY PLAN
SECTION : RAW MATERIAL TESTING
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
Lab	For Shell Sand	Collect Material from 3 – 4 Different locations & mix to make a Sample			Sand sieve,Muffle furnace, Core gas determinator	Lab	RBA/Fdy/R‐08	Reject/Notify Plant Head
	AFS No		50 – 65%	Manual
	L.O.I		5.0 % Max
	Gas		25 cc/gm Max
	For Dextrine				Balance,Hot Plate Airoven,Muffle furnace Crucible, Cylinder
	Ash		1% Max	Ignition
	Insolubility		5 % Max	Titration
	For Fe‐Si Lumps	One Sample/Batch			Balance,Hot Plate Airoven,Muffle furnace Crucible, Balance,Hot Plate Airoven,Burette,Flask, Beaker
	Silicon		60 – 75%	Ignition
RAW MATERIAL Production Consumable	For Fe‐Mn
	Manganese		65 – 75%	Titration
	For Fe‐Cr
	Cr		60 – 70%	"
	For Fe‐Si‐Mg	As per Supplier T.C
	Magnesium		6 – 12%	Titration	Balance,Hot Plate Airoven,Muffle furnace,Burette, Flask,Beaker, Measuring, cylinder,Crucible, Decicator
	Fe‐Si		40 – 45%	Ignition
	For Pure Mg
	Magnesium		99%	"
	For Innoculine
	Silicon		60 – 75%	"
Note : 1) Reference standard IS: 1559 : Methods of chemical analysis of Ferro alloys & standard IS: 14529 : Chemical analysis of Ferro –Silicon Magnesium alloys
Prepared By				Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 4 of 18
QUALITY PLAN
SECTION : RAW MATERIAL TESTING
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
Lab	For Graphite Powder(For Moulding)					Lab	RBA/Fdy/R‐08	Reject/Notify Plant Head
	Fixed Carbon	Collect Material from 3 – 4 Different locations & mix to make a Sample	75 % Min.	Weight Analysis	Airoven,Muffle furnace Crucible,Decicator
	Ash		2.0 % Max
	VM		5.0 % Max
	For Carburizer
	Fixed Carbon		95% Min.	"	"
	Ash		5% Max
	VM		1.5% Max
RAW MATERIAL Production Consumable	For Bentonite Powder
	Moisture	One Sample/Batch	5 – 14%	"	Air oven,pH Indicator Paper,Measuring Cylinder,M.B Clay tester,Measuring Cylinder
	PH Value		9 – 10.5
	Free Swelling		25 ml Min.
	M.B Value		80 ml /gm Min
	Gel formation Index		60 ml Min
	For Lustrius Carbon Additives
	Ash	"	2 – 6%	"	Airoven,Muffle furnace Crucible,Decicator
	VM		40 – 65%
	Fixed Carbon		30 – 55%
	For Silica Sand	"
	Moisture		1 % Max (Dry) 6% Max (Wet)	"	Airoven,Sand Washer, Beaker,Sieve Shaker
	Clay		2% Max
	AFS No.		45 – 70
	L.O.I		2% Max
	For Proprietary Items	Material Performance	Satisfactoty results	Line Performance		Lab/Production
Prepared By				Reviewed & Approved By :

RBA FERRO INDUSTRIES PVT. LTD.

FOUNDRY DIVISION

QUALITY PLAN

Document No.:‐ RBA/Fdy/MG/D‐04 Effective Date:‐ 01‐01‐2011

Rev. Date:‐ 01.04.2018

Rev. No.:‐ 11

Page :‐ 5 of 18

SECTION : UNIT SAND PREPRATION & SAND TESTING

AREA

PARAMETERS TO BE CHECKED

INSPECTION PLAN

SPECIFICATION & TOLERANCES

METHOD OF INSPECTION

INSTRUMENT TO BE USED

RESPONSIBILITY

RECORDS

REACTION PLAN

For Unit Sand Return Sand New Sand Bentonite

LCA

Moisture Compactibility

Each batch

Each batch

90 – 98%

2.0 – 10 %

0.20% – 1.80%

0.10%. – 0.50%

3.0 – 5.0%

30–55%

Visual "

"

"

"

Visual

Sand multi controller

SS‐MLD

,,

,,

,, "

SS‐S.Plant

Auto save

MOULDING

L.O.I VM

Total clay Active clay

1/day 1/day 1/day 1/day

4.0 ‐ 9.0%

2.5 – 5.0%

11.0 ‐ 18.0%

7.0 ‐ 15.0%

Visual "

"

"

Muffle furnace

V.M Crucible

Sand Washer,Clay tester

M.B Clay tester

SS‐LAB

..

