Arc Flash. Protection. You Need the Best SALISBURY. & Electrical Shock. from Head to Toe. When Your Life is on the Line

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1 When Your Life is on the Line You Need the Best Arc Flash & Electrical Shock Protection from Head to Toe Meeting OSHA 29 CFR 1910, Subpart S-Electrical & NFPA 70E Standard SALISBURY

2 Protection from Electrical Shock and Arc Flash Every day in the US, 5 to 10 electrical workers are sent to a burn center. The need for a comprehensive electrical safety program has never been more critical. OSHA Regulations and the NFPA 70E Standard have been established to protect workers from electrical shock and arc flash hazards and to educate workers about the protection needed from these dangers. For example, the NFPA 70E Standard specifies boundaries within which arc flash protection is required for workers involved in the maintenance of energized or potentially energized electrical equipment. All personnel within the defined boundaries must wear specified protective equipment, even on circuits as low as 50 volts. These standards and regulations MUST be met, and Salisbury has made it easy to meet them. Only SALISBURY can provide the complete list of Personal Protective Equipment required to protect workers against electrical hazards as defined by OSHA Regulations and the NFPA 70E 2004 Standard for Electrical Safety in the Workplace. All the Arc and Shock Protection PPE (Personal Protective Equipment) needed to meet the safety standards are offered in convenient kits, or individually, categorized by the Hazard Risk Category for each job. All Salisbury electrical safety products comply with ASTM (American Society for Testing and Materials) specifications and OSHA regulations. Salisbury is the world leader in the manufacturing of Personal Protective Equipment and live line tools to protect electrical workers from the hazards of their job: Rubber Insulating Gloves Arc Flash Clothing Arc Flash Face Shields Voltage Detectors Arc Suppression Blankets Switchboard Matting Leather Protector Gloves Dielectric Footwear Insulating Line Hose Insulating Blankets Temporary Grounding Equipment Hot Sticks & Static Discharge Sticks Maintenance Products, Storage Products and Accessories 2

3 Information About OSHA 29CFR 1910, Subpart S-Electrical & NFPA 70E 2004 Hazard Assessment Tools Establishing An Electrical Safety Work Program SALISBURY your complete safety solution. Protection from Arc Flash and Electric Shock. Meeting OSHA Regulations and the NFPA 70E Standard. The following information will give you a better understanding of the NFPA 70E standard, why it s important and what is needed to meet its requirements. It will also provide you with the pertinent questions needed to ask when selecting the appropriate equipment required. Q 1. Do you know what the NFPA is? NFPA stands for National Fire Protection Association. Q 2. Are you familiar with the NFPA 70E standard? This standard addresses those electrical safety requirements for employee workplaces for the practical safeguarding of employees in their pursuit of gainful employment. The NFPA 70E Standard for Electrical Safety in the Workplace is designed to identify electrical hazards and how to deal with them, which can be of help to establish an elctrical safety program. Q 3. Do you have an electrical safety program in place? The NFPA 70E standard describes safety related work practices and maintenance requirements, to help you develop an electrical safety program to protect employees from the hazards of electrical shock and arc flash. You must establish a program that protects against shock and arc flash per OSHA 29 CFR 1910 Subpart S-Electrical. Before you can establish your electrical safety work program you must perform a hazard assessment to identify potential hazards and the degree of protection