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Applied by South Africa on the entire world for 1602: Other prepared or preserved meat, meat offal or blood.
The measure came into effect on 09 September 2004
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 09 September 2004
- Publication where the measure is specified
- Government Notice R. 791 (Government Gazette 26531) of 9 July 2004
- Regulation where the measure is specified
- Compulsory Specification For The Manufacture, Production, Processing and Treatment of Canned Meat Products
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- This specification specifies requirements for the manufacture, production, processing and treatment of canned meat products intended for human consumption.
- Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 7.20 Minced meat and minced meat in gravy
7.20.1 Preparation
Minced meat and minced meat in gravy shall be prepared by canning minced meat in its own juice or in a prepared gravy. Spices and other seasoning may be present.
The meat used shall be obtained from the skeletal musculature of food animals. The product shall not contain edible offal or added natural binder.
7.20.2 Composition
When determined in accordance with 11.3, the actual lean meat content (see 2.2) of minced meat canned in its own juice, shall be at least 70 %. The actual lean meat content of canned minced meat in gravy and canned minced meat in gravy containing invisible onions and peppers shall be at least 60 %. When determined in accordance with 11.5, the starchy (farinaceous) material, calculated as crude starch, shall not exceed 5 % by mass.
7.20.3 Appearance
The product shall have a characteristic processed minced meat appearance. The texture shall be uniformly minced without containing excessively large coarse pieces but shall also not be finely ground or be emulsified or be smooth or pasty. The fibre of the meat shall be visible and be free from excessive pieces of sinew and connective tissue. Coagulated exuded fat shall not be present at ambient temperature. Excessive exuded material shall not be present. - Reference of the measure
- Regulation 7.20
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 1602 Other prepared or preserved meat, meat offal or blood. Yes Minced meat with vegetables (or fruit) or cereal or a combination of these in gravy - Description
- Minced meat and minced meat in gravy
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 1602: Other prepared or preserved meat, meat offal or blood.
The measure came into effect on 09 September 2004
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 09 September 2004
- Publication where the measure is specified
- Government Notice R. 791 (Government Gazette 26531) of 9 July 2004
- Regulation where the measure is specified
- Compulsory Specification For The Manufacture, Production, Processing and Treatment of Canned Meat Products
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- This specification specifies requirements for the manufacture, production, processing and treatment of canned meat products intended for human consumption.
- Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 7.21 Minced meat with vegetables (or fruit) or cereal or a combination of these in gravy
Minced meat with vegetables (and/or fruit) or cereal or both in gravy shall be prepared by canning minced meat together with one or more vegetables or fruit or a cereal or both in gravy. The meat used shall be obtained from skeletal musculature of food animals. The product shall not contain edible offal or added natural binder.
7.21.2 Composition
In the case of minced meat with onions or peppers that contains a visible quantity of onions or peppers, the actual lean meat content, determined in accordance with 11.3, shall be at least 55 %.
In the case of minced meat with vegetables (or fruit) or cereal or both, the actual lean meat content (see 2.2), determined in accordance with 11.3, shall be at least 40 %. The drained mass, determined in accordance with 10.5, of the cereal or the vegetables (or fruit) or both, shall be at least 35 % of the d.n.m.
7.21.3 Appearance
The appearance of minced meat shall be as given in 7.20.3. The vegetables (or fruit) or cereals or both
shall be as given in 7.2.2 - Reference of the measure
- Regulation 7.21
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 1602 Other prepared or preserved meat, meat offal or blood. Yes Minced meat with vegetables (or fruit) or cereal or a combination of these in gravy - Description
- Minced meat with vegetables (or fruit) or cereal or a combination of these in gravy
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 09 September 2004
- Publication where the measure is specified
- Government Notice R. 791 (Government Gazette 26531) of 9 July 2004
- Regulation where the measure is specified
- Compulsory Specification For The Manufacture, Production, Processing and Treatment of Canned Meat Products
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- This specification specifies requirements for the manufacture, production, processing and treatment of canned meat products intended for human consumption.
- Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 7.22 Unspecified meat products
7.22.1 General
Any meat product for which requirements are not specifically prescribed in 7.2 to 7.22 inclusive but
which falls within the scope of this specification, shall comply with the relevant requirements given in
sections 4, 5, 6, 8, 9 and 12 of this specification.
7.22.2 Drained mass
In the case of packs other than solid packs, the drained mass shall be at least 70 % of the d.n.m, except
that in the case of products packed in sauce or gravy the washed or drained mass, when determined in
accordance with 10.5, shall be at least 50 % of the d.n.m.
7.22.3 Curing salts
Packs other than those that contain cured meat shall not contain curing salts.
7.22.4 Freedom from defects
The product shall be free from sand, grit, pieces of shell, dirt and other extraneous contaminants. - Reference of the measure
- Regulation 7.22
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out PG: 13 Meat products and Fresh or chilled meat No - Description
- Unspecified meat products
Countries/Regions affected by the measure.
- Description
- All countries
-
Applied by South Africa on the entire world for 0307.60: - Snails, other than sea snails and 0307.99.90: --- Other
The measure came into effect on 09 September 2004
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 09 September 2004
- Publication where the measure is specified
- Government Notice R. 791 (Government Gazette 26531) of 9 July 2004
- Regulation where the measure is specified
- Compulsory Specification For The Manufacture, Production, Processing and Treatment of Canned Meat Products
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- This specification specifies requirements for the manufacture, production, processing and treatment of canned meat products intended for human consumption.
- Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 7.23 Snails
7.23.1 Packing
The product may be packed in clear brine, water, or sauce. It may be spiced. The product shall be neatly packed. The container shall be filled to practical capacity, over-filling being avoided.
7.23.2 Drained mass
The drained mass, determined in accordance with 10.5, shall be at least 60 % of the d.n.m.
7.23.3 Appearance, texture and colour
The product shall be attractive in appearance and characteristic in colour. The units shall not have a greyish or brownish off-colour. The units in any one container shall be reasonably uniform in colour and size. The units shall not have a ragged appearance. The product shall have a characteristic firm but soft texture, and shall not be soggy or mushy or excessively tough or dry.
7.23.4 Flavour and odour
The flavour and odour of the product shall be fresh and characteristic. Off-flavours and off-odours shall not be present.
7.23.5 Freedom from defects
The product shall be free from sand, grit, and pieces of shell, dirt and other extraneous contaminants. Snail eggs shall be absent. When snails are packed in brine or in water, the packing medium shall not be turbid or cloudy and shall be free of sediment. - Reference of the measure
- Regulation 7.23
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 0307.60 - Snails, other than sea snails No 0307.99.90 --- Other Yes Sea snails - Description
- Snails
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 0713.3: - Beans (Vigna spp., Phaseolus spp.) :
The measure came into effect on 14 February 2014
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 14 February 2014
- Publication where the measure is specified
- Government Gazette No. 37330, 14 February 2014
- Regulation where the measure is specified
- Regulations Relating to the Grading, Packing and Marking of Dry Beans intended for sale in the Republic of South Africa
- Country/Region applying the measure
- South Africa
- Coded list of objectives
- A: Protection of human life and health
- Description of the measure
- Grades of Beans
3 Dry beans shall for the purpose of the application of these regulations be-
(a) graded as Grade 1, Grade 2, Grade 3 or Split beans in the case of dry beans in retail quantities : Provided that dry beans in retail quantities of 5kg and more may also be graded as undergrade ; and
(b) (b) graded as Canning Grade 1 , Grade 2, Grade 3 and Grade 4 or Undergrade in the case of dry beans in bulk quantities.
Standards for grades
4. (1) A consignment of dry beans that is graded as Canning Grade, Grade 1, Grade 2, Grade 3 or Grade 4, shall
(a) be of a particular size group;
(b) be of a particular colour group;
c) Be of a particular type group;
(d) be free from a musty or other unacceptable odour
e) be free from any dangerous objects;
(f) be free from dry beans in or on which a substance occurs that renders it unsuitable for human consumption or for processing into healthy food or feed;
(g) be free from noxious seeds: Provided that a consignment of dry beans in bulk quantities may contain noxious seeds to the extent permitted in terms of the Food stuffs, cosmetics and Disinfectant Act, 1972 (Act No. 54 of 1972);
(h) Be free from insects;
(i) Be free from organisms of phytosanitary importance as determined by Agricultural Pest Act, 1983 ( Act No. 36 of 1983) ;
(j) have a moisture content of not more that 14 percent , and
(k) not have a deviation specified in column 1 of Table 1(a) to a large extent than the applicable maximum specified in column 2, 3, 4, 5, of 6 of Table 1(a) opposite thereto for the grade concerned.
(2) A consignment of dry beans that is graded as Split beans shall
(a) comply with the requirements set out in subregulation 1(d), (e), (f), (g), (h) and (i);
(b) have a moisture content of not more than 12 percent , and
c) not have a deficiency specified in column 1 of Table 1(b) to a large extent than the applicable maximum specified in column 5 of Table 1 (b) opposite thereto for the grade concerned.
(3) a consignment of dry beans which does not comply with the requirements specified in subregulations (1) and (2) shall be graded as Undergrade: Provided that in the case of dry beans in retail quantities of 5kg and more which are graded as Undergrade shall –
(a) comply with the requirements set out in subregulation (1) (d), (e), (f), (g), (h) and (i); and
(b) not have a deviation specified in column 1 Table 1(b), to a larger extent than the applicable maximum specified in column 6 of the table opposite thereto for the grade concerned
Size groups
6. (1) The size groups for dry beans are Large, Medium and Small.
(2) A consignment of dry beans shall be deemed to be –
(a) of the size group Large if the count thereof is 140 or less per 100 gram;
(b) of the size group Medium if the count thereof is more than 140 but not more than 365 per 100 gram; and
c) of the size group Small if the count thereof is more that 365 but not more than 760 per 100 gram.
Colour groups
7. (1) The colour groups for dry beans shall be White, Red speckled, Non-red speckled and Coloured.
(2) A consignment of dray beans shall be deemed to be –
(a) of the colour group White if the color of the testa of those dry beans can be described as white;
(b) of the colour Red speckled if the testa of those dry beans-
(i) have fully or partly, pinkish red to reddish purple speckles ;
Have a white or light white background colour and a pinkish red to reddish purple secondary colour ; or
(iii) have a pinkish red to reddish purple colour inversion;
c) of the colour group Non-red speckled if the tests of those dry beans have speckles of a colour inversion of any colour other than pinkish red or reddish purple; and
(d) of the colour group Coloured if those dry beans are not of a colour group contemplated in paragraph (a) , (b) or c).
Type groups
8. (1) The type groups for dry beans are-
(a) Kidney beans;
(b) Medium white beans;
c) Small white beans;
(d) Red Speckled beans ;
(e) Non-red speckled beans;
(f) Half –white speckled beans;
(g) Coloured beans;
(h) Green beans ;
(i) Mixed dry beans; and
(j) Unspecified dry beans
(2)for the purpose of subregulation (1) –
(a) “Half white beans” means dry beans of which approximately one half of the testa is predominantly white or dull white , irrespective of whether a few small speckles occur thereon , and of which the remaining portion is speckled, naturally stained or coloured;
(b) “Green beans” means the threshed ripe seed of Phaseolus vulgaris L. (garden beans) ;
c) “Mixed dry beans ” means dry beans that consist of a mixture of different size groups, colour groups or types groups ; and
(d) “Unspecified dry beans ” means dry beans of a type group that is not otherwise specified in subregulation(1) - Reference of the measure
- Regulations 3 to 8
- Measure also domestic
- No
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 0713.3 - Beans (Vigna spp., Phaseolus spp.) : No - Description
- Dry beans
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8414.80: - Other
The measure came into effect on 02 April 2001
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 02 April 2001
- Publication where the measure is specified
- Government Notice R93 (Government Gazette 22014) Of 2 February 2001
- Regulation where the measure is specified
- Compulsory Specification For Microbiological Safety Cabinets (Classes I, II And III)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers requirements for the construction, fittings and pre-installation and post- installation performance of class I, class li and class III microbiological safety cabinets (also known as biological safety cabinets) intended to protect the operator and the environment from hazardous microbiological materials and (if so required by the customer or user or both), organic toxins and non-corrosive volatile organic agents.
NOTE - Microbiological safety cabinets are not intended to provide protection against corrosive chemical or radioactive materials.
1 .2 The specification does not cover the actual design of a safety cabinet and in no way restricts new design, provided that a microbiological safety cabinet of a new design complies with the requirements for materials, reliability, performance and safety given in this specification.
NOTE - Microbiological safety cabinets of class I, class II and class III should not be confused with laminar flow
clean workstations that usually discharge horizontally and vertically towards the operator and that do not provide
protection for an operator, but can even increase exposure to airborne hazards. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 4.3 Class III cabinets
4.3.1 General
4.3.1.1 A class III cabinet shall be a self-contained unit that includes at least a work space, prefilters, HEPA-filters and a blower for HEPA-filtered inlet and exhaust air. Provision shall be made to prevent the backward flow of contaminated air through the air-intake by the fitting of an inlet HEPA-filter that also provides a supply of sterile air to flush the interior and prevent contamination of the material being handled. If handling of organic toxins and non-corrosive volatile organic agents is required, an activated carbon filter shall also be included in the exhaust duct. Exhaust air shall be ducted to the outside atmosphere.
