Clause 8.2 Definitions

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8.2.1 Accredited Certification Body

“Accredited certification body” (CB) refers to a body corporate or corporation incorporated or constituted under the law of Singapore, accredited under the Singapore Accreditation Council (SAC)’s certification body accreditation scheme administered by the Enterprise Singapore Board.

8.2.2 Accredited Laboratory

“Accredited laboratory” refers to a body corporate or corporation providing laboratory testing services, which is accredited under SAC’s laboratory accreditation scheme administered by the Enterprise Singapore Board, or recognised under the International Laboratory Accreditation Cooperation (ILAC) Mutual Recognition Agreement/Arrangement between Singapore and other countries.

8.2.3 Certificate of Conformity (CoC)

“Certificate of Conformity” refers to a certificate issued by CBs for a regulated shelter product that meets product testing standards and certification requirements. These certified products shall be recorded in a product directory on the CB’s website for reference and verification of the CoCs’ validity.

8.2.4 Local Representative

“Local representative” refers to the Singapore-registered agent/partner appointed by a foreign CoC holder, in order for its certified regulated shelter products to be supplied in Singapore.

8.2.5 Mutual Recognition Arrangement/Agreement (MRA)

“Mutual Recognition Arrangement” or “Mutual Recognition Agreement” refers to the arrangements signed between SAC and other international assessment bodies, which mutually recognise reports and certificates issued by an accredited Conformity Assessment Body (CAB) as equivalent to their own accreditation requirements.

8.2.6 Product Listing Scheme (PLS)

“Product listing scheme” refers to the third-party certification scheme administered by SCDF for regulated shelter products.

8.2.7 Scheme Type 5 (Scheme 5)

“Scheme Type 5” consists of type testing and factory inspection during initial certification, and ongoing assessment of the entire quality management system, including auditing the production process and management system. Surveillance testing of the product is done either from the market or at the point of production, or both, to check that items produced fulfil the specified requirements.

8.2.8 Serial Label

“Serial label” refers to a certification label issued by CBs, with unique serial numbers. These are affixed to certified regulated shelter products, such as SS doors (refer to Table 8.1). Such labels allow tracing of these products to their corresponding CoC and the specific installation location of each product.

8.2.9 Surveillance Window

"Surveillance window”, also known as “ surveillance cycle”, refers to the period of 12 or 36 months (as stipulated in Table 8.1), starting from the date that a CoC is issued in relation to a regulated shelter product, and every subsequent period of 12 or 36 months or shorter, if the CoC expires, or is terminated or withdrawn. Products may be subjected to post -certification testing and/or inspection, based on the surveillance window.

8.2.10 Suspension of CoC

“Suspension of CoC” refers to the temporary invalidation of a CoC by a CB under circumstances not limited to the following:

a. Non-compliance to any component of the surveillance regime.

b. Products are suspected to not meet shelter requirements but are still in the process of being tested/investigated.

c. CoC holder breaching the CB’s terms and conditions (including non - payment of fees).

8.2.11 Termination of CoC

“Termination of CoC” refers to the cancellation of a CoC, either on the request of the CoC holder before its expiry, or due to reasons not related to shelter requirements. Examples of such circumstances include:

a. CoC holder ceases to supply the product due to business considerations (e.g. shutting down of business, liquidation).

b. CoC holder fails to take adequate rectification measures within the given timeframe, despite being suspended for a breach in the CB’s terms and conditions (including non-payment of fees).

8.2.12 Type Testing

“Type testing”, also known as prototype testing, refers to testing of a product according to the test standard(s) and specification(s) for that product for the application of CoC, as specified in Table 8.2.

8.2.13 Withdrawal of CoC

“Withdrawal of CoC” refers to the cancellation of a CoC by the CB under circumstances not limited to the following:

a. Non-compliance with the requirements of the Product Listing Scheme, including:

i. Regulated shelter product that is supplied to the industry differs from the prototype described in the CoC and laboratory test report.

ii. Misuse of certification mark, logo and certificates.

iii. Supply of products from a factory which differs from the factory declared during the CoC application.

b. Failure to take adequate rectification measures within the given timeframe, despite being suspended for a shelter-related non- compliance./p>

c. Non-compliance that failure production process to consistently produce products of acceptable quality, including:

i. Failure or refusal of test/analysis of the product.

ii. The surveillance regime is not completed within the surveillance window.

d. Other reasons related to shelter requirements.