required to safeguard employees. A hazard assessment can be determined by one of the three following methods: Method 1 Refer to NFPA 70E 130.3(A), including the tables 130.7(C)(9)(a) and 130.7(C)(10), Flash Hazard Analysis Method 2 Use an industry accepted software to perform your hazard assessment. Method 3 Use a consulting firm to determine your hazard assessment. Once your hazard assessment is complete you will know your Hazard Risk Category (HRC) which is given in a number ranging from 0-4. Then the proper protective apparel for the job can be determined by utilizing this HRC number. Please refer to NFPA 70E 2004 Table 130.7(C)(10) and Table 130.7(C)(11) for this information. 3

4 Arc Flash Protective Clothing Grainger provides you with a complete line of Salisbury protective clothing and equipment to meet requirements of your electrical safety work program. The Arc Protection System PPE (Personal Protective Equipment) Once you have assessed your Hazard Risk Category (HRC), by one of the methods outlined on page three, your minimum ATPV (Arc Thermal Protection Value) can be determined by referring to NFPA 70E 2004 Table 130.7(C)(11). Your determined minimum ATPV equals the arc rating needed for the appropriate Personal Protective Equipment (PPE) for the job. Arc Flash Protective Kits The Coverall Kit is available in an ATPV rating of 8 cal/cm² protection. This kit contains arc flash coveralls, protective faceshield unit with hard hat and chin cup, a breathable ribbed knit arc flash hood for 360 head protection, and a storage bag for the faceshield. Kit also includes a large protective storage bag and safety glasses. No. 5EU45 The Jacket Kit is available in an ATPV rating of 11 cal/cm² protection. This kit contains an arc flash jacket with attached hood, protective faceshield unit with hard hat and chin cup, and bracket, and a storage bag for the faceshield. Kit also includes a large protective storage bag and safety glasses. The Coat & Bib Overalls Kit is available in an ATPV rating of 40 cal/cm² protection. This kit contain arc flash bib overalls, arc flash coat, arc flash hood with facesheild, and hard hat. Kit also includes a large protective storage bag and safety glasses. The protective faceshield unit, supplied in the coverall and jacket kits, has an ATPV rating of 15 cal/cm² and includes 8 x 14 viewing area shield with amber tint, chin cup, and front brim hard hat. No. 5EU48 The safety glasses, found in all the kits, are anti-fogging, anti-scratch and anti-static with 99.9% UV protection. These glasses meet current ANSI Z87.1, CE EN166 and CSA Z94 standards. The coveralls, jacket, coat and bib overalls are made from Indura Ultra Soft material and are sewn with Nomex thread and meet requirements of current ASTM F1506 and NFPA 70E standards. 8 cal/cm² Coverall Kit - coveralls, faceshield unit, arc flash hood, two storage bags, safety glasses 5EU45 SKCA8-L 8 cal/cm² Kit, Large 5EU46 SKCA8-XL 8 cal/cm² Kit, X-Large 5EU47 SKCA8-XXL 8 cal/cm² Kit, XX-Large 11 cal/cm² Jacket Kit - hooded jacket, faceshield unit, two storage bags, safety glasses 5EU48 SKJ11-L 11 cal/cm² Kit, Large 5EU49 SKJ11-XL 11 cal/cm² Kit, X-Large 5EU50 SKJ11-2XL 11 cal/cm² Kit, XX-Large 40 cal/cm² Coat & Bib Overalls Kit - coat, bib overalls, hood with faceshield, hard hat, storage bag, safety glasses 6WU88 SK40-L 40 cal/cm² Kit, Large 6WU89 SK40-XL 40 cal/cm² Kit, X-Large 6WU90 SK40-2XL 40 cal/cm² Kit, XX-Large No. 6WU88 Clothing Sizing Chart Jackets and Coats Chest Coat S M L XL XL XL Special Order Sizes XL XL Bib Overalls Waist Bib Overall Inseam S M L XL XL XL 30 Special Order Sizes XL XL 30 Coveralls Chest Coverall Inseam S M L XL XL XL 30 Special Order Sizes XL XL 30 4 Order online at grainger.com