4.3.1.2 The cabinet shall be an independent operating unit and shall be independent of any other air- circulation system.
4.3.1.3 When a cabinet is tested in accordance with 6.1 .1 , it shall be gastight. At no location shall a gas leak in excess of 16,5 g per annum be detected.
4.3.1.4 The exhaust outlet may face in any direction, provided that it is readily accessible.
4.3.1.5 The work face of the work space shall include a viewing window and a sealed barrier that separates the operator from the work space. This barrier shall be fitted with gloves that are continuous with the barrier and the outer shell of the cabinet. The gloves shall enable the worker to handle materials inside the cabinet.
4.3.1. 6 All controls associated with the cabinet shall be operated from outside the cabinet.
4.3.1 .7 In order to contain potentially hazardous materials within the cabinet, the interior of the cabinet shall always remain under a negative pressure relative to the pressure in the work room/environment. A manometer with a range of -500 Pa to 500 Pa shall be mounted outside the cabinet to give a visual indication of the pressure of the interior negative pressure plenum.
4.3.1.8 Any contaminated zone under positive pressure shall be surrounded by zones maintained at negative pressure equal to that maintained in the cabinet work space.
4.3.1.9 There shall be specific access points in the exhaust duct for the measurement of the airflow rate.
4.3.1 . 1 Under no circumstances shall a class I cabinet be upgraded to comply with the requirements
of a class III cabinet.
4.3.2 Glove ports
Manipulation in the work space shall be carried out by means of glove ports which may also serve as transfer ports and for the attachment of transfer bags.
4.3.2.1 Glove port assembly
4.3.2.1.1 The glove port assembly shall be attached to the front panel of the cabinet either by means of suitable fasteners with sealing gaskets or shall be permanently welded to, riveted to or pressed from the front panel of the cabinet.
4.3.2.1.2 The glove port assembly shall comply with all the physical and chemical requirements for the outer shell of the cabinet, as specified in 3.3.1 .
4.3.2.1.3 The dimensions of the glove port assembly shall be such as to provide for the attachment of standard, commercially available beaded glove box gauntlets, without undue tension on the rims of the gloves. The manufacturer shall specify the glove cuff diameter or shape appropriate to the particular port size.
4.3.2.1.4 The outer side of the port ring shall have two grooves to accommodate the beaded cuff of the glove and of a secondary glove to permit changing gloves without compromising the seal.
4.3.2.1 .5 A bung that can be fitted Internally or externally to provide an efficient and absolute seal of the port shall be provided for each port.
4.3.2.2 Gloves (gauntlets)
4.3.2.2.1 The gloves shall fit either hand equally well and shall have beaded cuffs that are compatible with the diameter and shape of the glove ports.
NOTE - Gloves made from translucent material might be affected by DOP aerosol and other aerosols, and therefore
steps should be taken to prevent such gloves from coming Into contact with such aerosols when filter integrity tests are being conducted.
4.3.2.2.2 Gloves shall be made of translucent material in order to readily detect any damage to the glove.
4.3.2.2.3 The gloves shall be easily replaceable from outside the cabinet, by pushing the old glove to the inside of the cabinet and fitting a new glove while the blower is still running.
4.3.2.2.4 Gloves shall be attached to the ports in such a manner that they do not detach easily when in use. The means of attachment shall not compromise the integrity of the glove.
4.3.3 Filters
Both the inlet and the exhaust filters of a class III cabinet shall be HEPA-filters of a size appropriate for handling at least the specified airflow (see 4.3.4.2), and they shall be of size and specification given in 3.5.1.
4.3.4 Flow and distribution of air
4.3.4.1 When determined in accordance with 6.6.3.3.1 , the airflow velocity through the glove ports, when all gloves are detached, shall be at least 0,75 m/s.
4.3.4.2 When determined in accordance with 6.6.3.3.2, the airflow through the inlet filter, when the gloves are attached, shall be at least 3 m^3/min.
4.3.5 Work floor
The work floor shall be rigid, flat and constructed in one piece with radiused comers to facilitate cleaning and disinfection (see 3.4.2).
4.3.6. Transfer chamber
4.3.6.1 A transfer chamber may be fitted to the cabinet to permit the transfer of bulky items into the cabinet. If fitted, the transfer chamber shall be of a suitable size, with doors appropriate to the size of the items in question, and shall be fitted to the side of the cabinet.
4.3.6.2 The transfer chamber shall be a seamless gastight one-piece chamber with radius corners to facilitate cleaning and disinfection. When a transfer chamber fitted to the cabinet is tested in accordance with 6 1 the seams and joints of the doors and of the chamber shall show no sign of gas leakaqe AH materials used for the construction of the chamber shall comply with the requirements of 3.3.1. The chamber shall be fitted with in-line HEPA-filters and suitable valves to allow partial evacuation of the chamber, when required. - Reference of the measure
- Regulation 4.3
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8414.80 - Other Yes Microbiological safety cabinets (classes I, II And II - Description
- Microbiological safety cabinets in class III
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8414.80: - Other
The measure came into effect on 02 April 2001
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 02 April 2001
- Publication where the measure is specified
- Government Notice R93 (Government Gazette 22014) Of 2 February 2001
- Regulation where the measure is specified
- Compulsory Specification For Microbiological Safety Cabinets (Classes I, II And III)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers requirements for the construction, fittings and pre-installation and post- installation performance of class I, class li and class III microbiological safety cabinets (also known as biological safety cabinets) intended to protect the operator and the environment from hazardous microbiological materials and (if so required by the customer or user or both), organic toxins and non-corrosive volatile organic agents.
NOTE - Microbiological safety cabinets are not intended to provide protection against corrosive chemical or radioactive materials.
1 .2 The specification does not cover the actual design of a safety cabinet and in no way restricts new design, provided that a microbiological safety cabinet of a new design complies with the requirements for materials, reliability, performance and safety given in this specification.
NOTE - Microbiological safety cabinets of class I, class II and class III should not be confused with laminar flow
clean workstations that usually discharge horizontally and vertically towards the operator and that do not provide
protection for an operator, but can even increase exposure to airborne hazards. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 4.2 Class 11 cabinets
4.2.1 General
4.2.1.1 A class II cabinet shall be a self-contained unit that includes at least a work space, prefilters, HEPA-filters and a blower for unidirectional (laminar) HEPA-filtered airflow and HEPA-filtered exhaust air. If handling of organic toxins and non-corrosive volatile organic agents is required, an activated carbon filter shall also be included.
4.2.1.2 The cabinet shall be independent operating unit, and shall be independent of any other air- circulation system
4.2.1.3 The exhaust outlet may face in any direction, provided that it is readily accessible.
4.2.1.4 The work face of the work space shall include a viewing window and a work-access aperture through which an inward flow of air is maintained.
4.2.1.5 In order to contain potentially hazardous materials within the cabinet, all contaminated zones under positive air pressure shall be surrounded by zones maintained under a negative pressure relative to the pressure in the work room/environment.
4.2.1.6 The delivery area for the air to the work space shall be free from interposed projections or cavities that could interfere with the containment performance.
4.2.1.7 When a class II cabinet is tested in accordance with 6.5.3.1, the DOP aerosol penetration at all construction joints bordering the work space shall not exceed 0,03 %.
4.2.2 Work floor
The work floor shall be firm, shall not be fastened and shall be readily raised but shall have a location- fixing and position-fixing system, as well as systems to prevent reversed installation. The work floor may be solid or perforated. If the work floor is solid, it shall have a retaining lip around Its perimeter of height at least 10 mm, that serves to contain spillage of liquid within the cabinet. All corners of the floor shall be radiused to facilitate cleaning and disinfection (see 3.4.2). Components or attachments associated with the work floor in the work space shall be so constructed as to facilitate easy and effective cleaning and disinfection.
4.2.3 Sump
The sump, which provides the base of the lower air plenum, shall be watertight and all joints shall be welded, ground flush and dressed. The sump shall be sized to retain fluid to a depth of at least 10 mm. The floor of the sump shall be free from obstructions and attachments, and have all corners radiused to facilitate cleaning and disinfection (see 3.4.2). The sides of the lower air plenum (i.e. the area below support structures for the work floor) shati be free from cracks, crevices and sharp projections that could adversely affect cleaning and disinfection.
4.2.4 Flow and distribution of air
4.2.4.1 Recirculating air and air barrier
Air shall be recirculated through the work space through HEPA-filters and in a unidirectional (laminar) manner, thus providing contamination-free air for product protection.
An air barrier between the work space and the room shall be created across the full width of the work- access aperture by the induction of atmospheric (room) air downwards into the sump.
4.2.4.2 Velocity and uniformity of airflow in the work space
4.2.4.2.1 When determined in accordance with 6.6.3.2, the average velocity of the unidirectional (laminar) flow of air shall be not less than 0,45 m/s and not more than 0,50 m/s. No single velocity reading shall differ from the average velocity by more than 20 %.
4.2.4.2.2 When a cabinet is tested in accordance with 6.10, the total number of colonies of the test organism, counted after incubation, shall not exceed five in any of the six replicate tests, thus indicating a minimum of cross-contamination and, therefore, an acceptable level of uniformity of airflow.
4.2.4.3 Air barrier integrity
4.2.4.3.1 When a cabinet is tested in accordance with both 6.5 and 6.1 0, the DOP aerosol penetration shall not exceed 0,03 %, and the number of colonies of the test organism counted on the plates shall not exceed five in any test.
4.2.4.3.2 When a cabinet is tested in accordance with 6.8. the cabinet shall offer a protection factor of at least 1 ,0 X 10^5
4 2 4 3 3 The mean inward airflow velocity at the work-access aperture shall be at least 4 m/s when indirectly measured as exhaust airflow velocity in accordance with 6.6.3.2.2. This shall be achieved at the minimum specified downward airflow velocity of 0,45 m/s in the work space.
4 2 4 3.4 When a smoke test is carried out in accordance with 6.5.3.3, it shall indicate that the direction of airflow is inwards over the whole area of the work-access aperture.
NOTE - The proportional adjustment of the quantities of barrier air and the work space air is critical to the performance of the cabinet, as is the unidirectional (laminar) flow of the air within the cabinet.
4 2 4 3.5 When a smoke test is carried out in accordance with 6.5.3.3.2, it shall visually indicate that there is no escape of smoke to the ambient side over the whole area of the work-access aperture. In addition, there shall be no undue turbulence which could lead to backstreaming along the inside of the window.
4.2.4.4 Temperature
The temperature, measured inside the cabinet at a height of 100 mm above the centre of the work space, shall not rise by more than 8 °C above the ambient temperature in the laboratory after 4 h of continuous working of the motor blower (see 3.6) and the lights turned on. - Reference of the measure
- Regulation 4.2
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8414.80 - Other Yes Microbiological safety cabinets in class II - Description
- Microbiological safety cabinets in class II
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8414.80: - Other
The measure came into effect on 02 April 2001
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 02 April 2001
- Publication where the measure is specified
- Government Notice R93 (Government Gazette 22014) Of 2 February 2001
- Regulation where the measure is specified
- Compulsory Specification For Microbiological Safety Cabinets (Classes I, II And III)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers requirements for the construction, fittings and pre-installation and post- installation performance of class I, class li and class III microbiological safety cabinets (also known as biological safety cabinets) intended to protect the operator and the environment from hazardous microbiological materials and (if so required by the customer or user or both), organic toxins and non-corrosive volatile organic agents.
NOTE - Microbiological safety cabinets are not intended to provide protection against corrosive chemical or radioactive materials.
1 .2 The specification does not cover the actual design of a safety cabinet and in no way restricts new design, provided that a microbiological safety cabinet of a new design complies with the requirements for materials, reliability, performance and safety given in this specification.
NOTE - Microbiological safety cabinets of class I, class II and class III should not be confused with laminar flow
clean workstations that usually discharge horizontally and vertically towards the operator and that do not provide
protection for an operator, but can even increase exposure to airborne hazards. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 4.1 Class I cabinets
4.1.1 General
4.1.1.1 A class I cabinet shall be a self-contained unit that includes at least a work space, prefilters, HEPA-filters and a blower for HEPA-filtered exhaust air. If handling of organic toxins and non-corrosive volatile organic agents is required, an activated carbon filter shall also be included.
4.1.1.2 The cabinet shall be an independent operating unit and shall be independent of any other air-circulation system.
4.1.1.3 The exhaust outlet may face in any direction, provided that it is readily accessible.
4.1 .1 .4 The work face of the work space shall include a viewing window and a work-access aperture through which an inward flow of air is maintained.
4.1.1.5 In order to contain potentially hazardous materials within the cabinet, all contaminated zones under positive air pressure shall be surrounded by zones maintained under negative pressure relative to the pressure in the work room/environment.
4.1.1.6 When a cabinet is tested in accordance with 6.8, the cabinet shall offer a protection factor of at least 1 x 10^ 5
4.1 .1.7 Under no circumstances shall a class i cabinet be upgraded to comply with the requirements of a class III cabinet.