TABLE 8.1 : LIST OF REGULATED SHELTER PRODUCT
PRODUCTS	ACCEPTABLE STANDARDS	CERTIFICATION SCHEME	SURVEILLANCE REGIME
			TESTING	FACTORY AND SITE INSPECTION
Storey Shelter Door	Refer to Table 8.2	Scheme 5 (Label issued)	Once every 3 years for cyclic test. Annually for water tightness test, dimension check, CED coating test & rubber gasket test.	At least once annually or by trigger (every 200 labels).

TABLE 8.2: TEST STANDARDS AND SPECIFICATIONS FOR STOREY SHELTER DOOR
TYPE TESTS – SCHEME TYPE 5
S/N	TEST	STANDARD/SPECIFICATION
1	Door locking mechanism cyclic test (Once in 3 years)	Test Cycles The entire test shall consist of 60,000 cycles, which in turn comprise two cyclic types: Type A : 10,000 in Civil Defence (CD) mode when the lock bolts are activated. Type B : 50,000 for normal opening and closing of door (based on 900 angle of opening function). (Note: Type A cycles are to be performed interspersed between the Type B cycles in the ratio 1:5, i.e. 1 Type A cycle to be done after every 5 Type B cycles.) Test Method and Requirements The test is conducted using the test rig designed to be able to support the doorset and holding it rigidly in place, preventing any movement that may occur during the tests. 5 Type B cycles to be carried out. Each cycle shall consist of the latch of lockset unlatching (with its level handle completing at 900 angle movement), followed by the door leaf opening to 900 angle and then by the closing of the door leaf and finally latching in place. During each cycle, the lockset shall be able to latch fully. After the 5 Type B cycles, 1 Type A cycle to be performed. The type A cycle is a 900 angle movement of the lever handle of the lockset in locking and unlocking the doorset. During each cycle, the lockset shall fully engage the bolts onto the door frame, with the lever handle completing the full cycle of operation without straining. This pattern of 5 Type B cycles followed by 1 Type A cycle is to be repeated 10,000 times. After completion of 60,000 cycles After the test, the doorset shall be checked manually that it is still able to lock in place without causing any strains and all functions of the lockset shall still operate. Check that there shall be no damages or evidence of undue wear or loosening of any parts of the doorset including the hardwares installed or other defects that may impair its reliability of functioning and the test leaf shall remain connected to the frame. Check that the lockset’s spring bolt through the striking plate shall continue to function correctly and be able to return to its normally extended position under its own spring pressure and all functions of the lockset shall still operate. Check for visible cracking or breakage of any components on the hinges and check that the doorset is capable of closing properly, maintaining all clearances between leaf to frame and floor as measured before the test.
2	Water-tightness test	Water tightness test shall be carried out on the door leaf and frame assembly in their closed position. The enclosure formed by the door leaf and frame assembly in their closed position shall be filled with water to a uniform depth of 25mm of water for a period of 2 hours. There shall be no seepage of water within this period.
3	CED/Galvanised Coating Test	CED ASTM D3359 - Rating 5B (no removal of coating). SS5 : Part F2 - The coating shall withstand test load of 2000g. ASTM 3363 - 2H shall be the hardest pencil that does not scratch the film. SS5 : Part B1 - Dry film thickness shall be 20 ± 5µm SS5 : Part G1. Test duration = 500 hours - The coating may have any quantity of Size 2 blisters but shall have no more than Density 2 Size 3 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 2 according to ISO 4628-3. SS5 : Part G6. Test duration = 500 hours - The coating shall have no more than Density 2 Size 2 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 1 accordingly to ISO 4628-3. Electro-galvanised ASTM A90 - Coating thickness = 3.5 microns minimum.
4	Rubber gasket test	ASTM D1056 (Grade 2A3, 2A4, 2A5, 2B3, 2B4 or 2B5).
SURVEILLANCE TESTS – SCHEME TYPE 5
1	Door locking mechanism cyclic test	Test Cycles The entire test shall consist of 60,000 cycles, which in turn comprise two cyclic types: Type A : 10,000 in Civil Defence (CD) mode when the lock bolts are activated. Type B :: 50,000 for normal opening and closing of door (based on 900 angle of opening function). (Note: Type A cycles are to be performed interspersed between the Type B cycles in the ratio 1:5, i.e. 1 Type A cycle to be done after every 5 Type B cycles.) Test Method and Requirements The test is conducted using the test rig designed to be able to support the doorset and holding it rigidly in place, preventing any movement that may occur during the tests. 5 Type B cycles to be carried out. Each cycle shall consist of the latch of lockset unlatching (with its level handle completing at 900 angle movement), followed by the door leaf opening to 900 angle and then by the closing of the door leaf and finally latching in place. During each cycle, the lockset shall be able to latch fully. After the 5 Type B cycles, 1 Type A cycle to be performed. The type A cycle is a 900 angle movement of the lever handle of the lockset in locking and unlocking the doorset. During each cycle, the lockset shall fully engage the bolts onto the door frame, with the lever handle completing the full cycle of operation without straining. This pattern of 5 Type B cycles followed by 1 Type A cycle is to be repeated 10,000 times. After completion of 60,000 cycles After the test, the doorset shall be checked manually that it is still able to lock in place without causing any strains and all functions of the lockset shall still operate. Check that there shall be no damages or evidence of undue wear or loosening of any parts of the doorset including the hardwares installed or other defects that may impair its reliability of functioning and the test leaf shall remain connected to the frame. Check that the lockset’s spring bolt through the striking plate shall continue to function correctly and be able to return to its normally extended position under its own spring pressure and all functions of the lockset shall still operate. Check for visible cracking or breakage of any components on the hinges and check that the doorset is capable of closing properly, maintaining all clearances between leaf to frame and floor as measured before the test.
2	Water-tightness test	Water tightness test shall be carried out on the door leaf and frame assembly in their closed position. The enclosure formed by the door leaf and frame assembly in their closed position shall be filled with water to a uniform depth of 25mm of water for a period of 2 hours. There shall be no seepage of water within this period.
3	Production test	Dimensional checks in accordance to approved drawings. The door frame can be double rebated to facilitate the installation of a fire door.
4	CED/Galvanised Coating Test	CED ASTM D3359 - Rating 5B (no removal of coating). SS5 : Part F2 - The coating shall withstand test load of 2000g. ASTM 3363 - 2H shall be the hardest pencil that does not scratch the film. SS5 : Part B1 - Dry film thickness shall be 20 ± 5µm. SS5 : Part G1. Test duration = 500 hours - The coating may have any quantity of Size 2 blisters but shall have no more than Density 2 Size 3 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 2 according to ISO 4628-3. SS5 : Part G6. Test duration = 500 hours - The coating shall have no more than Density 2 Size 2 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 1 accordingly to ISO 4628-3. Electro-galvanised ASTM A90 - Coating thickness = 3.5 microns minimum.
5	Rubber gasket test	ASTM D1056 (Grade 2A3, 2A4, 2A5, 2B3, 2B4 or 2B5)