..

..

LAB/R‐03

..

..

..

Reject/Notify Plant Head

TC‐AC

1/day

2.0 ‐ 5.0

" Calculation .. ..

AFS No.

Compactibility GCS

GSS

Permeability Moisture

1/day 1/Hour 1/Hour 1/Hour 1/Hour 1/Hour

45 ‐ 70

30 ‐ 55%

1.10 – 1.80 Kg./cm2

0.30 – 0.70 Kg./cm2

130 ‐ 230

3.0 ‐ 5.0%

" Sandsiever, Sieve

" Compactibility meter

" Universal strenght M/c " ,,

" Permeability Tester

" Moisture Tester

..

SS‐S.Plant

,,

,,

,,

,,

..

LAB/R‐03

,,

,,

,,

,,

Prepared By Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 6 of 18
QUALITY PLAN
SECTION : MOULD MAKING & CORE MAKING ( SHELL CORE )
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
MOULDING	MATCH 130
	Match plate Pattern	Each Pattern used	Pattern Dependent Parameter	Visual	‐‐‐‐‐‐	SS‐MLD	MLD/R‐09	Reset
			Pattern Independent Parameter	"		"	MLD/R‐09
	Mould Cake	Each Cake	No damaged Cake	"		"		Reject / Repair
	Squeez Pressure	Each Mould	1.2 – 10.0 Bar	"	VDU display	"		Adjust
	Mould Hardness	1/ Hour	H : 85 – 97	"	Mould HardnessTester	"	MLD/R‐12	Reject
	Changing of Heat No. on Pattern	After 1.0T metal pouring /As per cutomer requirement	As per the Heat No. of Melting	"	‐‐‐‐‐‐	"	MLD/R‐05	Reject
	First Mould Approval Report	Every day/Shift	As per the checking Parameters	"	Visual	"	MLD/R‐15	Reset
	ARPA
	Match plate Pattern	Each Pattern used	No undercut	Visual	‐‐‐‐‐‐	SS‐MLD	MLD/R‐03	Reject /dismount
			No damaged bush pin	"	‐‐‐‐‐‐	"	,,	,,
	Mould Box	Each Box	No damaged box	"	‐‐‐‐‐‐	"	MLD/R‐04	Reject/Repair
			No damaged bush pin	"	‐‐‐‐‐‐	"	,,
	Mould Hardness	4/ day	H= 85 – 95	"	Mould HardnessTester	"	MLD/R‐12	Reject
			V= 65 – 80					,,
	Changing of Heat No. on Pattern	After 1.0T metal pouring /As per cutomer requirement	As per the Heat No. of Melting	"	‐‐‐‐‐‐	"	MLD/R‐05	Reject
		First Mould Approval Report	Every day/Shift	As per the checking Parameters	"	Visual	"	MLD/R‐15	Reset
Prepared By				Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 7 of 18
QUALITY PLAN
SECTION: Core Sand making
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
CORE	SHELL CORE							Reject/ Readjust
	Temperature Setting	Each Batch	2000C – 3000C	Visual	Temperature indicator	Core shop Incharge	CORE/R‐09
	Investment time		20 – 90 Second		Timer		,,
	Core Scratch Hardness		60 – 90		Scratch hardness tester		CORE/R‐06
	Gas	1/Day	25cc / gm Max	Combustion	Core gas determinator		CORE/R‐07
	CO2 SAND
	Sodium silicate	Each Batch	6.5 – 9.5%	Visual	Weighing balance	Core shop Incharge	CORE/R‐05
	Ivacol Powder		1.0 – 2.5%
	Core Scratch Hardness		40 – 70		Scratch hardness tester		CORE/R‐06