4.1.2 Work floor
The work floor shall be rigid, flat and constructed in one piece with radiused corners to facilitate cleaning and disinfection (see 3.4.2). The front edge of the floor shall have a retaining lip of height at least 10 mm that serves to contain spillage of liquid within the cabinet.
4.1.3 Flow and distribution of air
4.1.3.1 When a smoke test is carried out in accordance with 6.5.3.3, it shall demonstrate that the direction of airflow is inwards over the entire area of the work-access aperture.
4.1.3.2 When determined in accordance with 6.6.3.1, the average velocity of the air flowing into the work-access aperture shall be in the range 0,7 m/s to 1 ,0 m/s. No single velocity reading shall differ from the average velocity by more than 20 %. - Reference of the measure
- Regulation 4.1
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8414.80 - Other Yes Microbiological safety cabinets in class I - Description
- Microbiological safety cabinets in class I
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 3819.00: Hydraulic brake fluids and other prepared liquids for hydraulic transmission, not containing or containing less than 70 % by weight of petroleum oils or oils obtained from bituminous minerals.
The measure came into effect on 17 July 1975
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 17 July 1975
- Publication where the measure is specified
- Government Notice 128 (Government Gazette 4562) Of 17 January 1975
- Regulation where the measure is specified
- Compulsory Specification For Hydraulic Brake And Clutch Fluid
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- This specification covers fluid of the non-petroleum and the non-silicone types suitable for use in automotive
hydraulic brake and clutch systems. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 3. REQUIREMENTS.
3.1 GENERAL.--The fluid shall be homogeneous, clear, and free from grit, mineral oil, and other impurities which may have a deleterious effect on the performance of the the fluid.
3.2 EQUILIBRIUM REFLUX BOILING POINT AT A PRESSURE OF 101,325 kPa.
When tested in accordance with 4.1 the equilibrium reflux boiling point of the fluid shall be not lower than 230 °C.
3 3 WET EQUILIBRIUM REFLUX BOILING AT A PRESSURE OF kPa.
When tested in accordance with 4.3 the wet equilibrium reflux boiling point of the fluid shall be not lower than 140 °C.
3.4 KINEMATIC VISCOSITY.-When tested in accordance with 4.4, the kinematic viscosity of the fluid shall be as follows:
(a) At -40 °C: not more than 1 800 mm2/s; and
(b) at I00 °C: not less than 1,5 mm2/s.
3.5 NEUTRALITY.
When tested in accordance with
4.5 (both before and after the corrosion test). the pH value of the test mixture shall be between 7,0 and 11,5.
3.6 FLUID STABILITY.
3.6.1 Stability at high temperatures
When tested in accordance with 4.2.1, the equilibrium reflux boiling point of the fluid shall not change by more than 3,0 °C, plus 0,05 °C for each degree that the original equilibrium reflux boiling point exceeds 225 °C.
3.6.2 Chemical stability.
When tested in accordance with 4.2.2, the change in temperature of the refluxing fluid mixture shall not be more than 3,0 °C plus 0,05 °C for each degree that the equilibrium reflux boiling point exceeds 225 °C.
3.7 CORROSIVENESS.--When tested in accordance with 4.6-
(a) the fluid shall not cause corrosion of the metal strips in excess of the corrosion limits given in Table 1 and the surfaces of the metal strips that were not in contact with each other shall not be pitted or etched to an extent discernible to the eye. Staining or discoloration of these surfaces shall not be regarded as a sign of failure;
(b) the fluid-water mixture shall show no jelling at 23+/-5 °C, no crystalline deposit shall form in the jar or adhere to the walls of the jar or to the surface of the metal strips and the fluid-water mixture shall contain not more than 0,10 percent by volume of sediment when determined in accordance with 4.6.4;
(c) the rubber cups shall show no disintegration as evidenced by sloughing or blistering;
(d) the base diameters of the rubber cups, determined in accordance with 4.6.2 (a), shall not increase by more than 1,4 mm ; and
(e) the hardness of the rubber cups, determined in accordance with 4.6.2 (b), shall not decrease by more than 25 degrees.
3.8 FLUIDITY AND APPEARANCE AT LOW TEMPERATURE.
3.8.1 At -40 °C.-When tested in accordance with 4.7.1, the black contrast lines on the hiding power chart shall be clearly visible viewed through the fluid in the sample bottle as a whole, the fluid shall show no stratification or sedimentation and, upon inversion of the sample bottle, the time taken for the air bubble to travel to the top of the fluid shall not exceed 10 seconds.
3.8.2 At -50 °C.-When tested in accordance with 4.7.2, the black contrast lines on the hiding power chart shall be clearly visible when viewed through the fluid in the sample bottle as a whole, the fluid shall show no stratification or sedimentation and, upon inversion of the sample bottle, the time taken for the air bubble to travel to the top of the fluid shall not exceed 35 seconds.
3.9 EVAPORATION.
3.9.1 Percentage evaporation.-When tested in accordance with 4.8 not more than 80 percent by mass of the fluid shall be evaporated.
3.9.2 Quality of residue.-When examined as described in 4.8.3, the residue from the fluid after evaporation shall contain no precipitate that remains gritty or abrasive when rubbed with the fingertip.
3.9.3 Pour point of residue.-When tested in accordance with 4.8.4. The pour point of the residue shall be not higher than -5 °C.
3.10 WATER TOLERANCE.
3.10.1 At -40 °C.-When tested in accordance with 4.9.1 the black contrast lines on the hiding power chart shall be clearly visible when viewed through the fluid in the centrifuge tube as a whole, the fluid shall show no stratification or sedimentation and, upon inversion of the centrifuge tube, the time taken for the air bubble to travel to the top of the fluid shall not exceed 10 seconds.
3.10.2 At 60 °C.-When tested in accordance with 4.9.2, the fluid shall show no stratification and the sediment
content shall not exceed 0.15 per cent by volume after centrifuging.
3.1 1 COMPATIBILITY.
3.1 1.1 At -40 °C.-When tested in accordance with
4.10.1. The black contrast lines on the hiding power chart shall he clearly visible when viewed through the fluid in the centrifuge tube as a whole, and the fluid shall show no stratification or sedimentation.
3.1 1.2 At 60 °C.-When tested in accordance with
4.10.2, the fluid shall show no stratification and the sediment content shall not exceed 0,05 per cent volume after centrifuging.
3.12 RESISTANCE TO OXIDATION.-When tested in accordance with 4.1 1-
(a) the fluid shall not cause the aluminium strips and the cast iron strips to change in mass by more than 0.05
mg per cm3 and 0,3 mg per cm3 respectively; and
(b) the surfaces of the metal strips that were not in contact with the tinfoil shall not become pitted or etched to an extent visible to the eye. Staining or discoloration of these areas shall not be regarded as a sign of failure.
Not more than a trace of gum shall be deposited on these surfaces.
3.1 5 EFFECT ON RUBBER.
3.13.1 At 70 °C.-When tested in accordance with 4.12.2 (a)-
(a) the average increase in the base diameters of the rubber cups shall be not less than 0.15 mm and not more than 1.4 mm; and
(b) the rubber cups hall show no increase in hardness, shall not decrease in hardness by more than 18 degrees, and shall show no disintegration as evidenced by sloughing, stickness, or blistering.
3.13.2 At 190 °C.- When tested in accordance with 4.12.2 (b) -
(a) the average increase in the base diameters of the rubber cups shall be not less than 0.15 mm and not more than 1,4 mm; and
(h) the rubber cups shall show no increase in hardness, shall not decrease in hardness by more than 25 degrees, and shall show no disintegration as evidenced by sloughing, stickiness, or blistering.
3.14 SIMULATED SERVICE PERFORMANCE.-
When tested in accordance with 4.13, the fluid shall meet the following performance requirements:
(a) The metal parts of the test system shall not show corrosion as evidenced by pitting or etching to an extent
visible to the eye. Staining or discoloration of these areas shall not be regarded as a sign of failure.
(b) The initial diameter of any cylinder or piston shall not change by more than 0.13 mm during the test.
(c) The cylinder pistons shall not seize or fail to function properly at any stage during the test.
(d) None of the 10 rubber cups shall show an increase in base diameter of more than 0,9 mm.
(e) The average decrease in hardness of nine of the I0 rubber cups-consisting of eight wheel cylinder primaries and one master cylinder primary-shall be not more than 25 degrees and none of the 10 cups shall show stickiness, scuffing, blistering, cracking, chipping, or change in shape from its original appearance.
(f) The average lip diameter interference set of the 10 rubber cups shall not exceed 65 per cent.
(g) The volume of fluid lost during ally period of 24000 strokes shall not exceed 36 ml.
(h) The volume of fluid lost during the last 100 strokes of the test shall not exceed 36 ml.
(i) At the end of the test fluid shall not show jelling. The sediment content determined in accordance with 4.6.4 shall not exceed 1,5 percent by volume after centrifuging.
(j) No deposits that are abrasive or cannot be removed when rubbed moderately with a non-abrasive cloth wetted with 95 percent ethanol shall form on or adhere to brake cylinder walls. - Reference of the measure
- Regulation 3
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 3819.00 Hydraulic brake fluids and other prepared liquids for hydraulic transmission, not containing or containing less than 70 % by weight of petroleum oils or oils obtained from bituminous minerals. No - Description
- Hydraulic brake and clutch fluid
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8418.61.90: --- Other
The measure came into effect on 09 September 2004
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 09 September 2004
- Publication where the measure is specified
- Government Notice R. 790 (Government Gazette 26530) Of 9 July 2004
- Regulation where the measure is specified
- Compulsory Specification For The Manufacture, Production, Processing And Treatment Of Canned Fish, Canned Marine Molluscs And Canned Crustaceans
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- This specification covers the manufacture, production, processing, and treatment of canned fish, canned fish products, canned marine molluscs, canned marine mollusc products, canned crustaceans and canned crustacean products.
- Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 3.2.29 Ice-making plant and ice storage and transportation
Suitable and adequate facilities shall be provided for the production, storage and transportation of ice.
All surfaces of ice-making equipment that come into contact with ice shall be of suitable nonabsorbent corrosion resistant material that shall not peel or flake. The ice-making plant shall be of such a design and construction to protect the ice against contamination and undue exposure to heat and to facilitate cleaning and the drainage of melted water. Ice shall be effectively protected against contamination and heat when transferred or transported. - Reference of the measure
- Regulation 3.2.29
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8418.61.90 --- Other Yes Ice making equipment - Description
- Ice making equipment
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8414.90.90: -- Other
The measure came into effect on 02 April 2001
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 02 April 2001
- Publication where the measure is specified
- Government Notice R93 (Government Gazette 22014) Of 2 February 2001
- Regulation where the measure is specified
- Compulsory Specification For Microbiological Safety Cabinets (Classes I, II And III)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers requirements for the construction, fittings and pre-installation and post- installation performance of class I, class li and class III microbiological safety cabinets (also known as biological safety cabinets) intended to protect the operator and the environment from hazardous microbiological materials and (if so required by the customer or user or both), organic toxins and non-corrosive volatile organic agents.
NOTE - Microbiological safety cabinets are not intended to provide protection against corrosive chemical or radioactive materials.
1 .2 The specification does not cover the actual design of a safety cabinet and in no way restricts new design, provided that a microbiological safety cabinet of a new design complies with the requirements for materials, reliability, performance and safety given in this specification.
NOTE - Microbiological safety cabinets of class I, class II and class III should not be confused with laminar flow
clean workstations that usually discharge horizontally and vertically towards the operator and that do not provide
protection for an operator, but can even increase exposure to airborne hazards. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 3.6 Motor blower(s)
3.6.1 Type and control
3.6.1 .1 Variable speed controls
One or more motor blowers that are fitted to the cabinet shall be directly driven and have variable speed control(s). Variable speed controls shall be accessible to service personnel but not readily accessible to the everyday cabinet user. When more than one blower is fitted, they shall be electrically interlinked.
3.6.1.2 Class II cabinet with separate recirculation and exhaust motor blowers
If more than one motor blower is used, the motors shall be so electrically controlled that the correct balance is maintained between the recirculating airflow and the exhaust airflow. They shall be so interlocked that the recirculating motor blower cannot operate unless the exhaust blower is operating.
3.6.2 Blower rating and performance
3.6.2.1 When a class I safety cabinet is tested in accordance with 7.3.1 with a clean HEPA-filter system and an airflow velocity of at least 20 % above the maximum specified inward airflow velocity of 1,0 m/s (see 4.1.3.2), the motor blower(s) shall be capable of maintaining this airflow velocity for at least 2 h.