TABLE 8.1 : LIST OF REGULATED SHELTER PRODUCT
PRODUCTS	ACCEPTABLE STANDARDS	CERTIFICATION SCHEME	SURVEILLANCE REGIME
			TESTING	FACTORY AND SITE INSPECTION
Storey Shelter Door	Refer to Table 8.2	Scheme 5 (Label issued)	Once every 3 years for cyclic test. Annually for water tightness test, dimension check, CED coating test & rubber gasket test.	At least once annually or by trigger (every 200 labels).

TABLE 8.2: TEST STANDARDS AND SPECIFICATIONS FOR STOREY SHELTER DOOR
TYPE TESTS – SCHEME TYPE 5
S/N	TEST	STANDARD/SPECIFICATION
1	Door locking mechanism cyclic test (Once in 3 years)	Test Cycles The entire test shall consist of 60,000 cycles, which in turn comprise two cyclic types: Type A : 10,000 in Civil Defence (CD) mode when the lock bolts are activated. Type B : 50,000 for normal opening and closing of door (based on 900 angle of opening function). (Note: Type A cycles are to be performed interspersed between the Type B cycles in the ratio 1:5, i.e. 1 Type A cycle to be done after every 5 Type B cycles.) Test Method and Requirements The test is conducted using the test rig designed to be able to support the doorset and holding it rigidly in place, preventing any movement that may occur during the tests. 5 Type B cycles to be carried out. Each cycle shall consist of the latch of lockset unlatching (with its level handle completing at 900 angle movement), followed by the door leaf opening to 900 angle and then by the closing of the door leaf and finally latching in place. During each cycle, the lockset shall be able to latch fully. After the 5 Type B cycles, 1 Type A cycle to be performed. The type A cycle is a 900 angle movement of the lever handle of the lockset in locking and unlocking the doorset. During each cycle, the lockset shall fully engage the bolts onto the door frame, with the lever handle completing the full cycle of operation without straining. This pattern of 5 Type B cycles followed by 1 Type A cycle is to be repeated 10,000 times. After completion of 60,000 cycles After the test, the doorset shall be checked manually that it is still able to lock in place without causing any strains and all functions of the lockset shall still operate. Check that there shall be no damages or evidence of undue wear or loosening of any parts of the doorset including the hardwares installed or other defects that may impair its reliability of functioning and the test leaf shall remain connected to the frame. Check that the lockset’s spring bolt through the striking plate shall continue to function correctly and be able to return to its normally extended position under its own spring pressure and all functions of the lockset shall still operate. Check for visible cracking or breakage of any components on the hinges and check that the doorset is capable of closing properly, maintaining all clearances between leaf to frame and floor as measured before the test.
2	Water-tightness test	Water tightness test shall be carried out on the door leaf and frame assembly in their closed position. The enclosure formed by the door leaf and frame assembly in their closed position shall be filled with water to a uniform depth of 25mm of water for a period of 2 hours. There shall be no seepage of water within this period.
3	CED/Galvanised Coating Test	CED ASTM D3359 - Rating 5B (no removal of coating). SS5 : Part F2 - The coating shall withstand test load of 2000g. ASTM 3363 - 2H shall be the hardest pencil that does not scratch the film. SS5 : Part B1 - Dry film thickness shall be 20 ± 5µm SS5 : Part G1. Test duration = 500 hours - The coating may have any quantity of Size 2 blisters but shall have no more than Density 2 Size 3 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 2 according to ISO 4628-3. SS5 : Part G6. Test duration = 500 hours - The coating shall have no more than Density 2 Size 2 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 1 accordingly to ISO 4628-3. Electro-galvanised ASTM A90 - Coating thickness = 3.5 microns minimum.