	Gas	1/Day	25cc / gm Max	Combustion	Core gas determinator		CORE/R‐07
	OIL CORE SAND
	Dextrin	Each Batch	2.0 – 4.0 %	Visual	Measuring Can	Core shop Incharge	CORE/R‐05
	Bentonite		1.0 – 2.5 %		,,
	Oil		2.0 – 3.5 %		,,
	Water		3.5 – 4.5 %		,,
	Baking Temperature		160 0 C – 250 0 C		Temperature Indicator
	Baking Time		2.0 – 3.0 hrs		Timer
	Core Scratch Hardness		40 – 70		Scratch hardness tester		CORE/R‐06
	Gas	1/Day	40cc / gm Max	Combustion	Core gas determinator		CORE/R‐07
	Prepared By				Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 8 of 18
QUALITY PLAN
SECTION: Core Sand making
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
CORE	NO BAKE CORE
	Resin Part – A	Each Batch	2.00 – 2.50 %	Visual	Measuring Can	Core shop Incharge	CORE/R‐05	Reject/Re‐adjust
	Resin Part – B		5 – 10 % of Part–A		,,
	Resin Part – C		18 – 22 % of Part – A		,,
	Core Scratch Hardness		60 – 90		Scratch hardness tester		CORE/R‐06
	Gas	1/Day	20cc / gm Max	Combustion	Core gas determinator		CORE/R‐07
	CORE SET
	Dextrin	Each Batch	2.0 – 3.5 %	Visual	Measuring Can	Core shop Incharge	CORE/R‐05	Reject/Re‐adjust
	Bentonite		1.5 – 2.5 %		,,
	Core Set		2.30 – 3.50 %		,,
	Core Scratch Hardness		50 –70		Scratch hardness tester		CORE/R‐06
	Gas	1/Day	20cc / gm Max	Combustion	Core gas determinator		CORE/R‐07
	Viscosity of Core Paint	As per requirement	12 – 16 seconds	Visual	B4 Cup		CORE/R‐04
	Prepared By				Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 9 of 18
QUALITY PLAN
SECTION: Core Sand making for COLD BOX CORE SHOOTER MACHINE
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
CORE	SAND
	AFS No	Each Batch	50 ‐ 65	Weight analysis	Air Oven ,Sand washer, Beaker ,Sieve	Lab	RBA/Fdy/R‐08	Reject/Notify Plant Head
	Moisture		6 % Max
	Clay		2 % Max
	RESIN & HARDNER ADDITION LEVEL
	Resin	1/Day	1.0 ‐1.5 % wt of sand	Visual	Measuring Can	Core shop Incharge	CORE/R‐11	Reject
	Hardener	"	1.0 ‐1.5 % wt of sand	,,	,,		,,
	SAND MAKING CYCLE TIME
	Sand + Resin	1/Day	2 Minutes mixing	Visual	watch	Core shop Incharge	CORE/R‐11	Reject
	(Sand + Resin) + Hardener	"	1 Minute mixing	,,			,,
	CORE GAS	1/Day	20 cc /gm Max	Combustion	Core gas determinator	Core shop Incharge	CORE/R‐06 /R07	Reject
	SCRATCH HARDNESS	3/Day	60 ‐ 90	Visual	Scratch hardness tester
	Bench life of Mixing Sand	Each Batch	45 minutes max	"	watch
	Prepared By				Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 10 of 18
QUALITY PLAN
SECTION : METAL CHARGE PREPARATION
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
