En 60903 Standard Pdf

[Janeth Counter]

Thisstandard also covers electrical insulating gloves with additional integrated mechanical protection referred to in this document as composite gloves. The third edition cancels and replaces the second edition of IEC 60903, published in 2002 and constitutes a technical revision which includes the following major changes:

This section of the Energy Networks Live Working Manual (LWM) details the rubber gloves to be used by all persons who are required to work or test on, or in close proximity to, Live LV Conductors and for certain switching and testing activities on the Live HV System (up to 33kV). For Company employees it also describes the process for issue and replacement.

The specification for the use and testing of rubber insulated gloves in connection with HV Rubber Glove Working is contained in OPSAF-13-001 (LWM 8.4) HV Rubber Glove Working techniques.

Class 1 7.5kV insulated rubber gloves to the relevant IEC 60903 (2014) standard shall be issued to SP Energy Networks employees and its appointed contractors who are required to work or test on, or in close proximity to Live LV conductors. They are not meant to be the sole means of protecting those who work or test on Live LV conductors.

These IEC 60903 insulating gloves shall also be issued to personnel who are required to operate air-break switch disconnector handles, overhead Apparatus in substation outdoor compounds, link / fuse operating rods or to use moving-coil Approved voltage indicators on the HV System.

The Lucy Electric Rapier SAX Air Break Switch Disconnector range is compact and robust, providing a reliable, lightweight and flexible solution for network isolation and reinstatement. Incorporating a modular design switch that can be configured to suit a variety of applications, the range combines high performance and reliability and is particularly suited to rural environments.

Note: although Class 0 rubber gloves are rated for 1000V and would be appropriate for Live LV systems, experience has found them to be prone to damage when the gloves are not used with gauntlets. Class 1 gloves are thicker and more suitable to be worn without gauntlets if required.

The SP Energy Networks specification TSE-03-044 for rubber gloves according to IEC 60903 require a high level of electrical arc flash protection. It is strongly recommended that insulating gloves provided by contractors provide an equivalent level of protection.

It is recommended that a leather protective outer gauntlet be used while operating on the HV System to prevent premature damage. Gauntlets shall be available for Persons with a preference to use them while working or testing on, or in close proximity to Live LV conductors.

When the insulated gloves are first removed from the sealed bag in which they are delivered, the date of opening shall be written on each glove along the edge of the cuff using a ball-point pen or similar.

Insulated gloves issued must have the manufacturers test date stamped on each individual glove. Insulated gloves shall only be in use within 12 months of the test date. Gloves shall not be in use for more than a 6 month period.

Insulated gloves remaining in the store, which have not been issued and have been stored appropriately, can be issued for the remaining duration of the 12 month period from the manufacturers test date as long as it does not exceed 6 months of use.

The quantities of IEC 60903 gloves required shall be determined far enough in advance of the period of issue to permit an order to be placed and delivery taken immediately prior to the period of issue.

When issued, but not in use, gloves shall be kept in the protective wallet, which shall be used only for storing the gloves. The wallet shall be kept away from moisture, strong light, and the risk of mechanical or chemical interference.

When insulated gloves become heavily soiled, they should be thoroughly washed with soap and water then dried. If insulating compound such as tar or paint still adhere to insulating gloves, then those parts affected should be cleaned with approved cable cleaners or degreasant and then immediately washed and treated as described above.

When it comes to personnel protection, low and high voltage rubber gloves are some of the most important articles to prevent injuries and save lives. The Ansell Marigold range, now ACTIVARMR, of Electrical Gloves provide the highest levels of dexterity and comfort, coupled with a highly integrated quality assurance process. Each pair of gloves goes through a battery of tests to ensure the highest quality and safety standards. ISO 9001 and 14001 certify the manufacturing plants credentials in this space.

One of the key advantages of our Rubber Manufacturing Plant is the Aqueous Dipping process. Due to the proximity of the manufacturing plant to the actual latex source, liquid latex can be delivered in a highly pure form without the need for volatile organic compounds. This technique ensures the finished articles reflect the quality of the raw materials utilised to manufacture the gloves.

These are a Utility grade glove, designed for use by Lineman to protect during live works. This can be during overhead maintenance activities or scheduled works. It could be during substation work or during live or potentially live switchboard panel operation or repair.

Manufactured in an ISO 9001 and 14001 plant these gloves have fast become a leading brand in North America, Australasia and Europe. Striking an optimal balance between quality and features, while still be competitively priced has seen major Utilities around the world place their trust in the Ansell Marigold brand.

Please refer to directives in the EN/IEC 60903 standard or the ASTM F496 in field guide for further details. These standards will provide guidance on when electrical testing is required from both an initial and periodic stand point. There are also additional safety checks necessary to be completed in the field inclusive of visual inspections and air testing to ensure the glove is safe for use.

The gloves use industry standard colour identifiers to assist easy association with the correct voltage rating of the product. The label on each pair of gloves has a corresponding colour which demarcates the class or voltage rating. For instance, class 00 has a beige label, class 0 has a red label, class 1 has a white label, class 2 has a yellow label, class 3 has a green label and class 4 has a orange label.

The HV (class 1 to 4) Gloves are also dual layer in their construction. Yellow inner, black outer. This assists the user by providing a contrasting inner and outer layer to facilitate visual inspections for any damage to the glove. Puncture marks or scratches will be more easily identified if the yellow inner layer is showing through to the black outer layer.

Gloves approved with the EN 60903 standard include requirements and test procedures to measure electrical and mechanical performance. These gloves are made of a special insulating material that protects against electricity. Typically, these insulation gloves are used as inner gloves together with leather protective gloves as outer gloves.

Electrical shock can cause serious bodily harm and even result in death, which is why it is imperative that you wear gloves when working with electrical components. Ensure that you're protected against electrical shock with EN 60903 Work Gloves from WorkGloves.co.uk. These gloves have been tested to European standards to determine the level of protection that they provide, so you know that you're covered. If you would like more information on our gloves or a recommendation, please call us on 020 7501 0597 or email us at help...@workgloves.co.uk.

You can consult the EN standard to choose the right gloves, depending on the work to be done. But not everybody knows that in addition to this standard, there are four more things you must take into account.

Electrical gloves must comply with the EN 60903 European safety standard. You can use this standard to choose the most appropriate gloves. Gloves that comply with this standard will insulate your hand to ensure that no current passes through your body.

The EN 60903 standard divides insulating gloves into 6 classes: 00, 0, 1, 2, 3 and 4. Which one you need for your company's employees depends on a number of things, such as how many volts the gloves must protect against and whether they must be acid resistant.

Obviously, you always check whether a type of glove complies with the EN standard when choosing insulating gloves. Then you can be sure of proper protection when the wearer is working with electricity.

When choosing the right insulating gloves, the measurements are also important, as a good fit is necessary for optimal safety. EN 60903 is an odd one out in that it does not follow the EN 420 size system.

Our experts recommend Ansell ActivArmr insulating gloves. These electrician's gloves are made of rubber latex. The patented, environmentally-friendly coating ensures excellent flexibility and dexterity.

Ansell ActivArmr insulating gloves are also easy to put on and take off. An extra practical feature is that you can put the sleeve of a shirt or jacket into the flared cuff. Of course, these gloves are certified according to the standard in this field, EN 60903.

If you require extra protection against high voltages, combine Ansell ActivArmr gloves with ActivArmr 96-003 goatskin overgloves. These over-gloves also extend the life of insulating gloves and provide excellent protection against abrasions, cuts and other hazards at work.

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