3.6.2.2 When a class II safety cabinet is tested in accordance with 7.3.2 with a clean HEPA-filter system and an airflow velocity of at least 20 % above the maximum specified downward airflow velocity in the work space of 0,50 m/s (see 4.2.4.2.1), the motor blower(s) shall be capable of maintaining this airflow velocity for at least 2 h. In addition, when a class II safety cabinet that is fitted with more than one motor blower is tested in accordance with 7.3.2 with a clean HEPA-filter system and an inward airflow of at least 25 % above the minimum specified inward airflow velocity through the work-access aperture of 0,45 m/s, the motor blower(s) shall be capable of maintaining this airflow velocity for at least 2 h. - Reference of the measure
- Regulation 3.6
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8414.90.90 -- Other Yes Motor blower(s) for microbiological safety cabinets (Classes I, II And III) - Description
- Motor blower(s) for microbiological safety cabinets (Classes I, II And III)
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8424.10: - Fire extinguishers, whether or not charged
The measure came into effect on 05 April 2010
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 05 April 2010
- Publication where the measure is specified
- Government Gazette NO.32916, 5 February 2010
- Regulation where the measure is specified
- Amendment To The Compulsory Specification For Motor Vehicles Of Category O1/O2(Caravans And Light Trailers)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers the requirements for vehicle models of categories 0 1 and O2 designed or adapted for operation on a public road at speeds greater than 40 kph, including new vehicle models and vehicle models that have not previously been registered or licensed in South Africa.
1.2 The requirements of this specification, in so far as the vehicle parts already incorporated are concerned, apply in respect of an incomplete vehicle supplied for further manufacture by one manufacturer to another and the entire specification applies to the vehicle after completion thereof by the last-mentioned manufacturer.
1.3 This specification does not apply to experimental vehicles or to prototype vehicles constructed or imported by the original manufacturer or importers for the purpose of testing, assessment or development, or to agricultural trailers, unless they are subsequently sold for use on a public road in South Africa.
1.4 The relevant requirements of this specification shall take effect on the dates as specified in schedule 1.
1.5 Where a South African National Standard, including an International Standard or a UN ECE regulation adopted by South Africa as a National Standard, is incorporated by reference into this specification, only the technical requirements of the specifications for the commodity, and the tests to verify compliance apply. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 6.2 Provision of fire extinguishers
A caravan or tent trailer shall be provided with one or more portable 1 kg dry powder fire extinguisher(s) securely stowed in a readily accessible position which, in the case of a caravan, shall be adjacent to the main entrance door.
The fire extinguisher(s) shall comply with the relevant requirements given in SANS 810 (SABS 810:1992), Portable rechargeable fire extinguishers - Dry powder type extinguishers, or in SANS 1322 (SABS 1322:1988), Portable, non-refillable fire extinguishers (general purpose type). - Reference of the measure
- Regulation 6.2
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8424.10 - Fire extinguishers, whether or not charged No - Description
- Fire extinguishers of Caravans and light trailers in category O1/O2
Category O1 are single-axled trailers, other than semi-trailers, with a maximum mass not exceeding 0,75 t
Category O2 are trailers other than category OJ, with a maximum mass not exceeding 3,5 t
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8421.31.90: --- Other
The measure came into effect on 02 April 2001
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 02 April 2001
- Publication where the measure is specified
- Government Notice R93 (Government Gazette 22014) Of 2 February 2001
- Regulation where the measure is specified
- Compulsory Specification For Microbiological Safety Cabinets (Classes I, II And III)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers requirements for the construction, fittings and pre-installation and post- installation performance of class I, class li and class III microbiological safety cabinets (also known as biological safety cabinets) intended to protect the operator and the environment from hazardous microbiological materials and (if so required by the customer or user or both), organic toxins and non-corrosive volatile organic agents.
NOTE - Microbiological safety cabinets are not intended to provide protection against corrosive chemical or radioactive materials.
1 .2 The specification does not cover the actual design of a safety cabinet and in no way restricts new design, provided that a microbiological safety cabinet of a new design complies with the requirements for materials, reliability, performance and safety given in this specification.
NOTE - Microbiological safety cabinets of class I, class II and class III should not be confused with laminar flow
clean workstations that usually discharge horizontally and vertically towards the operator and that do not provide
protection for an operator, but can even increase exposure to airborne hazards. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 3.5 Air filters
3.5.1 Recirculating, inlet and exhaust filters
3.5.1.1 Filter types
The installed HEPA-filters shall have a volumetric rate (airflow rate), specified by the manufacturer of the filter at least equal to the maximum rate necessary for the applicable part of the cabinet. Each HEPA-filter shall have been individually tested for filtration efficiency and filter integrity in accordance with an internationally acceptable standard at the manufacturer's designed volumetric rate.
3.6.1.2 Filter frame
All HEPA-filters shall have frames manufactured from metal that is corrosion resistant or protected against corrosion. Fluid or grease seals shall not be used.
3.5.1.3 Filter installation
3.5.1 .3.1 When the installed, recirculating, supply and exhaust HEPA-filters are tested in accordance with 6.4, there shall be no aerosol penetration exceeding 0,03 %.
3.5.1 .3.2 Gauges or manometers shall be fitted to monitor the pressure drop across the HEPA-filters. At least one gauge shall be provided.
3.5.1.3.3 The cabinet's filter aperture(s) shall match the filter frame exactly.
3.5.1.3.4 The filters shall not be fixed in place by means of adhesives or agents that solidify.
3.5.1.3.5 Petroleum jelly shall not be used on the seals.
3.5.1.3.6 The HEPA-filter gasket material shall be cellular, sheet or moulded rubber, or closed-cell expanded neoprene.
3.5.1.4 Access to filters and sampling ports
3.5.1.4.1 Access shall be provided to facilitate servicing and determination of the integrity of filters and seals.
3.5.1 .4.2 Where necessary, sampling ports for determining the 1 00 % datum concentration of the DOP challenge aerosol shall be provided for each HEPA-filter positive-pressure plenum, and the ports shall be connected by a tube of internal diameter at least 15 mm, to accessible positions in the negative- pressure plenum.
3.5.1.4.3 Each sampling port shall have a suitable, readily removable closure. Tubes and closures shall not penetrate the outer shell of the cabinet.
3.5.1. 5 Filter sealing plates
Sealing plates for both the inlet and the exhaust (where applicable) opening shall be provided to facilitate fumigation and disinfection. Where these plates are provided to seal the filters, they shall be fitted externally over the filters and shall provide an effective seal, to ensure that the filters are also decontaminated during fumigation.
3.5.1.6 Protection
A removable perforated guard shall be provided in the exhaust opening to protect the HEPA-f liter from mechanical damage and shall be so arranged that the discharge of air is not obstructed.
3.5.2 Prefilters
3.5.2.1 In orderto extend the life of the HEPA-filters, a prefilterthat is readily accessible shall be fitted upstream of the HEPA-filters.
3.5.2.2 When determined in accordance with 6.12, this prefilter shall have an average arrestance of 80 %.
3.5.2.3 The sample of the prefilter shall be submitted for testing in its unpleated state.
3.5.3 Activated carbon filter
3.5.3.1 When organic toxins and non-corrosive volatile organic agents are to be used, an activated carbon filter shall be installed downstream of the exhaust HEPA-fiiter.
3.5.3.2 The carbon filter shall be readily accessible for easy servicing, maintenance and replacement (see 3.3.4). A notice clearly stating the type of absorbence filter fitted and the date of installation or service shall be fixed to the front of the cabinet or control panel.
3.5.3.3 When use is made of carbon filters, the air in the cabinet shall be exhausted to the outside atmosphere through an exhaust duct the discharge end of which shall be above ground level, at least 3 m clear of any building air-intake or window that can open, and away from pedestrian traffic. - Reference of the measure
- Regulation 3.5
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8421.31.90 --- Other Yes Air filters for microbiological safety cabinets (Classes I, II And III) - Description
- Air filters for microbiological safety cabinets (Classes I, II And III)
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 7311: Containers for compressed or liquefied gas, of iron or steel.
The measure came into effect on 05 April 2010
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 05 April 2010
- Publication where the measure is specified
- Government Gazette NO.32916, 5 February 2010
- Regulation where the measure is specified
- Amendment To The Compulsory Specification For Motor Vehicles Of Category O1/O2(Caravans And Light Trailers)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers the requirements for vehicle models of categories 0 1 and O2 designed or adapted for operation on a public road at speeds greater than 40 kph, including new vehicle models and vehicle models that have not previously been registered or licensed in South Africa.
1.2 The requirements of this specification, in so far as the vehicle parts already incorporated are concerned, apply in respect of an incomplete vehicle supplied for further manufacture by one manufacturer to another and the entire specification applies to the vehicle after completion thereof by the last-mentioned manufacturer.
1.3 This specification does not apply to experimental vehicles or to prototype vehicles constructed or imported by the original manufacturer or importers for the purpose of testing, assessment or development, or to agricultural trailers, unless they are subsequently sold for use on a public road in South Africa.
1.4 The relevant requirements of this specification shall take effect on the dates as specified in schedule 1.
1.5 Where a South African National Standard, including an International Standard or a UN ECE regulation adopted by South Africa as a National Standard, is incorporated by reference into this specification, only the technical requirements of the specifications for the commodity, and the tests to verify compliance apply. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 6 Requirements for caravan equipment and components
6.1 Liquid petroleum gas containers
6.1.1 General
Provision shall be made to ensure that any LPG container(s), carried inside or outside a caravan or tent trailer, are adequately secured to prevent movement In any direction when the caravan or tent trailer is being drawn.
6.1.2 Ventilation
Permanent ventilation at a low floor level shall be provided to the outside atmosphere. The area of ventilation shall be at least the greater of 4 % of the floor area of the housing or compartment or 10000 mm2 . The ventilation area shall have no obstruction.
6.1.3 Location
Access to the LPG container(s) shall be from the outside of a caravan or tent trailer and no LPG vapour
shall be allowed to penetrate into the interior of the caravan or tent trailer.
6.1.4 Fuel storage
No component or fixture that, in normal use, could damage the LPG installation or that might ignite escaping gas, shall be installed in a fuel storage housing or a fuel storage compartment. - Reference of the measure
- Regulation 6.1
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 7311 Containers for compressed or liquefied gas, of iron or steel. Yes Liquid petroleum gas containers of Caravans and light trailers in category O1/O2 - Description
- Liquid petroleum gas containers of Caravans and light trailers in category O1/O2
Category O1 are single-axled trailers, other than semi-trailers, with a maximum mass not exceeding 0,75 t
Category O2 are trailers other than category OJ, with a maximum mass not exceeding 3,5 t
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 4011: New pneumatic tyres, of rubber. and 4012: Retreaded or used pneumatic tyres of rubber; solid or cushion tyres, tyre treads and tyre flaps, of rubber.
The measure came into effect on 05 April 2010
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 05 April 2010
- Publication where the measure is specified
- Government Gazette NO.32916, 5 February 2010
- Regulation where the measure is specified
- Amendment To The Compulsory Specification For Motor Vehicles Of Category O1/O2(Caravans And Light Trailers)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers the requirements for vehicle models of categories 0 1 and O2 designed or adapted for operation on a public road at speeds greater than 40 kph, including new vehicle models and vehicle models that have not previously been registered or licensed in South Africa.
1.2 The requirements of this specification, in so far as the vehicle parts already incorporated are concerned, apply in respect of an incomplete vehicle supplied for further manufacture by one manufacturer to another and the entire specification applies to the vehicle after completion thereof by the last-mentioned manufacturer.
1.3 This specification does not apply to experimental vehicles or to prototype vehicles constructed or imported by the original manufacturer or importers for the purpose of testing, assessment or development, or to agricultural trailers, unless they are subsequently sold for use on a public road in South Africa.
1.4 The relevant requirements of this specification shall take effect on the dates as specified in schedule 1.
1.5 Where a South African National Standard, including an International Standard or a UN ECE regulation adopted - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 4.4 Load-carrying capacity of tyres
Tyres for trailers shall comply with the Compulsory specification for pneumatic tyres for passenger cars and their trailers or the Compulsory specification for pneumatic tyres for commercial vehicles and their trailers, as published by Government Notice No. R1125 (Government Gazette No. 22822) of 16 November 2001 (as amended from time to time), where applicable. - Reference of the measure
- Regulation 4.4
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 4011 New pneumatic tyres, of rubber. Yes Tyres for trailers in category O1/O2 4012 Retreaded or used pneumatic tyres of rubber; solid or cushion tyres, tyre treads and tyre flaps, of rubber. Yes Tyres for trailers in category O1/O2 - Description
- Tyres for trailers in category O1/O2
Category O1 are single-axled trailers, other than semi-trailers, with a maximum mass not exceeding 0,75 t
Category O2 are trailers other than category OJ, with a maximum mass not exceeding 3,5 t
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8414.80: - Other
The measure came into effect on 02 April 2001
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 02 April 2001
- Publication where the measure is specified
- Government Notice R93 (Government Gazette 22014) Of 2 February 2001
- Regulation where the measure is specified
- Compulsory Specification For Microbiological Safety Cabinets (Classes I, II And III)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers requirements for the construction, fittings and pre-installation and post- installation performance of class I, class li and class III microbiological safety cabinets (also known as biological safety cabinets) intended to protect the operator and the environment from hazardous microbiological materials and (if so required by the customer or user or both), organic toxins and non-corrosive volatile organic agents.
NOTE - Microbiological safety cabinets are not intended to provide protection against corrosive chemical or radioactive materials.
1 .2 The specification does not cover the actual design of a safety cabinet and in no way restricts new design, provided that a microbiological safety cabinet of a new design complies with the requirements for materials, reliability, performance and safety given in this specification.