MELTING	DI Metal (Normal heat)			Visual	Weighing Scale	SS‐MLT	RBA/Fdy/MLT/R‐02	Readjust
	Pig iron	Each Heat	00 % –– 50%
	MS Scrap		20 % –– 80 %
	DI Foundry return		80 % –– 20 %
	Carburizer		0.3 % –– 2.0 %
	Fe‐Si		0.0 % –– 2.5 %
	Fe ‐ Mn		0.0 % –– 1.0 %
	DI Metal (Sintering heat)
	Pig iron	Each Heat	30 % –– 50 %
	MS Scrap		20 % –– 30 %
	DI Foundry return		50 % –– 20 %
	Carburizer		1.0 % Max
	Fe‐Si		0.5 % Max
	Fe‐Mn		0.8 % Max
	Copper		0.5 % Max (Optional)
	CI Metal
	Pig iron	Each Heat	00 % –– 60 %
	MS Scrap		15 % –– 40 %
	CI Foundry return		85 % –– 00 %
	Carburizer		0.3 % –– 1.0 %
	Fe‐Si		0.4 % –– 1.5 %
	Fe‐Mn		0.2 % –– 1.5 %
	Fe‐Cr		0.4 % Max (optional)
	Cu		0.6 % Max (optional)
	Sn		0.08 % Max (optional)
	Prepared By								Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 11 of 18
QUALITY PLAN
SECTION : METAL PREPARATION, TAPPING & POURING
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
MELTING (DI)	C.E.	Each Heat (Base Metal)	4.00 – 4.70 %	Visual	CE Analyser	SS‐MLT	RBA/Fdy/MLT/R‐02	Readjust
	Carbon	,,	3.60 – 4.00 %
	Silicon	,,	1.30 – 2.00 %
	Tapping Temperature	,,	1590 – 1490 0C		Immersion Pyrometer
	Fe‐Si‐Mg	Each Treatment ladle	1.0–1.8% / liquid metal		Weighing Scale		MLT/R‐03	Readjust
	DI scrap / Boring	,,	0.5–1.5% / liquid metal		,,		"	Readjust/Return to F/c
	Treatment time	,,	40 second Min		Watch		"	Return to F/c
	During direct pouring						,,
	Innoculation	Each pouring ladle	0.4–0.6% of liquid metal	Visual	Measured Spoon		MLT/R‐03	Readjust
	Pouring Temperature	3/heat	1460 – 1340 0C		Immersion Pyrometer		"
	Pouring Time	Each treatment	8 minutes max after treatment		Hooter/Watch		MLT/R‐07
	Before transfering Mg treated metal to Press pour machine	Each Treatment ladle
	Innoculation	Each mold	0.4–0.6% of liquid metal	Visual	Measured Spoon
	Receiving Temperature (In treatment ladle to Press pour m/c)	Each Treatment ladle	1420 ‐ 1470 0C		Immersion Pyrometer		MLT/R‐07	Return to F/c
	Transfer time	Each Treatment ladle	8 minutes max after treatment		Hooter/Watch		MLT/R‐03
	During pouring from Press pour m/c
	Innoculation	Each mold	0.1 – 0.4% of liquid metal	As per flow gauge setting	MSI machine		MLT/R‐08	Resaet
	Pouring Temperature	Each mould	1460 – 1340 0C	Visual	Immersion Pyrometer		MLT/R‐07	Stop pouring/readjust temperature, Relook pattern methoding
	Pouring Time	1 / Each part	As per data bank		MSI machine		MLT/R‐07
	Sn, Cu (optional)	Each Heat	Sn : 0.01 – 0.07%	Visual and Chemical Analysis	Spectro/Chemical Testing Instruments	SS‐LAB	LAB/R‐05B	Readjust
			Cu : 0.10 – 0.50%
Prepared By				Reviewed & Approved By :