5 Arc Flash Jackets/Coats Arc Flash Protective Hooded Jackets are available in ATPV ratings of 8 cal/cm² or 11 cal/cm² protection and Coats are available in ATPV ratings of 40 cal/cm² protection. These protective garments are made from Indura Ultra Soft material and are also sewn with Nomex thread. Both are 32 long and and meet current ASTM F1506 and NFPA 70E standards. The Hooded Jackets have hook & pile front closure. The Coats have an expansion back for added comfort and dual stage front closure with plastic zipper and FR hook & pile storm flap. Both garments have Nomex wristlets. No. 3YA92 Grainger Stock No. Salisbury No. ATPV Description Size Rating 5EU51 JSHV832BL-L 8 cal/cm² Jacket with Hood, Navy Blue Large 5EU52 JSHV832BL-XL 8 cal/cm² Jacket with Hood, Navy Blue X-Large 5EU53 JSHV832BL-XXL 8 cal/cm² Jacket with Hood, Navy Blue XX-Large 3YA92 JSHV1132BL-L 11 cal/cm² Jacket with Hood, Navy Blue Large 3YA93 JSHV1132BL-XL 11 cal/cm² Jacket with Hood, Navy Blue X-Large 3YA94 JSHV1132BL-XXL 11 cal/cm² Jacket with Hood, Navy Blue XX-Large 3YA95 ACC4032GY-L 40 cal/cm² Coat, Gray Large 3YA96 ACC4032GY-XL 40 cal/cm² Coat, Gray X-Large 3YA97 ACC4032GY-XXL 40 cal/cm² Coat, Gray XX-Large No. 3YA95 Arc Flash Overalls/Coveralls Arc Flash Protective Bib Overalls are available in ATPV ratings of 8 cal/cm², 11 cal/cm², or 40 cal/cm² protection. The Coveralls are available in ATPV ratings of 8 cal/cm² or 11 cal/cm² protection. These protective garments are made from Indura Ultra Soft material and are sewn with Nomex thread. The Bib Overalls have heavy duty suspenders, a relaxed cut for greater mobility and a 30 inseam. Bib Overalls also have adjustable hook and pile waist straps and bib front for added protection. Coveralls have an expansion back, and 2-ply Nomex wristlets. Coveralls and Bib Overalls have adjustable gussets on pant cuffs. Bib Overalls and Coveralls meet current ASTM F1506 and NFPA 70E standards. Grainger Stock No. Salisbury No. ATPV Description Size Rating 5EU57 ACCA8BL-L 8 cal/cm² Coverall, Navy Blue Large 5EU58 ACCA8BL-XL 8 cal/cm² Coverall, Navy Blue X-Large 5EU59 ACCA8BL-XXL 8 cal/cm² Coverall, Navy Blue XX-Large 5EU60 ACCA11BL-L 11 cal/cm² Coverall, Navy Blue Large 5EU61 ACCA11BL-XL 11 cal/cm² Coverall, Navy Blue X-Large 5EU62 ACCA11BL-XXL 11 cal/cm² Coverall, Navy Blue XX-Large No. 5EU60 5EU54 ACB830B-LL 8 cal/cm² Bib Overall, Navy Blue Large 5EU55 ACB830BL-XL 8 cal/cm² Bib Overall, Navy Blue X-Large 5EU56 ACB830BL-XXL 8 cal/cm² Bib Overall, Navy Blue XX-Large 3YA99 ACB1130BL-L 11 cal/cm² Bib Overall, Navy Blue Large 3YB10 ACB1130BL-XL 11 cal/cm² Bib Overall, Navy Blue X-Large 3YB11 ACB1130BL-XXL 11 cal/cm² Bib Overall, Navy Blue XX-Large 3YB12 ACB4030GY-L 40 cal/cm² Bib Overall, Gray Large 3YB13 ACB4030GY-XL 40 cal/cm² Bib Overall, Gray X-Large 3YB14 ACB4030GY-XXL 40 Ccal/cm² Bib Overall, Gray XX-Large No. 3YA99 Order online at grainger.com 5

6 Arc Flash and Electrical Hand Protection Arc Flash Hoods/Face Shields Arc Flash Ribbed Knit Hoods (Balaclava) create 360 head protection from arc flash dangers while on the job. Each hood is made from a breathable rib knit material and has a covered elastic face opening that will retain its shape and size. The Protective Faceshield Unit with hard hat (or without hard hat), chin cup has an an ATPV rating of 15 cal/cm² when used with a chin cup and 10 cal/cm2 without chin cup. The shield has an 8 x 14 viewing area and a.06 thickness. The lens has a light amber tint and is resistant to fogging. Arc Flash Protective Hoods are available in ATPV ratings of 11 cal/cm² and 40 cal/cm² protection. These hoods are made from Indura Ultra Soft material and are sewn with Nomex thread. The hood contains an arc rated 10 x 20 anti-fogging replaceable lens and universal hard hat bracket. No. 5EU42 These hoods meet requirements of current ASTM F2178 and NFPA 70E standard and the flammability requirements of ASTM F1506. One size fits all. Grainger Salisbury ATPV Description