4	Rubber gasket test	ASTM D1056 (Grade 2A3, 2A4, 2A5, 2B3, 2B4 or 2B5).
SURVEILLANCE TESTS – SCHEME TYPE 5
1	Door locking mechanism cyclic test	Test Cycles The entire test shall consist of 60,000 cycles, which in turn comprise two cyclic types: Type A : 10,000 in Civil Defence (CD) mode when the lock bolts are activated. Type B :: 50,000 for normal opening and closing of door (based on 900 angle of opening function). (Note: Type A cycles are to be performed interspersed between the Type B cycles in the ratio 1:5, i.e. 1 Type A cycle to be done after every 5 Type B cycles.) Test Method and Requirements The test is conducted using the test rig designed to be able to support the doorset and holding it rigidly in place, preventing any movement that may occur during the tests. 5 Type B cycles to be carried out. Each cycle shall consist of the latch of lockset unlatching (with its level handle completing at 900 angle movement), followed by the door leaf opening to 900 angle and then by the closing of the door leaf and finally latching in place. During each cycle, the lockset shall be able to latch fully. After the 5 Type B cycles, 1 Type A cycle to be performed. The type A cycle is a 900 angle movement of the lever handle of the lockset in locking and unlocking the doorset. During each cycle, the lockset shall fully engage the bolts onto the door frame, with the lever handle completing the full cycle of operation without straining. This pattern of 5 Type B cycles followed by 1 Type A cycle is to be repeated 10,000 times. After completion of 60,000 cycles After the test, the doorset shall be checked manually that it is still able to lock in place without causing any strains and all functions of the lockset shall still operate. Check that there shall be no damages or evidence of undue wear or loosening of any parts of the doorset including the hardwares installed or other defects that may impair its reliability of functioning and the test leaf shall remain connected to the frame. Check that the lockset’s spring bolt through the striking plate shall continue to function correctly and be able to return to its normally extended position under its own spring pressure and all functions of the lockset shall still operate. Check for visible cracking or breakage of any components on the hinges and check that the doorset is capable of closing properly, maintaining all clearances between leaf to frame and floor as measured before the test.
2	Water-tightness test	Water tightness test shall be carried out on the door leaf and frame assembly in their closed position. The enclosure formed by the door leaf and frame assembly in their closed position shall be filled with water to a uniform depth of 25mm of water for a period of 2 hours. There shall be no seepage of water within this period.
3	Production test	Dimensional checks in accordance to approved drawings. The door frame can be double rebated to facilitate the installation of a fire door.
4	CED/Galvanised Coating Test	CED ASTM D3359 - Rating 5B (no removal of coating). SS5 : Part F2 - The coating shall withstand test load of 2000g. ASTM 3363 - 2H shall be the hardest pencil that does not scratch the film. SS5 : Part B1 - Dry film thickness shall be 20 ± 5µm. SS5 : Part G1. Test duration = 500 hours - The coating may have any quantity of Size 2 blisters but shall have no more than Density 2 Size 3 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 2 according to ISO 4628-3. SS5 : Part G6. Test duration = 500 hours - The coating shall have no more than Density 2 Size 2 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 1 accordingly to ISO 4628-3. Electro-galvanised ASTM A90 - Coating thickness = 3.5 microns minimum.
5	Rubber gasket test	ASTM D1056 (Grade 2A3, 2A4, 2A5, 2B3, 2B4 or 2B5)