SECTION : METAL PREPARATION, TAPPING & POURING

RBA FERRO INDUSTRIES PVT. LTD.

FOUNDRY DIVISION

QUALITY PLAN

Document No.:‐ RBA/Fdy/MG/D‐04 Effective Date:‐ 01‐01‐2011

Rev. Date:‐ 01.04.2018

Rev. No.:‐ 11

Page :‐ 12 of 18

AREA

C.E.

PARAMETERS TO BE CHECKED

INSPECTION PLAN

Each Heat (Base Metal)

SPECIFICATION & TOLERANCES

3.50 – 4.10 %

METHOD OF INSPECTION

INSTRUMENT TO BE USED

RESPONSIBILITY

RECORDS

REACTION PLAN

Carbon	,,	3.10 – 3.40 %	Visual	CE Analyser		MLT/R‐02	Readjust
Silicon	,,	1.30 – 1.80 %
Tapping Temperature	,,	1500 – 1440 0C		Immersion Pyrometer		MLT/R‐03
During direct pouring
Innoculation	Each pouring ladle	0.15–0.3% of liquid metal		Measured Spoon		MLT/R‐03
Pouring Temperature	3/heat	1440 – 1330 0C	Visual	Immersion Pyrometer		"	Readjust
Pouring Time	Each pouring ladle	9 minutes max after inoculation		Watch		"

MELTING (CI)

Before transfering metal to Press pour machine

Innoculation Each bull ladle 0.15–0.3% of liquid metal Measured Spoon

SS‐MLT

MLT/R‐03

Receiving Temperature (In bull ladle to Press pour m/c)

Each bull ladle

1400 ‐ 1470 0C

Visual

Immersion Pyrometer

MLT/R‐07

Readjust/Return to F/c

Transfer time

Each bull ladle

9 minutes max after inoculation

Watch

MLT/R‐03

During pouring from Press pour m/c

Innoculation Each mold 0.1 – 0.4% of liquid metal As per flow gauge setting MSI machine

MLT/R‐08 Resaet

Pouring Temperature Pouring Time

Sn, Cu (optional

Each mold 1 / Each part

Each Heat

1440 – 1330 0C

As per data bank Sn : 0.01 – 0.07%

Cu : 0.10 – 0.50%

Visual

Visual and Chemical Analysis

Immersion Pyrometer

MSI machine

Spectro/Chemical Testing Instruments

SS‐LAB

MLT/R‐07 "

LAB/R‐05

Stop pouring/readjust Relook pattern methoding

Readjust

Prepared By Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 13 of 18
QUALITY PLAN
SECTION : FINAL METAL COMPOSITION / MATRIX
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
LAB	FOR ( DI ) METAL	Each Treatment			Spectro/Chemical Testing Instruments	Lab	LAB / R – 05B	Notify Melting/ Plant Head
	C.E.		4.20 – 4.70%	Calculation
	Carbon		3.40 – 3.80%
	Silicon		2.20 – 2.80%
	Manganese		0.15 – 1.00%	Visual and Chemical Analysis
	Sulphur		0.02 % max
	Phosphorus		0.08 % max
	Magnesium		0.03‐0.06 %
	Alloys (optional)		As per Requirement
	FOR MATRIX
	Nodularity		80% min	Visual	Microscope
FINAL METAL	Ferrite		As per Requirement		,,
	Pearlite		As per Requierment		,,
	FOR ( CI ) METAL	Each Ladle
	C.E.		3.50 – 4.10%	Calculation Visual and Chemical Analysis	Spectro/Chemical Testing Instruments
	Carbon		2.90 – 3.40%
	Silicon		1.50 – 2.30%
	Manganese		0.40 – 1.00%
	Sulphur		0.10% max
	Phosphorus		0.12% max
	Cromium		0.25% max
	Copper		0.40% max
	Tin		0.07% max
	FOR MATRIX
	Graphite Flakes(Type)		ASTM ‘A’Type	Visual	Microscope