Stock No. No. Rating 5EU42 AFHOOD10 10 cal/cm² Fire Resistant Hood - Balaclava 5EU43 AFHOOD15 15 cal/cm² Fire Resistant Hood - Balaclava 5EU44 AFHOOD20 20 cal/cm² Fire Resistant Hood - Balaclava No. 3YA98 3YA90 AS cal/cm² Face Shield 5EU23 AS1000HAT 15 cal/cm² Face Shield with Hard Hat 5EU22 ASBAG Fleece Interior Cotton Canvas Faceshield Storage Bag 5EU30 FH11BL 11 cal/cm² Navy Blue Hood 3YA98 FH40GY 40 cal/cm² Gray Hood No. 5EU23 Rubber Insulating Gloves Rubber Insulating Gloves by Salisbury are among the most important articles of personal protective equipment for electrical workers. They are the first line of defense for contact with any energized components or lines. Combining high dielectric and physical strength, flexibility and durability, Salisbury rubber insulating gloves have earned the reputation for superior performance-meeting and exceeding the requirements of current ASTM D120 and NFPA 70E standards. No. 3YA90 Salisbury insulating gloves are available in sizes 7 through 11. Proper fit is important to minimize chafing and fatigue. To determine glove size, measure the circumference around the palm. Allow for additional room if fabric glove liners are to be worn, especially with thermal liners. Class 00 (500 volts AC maximum use voltage) are available in red color and Class 0 (1000 volts AC, maximum use voltage) are available in black color Type I natural Rubber. Class 1 (7,500 volts AC maximum use voltage), 2 (17,000 volts AC maximum use voltage), and 3 (26,500 volts AC maximum use voltage) gloves are available in black with a red inner color, Type I Natural Rubber only. All rubber insulating gloves are extremely flexible and make working with small parts easy. The gloves meet or exceed ASTM D120 and IEC Standards. No. 4T492 No. 4JD52 6 Grainger Salisbury Size Description Stock No. No. 5EU27 E0011R 7 11 Class 00 Red Rubber Gloves 5EU24 E0011R 8 11 Class 00 Red Rubber Gloves 4JD54 E0011R 9 11 Class 00 Red Rubber Gloves 4JD52 E0011R Class 00 Red Rubber Gloves 4JD53 E0011R Class 00 Red Rubber Gloves 5EU26 E011B 7 11 Class 0 Black Rubber Gloves 5EU25 E011B 8 11 Class 0 Black Rubber Gloves 4T488 E011B 9 11 Class 0 Black Rubber Gloves 4T489 E011B Class 0 Black Rubber Gloves 4T490 E011B Class 0 Black Rubber Gloves Grainger Salisbury Size Description Stock No. No. 5T945 E114RB 9 14 Class 1 Red in, Black out Rubber Gloves 5T946 E114RB Class 1 Red in, Black out Rubber Gloves 5T947 E114RB Class 1 Red in, Black out Rubber Gloves 4T492 E214RB 9 14 Class 2 Red in, Black out Rubber Gloves 4T493 E214RB Class 2 Red in, Black out Rubber Gloves 4T494 E214RB Class 2 Red in, Black out Rubber Gloves 5T095 E318RB 9 18 Class 3 Red in, Black out Rubber Gloves 5T096 E318RB Class 3 Red in, Black out Rubber Gloves 5T097 E318RB Class 3 Red in, Black out Rubber Gloves Order online at grainger.com

7 Electrical Hand Protection Cowhide Leather Protectors Leather Protector Gloves should always be worn over Rubber Insulating Gloves to provide the needed mechanical protection against cuts, abrasions and punctures. ILP3S and ILP6S series have cowhide cuffs. Cowhide cuffs are tough leather on palm side and orange vinyl on the back. Available in sizes 8 through 11 with non-metallic buckle and pull strap or elastic wrist. Grainger Stock No. Salisbury No. Size Description No. 5EU28 5EU28 ILP Leather Protectors for 11 Gloves 4T491 ILP Leather Protectors for 11 Gloves 4T557 ILP Leather Protectors for 11 Gloves 4T558 ILP Leather Protectors for 11 Gloves 4T495 ILP3S 9 12 Leather Protectors for 14 Gloves w/ Strap 4T559 ILP3S Leather Protectors for 14 Gloves w/ Strap 4T560 ILP3S Leather Protectors for 14 Gloves w/ Strap No. 4T495 4JD72 ILP6S 9 15 Leather Protectors for 18 Gloves w/ Strap 4JD70 ILP6S Leather Protectors for 18 Gloves w/ Strap 4JD71 ILP6S Leather Protectors for 18 Gloves w/ Strap No. 4T496 Summer and Winter Knit Glove