NOTE - Microbiological safety cabinets of class I, class II and class III should not be confused with laminar flow
clean workstations that usually discharge horizontally and vertically towards the operator and that do not provide
protection for an operator, but can even increase exposure to airborne hazards. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 3 General requirements
3.1 Class
A cabinet shall be of one of the following classes:
a) class I: A partially enclosed cabinet that is so constructed that air flows inwards through the work- access aperture and away from the operator. The exhaust air is filtered through a HEPA-filter before being discharged from the cabinet.
WARNING — These cabinets shall not be used as, or confused with, fume cabinets which are intended for chemical procedures.
NOTE - Class I cabinets provide protection for personnel and the environment against ordinary or potentially hazardous microbiological agents, i.e. at risk levels associated with agents that cause disease in human beings, animals or plants, provided that the usual precautions in handling microbiological material are observed. The level of competence required of personnel who handle material in these cabinets should be that of personnel formally trained as microbiologists.
b) Class II: A partly enclosed cabinet that is so constructed that the air in the work space is flushed with a clean, HEPA-filtered, unidirectional downward flow of air, and the escape of particles from the work space is prevented by an inward flow of air through the work-access aperture The exhaust air is filtered through a HEPA-filter before being discharged from the cabinet.
Note- Class II cabinets provide protection for personnel, the environment and the product against ordinary or potentially hazardous microbiological agents, i.e. at risk levels associated with agents that cause disease in human beings animals or plants, provided that the usual precautions in handling microbiological materials are observed. The level of competence required of personnel who handle material in these cabinets should be that of personnel formally trained as microbiologists.
c) class III: A totally enclosed, ventilated cabinet of gastight construction that is so constructed that the operator is separated from the work space by a physical
barrier, and the work space is so flushed with HEPA-filtered air under negative pressure that the escape of articles from the work space is highly unlikely. The exhaust air is filtered through a HEPA-filter before being discharged from the cabinet to the outside atmosphere through an airtight duct.
NOTE - Class III cabinets provide protection for personnel and the environment against special and extremely hazardous microbiological agents, i.e. at risk levels associated with agents that are highly infectious or toxic to human beings, animals and plants, and that can cause dangerous disease, or at risk levels associated with agents that cause genetic mutations or that can have a synergistic effect with other materials. The cabinet also controls airborne contamination that might be detrimental to the work in the work space. The level of competence required of personnel who handle material in these cabinets should be that expected of personnel formally trained as microbiologists and who have also received proper training in the handling of extremely dangerous agents.
3.2 Dimensions
3.2.1 External dimensions
The overall dimensions of a cabinet, excluding the readily removable parts, shall be such that it can pass through a standard single doorway of nominal height and width 2,0 m and 0,78 m respectively.
3.2.2 Work space dimensions
In the case of class I and class II cabinets, the width of the work space shall not exceed 1 900 mm and the depth shall be in the range 500 mm to 700 mm. The height of the work space shall be at least 550 mm. The volume of the work space shall be not less than 0,2 m3 and not more than 0,75 m3
3.3 Outer shell (main structure) - Material and construction
3.3.1 General
3.3.1.1 A cabinet shall be constructed of glass or metal that is deemed to be corrosion resistant when tested in accordance with 6.11. If stainless steel is used, it shall be of at least AISI Grade 304 and the requirement for corrosion resistance shall not apply.
3.3.1 .2 There shall be no cracks and surface defects, including ineffective mating with gasket surfaces or other sealing devices. All structural joints that are not welded shall be sealed with a suitable sealant that is not liable to crack. The gasket or sealing material shall not be used as a structural material for any joint or connection of the cabinet or any of its panels.
3.3.2 Stability of the cabinet
When a free-standing cabinet is tested in accordance with 6.14, the rear bottom edge of the cabinet shall not lift off the surface on which it rests by more than 1,6 mm when a torque of 700 Nm is applied at the centre of the rear top edge. In the case of a cabinet installation that does not provide this degree of stability, provision shall be made for stabilizing the cabinet by appropriate means to ensure compliance.
3.3.3 Windows
Windows shall be of safety glazing material that complies with the performance requirements of SABS 1 263-1 1 986, Safety and security glazing materials for buildings - Part 1: Safety performance of glazing materials under human impact, as published by Government Notice No _ 1851 of 1 December 1995 or of other suitable materials that are resistant to ultraviolet rays and that perform at least as well as the safety glazing material.
3.3.4 Access panels
Removable access panels or covers shall be provided for the maintenance or removal (or both) of filters blowers motors, lighting, electrical components and plumbing. When access panels or covers are in place, their seals shall prevent leakage of contaminated air to the surrounding atmosphere.
Physical means to position and support large access panels or covers shall be provided to facilitate safe fitting and removal. Fastenings shall not compromise the integrity of the outer shell of cabinets. Fastenings of class III cabinets shall not penetrate the inner or outer shell. There shall be effective mating of the access panels or covers with the gasket surfaces.
NOTE - Access panels to contaminated zones should be removed only after the whole cabinet has been decontaminated.
3.3.5 Tracks and guides
All tracks and guides for doors, windows, access panels and covers shall be so constructed and installed as to minimize the collection of foreign matter and to facilitate cleaning.
3.3.6 Access points to the exhaust duct (class III cabinets)
Class III cabinets shall have access points to the exhaust duct to facilitate the measurement of airflow.
3.4 Work space — Material and construction
3.4.1 General
3.4.1 .1 The work space, excluding the viewing window, but including the work floor and its associated structures, the sump and grills, where applicable, shall be constructed entirely of a suitable metal that, when tested in accordance with 6.11 , is deemed to be corrosion resistant. If stainless steel is used, it shall be of at least AISI Grade 304 and the requirement for corrosion resistance shall not apply.
3.4.1.2 When an internal work surface (see 2.1 .10) is tested in accordance with 6.1 3 and the surface is compared with untreated areas, there shall be no visible effect other than a slight change of gloss or discoloration.
NOTE - The resistance of the surface to special chemical solutions which are intended to be used, should also be evaluated.
3.4.1 .3 The surfaces shall be smoothly finished and cleanable (see 2.1 .4), and shall be such that glare (see 2.1.7) from lighting (see 3.4.6.2) is avoided.
3.4.1 .4 In order to prevent penetration by microorganisms, all welds shall be ground flush and dressed. Joints, cracks and crevices in the work space shall be effectively sealed with a suitable sealant which is resistant to solvents and to normal disinfectants.
3.4.1.5 There shall be no sharp projections within the work space.
3.4.2 Internal corners and angles
All internal corners and angles in the work space shall be
a) free from cracks and crevices, and
b) designed to facilitate cleaning and disinfection.
3.4.3 Viewing window
The viewing window shall consist of transparent panel that complies with the requirements of 3.3.3 and that can be opened, m class I and class II cabinets only, to allow access to the workspace.
3.4.3.2 The viewing window shall form the front boundary of the clean air environment and shall not disrupt the laminar pattern of airflow.
3.4.3.3 Apart from being optically clear and not adversely affected by accepted cleaning methods the size, position and angle of the viewing window shall allow a clear and unobstructed view into the work space when the operator is seated centrally in front of the cabinet.
3 4.3.4 When a class II cabinet is tested in accordance with 6.5, all seals around the top and sides of the viewing window shall have a DOP aerosol penetration not exceeding 0,03 %.
3.4.4 Work-access aperture (class I and class II cabinets only)
The edges of the work-access aperture shall be so formed as to minimize air turbulence at the entry. The vertical dimension of the aperture shall be in the range 200 mm to 250 mm.
3.4.5 Work-access aperture cover (class I and class II cabinets only)
A cover to fit the work-access aperture shall be provided in order to seal the cabinet during decontamination.
3.4.6 Work space illumination
3.4.6.1 The work space shall be illuminated by fluorescent lamps. The lamps and accessories shall be outside the work space. Replacement and maintenance of the lamps and accessories shall be carried out from the outside of the cabinet without compromising the integrity of the work space.
3.4.6.2 The lamps shall be so positioned that their reflections do not impede the visibility through the window. The operator's eyes shall be shielded from direct radiation.
3.4.6.3 When determined in accordance with 6.2, the average illuminance at the work surface shall be at least 800 Ix (800 lumens per square metre). No single illuminance reading shall differ from the average illuminance by more than 20 %.
3.4.6.4 Ultraviolet lamps shall not be installed as integral parts of the cabinet.
3.4.7 Control gear
All control gear shall be accessible from the outside of the cabinet without the integrity of the plenums or biohazard safety barriers being affected. Control gear shall be so mounted and so sealed that there is no air leakage into the atmosphere, and that the control gear cannot become contaminated by contaminated air.
3.4.8 Screens
In class I and class II cabinets, one or more screens shall be provided on the return air manifold to prevent any loose material from being drawn from the work space into the motor blower or the HEPA-filter housings. The screen(s) shall register in position without the need for fastening. The finish of the screen(s) shall be smooth to facilitate cleaning and disinfection.
3.4.9 Gas fittings
3.4.9.1 If the work space of class I and class II cabinets has a supply of flammable gas (for example, for bunsen burners) this supply shall be controlled by means of a solenoid valve that will allow the flow of gas only when the motor blowers are switched on.
3.4.9.2 In order to reduce explosion hazard, the solenoid valve shall be such that it has to be manually reset after any interruption of the power supply.
3.7 Exhaust system
3.7.1 The cabinet shall be so constructed that the air contained in it may be
a) exhausted to the outside atmosphere, by a system that prevents air from flowing back into the cabinet, or
b) discharged back into the laboratory (class I and class II cabinets only).
3.7.2 If necessary, an additional airtight exhaust duct of a length as short as possible, but not exceeding 3 m, can be used.
3 7 3 If the use of a short duct is not possible, a separate, additional motor blower shall be fitted as near as possible to the outside discharge end of the external exhaust duct, and a thimble type collector (see figure 1) (class I and class II cabinets only) shall be used at the junction between the cabinet duct and the external exhaust duct. The external blower shall be set to ensure excess extraction at all times.
The external blower shall be electronically linked to the cabinet to disable the cabinet if the external blower is not operating correctly.
3.7.4 The air extraction system shall be capable of dealing with external wind conditions and duct resistances. Manufacturers shall specify maximum allowable external resistances to airflow.
3.7.5 To prevent air from flowing back into the cabinet, especially when the fan is switched off, the exhaust duct shall be fitted with an automatic anti-blowback system downstream of the exhaust filters. Anti-blowback valves shall be so constructed that the internal components are visible at all times and that the valve seats can be easily inspected and cleaned. Micro switches or other electrical components or controls shall be outside the duct.
3.8 Electrical services
3.8.1 Wiring
Electrical wiring shall be
a) insulated wiring that complies with SABS 1 507:1 990, Electrical cables with extruded solid dielectric insulation for fixed installations (300/500 Vtol 900/3 300 V), as published by Government Notice No. 1851 of 1 December 1995 and SABS 1574:1992, Electrical cables - Flexible cords and flexible cables, as published by Government Notice No. 1851 of 1 December 1995; or
b) aibber-insulated wiring that complies with SABS 1520-1:1990, Flexible electrical trailing cables for use in mines - Part 1: Low-voltage (640/1 100 V and 1 900/3 300 V) cables, as published by Government Notice No. 1 851 of 1 December 1 995 and SABS 1 520-2:1 990, Flexible electric trailing cables for use in mines - Part 2: High-voltage (3,8/6,6 kVto 19/33 kV) cables, as published by Government Notice No. 1851 of 1 December 1995, with the said SABS 1574 and with SABS 1576:1993, Electrical cables - Single core arc welding cable, as published by Government Notice No. 1851 of 1 December 1995.
Wiring that penetrates boundaries of contaminated areas shall be anchored and their points of entry shall have been made gastight, using non-porous sealants that are not liable to crack or to become porous, or other appropriate means. Electrical components and wiring, other than the blower motor(s) and the associated wiring, shall not be located within the contaminated air zones. All wiring and electrical components within the clean air area of the work space shall be so mechanically secured that no turbulence will be created. Adhesive tape shall not be used for fixing or looming.
3.8.2 Controls
A control enclosure and all controls shall form an integral part of the cabinet . The control enclosure shall contain a control panel. The enclosure shall have a cover that will allow unlimited access to the connections and wiring of the panel. A legible wiring diagram shall be permanently fixed to the cabinet. All operator-adjustable controls shall be clearly visible and easily accessible to the operator. All operation controls and electrical components within the control enclosure shall be identified by being suitably marked in a permanent manner.
3.9 Noise levels
When a cabinet is tested in accordance with 6.7, the noise emitted by the cabinet during operation shall not exceed 65 dB(A).