	Pearlite		As per Requirement		,,
	Ferrite		,,		,,
Prepared By				Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 14 of 18
QUALITY PLAN
SECTION : PHYSICAL PROPERTIES
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
LAB	DI	Each Heat	190 – 270 for – IS 1865 ( SG‐600/3 )	Visual	Brinnel Hardness Tester	Lab	LAB/R‐05(B)	Notify Melting/ Plant Head
	Casting Hardness		160 – 240 for – IS 1865 ( SG‐500/7 )
	(BHN)		170 – 230 as per BS EN 124 or ISO 1083 ( 500/7 )
			160 – 210 for – IS 1865 ( SG 450/10 )
			201 Max for– IS 1865 ( SG‐400/12 )
			187 – 255 for – ASTM A 536 (Gr –80–55–06)
			156 – 217 for – ASTM A 536 (Gr –65–45–12)
	Tensile Strength		600 Mpa Min for – IS 1865 ( SG‐600/3 )		UTS M/C
			500 Mpa Min for – IS 1865 ( SG‐500/7 )
			450 Mpa Min for – IS 1865 ( SG 450/10 )
			400 Mpa Min for– IS 1865 ( SG‐400/12 )
PHYSICAL			552 Mpa Min for – ASTM A 536 (Gr –80–55–06)
PROPERTIES			448 Mpa Min for – ASTM A 536 (Gr –65–45–12)
	Elongation		3 % Min for – IS 1865 ( SG‐600/3 )
			7 % Min.for – IS 1865 ( SG‐500/7 )
			10 % Min for – IS 1865 ( SG 450/10 )
			12 % Min. for– IS 1865 ( SG‐400/12 )
			6 % Min for – ASTM A 536 (Gr –80–55–06)
			12 % Min for – ASTM A 536 (Gr –65–45–12)
	Yield Strength		370 Mpa Min for – IS 1865 ( SG‐600/3 )
			320 Mpa Min for– IS 1865 ( SG‐500/7 )
			310 Mpa Min for – IS 1865 ( SG 450/10 )
			250 Mpa Min for – IS 1865 ( SG‐400/12 )
			379 Mpa Min for – ASTM A 536 (Gr –80–55–06)
			310 Mpa Min for – ASTM A 536 (Gr –65–45–12)
	CI		160 – 220 for – IS 210 ( FG‐200 )		Brinnel Hardness Tester
	Casting Hardness (BHN)		180 – 220 for – IS 210 ( FG‐220 )
			180 – 230 for – IS 210 ( FG‐260 )
			180 – 230 for – IS 210 ( FG‐300 )
	Tensile Strength		200 Mpa Min for – IS 210 ( FG‐200 )		UTS M/C
			200 Mpa Min as per BS EN 124 or ISO 185 ( Gr.20)
			220 Mpa Min for – IS 210 ( FG‐220 )
			260 Mpa Min for – IS 210 ( FG‐260 )
			300 Mpa Min for – IS 210 ( FG‐300 )
Prepared By				Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.					Document No.:‐ RBA/Fdy/MG/D‐04
						Effective Date:‐ 01‐01‐2011
						Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION					Rev. No.:‐ 11
						Page :‐ 15 of 18
QUALITY PLAN
SECTION : SHOT BLASTING & FETTLING
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN	SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
SHOT BLASTING & FETLING	Shot Size	Each batch	0.7 ‐ 1.2 mm	Measuring	Vernier Caliper	SS FTL	……	Reject/
	Surface Finish	Each Casting	Sand free casting	Visual	Visual	"
	Duration of blasting(Hanger type blasting machine)	Each batch	5 – 12 minutes	Visual	Timer	,,	FLT/R‐02B	Notify Plant Head /Rectify
	Duration of blasting Peen blasting machine	Each batch	5 – 20 mnutes	Visual	Timer	“	FLT/R‐02B	,,
	Prepared By				Reviewed & Approved By :