TABLE 8.2: TEST STANDARDS AND SPECIFICATIONS FOR STOREY SHELTER DOOR
TYPE TESTS – SCHEME TYPE 5
S/N	TEST	STANDARD/SPECIFICATION
1	Door locking mechanism cyclic test (Once in 3 years)	Test Cycles The entire test shall consist of 60,000 cycles, which in turn comprise two cyclic types: Type A : 10,000 in Civil Defence (CD) mode when the lock bolts are activated. Type B : 50,000 for normal opening and closing of door (based on 900 angle of opening function). (Note: Type A cycles are to be performed interspersed between the Type B cycles in the ratio 1:5, i.e. 1 Type A cycle to be done after every 5 Type B cycles.) Test Method and Requirements The test is conducted using the test rig designed to be able to support the doorset and holding it rigidly in place, preventing any movement that may occur during the tests. 5 Type B cycles to be carried out. Each cycle shall consist of the latch of lockset unlatching (with its level handle completing at 900 angle movement), followed by the door leaf opening to 900 angle and then by the closing of the door leaf and finally latching in place. During each cycle, the lockset shall be able to latch fully. After the 5 Type B cycles, 1 Type A cycle to be performed. The type A cycle is a 900 angle movement of the lever handle of the lockset in locking and unlocking the doorset. During each cycle, the lockset shall fully engage the bolts onto the door frame, with the lever handle completing the full cycle of operation without straining. This pattern of 5 Type B cycles followed by 1 Type A cycle is to be repeated 10,000 times. After completion of 60,000 cycles After the test, the doorset shall be checked manually that it is still able to lock in place without causing any strains and all functions of the lockset shall still operate. Check that there shall be no damages or evidence of undue wear or loosening of any parts of the doorset including the hardwares installed or other defects that may impair its reliability of functioning and the test leaf shall remain connected to the frame. Check that the lockset’s spring bolt through the striking plate shall continue to function correctly and be able to return to its normally extended position under its own spring pressure and all functions of the lockset shall still operate. Check for visible cracking or breakage of any components on the hinges and check that the doorset is capable of closing properly, maintaining all clearances between leaf to frame and floor as measured before the test.
2	Water-tightness test	Water tightness test shall be carried out on the door leaf and frame assembly in their closed position. The enclosure formed by the door leaf and frame assembly in their closed position shall be filled with water to a uniform depth of 25mm of water for a period of 2 hours. There shall be no seepage of water within this period.
3	CED/Galvanised Coating Test	CED ASTM D3359 - Rating 5B (no removal of coating). SS5 : Part F2 - The coating shall withstand test load of 2000g. ASTM 3363 - 2H shall be the hardest pencil that does not scratch the film. SS5 : Part B1 - Dry film thickness shall be 20 ± 5µm SS5 : Part G1. Test duration = 500 hours - The coating may have any quantity of Size 2 blisters but shall have no more than Density 2 Size 3 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 2 according to ISO 4628-3. SS5 : Part G6. Test duration = 500 hours - The coating shall have no more than Density 2 Size 2 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 1 accordingly to ISO 4628-3. Electro-galvanised ASTM A90 - Coating thickness = 3.5 microns minimum.
4	Rubber gasket test	ASTM D1056 (Grade 2A3, 2A4, 2A5, 2B3, 2B4 or 2B5).
SURVEILLANCE TESTS – SCHEME TYPE 5