3.10 Vibration
When a cabinet is tested in accordance with 6.3, during the entire operation of the cabinet the vibration velocity in any plane of any work surface shall have an r.m.s. value of 10 Hz ± 1 Hz to 250 Hz ± 25 Hz, not exceeding 0,7 mm/s. - Reference of the measure
- Regulations 3.1 to 3.10
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8414.80 - Other Yes Microbiological safety cabinets (classes I, II And III) - Description
- Microbiological safety cabinets (classes I, II And III)
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8716.10: -Trailers and semi-trailers of the caravan type, for housing or camping
The measure came into effect on 05 April 2010
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 05 April 2010
- Publication where the measure is specified
- Government Gazette NO.32916, 5 February 2010
- Regulation where the measure is specified
- Amendment To The Compulsory Specification For Motor Vehicles Of Category O1/O2(Caravans And Light Trailers)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers the requirements for vehicle models of categories 0 1 and O2 designed or adapted for operation on a public road at speeds greater than 40 kph, including new vehicle models and vehicle models that have not previously been registered or licensed in South Africa.
1.2 The requirements of this specification, in so far as the vehicle parts already incorporated are concerned, apply in respect of an incomplete vehicle supplied for further manufacture by one manufacturer to another and the entire specification applies to the vehicle after completion thereof by the last-mentioned manufacturer.
1.3 This specification does not apply to experimental vehicles or to prototype vehicles constructed or imported by the original manufacturer or importers for the purpose of testing, assessment or development, or to agricultural trailers, unless they are subsequently sold for use on a public road in South Africa.
1.4 The relevant requirements of this specification shall take effect on the dates as specified in schedule 1.
1.5 Where a South African National Standard, including an International Standard or a UN ECE regulation adopted by South Africa as a National Standard, is incorporated by reference into this specification, only the technical requirements of the specifications for the commodity, and the tests to verify compliance apply. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 4.1.5 Minimum payload of a caravan
To ensure sufficient carrying capacity for movable property, the payload of the caravan (GVM minus
tare) shall be not less than the total mass of user effects normally expected to be carried by the
caravan (taken to be at least 15 % of the GVM), plus allowances of at least 15 kg for LPG (liquid
petroleum gas) cylinders and at least 30 kg for a refrigerator, if such items are not fitted as standard
equipment by the manufacturer. - Reference of the measure
- Regulation 4.1.5
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8716.10 -Trailers and semi-trailers of the caravan type, for housing or camping No - Description
- Caravans in category O1/O2
Category O1 are single-axled trailers, other than semi-trailers, with a maximum mass not exceeding 0,75 t
Category O2 are trailers other than category OJ, with a maximum mass not exceeding 3,5 t
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 8716.90.90: -- Other
The measure came into effect on 05 April 2010
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 05 April 2010
- Publication where the measure is specified
- Government Gazette NO.32916, 5 February 2010
- Regulation where the measure is specified
- Amendment To The Compulsory Specification For Motor Vehicles Of Category O1/O2(Caravans And Light Trailers)
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- 1.1 This specification covers the requirements for vehicle models of categories 0 1 and O2 designed or adapted for operation on a public road at speeds greater than 40 kph, including new vehicle models and vehicle models that have not previously been registered or licensed in South Africa.
1.2 The requirements of this specification, in so far as the vehicle parts already incorporated are concerned, apply in respect of an incomplete vehicle supplied for further manufacture by one manufacturer to another and the entire specification applies to the vehicle after completion thereof by the last-mentioned manufacturer.
1.3 This specification does not apply to experimental vehicles or to prototype vehicles constructed or imported by the original manufacturer or importers for the purpose of testing, assessment or development, or to agricultural trailers, unless they are subsequently sold for use on a public road in South Africa.
1.4 The relevant requirements of this specification shall take effect on the dates as specified in schedule 1.
1.5 Where a South African National Standard, including an International Standard or a UN ECE regulation adopted by South Africa as a National Standard, is incorporated by reference into this specification, only the technical requirements of the specifications for the commodity, and the tests to verify compliance apply. - Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 4.1.4 Rear overhang of a trailer
The ratio of the rear overhang of a trailer to the effective drawbar length (the horizontal distance from
the centre line of the axle or axle unit to the centre of the ball coupling) shall not exceed 0,7 (see
figure 3), provided that the rear overhang shall not exceed 50 % of the length of the trailer body. - Reference of the measure
- Regulation 4.1.4
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 8716.90.90 -- Other Yes Rear overhang of a trailer in category O1/O2 - Description
- Rear overhang of a trailer in category O1/O2
Category O1 are single-axled trailers, other than semi-trailers, with a maximum mass not exceeding 0,75 t
Category O2 are trailers other than category OJ, with a maximum mass not exceeding 3,5 t
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 3808.94: -- Disinfectants
The measure came into effect on 14 July 1999
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 14 July 1999
- Publication where the measure is specified
- Government Notice R529 (Government Gazette 19999) Of 14 May 1999
- Regulation where the measure is specified
- Compulsory Specification For Disinfectants And Detergent-Disinfectants
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- This specification covers requirements for disinfectants and detergent-disinfectants intended for use on inanimate surfaces.
- Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 4 General requirements for the disinfectant or detergent-disinfectant
4.1 Type
The various types of disinfectant or detergent-disinfectant are shown in table 1. These are provided as examples and do not limit the development of new formulations or types.
4.2 Disinfecting efficacy
When the disinfectant or detergent-disinfectant is tested in accordance with the relevant test procedures given in 5.6 to 5.13 and 6.4 (see table 1), at the prescribed concentration, the claims made in regard to the efficacy of the disinfectant or detergent-disinfectant on the package, in the package leaflet or on the label attached to the package (see 7.2(f)) or in product support information, shall be regarded as the
disinfecting efficacy requirement for the disinfectant or detergent-disinfectant.
NOTES
1 Should new disinfectants or detergent-disinfectants be developed and formulated, and these methods not be suitable for use on the new disinfectants or detergent-disinfectants, additional test methods might have to be developed and validated before implementation and use. In most cases, however, new disinfectants or detergent-disinfectants can be tested using existing procedures with or without slight modifications.
2 Where more than one active ingredient is used, the substance with the highest concentration determines the type of test.
4.3 Corrosiveness
Where applicable, when the disinfectant or detergent-disinfectant is tested in accordance with 6.1 at the prescribed concentration, it shall not cause more than slight dulling of the surface of the aluminium and the test strip shall show no evidence of pitting, etching or discoloration. If claims are made for non- corrosiveness of a specific material, the manufacturer shall substantiate his claim.
4.4 Water-insoluble-matter content
Where applicable, when the disinfectant or detergent-disinfectant is tested in accordance with 6.2 at the prescribed concentration, the water-insoluble-matter content shall not exceed the appropriate of the following:
a) liquid disinfectants or detergent-disinfectants: 5,0 g/l; or
b) solid disinfectants or detergent-disinfectants: 2,5 % (by mass).
4.5 Rinsing properties of detergent-disinfectants
When the detergent-disinfectant is tested in accordance with 6.3 at the prescribed concentration, it shall be free-rinsing.
NOTE - Although the test for rinsing properties in the case of quaternary ammonium compounds can show that the detergent-disinfectant is free-rinsing, non-rinsable residues might still be retained on the treated surface.
4.6 Cleaning efficacy of detergent-disinfectants
When the detergent-disinfectant is tested in accordance with 6.4 at the prescribed concentration, except in the case of a chlorine type, its mean cleaning efficacy shall be at least 80 % of the mean cleaning efficacy of the standard detergent-disinfectant. In the case of a chlorine type detergent-disinfectant, the mean cleaning efficacy shall be at least 60 % of that of the standard detergent-disinfectant.
4.7 Storage Stability
4 7.1 Detergent-disinfectants based on iodophors
When the detergent-disinfectant is tested in accordance with 6.5.1 :
a) no visible separation shall occur during either the 24 h cooling period or the 24 h warming period; and
b) the highest of the four values of the available iodine content shall not differ from the lowest one by more than 10 % of the lowest value.
4.7.2 Coal-tar type disinfectants
4.7.2.1 Stability before dilution
When coal-tar type disinfectants are tested in accordance with 6.5.2.1 , the disinfectant liquid shall not, during either of the two tests, show more than traces of separation of oil at either the top or the bottom.
A creamed liquid (see 2.6) that can be rendered uniform by inverting the cylinder and restoring it to an upright position three times, shall not be deemed to have undergone separation.
NOTE -The quick test given in 6.5.2.2 may not be regarded as a substitute for the normal test given in 6.5.2.1. but it may be used to give an indication of the stability of a white disinfectant liquid. In this test, stability is indicated if the diameter
of a deposit does not exceed 1 mm.
4.7.2.2 Stability after dilution
When coal-tar type disinfectants are tested in accordance with 6.5.2.3, the disinfectant liquid shall be miscible with the hard water (see 5.4.18.4) at both the highest and the lowest dilutions recommended on the container and the emulsions shall show no sign of separation and not more than traces of separation of oil at either the top or the bottom.
4.7.3 Disinfectants and detergent-disinfectants based on glutaraidehyde
4.7.3.1 When tested in accordance with 6.5.3.1 , a type 1 disinfectant or detergent-disinfectant and the liquid component of a type 2 disinfectant or detergent-disinfectant shall remain homogeneous and free- flowing and shall comply with 4.2.
4.7.3.2 When tested in accordance with 6.5.3.2, the solid component of a type 2 disinfectant or detergent-disinfectant shall remain free-flowing, and the type 2 disinfectant or detergent-disinfectant that it activates shall still comply with 4.2.
4.7.3.3 After a type 1 disinfectant or detergent-disinfectant has been diluted or after the two components of a type 2 disinfectant or detergent-disinfectant have been mixed to the prescribed concentration and the disinfectant has been stored in closed dark containers at 25 °C for the effective life as stated on the label (see 7.2(j)), the resulting dilution shall still comply with 4.2.
4.7.4 Disinfectants or detergent-disinfectants based on chlorhexidine gluconate
4 7.4.1 When stored in accordance with 6.5.4.1 , the disinfectant or detergent-disinfectant shall remain homogeneous. After standing for a further 24 h at a temperature of 20 °C ± 5 °C, the disinfectant or detergent-disinfectant shall show no sign of precipitation or separation.
4.74.2 When stored in accordance with 6.5.4.2, the disinfectant or detergent-disinfectant shall show no sign of precipitation or separation and shall still comply with all the requirements of 4.2.
4.7.5 Disinfectants or detergent-disinfectants based on quaternary ammonium compounds, stabilized inorganic chlorine compounds and organic or inorganic halogen compounds (other than iodine compounds)
4.7.5.1 When a liquid disinfectant or detergent-disinfectant is tested in accordance with 6.5.5.1 , it shall remain homogeneous and free-flowing.
4.7.5.2 When a solid disinfectant or detergent-disinfectant is tested in accordance with 6.5.5.2, it shall not cake into hard lumps.
4.8 pH value
Where applicable, when tested in accordance with 6.6 at the prescribed concentration, the pH value shall be as specified on the container (see 7.2(g)).
4.9 Freedom from visible impurities of solid disinfectants or solid detergent- disinfectants based on quaternary ammonium compounds, stabilized inorganic chlorine compounds and organic or inorganic halogen compounds (other than iodine compounds)
When a solid disinfectant or solid detergent-disinfectant is tested in accordance with 6.7, the number of visible specks of impurities shall not exceed five.
4.10 Added colouring matter for disinfectants or detergent-disinfectants based on iodophors.
When tested in accordance with 6.8, a disinfectant or detergent-disinfectant shall not contain any added colouring matter. - Reference of the measure
- Regulation 4
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 3808.94 -- Disinfectants Yes Disinfectants and detergent-disinfectants intended for use on inanimate surfaces. - Description
- Disinfectants and detergent-disinfectants intended for use on inanimate surfaces.
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
-
Applied by South Africa on the entire world for 9401.20: - Seats of a kind used for motor vehicles
The measure came into effect on 20 August 2003
Non-Tariff Measure
- NTM classification
- B7: Product quality, safety or performance requirements
- Date when the measure came into force
- 20 August 2003
- Publication where the measure is specified
- Government Notice No. R. 862 (Government Gazette 25082) Of 20 June 2003
- Regulation where the measure is specified
- Compulsory Specification For Child Restraints For Use In Motor Vehicles
- Country/Region applying the measure
- South Africa
- The rationale of the measure
- This specification applies to child restraint that are suitable for installation in power driven vehicles that have three or more wheels.
- Coded list of objectives
- X: For purposes n.e.s.
- Description of the measure
- 3 Classification of child restraints
3.1 Mass group
Each child restraint can be classified as belonging to one of the following five mass groups in terms
of the mass that it can support:
a) group 0: for children of mass less than 10 kg;
b) group 0+: for children of mass less than 13 kg;
c) group I: for children of mass from 9 kg to 18 kg;
d) group II: for children of mass from 15 kg to 25 kg; and
d) group HI: for children of mass from 22 kg to 36 kg.
3.2 Category
Each child restraint can be classified as belonging to one of the following four categories in terms of the conditions in which It can be used:
a) a universal category: for use as specified in 5.1 .1 and 5.1 .3.1 on most vehicle seat positions;
b) a restricted category: for use as specified in 5.1,1 and 5.1.3.1 in designated seat positions for particular vehicle types as indicated by either the child restraint manufacturer or the vehicle manufacturer;
c) a semi-universal category: for use as specified in 5.1 .1 and 5.1 .3.2; and
d) a specific vehicle category: for use either in specific vehicle types in accordance with 5. 1 .2 and 5.1.3.3, or as a built-in child restraint.