SECTION : FINAL INSPECTION

RBA FERRO INDUSTRIES PVT. LTD.

FOUNDRY DIVISION

QUALITY PLAN

Document No.:‐ RBA/Fdy/MG/D‐04 Effective Date:‐ 01‐01‐2011

Rev. Date:‐ 01.04.2018

Rev. No.:‐ 11

Page :‐ 16 of 18

AREA

PARAMETERS TO BE CHECKED

INSPECTION PLAN

SPECIFICATION & TOLERANCES

METHOD OF INSPECTION

INSTRUMENT TO BE USED

RESPONSIBILITY

RECORDS

REACTION PLAN

QUALITY

For RAW CASTING

Visual Defects Blow hole Shrinkage Cold shut

100% No visual defects Visual ‐‐‐‐‐‐‐ QA ‐‐‐‐ Reject/Rework 100% No Blow hole Visual ‐‐‐‐‐‐‐ " ‐‐‐‐ "

100% No Shrinkage Visual ‐‐‐‐‐‐‐ ,, ‐‐‐‐ ,, 100% No Cold shut Visual ‐‐‐‐‐‐‐ ,, ‐‐‐‐ ,,

ASSURANCE

(For Normal castings)

Specified Dimensions of each

item.

Casting weight

One / lot of Production

batch

One / lot of Production batch

As per Drawing

dimension

As per p.o.weight

Visual Weighing

Different Measuring

Instruments QA

Weighing Scale ,,

QA/R‐02 QA/R‐07

Reject/Rework

Notify Plant Head/Rectify

Gauge Checking

As Required

As per gauge dimension

Visual

Gauge

,, ‐‐‐‐

Reject/Rework

For MACHINED CASTING

Dimensions

As Per CP As per Drawing dimention

Visual Gauge / Fixture / Measuring Instrument

QA QA/R‐03 Reject/Rework

Prepared By Reviewed & Approved By :

	RBA FERRO INDUSTRIES PVT. LTD.						Document No.:‐ RBA/Fdy/MG/D‐04
							Effective Date:‐ 01‐01‐2011
							Rev. Date:‐ 01.04.2018
	FOUNDRY DIVISION						Rev. No.:‐ 11
							Page :‐ 17 of 18
QUALITY PLAN
AREA	PARAMETERS TO BE CHECKED	INSPECTION PLAN		SPECIFICATION & TOLERANCES	METHOD OF INSPECTION	INSTRUMENT TO BE USED	RESPONSIBILITY	RECORDS	REACTION PLAN
Quality Assurance (Foundry)	For Manhole cover	Sample		As per Specification of EN 124‐2:2015	Visual	Filler gauge,Venier Caliper,Depth gauge,Steel tape,Steel Scale	Inspection Foundry & Ware house	RBA/Fdy‐1/QA/R‐02‐2	Check 3 random samples out of the lot, If found o.k., accept the whole lot If any one sample fails. Check 5 new random samples , If all the 5 samples are o.k. accept the whole lot. If any one of the 5 random samples found defective , reject the whole lot.
	Aspects of Inspection	Size	Frequency
	Clear opening	3	Supply / Receive Lot
	Over base
	Depth
	Dimentions
	Frame bearing area
	Load bearing capacity
	Permanent set
	Securing of the cover / grating within the frame
	Skid resistence
	Child safety
	Tilt test					Venier Caliper,Steel Scale,Load test machine,Test block 75 mm dia		RBA/Fdy‐1/QA/R‐25
	Weight			As per P.O. Weight	Weighing	Weighing scale		RBA/Fdy‐1/QA/R‐02‐2
	Pull test	3	When developed	As per the Customer Specification / Standard	Visual	Pull test machine,Vernier Caliper		RBA/Fdy‐1/QA/R‐26
	Load	3 / Lot dispatched it will be repeated once in at least every six month or 1: 5000			By Application of Load	Load test m/c		Record No. of Customer Specific Requirement Matrix
	Painting (Epoxy ,CED,Powder coating,Phosphating)	One / Lot		As per customer requirement	Measurement	Viscosity, Coating thickness measuring instrument	Inspection ware house	RBA/Fdy/PHT/R‐ 03 and RBA/Fdy/CED/R‐ 03 & 04 & RBA/Fdy/PCT /R‐01	Re‐paint/ Re‐coating/ Re‐Phosphating
Prepared By (QC Manager)					Reviewed & Approved By :

RBA FERRO INDUSTRIES PVT. LTD.

FOUNDRY DIVISION

QUALITY PLAN

Document No.:‐ RBA/Fdy/MG/D‐04 Effective Date:‐ 01‐01‐2011

Rev. Date:‐ 01.04.2018

Rev. No.:‐ 11

Page :‐ 18 of 18

AREA

PARAMETERS TO BE CHECKED

For Engg. Component

Visual Inspection of Castings

Machining of Castings

Dimensional Inspection

INSPECTION PLAN

Size 100%

"

Every Lot

SPECIFICATION & TOLERANCES

As Per Drawing As per Machining

Process check Sheet of every operation/Periodical Inspection Record

As Per Drawing

METHOD OF INSPECTION

As per the visual standard/Display

As per the list of Measuring Instruments

"

INSTRUMENT TO BE USED

Standard

Vernier calliper, Height Gauge,Depth Gauge,Dial Gauge etc.