1	Door locking mechanism cyclic test	Test Cycles The entire test shall consist of 60,000 cycles, which in turn comprise two cyclic types: Type A : 10,000 in Civil Defence (CD) mode when the lock bolts are activated. Type B :: 50,000 for normal opening and closing of door (based on 900 angle of opening function). (Note: Type A cycles are to be performed interspersed between the Type B cycles in the ratio 1:5, i.e. 1 Type A cycle to be done after every 5 Type B cycles.) Test Method and Requirements The test is conducted using the test rig designed to be able to support the doorset and holding it rigidly in place, preventing any movement that may occur during the tests. 5 Type B cycles to be carried out. Each cycle shall consist of the latch of lockset unlatching (with its level handle completing at 900 angle movement), followed by the door leaf opening to 900 angle and then by the closing of the door leaf and finally latching in place. During each cycle, the lockset shall be able to latch fully. After the 5 Type B cycles, 1 Type A cycle to be performed. The type A cycle is a 900 angle movement of the lever handle of the lockset in locking and unlocking the doorset. During each cycle, the lockset shall fully engage the bolts onto the door frame, with the lever handle completing the full cycle of operation without straining. This pattern of 5 Type B cycles followed by 1 Type A cycle is to be repeated 10,000 times. After completion of 60,000 cycles After the test, the doorset shall be checked manually that it is still able to lock in place without causing any strains and all functions of the lockset shall still operate. Check that there shall be no damages or evidence of undue wear or loosening of any parts of the doorset including the hardwares installed or other defects that may impair its reliability of functioning and the test leaf shall remain connected to the frame. Check that the lockset’s spring bolt through the striking plate shall continue to function correctly and be able to return to its normally extended position under its own spring pressure and all functions of the lockset shall still operate. Check for visible cracking or breakage of any components on the hinges and check that the doorset is capable of closing properly, maintaining all clearances between leaf to frame and floor as measured before the test.
2	Water-tightness test	Water tightness test shall be carried out on the door leaf and frame assembly in their closed position. The enclosure formed by the door leaf and frame assembly in their closed position shall be filled with water to a uniform depth of 25mm of water for a period of 2 hours. There shall be no seepage of water within this period.
3	Production test	Dimensional checks in accordance to approved drawings. The door frame can be double rebated to facilitate the installation of a fire door.
4	CED/Galvanised Coating Test	CED ASTM D3359 - Rating 5B (no removal of coating). SS5 : Part F2 - The coating shall withstand test load of 2000g. ASTM 3363 - 2H shall be the hardest pencil that does not scratch the film. SS5 : Part B1 - Dry film thickness shall be 20 ± 5µm. SS5 : Part G1. Test duration = 500 hours - The coating may have any quantity of Size 2 blisters but shall have no more than Density 2 Size 3 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 2 according to ISO 4628-3. SS5 : Part G6. Test duration = 500 hours - The coating shall have no more than Density 2 Size 2 blisters as illustrated in ISO 4628-2. - Degree of rusting shall not be more than scale Ri 1 accordingly to ISO 4628-3. Electro-galvanised ASTM A90 - Coating thickness = 3.5 microns minimum.
5	Rubber gasket test	ASTM D1056 (Grade 2A3, 2A4, 2A5, 2B3, 2B4 or 2B5)

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TABLE 8.1 : LIST OF REGULATED SHELTER PRODUCT

TABLE 8.2: TEST STANDARDS AND SPECIFICATIONS FOR STOREY SHELTER DOOR

TABLE 8.1 : LIST OF REGULATED SHELTER PRODUCT

TABLE 8.2: TEST STANDARDS AND SPECIFICATIONS FOR STOREY SHELTER DOOR

TABLE 8.2: TEST STANDARDS AND SPECIFICATIONS FOR STOREY SHELTER DOOR