3.3 Class
Each child restraint can be classified as belonging to one of the following two classes:
a) integral class, that comprises a combination of straps or flexible components with a securing buckle, an adjusting device, attachments and, in some cases, a supplementary chair, or an impact shield (or both), that is capable of being anchored by its own integral strap or straps; or
b) non-integral class, that can comprise a partial restraint (see 2.26) that when used in conjunction with an adult seat belt that passes round the body of the child or restrains the device in which the child is placed, forms a complete restraint system.
5 General requirements
5.1 Positioning and securing on the vehicle
5.1 .1 The use of child restraints in the universal, semi-universal and restricted categories (see 3.2)
is permitted in the front and the rear seating position if the restraints are fitted in compliance with the
manufacturer's instructions,
5.1.2 The use of child restraints in the specific vehicle category (see 3.2) is permitted in alt seat positions and in the luggage area if the restraints are fitted in compliance with the manufacturer's instructions. In the case of a rearward-facing restraint, the design shall ensure that the child's head is supported when the restraint is in use.
5.1 .3 Depending on the category to which it belongs, the child restraint shall be secured either to the vehicle structure, or to the seat structure.
5.1.3.1 In the case of the universal category and the restricted category, restraints shall be secured only by means of an adult safety belt (with or without a retractor) that meets the requirements of SABS 1 080 , Restraining devices (safety belts) for occupants of adult build in motor vehicles (revised requirements), or of any equivalent standard, and that has been fitted to anchorages that meet the requirements of the said SABS 1 430.
5.1 .3.2 In the case of the semi-universal category, restraints shall be secured by means of the lower anchorages prescribed in the said SABS 1 430 and additional anchorages that meet the requirements of annex A of this specification.
5.1.3.3 In the case of the specific vehicle category, the restraints shall be secured by means of the anchorages designed by the vehicle manufacturer or by the child restraint manufacturer.
5.1.4 In the case of child restraining straps or child-restraint attachment straps that utilize belt anchorages to which an adult safety belt or belts are already fitted, the test authority shall check that
a) the effective adult anchorage position complies with the said SABS 1430,
b) the effective operation of the one device is not hindered by the other, and
c) the buckles of the adult system and the additional system are not interchangeable.
5.1.5 In the case of child restraint systems thatutilize bars (or extra devices attached to the anchor-ages that comply with the said SABS 1430) that move the effective anchorage position outside the scope of the said SABS 1430, the following shall apply:
a) the testauthority shall apply the requirements of annex A of this specification, to the bar and to thefastenings;
b) the bar shall be included in the dynamic test, with the loading applied to the mid-position of the bar and to its greatest extension, if the bar is adjustable; and
c) the effective position and operation of any adult anchorage by which the bar is fixed shall not be impaired.
5.1 .6 The booster cushion shall be restrained by either an adult safety belt or by separate means.
5.1.7 The child restraint manufacturer shall declare In writing that the toxicity of the materials used in the manufacture of the child restraints and that are accessible to the restrained child complies with the relevant clauses of EN 71 -3 Safety of toys - Part 3: Migration of certain elements. Tests to confirm the validity of the declaration may be carried out at the discretion of the test authority.
This subclause does not apply to child restraints of group II and group III.
NOTE The relevant EN specification can be obtained from CEN, 2 Rue Br6derode BR 5, B-1000Bruxelles, Belgium, or from the SABS.
5.1 .8 The child restraint manufacturer shall declare in writing that the flammability of the materials used in the manufacture of the child restraint complies with annex 4 of the ECE consolidated resolution on the construction of vehicles (RE 3) (1997). Tests to confirm the validity of the declaration can becarried out at the discretion of the test authority.
5.1.9 In the case of rearward-facing child restraints supported by the vehicle dashboard, the dash-board is assumed to be sufficiently rigid.
5.1.10 In the case of child restraints of the universal category, the main load-bearing contact point between the child restraint and the adult safety belt shall be not less than 150 mm from the C1 axis(see figure 1 to figure 4) when measured with the child restraint on the dynamic test bench. This shall apply to all adjustment configurations.
5.1.11 The maximum length of an adult safety belt that may be used to secure a universal category
child restraint on the dynamic test bench, using the appropriate standard safety belt, is defined in annex B of this specification.
5.1.12 Child restraints of group and group 0+ shall not be used forward facing.
5.2 Configuration
5.2.1 The configuration of the child restraint shall be such that
a) the restraint gives the required protection in any intended position of the restraint system; in the case of special-needs restraints the primary means of restraint shall give the required protection in any intended position of the restraint system without the use of the additional restraining devices that might be present
b) the child is easily and quickly installed and removed; in the case of a child restraint system in which the child is restrained by means of a harness belt or a Y-shaped belt without a retractor, each shoulder strap and lap strap shall be capable of movement relative to one another during the procedure prescribed in 6.2.1 .4,
NOTE In these cases, the belt assembly of the child restraint system may be designed with two or more connecting parts. In the case of special-needs restraints It is recognized that the additional restraining devices will restrict the speed by which the child can be installed and removed. However, the additional devices shall be designed to release as quickly as possible.
c) setting the restraint in the inclined position, if possible, can be performed without readjustment of the straps; a deliberate hand-action shall be required in order to put the restraint in the inclined position.
d) a group 0, group 0+ and group I restraint system shall keep the child so positioned that the required protection is provided, even when the child is asleep, and
e) to prevent submarining, either by impact or through restlessness, a crotch strap shall be required on all forward-facing group I restraints that incorporate an integral harness belt assembly; with the crotch strap attached, and in its longest position if adjustable, it shall not be possible to adjust the lap strap to lie above the pelvis of either the 9 kg or the 1 5 kg dummy.
5.2.2 In the case of groups I, II and III, all restraints that use a lap strap shall positively guide the lap strap to ensure that the loads transmitted by the lap strap are transmitted through the pelvis.
5.2.3 All straps of the restraint shall be so placed that they cannot cause discomfort to the child during normal use or assume a dangerous configuration. The distance between the shoulder straps in the vicinity of the neck should be at least the width of the neck of the appropriate test manikin,
5.2.4 The assembly shall not subject weak parts of the child's body (abdomen, crotch, etc.) to excessive stresses. The design shall be such that compression loads are not imposed on the crown of the child's head in the event of a collision.
NOTE Y-shaped belts may only be used in rearward-facing child restraint systems.
5.2.5 The child restraint shall be so designed and installed as to
a) minimize the danger of injury to the child and to other occupants of the vehicle through, for example, sharp edges or protrusions (as defined in SABS 1 047, Motorvehicle safety: Interiorfittings (passenger cars)),
b) not exhibit sharp edges or protrusions that are liable to cause damage to vehicle seat covers or to occupants* clothing,
c) not subject weak parts of the child's body (abdomen, crotch, etc.) to the supplementary Inertial forces that the restraint sets up, and
d) ensure that the rigid parts of the restraint do not. at points where they are in contact with straps, exhibit sharp edges that are capable of abrading the straps.
5.2.6 Any part made separable to enable components to be fixed and detached shall be so designed as to avoid any risk of incorrect assembly and use. as far as possible. Special-needs restraints may have additional restraining devices; these shall be designed so as to avoid any risk of incorrect assembly and so that their means of release and mode of operation are immediately obvious to a rescuer in an emergency.
5.2.7 Where a child restraint intended for group I, group II and for groups I and II combined, includes a chair back, the internal height of the tatter, determined in accordance with the diagram given in annex C of this specification, shall be not less than 500 mm.
5.2.8 Only automatically locking retractors or emergency locking retractors may be used.
5.2.9 In the case of group I restraints, it shall not be possible for the child to easily loosen that part of the system that restrains the pelvis after the child has been installed; any device that is designed to restrain the pelvis shall be permanently attached to the child restraint system.
5.2.10 A child restraint may be designed for use in more than one mass group, provided that it satisfies the requirements laid down for each of the groups concerned.
5.2.11 In thecaseof a child restraint that incorporates a retractor, the retractor shall meet the requirements of 6.2.3.
5.2.1 2 In the case of a booster cushion, the ease with which the straps and tongue of en adult safety belt pass through the fixture points shall be examined. This applies in particular to booster cushions that are designed for the front seats of cars, and that may have long, semi-rigid stalks. The fixed buckle should not be allowed to pass through the fixture points of booster cushions, or to permit a lie of belt completely different fix)m that of the test trolley.
5.2.1 3 If the child restraint is designed to restrain more than one child, each restraint system shall be fully Independent with. regard to load transfer and adjustments.
5.2.14 If the child restraint incorporates inflatable elements, the restraint shall be so designed that the conditions of use (pressure, temperature, humidity) have no influence on its ability to comply with the requirements of this specification.
6 Particular requirements
6.1 Provisions applicable to the assembled restraint
6.1.1 Resistance to corrosion
6.1.1.1 The complete child restraint, or the parts thereof that are liable to corrode, shall be subjected to the corrosion test specified in 7. 1.1.
6.1.1.2 After the corrosion test as prescribed in 7.1.1.1 and 7.1 .1.2, no sign of deterioration that is likely to impair the proper functioning of the child restraint, andnosignificantcorrosion shall be visible to the unaided eye of the person conducting the test.
6.1 .2 Energy absorption
In the case of a child restraint that has a backrest, the area of the backrest, described in annex D of tills specification, shall that comprise such energy-absorbing material that. When tested in accordance with annex E, the peak acceleration is less than 588 m/s^2 This requirement also applies to areas of the impact shield that are in the head strike area.
6.1.3 Overturning
When the child restraint is tested as given in 7.1 .2, the test manikin shall not fell out of the restraint and, when the test seat is in the upside-down position, the manikin's head shall not move more than 300 mm from its original position in a vertical direction relative to the test seat
6.1.4 Dynamictest
6.1.4.1 General
6.1.4.1.1 Child restraints of the universal, the restricted and the semi-universal category shall be tested on the test trolley using the test seat described in F.3 of this specification, and in accordance with 7.1.3.1.
6.1 .4.1 .2 Child restraints of the specific vehicle category shall be tested with each vehicle model for which the child restraint is intended. The test authority responsible for conducting the tests may reduce the number of vehicle models tested if the models do not differ much In respect of the features mentioned in 6.1.4.1.3(c).
6.1 .4.1 .3 Child restraints of the specific vehicle category may be tested in one of the following ways:
a) using a vehicle body shell on the test trolley, as given in 7,1.3.2; or
b) using a complete vehicle, as given in 7.1.3.3; or
c) using a sufficient number of parts of the vehicle body shell to be representative of the vehicle structure and impact surfaces.
If the child restraint is intended for use on the rear seat, the test areas shall include the back of the front seat, the rear seat, the floor pan, the B and C pillars, and the roof.
If the child restraint Is intended for use on the front seat, the testareas shall include the dashboard, the A pillars, the windscreen, any levers or knobs installed in the floor or on a console, the front seat, the floor pan and the roof.
If the child restraint is intended for use in combination with the adult safety belt{s), the appropriate adult belt(s) shall be included in the test.
The test authority responsible for conducting the tests may permit parts to be excluded from the test if they are found to be superfluous. The tests shall be conducted in accordance with 7.1.3.2.
6.1 .4.1 .4 If a child restraint system of the specific vehicle category is installed in the area behind the rearmost forward-facing adult seat position (for example, the luggage area), one test with the largest dummy on a complete vehicle, as given in 7. 1 .3.3, shall be performed. The tests given in 7. 1.3.2 may be conducted if required by the manufacturer.
6.1 .4.1 .5 In the case of a special-needs restraint every dynamic test specified in this specification for each mass group shall be performed twice: first, using the primary means of the restraint and, second, with all restraining devices in use. In these tests, special attention shall be given to the requirements given in 5.2.3 and 5.2.4.
6.1 .4.1 .6 In the case of a restraint of the non-integral class the safety belt used shall be the standard belt and its anchorage brackets shall be as given in annex B of this specification. This requirement does not apply to child restraints of the specific vehicle category where the safety belt of the vehicle shall be used.
6.1 .4.1 .7 The dynamic tests shall be conducted on child restraints that have not previously been under load.
6.1 ,4,1 .8 During the dynamic tests, no part of the child restraint that actually helps to keep the child in position shall break, no buckles or locking system or displacement system shall release, and the standard safety belt used to install the child restraint shall not become disengaged from any guide or locking device utilized in the tests.
6.1.4.2 Chest acceleration
6.1.4.2.1 The resultant chest acceleration during the dynamic tests shall not exceed 540 m/s^2, except during periods whose sum does not exceed 3 ms.
6,1.4.2.2 The vertical component of the acceleration from the abdomen towards the head shall not exceed 295 m/s^2. except during periods whose sum does not exceed 3 ms.
NOTE Chest acceleration limits do not apply when the newborn test manikin is used.
6.1.4.3 Abdominal penetration
During the verification described in G.4.5.3 of this specification, there shall be no visible sign that any part of the child restraint has penetrated the modelling clay in the abdomen,
NOTE Because the newborn test manikin is not fitted with any abdominal insert, only a subjective analysis can be used as a guide to abdominal penetration.