‐‐do‐‐

RESPONSIBILITY

CNC Receiving Inspector

CNC Shop Incharge

"

RECORDS

RBA/Fdy/CNC‐QC/D‐ 01

RBA/Fdy/MC/D‐ 06

RBA/Fdy/MC/R‐ 08

RBA/Fdy/CNC‐QC/R‐ 02

REACTION PLAN

Reject/Notify to QC Manager

Reject/Notify to QC Manager

‐‐do‐‐

CNC Shop/ Induction Hardening

Induction Hardening

Tempering

MPI Testing

DP Testing HRC Hardness

Once per day

100 % of total Lot

100 % of total Lot of Induction Hardening

/ As per customer Specific requirement

Suspected Material of the lot MPI done

Every after 2 Hours of production run

As per the setting parameters

165ᵒC

As per the setting parameters

Visually 53 Min.

As per the Check Points & WI

Visual Display

As per the check Points Sheet & WI

As per the Work Instruction

WI for HRC Hardness testing

Pressure Gauge,Vernier,Pyromete r, filler Gauge, Refractrometer, Polymer etc.

Visual Temp. Indicator

MPI Machine

Chemical & Visual

HRC Hardness testing Machine

Incharge Heat treatment

"

"

"

"

RBA/Fdy/HT/R‐ 02 & R‐07

‐‐‐‐‐‐

RBA/Fdy/HT/R‐ 04 &

RBA/Fdy/LAB/R‐ 15

‐‐‐‐‐

RBA/Fdy/WIO/LAB/D‐25

Reject/Notify to QC Manager

‐‐‐‐‐

Reject/Notify to QC Manager

"

Reject/Notify to QC Manager

Micro Hardness

Every after 4 Hours of production run

Case depth‐0.51 min

First piece approval Report Check Points in approval "

report

RBA/Fdy/HT /R‐09

Reject/Notify to QC Manager

Painting (Epoxy ,CED,Powder coating,Phosphating)

One / Lot

As per customer requirement

Measurement/As per the check Point

Viscosity, Coating thickness measuring instrument

Inspection ware house/ LAB

RBA/Fdy/PHT/R‐ 03 and

RBA/Fdy/CED/R‐ 03 & 04 & RBA/Fdy/PCT /R‐01

Re‐paint/ Re‐coating/ Re‐Phosphating

Prepared By Reviewed & Approved By :

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Vedlegg 6

S. 13 Produkt Datablad

PDB-UC-0004, Rev. 1, Aug. 2022 Produkt Datablad

Vedlegg 7

S. 14 Produkt Datablad

CERTIFICATE N°	CERTIFICATO N°
P534
COMPANY	AZIENDA
RBAFerro Industries Private Limited 0/0 Xxxxx Xxxx Xxxx, Xxxxxxx Xxxxx, Xxxxx 000, Xxxxxxx 000000 - Xxxx Xxxxxx, Xxxxx
PRODUCTION UNIT	UNITA’ PRODUTTIVA
NH6, Village and Post Office: Prasastha, Xxxxxx Xx - 000000 Xxxx Xxxxxx Xxxxx
SCOPE OF THE CERTIFICATE	OGGETTO DEL CERTIFICATO
GULLY TOPS AND MANHOLE TOPS FOR VEHICULAR AND PEDESTRIAN AREAS Dispositivi di coronamento e chiusura per zone di circolazione utilizzate da pedoni e da veicoli
REFERENCE STANDARDS	NORME DI RIFERIMENTO
EN 124-1:2015, EN 124-2:2015
CERTIFICATION SYSTEM	SISTEMA DI CERTIFICAZIONE
General Agreement Conditions for the product certification – CP DOC 229 Condizioni Generali di Contratto per la Certificazione di prodotto - CP DOC 229 Particular rules for gully tops and manhole tops - CP DOC 243 Regolamento particolare per dispositive di coronamento e chiusura – CP DOC 243 Instructions for the application of the EN 124:2015 - UNI/TR 11671:2017 Indicazioni per l’applicazione della serie EN 124:2015 – UNI/TR 11671:2017
PRODUCTS	PRODOTTI
3307011 RBAD-1441 Manhole Top EN 124-2 – D400 – 2/2 – 614 – F – RP

First Issue

Prima Emissione

Current Issue

Emissione Corrente

Expiry Date

Scadenza

11/05/2022 11/05/2022 31/12/2022

THE PRESIDENT AND GENERAL MANAGER ING. XXXXXXX XXXXXXXX

1 of 1