Liners Glove liners reduce the discomfort of wearing Rubber Insulating Gloves in all seasons and improve wearer comfort and dexterity. Liners are intended for year round use, providing warmth in cold weather, while they absorb perspiration in the warm months. All liners are made from stretch fabric that can fit any hand size. 4T497 89/1402 Summer Liners 4T496 89/4702 Winter Liners No. 5ZV91 Portable Glove Inflator Kit All insulating gloves must be electrically tested every six months to be in accordance with OSHA 29 CFR In addition, gloves must be visually inspected before each use, to check for tears, rips and punctures. Salisbury G-99 glove inflator will simplify visual inspection. 5ZV91 G99 Portable Glove Inflator Kit No. 5ZV62 Glove Dust Ten-Four Glove Dust is a cooling, soothing, frictionless powder that absorbs moisture and perspiration, preventing gloves from getting sticky. 5ZV Glove Dust No. 4T498 Canvas Glove Bags & Large Storage Bag Glove bags extend the service life of insulating gloves, protecting rubber surfaces from ozone cracking when gloves are properly stored. Salisbury glove bags allow rubber insulating gloves to lie flat and last longer. Glove Bags are constructed of heavy duty canvas and are double stitched at stress points for extra durability. Salisbury s large storage bags is a convienient way to store all of your arc flash protection kit. No. 3YB15 4AJ28 GB Canvas Glove Bag for 11 Gloves 4T498 GB Canvas Glove Bag for 14 Gloves 5T101 GB Canvas Glove Bag for 18 Gloves 3YB15 SKBAG Storage Bag Order online at grainger.com 7

8 Accessories Blankets & Accessories Salisbury s insulating Roll Blankets (insulating blanket material on a roll), made from a high-strength fabric-reinforced TYPE II rubber, allow workers to custom cut the blanket to fit each job assignment. The product is available in Class 0 (1,000V). Meets ASTM F standards. Salisbury s Roll Blanket line includes a clear PVC material that meets ASTM F1742 standards. PVC Roll Blanket is available in Class 1 (7,500V). Lo-Voltage Insulating Blankets are made of Type II SALCOR rubber and features one-inch wide strips of hook and pile double stitched to the blanket, so installation and removal is safe and fast (Zip-On Style). No. 3GY62 No. 5EU29 Eyelet Style Insulating Blankets are designed to be easily secured in place by using blanket pins. Salisbury Insulating Blankets, compliant with ASTM D1048 standard, are flexible and feature a reinforced beaded edge and eyelets for added strength and tear-resistance. Slotted Style Insulating Blankets are designed for increased versatility and flexibility in special cover-up situations. Use for covering ridge pins, cross arms with insulators or any place a wire, pin or projection interferes with proper placement of other cover-up devices. No. 5ZV80 No. 5ZV64 Magnetic Blanket Buttons are designed for use in eyelets of insulating blankets when covering energized portions in hard-to-cover areas. Blanket Clamp Pins can be effectively used to hold insulating blankets in place. Blanket Canisters-molded in bright orange, hi-impact polyethylene-protect insulating blankets when not in use. The Arc Suppression Blanket is made of layers of Kevlar and Nomex fabric and is used as a barrier for protection from the explosive and incendiary effects of electrical arcs and flashes. Kevlar and Nomex are registered trademarks of the DuPont Co. Grainger Salisbury No. Description Stock No. 3GY62 RLB0 Insulated Roll Blanket, Yellow, Class V, 3 x 30 Feet 5EU29 RLBPVC1 Insulated Clear PVC Roll Blanket, Class V, 3 x 30 Feet 5ZV YLV Zip Style Lo-Voltage Blanket, Yellow, Class V, 1.5 x 3 Feet 5ZV YLV Zip Style Lo-Voltage Blanket, Yellow, Class V, 3 x 3 Feet 5ZV86 900E Eyelet Style Insulating Blanket,Orange, Class 4-36kV, 36 x 36 5ZV65 15 Slotted Style Insulating Blanket, Orange, Class 4-36kV, 22 x 22 5ZV Slotted Style Insulating Blanket, Orange, Class 4-36kV 36 x 36 5ZV99 MB6 Magnetic Blanket Button 5ZV66 21 Blanket Clamp Pin, 9-1/2 L 5ZW03 P2 Blanket Canister, 5 x 37, holds 1-2 blankets 5ZW05 P4 Blanket Canister, 7 x 37, holds 1-4 blankets 5EU31 ARC45 Arc Suppression Blanket with P4 Canister, 48 x 60 No. 5ZV86 No. 5ZV66 No. 5ZV99 No. 5ZW03 No. 5EU31 8 Order online at grainger.com