6.1.4.4 Manikin displacement
6.1 .4.4,1 Child restraints of the universal, restricted and semi-universal categories
6.1.4.4.1.1 Forward-facing child restraints
When the restraint is tested in accordance with 7.1 .3.1 , the head of the test manikin shall not pass beyond the planes BA and DA, as defined in figure 1 .
6.1 .4.4.1 .2 Rearward-facing child restraints
6.1.4.4.1.2.1 Child restraints supported by the dashboard
When the restraint is tested in accordance with 7.1 .3.1 , the head of the test manikin shall not pass beyond the planes AD and DC as defined in figure 2.
6.1 .4.4.1.2.2 Child restraints of group not supported by the dashboard, and carry-cots When the restraint is tested in accordance with 7.1 .3,1 , the head of the test
the planes AB. AD and DE, as defined in figure 3.
6.1.4.4.1,2.3 Child restraints other than group and not supported by the dashboard
When the restraint is tested in accordance with 1. 1 .3.1, the head of the manikin shall not pass beyond the planes FD, FG and DE, as defined in figure 4.
Where such a child restraint comes into contact with the steel tube (see figure 4) and all the performance criteria are met, one further dynamic test (frontal impact) shall be conducted with the heaviest dummy intended for that child restraint and without the steel tube, and all the requirements other than for forward displacement shall be met.
6.1 .4.4.2 Child restraints of the specific vehicle category
When a child restraint of this category is tested using a complete vehicle (see 7.1 .3.3) or in a vehicle body shell (see 7. 1 .3.2), the head of the test manikin shall not come into contact with any part of the vehicle, except as follows: If there is such contact by the head of the test manikin, the speed of impact of the head shall be less than 24 km/h and the part contacted shall meet the requirements for energy-
dissipating material laid down in the said SABS 1047 (see 5.2.5). In tests with complete vehicles it shall be possible, after the test to remove the manikin from the child restraint without the use of tools,
6.2 Requirements applicable to individual components of the restraint
6.2.1 Buckle
6:2.1 .1 The buckle shall be so designed as to preclude any possibility of incorrect manipulation. This means, inter alia, that it shall not be possible to leave the buckle in a partially closed position, it shall not be possible to exchange the buckle parts inadvertently when the buckle is being locked, and the buckle shall only lock when all parts are engaged. Wherever the buckle is in contact with the child, it
shall not be narrower than the minimum width of strap as specified in 6.2.4.1.1. This subclause is not applicable to belt assemblies already approved in accordance with SABS 1080. Restraining devices (safety belts) for occuppants of adult build in motor vehicles (revised requirements), or any equivalent standard in force. In the case of a special-needs restraint only the buckle on the primary means of restraint shall comply with the requirements of 6.2.1.1 to 6.2.1.8, inclusive.
6.2.1.2 The buckle, even when not under tension, shall remain dosed whatever its position. It shall be easy to operate and to grasp. It shall be possible to open the buckle by pressure on a button or on a similar device. The surface to which this pressure is applied shall have, in the position of actual unlocking, in the case of enclosed devices, an area of not less than 4,5 cm^ with a width of not less than 1 5 mm, and in the case of non-enclosed devices, an area of 2,5 cm^ with a width of not less than 10mm.
6.2.1 .3 The buckle release area shall be red; no other part of the buckle shall be of this colour.
6.2.1 .4 It shall be possible to release the child from the restraint by means of a single operation on a single buckle. In the case of a group and a group 0+ restraint, the child may be removed together with devices such as an infant carrier, a carry-cot or a carry-cot restraint, provided that the child restraint system can be released by operation of a not more than two buckles. A clip connection between the shoulder straps of a harness belt is deemed not to comply with the single operation
requirement
6.2.1.5 In the case of group H and group III restraints, the buckle shall be so placed that the child occupant can reach it. In addition, the buckle shall, for all groups of restraint, be so placed that its purpose and mode of operation are immediately obvious to a rescuer in an emergency.
6.2.1.6 Opening of the buckle shall enable the child to be removed independently of the chair, chair support or impact shield, if fitted. The crotch strap shall be released by operation of the same buckle.
6.2.1.7 The buckle shall be capable of withstanding repeated operation and shall, before the dynamic tests prescribed in 7.1.3, undergo a test that comprises 5 000 opening and closing cycles under normal conditions of use.
6.2.1.8 The buckle shall be subjected to the tests of opening given in 6.2.1.8.1 and 6.2.1 .8.2.
6.2.1.8.1 Test under load
6 .2.1 .8 .1 .1 A child restraint that has already undergone the dynamic tests prescribed in 7 1 3 shall be used for this test.
6.2.1.8.1.2 The force required to open the buckle in the test given in 7.2.1.1 shall not exceed 80 N.
6.2.1.8.2 No-load test
A buckle that has not previously been subjected to a load shall be used for this test The force required to open the buckle when it is not under load shall be in the range of 40 N to 60 N for the test given in 7.2.1.2.
6.2.1.9 During the strength test given In 7.2. 1 .3.2, no part of the buckle or the adjacent straps or adjusters shall break or be detached.
6.2.1.9.1 A harness buckle of mass group and mass group 0+ shall withstand 4 000N.
6.2.1.9.2 A harness buckle of mass group I and higher shall withstand 10 000 N.
6.2.1.9.3 The competent authority may dispense with the buckle strength test if information already available renders the test superfluous.
6.2.2 Adjusting device
6.2.2.1 The range of adjustment shall be sufficient to permit correct adjustment of the child restraint throughout the mass group for which the restraint is intended and to permit satisfactory installation in all specified vehicle models.
6.2.2.2 All adjusting devices shall be of the quick adjusting type, except that adjusting devices used only for the initial installation of the restraint in the vehicle may be of other than the quick adjusting type.
6.2.2.3 Devices of the quick adjusting type shall be easy to reach when the child restraint is correctly installed and the child or test manikin is in position.
6.2.2.4 A device of the quick adjusting type shall be easily adjustable to the child's physique. In particular, in a test performed in accordance with 7.2.2,1, the force required to operate a manual adjusting device shall not exceed 50 H.
6.2.2.5 Two samples of the child restraint adjusting devices shall be tested as given in 7.2.3. The amount of strap slip shall not exceed 25 mm for one adjusting device or 40 mm for all the adjusting devices when tested according to 7,2.3.
6.2.2.6 The device shall not break or become detached when tested as given in 7.2.2.1.
6.2.2.7 An adjuster mounted direct on the child restraint shall be capable of withstanding repeated operation and shall, before the dynamic tests given in 7.1.3, undergo a test comprising 5 000 ± 5 cycles, as specified in 7.2.7.
6.2.3 Retractors
6.2.3.1 Automatically locking retractors
6.2.3.1.1 The strap of a safety belt equipped with an automatically locking retractor shall not unwind by more than 30 mm between locking positions of the retractor. After a rearward movement of the wearer, the belt shall either remain in its initial position or return to that position automatically on subsequent forward movement of the wearer.
6.2.3.1 .2 If the retractor is part of a lap strap, the retracting force of the strap shall be not less than 7 N, as measured in the free length between the test manikin and the retractor, in accordance with 7.2.3. 1 . If the retractor is part of a chest restraint, the retracting force of the strap shall be not less than 2 N and not more than 7 N, as similarly measured. If the strap passes through a guide or pulley, the
retracting force shall be measured in the free length between the test manikin and the guide or pulley.
If the assembly incorporates a manually or an automatically operated device that prevents the strap from being completely retracted, that device shall not be in operation when these measurements are made.
6.2.3.1.3 The strap shall be repeatedly withdrawn from the retractor and allowed to retract, under the conditions given in 7.2.3.2, until 5 000 cycles have been completed. The retractor shall then be subjected to the corrosion test described in 7.1 .1 and to the dust-resistance test described in 7.2.3.5. It shall then satisfactorily complete a further 5 000 cycles of withdrawal and retraction. After the above tests, the retractor shall continue to operate correctly and to meet the requirements of 6.2,3.1 .1 and 6.2.3.1.2.
6.2.3.2 Emergency-locking retractors
6.2.3.2.1 An emergency-locking retractor shall, when tested as given in 7.2.3.3, satisfy the requirements given in 6.2.3.2.1.1 to 6.2.3.2.1.4.
6.2.3.2.11 It shall be locked when the deceleration of the vehicle reaches 4,4 m/s^2
6.2.3.2.1.2 It shall not lock for strap accelerations of less than 7,8 m/s^2 as measured in the axis of strap extraction.
6.2.3.2.1 .3 It shall not lock when its sensing device is tilted by not more than 12** in any direction from the installation position specified by the manufacturer of the retractor.
6.2.3.2.1.4 It shall lock when its sensing device is tilted by more than 27ͦ in any direction from the installation position specified by the manufacturer of the retractor.
6.2.3.2.2 Where the operation of a retractor depends on an external signal or power source, the design shall ensure that the retractor locks automatically upon failure or interruption of that signal or power source.
6.2.3.2.3 A multiple-sensitivity emergency-locking retractor shall in addition, if one of the sensitivity factors relates to strap extraction, locking shall have occurred at a strap acceleration of 14,7 m/s^2, as measured in the axis of strap extraction.
6.2.3.2.4 In the tests referred to in6.2.3.2.1 J and 6.2.3.2.3, the amount of strap extraction that occurs before the retractor locks shall not exceed 50 mm, starting at the length of unwinding specified in 7.2.4.3.1. In the test referred to in 6.2.3.2.12, locking shall not occur during the 50 mm of strap extraction starting at the length of unwinding specified in 7.2.3.3.1.
6.2.3.2.5 If the retractor is part of a lap strap, the retracting force of the strap shall be not less than 7 N when measured in the free length between the test manikin and the retractor, in accordance with 7.2.3.1. If the retractor is part of a shoulder restraint, the retracting force of the strap shall he not less than 2 N and not more than 7 N when measured similarly. If the strap passes through a guide or pulley the retracting force shall be measured in the free length between the manikin and the guide or pulley. If the assembly incorporates a manually or an automatically operated device that prevents the strap from being completely retracted, that device shall not be in operation when these measurements are made.
6.2.3.2.6 The strap shall be repeatedly withdrawn from the retractor and allowed to retract, under the conditions given in 7.2.3.2, until 40 OOQ cycles have been completed. The retractor shall then be subjected to the corrosion test described in 7.1.1 and to the dust-resistance test described in 7.2.3 5. It shall then satisfactorily complete a further 5 000 cycles of withdrawal and retraction (making 45 000 cycles in all). After the above tests, the retractor shall continue to operate correctly and to meet the requirements of 6-.2.3.2. 1 to 6.2.3.2.5.
6.2.4 Straps
6.2.4.1 Width
6.2.4.1.1 The minimum width of the child restraint straps shall be 25 mm for restraints of group group 0+ and group I. and 38 mm for restraints of group II and group III
These dimensions shall be measured during the strap strength test given in 7.2.4. 1 , without stopping the machine and under a load equal to 75 % of the breaking load of the strap.
6.2.4.2 Strength after room conditioning
6.2.4.2.1 On two sample straps conditioned as given in 7.2.4,2. 1 , the breaking load of the strap shall be determined as given in 7.2.4.1.2.
6.2 A2.2 The difference between the breaking loads of the two samples shall not exceed 1 % of the greater of the two breaking loads measured.
6.2.4.3 Strength after special conditioning
6.2.4.3.1 On two straps conditioned as given in one of the provisions of 7.2.4.2 (except 7.2.4.2. 1 ), the breaking load of the strap shall be not less than 75 % of the average of the loads determined in the test referred to in 7.2.4.1.
6.2.4.3.2 In addition, the breaking load shall be not less than 3,6 kN for restraints of group 0, group 0+ and group I, 5 kN for those of group II, and 7,2 I^N for those of group III.
6.2.4.3.3 The test authority may dispense with one or more of these tests if the composition of the material used, or information already available, renders the test(s) superfluous.
6.2.4.3.4 The type 1 abrasion conditioning procedure given in 7,2.4.2.6 shall be performed only when the microslip test given in 7.2.3 gives a result above 50 % of the limit given in 6.2.2.5.
6.2.4.3.5 It shall not be possible to pull the complete strap through any adjusters, buckles or anchoring points.
6.2.6.1 The lock-off device shall be permanency attached to the child restraint.
6.2.5.2 The lock-off device shall not impair the durability of the adult safety belt
6.2.5.3 The lock-off device shall not prevent the rapid release of the child,
6.2.5.4 In the case of class A devices (see 2,24.1) the amount of slip of the webbing shall not exceed 25 mm after the test given in 7.2.6.1 .
6.2.5.5 In the case of class B devices (see 2.2.4.2) the amount of slip of the webbing shall not exceed 25 mm after the test given in 7.2.6.2. - Reference of the measure
- Regulation 3, 5 and 6
- Measure also domestic
- Yes
Products affected by the measure.
Code Product Partial coverage Partial coverage indication Date in Date out 9401.20 - Seats of a kind used for motor vehicles Yes Child restraint - Description
- Child restraints
Countries/Regions affected by the measure.
Inclusion/Exclusion Country Date in Date out Inclusion Entire world - Description
- All countries
B7: Product quality, safety or performance requirements