9 Accessories No. 5EU37 Dielectric Footwear - Tested to ASTM F1116 at 20kV Salisbury s dielectric footwear are 100% waterproof and made from premium grade ozone resistant rubber. The flexible hand-layered construction includes a durable nylon lining for easy donning and doffing. Salisbury Dielectric Footwear conforms with ASTM F1117 and is tested to ASTM F1116 at 20kV. The sole has a durable construction with a non-skid bar tread outsole. The attached buckle and hardware is nonmetallic. Manufactured in the U.S.A. Size 5EU Storm Rubber Slip on Over Shoe 10 5EU Storm Rubber Slip on Over Shoe 11 5EU Storm Rubber Slip on Over Shoe 12 5EU Storm Rubber Slip on Over Shoe 13 5EU Storm Rubber Slip on Over Shoe 14 5EU One Buckle Full Cut Rubber Over Boot 10 5EU One Buckle Full Cut Rubber Over Boot 11 5EU One Buckle Full Cut Rubber Over Boot 12 5EU One Buckle Full Cut Rubber Over Boot 13 5EU One Buckle Full Cut Rubber Over Boot 14 No. 5EU32 No. 5ZV78 Molded Sleeves Rubber Insulating Sleeves extend coverage of the arm from the cuff of rubber insulating gloves to the shoulder- fully protecting these areas from accidental contact with energized conductors and equipment. Sleeves meet the current requirements of ASTM D1051 and are made from Type I natural rubber. 5ZV78 2RB Molded Sleeves, Class 2, Regular, Black 5ZV77 2LB Molded Sleeves, Class 2, Large, Black 5ZV79 2XLB Molded Sleeves, Class 2, XL, Black 5ZV92 H1 Sleeve Harness with Buttons, Required Grounding Sets & Accessory OSHA states employees shall not work in proximity of electrical circuits unless they are de-energized and grounded. Proper grounding requires using cables #2 to 4/0 AWG, with crimped ferrules and clamps manufactured in accordance with ASTM F855. No. 5ZV75 5ZV Way Set w/socket clamp, 2/0 cable, 3-6ft., 1-10 ft. 5ZV Way Set w/ C clamp, 2/0 cable, 3-6ft., 1-10 ft. 5ZV Single Set w/2 C clamp flat jaw clamp, 2/0 cable, 6 ft. 5ZV Single Set w/2 C clamp, 2/0 cable, 6 ft. 5ZV Canvas Bag, 20L x 5-1/2W x 15-1/2H Voltage Detector Kit Voltage Detectors are used to verify live or de-energized conductors. These testers may be used with rubber insulating gloves or hot sticks using the splined universal end fitting. Testers indicate voltage with an extra bright LED light and a distinctive audible signal. NOTE: Always verify equipment or conductors are de-energized before working on or applying ground. No. 5ZV84 5ZV Voltage Detector Kit - Includes Tester 240V to 230kV, Case and Clamp Stick Adapter Order online at grainger.com 9

10 Accessories Hot Switch Sticks & Accessories Hot Sticks are used for operating switches or handling live conductors in hard-toreach areas. Salisbury s closed cell, foam-filled, tubular fiberglass sticks meet or exceed ASTM F711, F1826, IEC 1235 and IEC 855. External Rod Clampsticks are constructed of closed cell foam-filled tubular fiberglass in accordance with ASTM standard F711. The hook operating rod, made of solid 3/8 ( 9.5mm) dia. fiberglass, is mounted on the exterior of the tool so that it can be easily wiped down prior to use. No. 5ZV81 Switch Sticks use closed cell foam filled tubular fiberglass made in accordance with ASTM Standard F711. The standard prong disconnect is made of durable high strength aluminum bronze alloy. No. 3GY63 Static Discharge Sticks are used to safely dissipate real or potential static energy using ground clamps and a cable from the hook to ground clamp. Salisbury s Rescue Hook is used to withdraw an injured worker from a hazardous area. Confined spaces, vaults and the vicinities of electrical cabinets and switch gear are some of the places where the Salisbury Insulated Rescue Hook is a must. No. 5ZV83 5ZV External Rod Clampstick, 6 8 L 5ZV Hot Switch Stick, universal head, std. prong, 1¼" dia x 8' L 5ZV Hot Switch Stick, std.prong, 1-1/4 8ft. 5ZV Tubular PVC Storage Container, 9ft.L x 6 I.D. 3GY Static Discharge Stick 3GY Rescue Hook, 6 ft. No. 3GY61 Switchboard Matting Placed permanently in front of switchgear, motor control centers and other high voltage apparatus, Salisbury switchboard matting provides additional protection for workers. The matting is made from high quality rubber, ¼" (6.4mm) thick and tested to 20 kv to comply with ASTM D178, Class 2 specifications. The corrugated surface acts as a safety tread while reducing the possibility of metal particles becoming embedded. All Switchboard matting is class 2 with maximum use voltage 17,000VAC. Grainger Stock No. Salisbury No. Max. Use VAC Description 5ZV93 M24-1Y 17, W x 1 yd. L 5ZV94 M24-2Y 17, W x 2 yds. L 5ZV96 M30-1Y 17, W x 1 yd. L 5ZV97 M30-2Y 17, W x 2 yds. L 5ZV98 M30-3Y 17, W x 3 yds. L No. 5ZV93 Line Hoses - Class 3 Rated at 26.5kVAC I.D. Conventional Style Line Hose is available in orange Type II SALCOR. SAL- COR remains flexible even in cold weather and it is not damaged by ozone or ultraviolet rays. Each system has Salisbury s RIB-GRIP Locking System. The connector end style is available in 1.5 I.D. rated at 26.5kVAC, Class 3. 5ZW01 OR150-45C 4-1/2 Feet Long w/ Connector End 5ZW02 OR150-6C 6 Feet Long w/ Connector End No. 5ZW01 10 Order online at grainger.com

11 Definitions Arc Flash: An arcing fault is the flow of current through the air between phase conductors or phase conductors and neutral or ground. An arcing fault can release tremendous amounts of concentrated radiant energy at the point of the arcing in a small fraction of a second resulting in extremely high temperatures, a tremendous pressure blast, and shrapnel hurling at high velocity (in excess of 700 miles per hour). ASTM: American Society for Testing and Materials ATPV Arc Thermal Performance Value (ATPV): This value is presented in calories per square centimeter and represents the maximum capability for arc flash protection of a particular garment. This rating also applies to fabrics. However, a garment made from more that one layer of arc flash rated fabric will have a calories per square centimeter rating greater than the sum of the ATPV ratings of the original fabrics. The calories per square centimeter rating of most arc flash protective suits, coveralls, and coats is commonly sewn into the fabric in large letters on the outside of the garment. cal/cm² Calories per Centimeter Squared: This is a number identifying the amount of energy that can be delivered to a point at a particular distance from an arc flash. Once this value is known, the ATPV rating of the flash clothing required for work at that distance from the potential flash hazard is also known. See ATPV. Calorie: A calorie is the energy required to raise one gram of water one degree Celsius at one atmosphere. The onset of second-degree burns may occur at 1.2 calories per centimeter squared per second. One calorie per centimeter squared per second, can be equal to holding your finger over the tip of the flame of a cigarette lighter for one second. Deenergized: Free from any electrical connection to a source of potential difference and from electrical charge; not having a potential different from that of the earth. Electrical Hazard: A dangerous condition such that contact of equipment failure can result in electric shock, arc flash burn, thermal burn, or blast. Electrical Safety: Recognizing hazards associated with the use of electrical energy and taking precautions so that hazards do not cause injury or death. Electrically Safe work condition: A state in which the conductor or circuit part to be worked on or near has been disconnected from energized parts locked/tagged in accordance with established standards, tested to ensure the absence of voltage, and grounded if determined necessary. Flame-Resistant (FR): The property of a material whereby combustion is prevented, terminated, or inhibited following the application of a flaming or non-flaming source of ignition, with or without subsequent removal of the ignition source. Flash Hazard: A dangerous condition associated with the release of energy caused by an electric arc. Flash Hazard Analysis: A study investigating a worker s potential exposure to arc-flash energy, conducted for the purpose of injury prevention and the determination of safe work practices and the appropriate levels of PPE. Flash Protection Boundary: An approach limit at a distance from exposed live parts within which a person could receive a second degree burn if an electrical arc flash were to occur. Flash Suit: A complete FR clothing and equipment system that covers the entire body, except for the hands and feet. This includes pants, jacket, and bee-keeper-type hood fitted with a face shield. HRC Hazard Risk Category: This is a 2004 NFPA 70E rating of exposure levels for particular types of equipment. The values range from zero to four, with a zero HRC not requiring any ATPV-rated PPE. The minimum ATPV rating for Categories One through Four are as follows: Category 1: 4 cal/cm² Category 2: 8 cal/cm² Category 3: 25 cal/cm² Category 4: 40 ccal/cm² IEEE: The Institute of Electronics and Electrical Engineers (IEEE) (Note: IEEE Guide to Performing Arc-Flash Hazard Calculations.) Incident Energy: The amount of energy impressed on a surface, a certain distance from the source, generated during an electrical arc event. One of the units used to measure incident energy is calories per centimeter squared (cal/cm2). Limited Approach Boundary: An approach limit at a distance from an exposed live part within which a shock hazard exists. NEC The National Electrical Code: The NFPA Standard The National Electrical Code (NEC) (Note: paragraph contains requirements for warning labels) NFPA: The National Fire Protection Association NFPA 70E Standard: Standard that provides guidance on implementing appropriate work practices that are required to safeguard workers from injury while working on or near exposed electrical conductors or circuit parts that could become energized. OSHA: Occupational Safety and Health Administration OSHA 29CFR 1910, Subpart S-Electrical: Occupational Safety and Health Standards Subpart S-Electrical Standard number specifically addresses Standards for Work Practices. Prohibited Approach Boundary: An approach limit at a distance from an exposed live part within which work is considered the same as making contact with the live part. Restricted Approach boundary: An approach limit at a distance from an exposed live part within which there is an increased risk of shock, due to electrical arc over combined with inadvertent movement, for personnel working in close proximity to the live part. Shock Hazard: A dangerous condition associated with the possible release of energy caused by contact or approach to live parts. Voltage, nominal: A nominal value assigned to a circuit or system for the purpose of conveniently designating its voltage class. The actual voltage at which a circuit operates can vary from the nominal within a range that permits satisfactory operation of equipment. Working Near (live parts): Any activity inside a limited approach boundary. Working On (live parts): Coming in contact with live parts with the hands, feet, or other body parts, with tools, probes, or with test equipment, regardless of the personal protective equipment a person is wearing. 11

12 by SALISBURY SS1697