Permanent Electrical Safety Devices (PESDs) Permanent Electrical Safety Devices (PESDs) are defined as external devices (except Medium Voltage Indicators, which are internal) permanently mounted to electrical systems that, directly or indirectly, reduce the risk of arc flash and/or shock hazard. They provide feedback on the voltage state within the enclosure and eliminate proximate exposure to that same voltage. Some examples of PESDs include voltage portals and voltage indicators. Voltage Indicators: Flashing or non-flashing device that monitors both AC and DC voltage. They are externally mounted and give a visual indication outside the panel to the presence or absence of voltage. Voltage indicators are available in Class 1 Div 2, solid-on LEDs, Fiber Optic, Part Number: R-3W / R-3W-SR and medium voltage from 2KV to 43KV. Part numbers include: R-3W, R-3W2, R-3W-SR, R-3F, R-1VH003 and R-1VL003 Voltage Portals: Non-conductive, encapsulated point that allows for the detection of the presence or absence of voltage through a panel door with a non-contact voltage detector (NCVD). Part numbers include: R-1A003-LPH and R-T3 Part Number: R-T3W-LCH "We use Permanent Electrical Safety Devices...to provide the operator tools to perform tasks outside of the enclosure rather than interacting with energized components." Dennis Doody, Project Manager, Vitler PESDs and NFPA 70E The NFPA 70E states that the following principles are foundational to ensuring a zero energy state: ? ? ? ? [1] Locate all sources of electrical energy. Voltage portals and voltage indicators installed will locate each source. Physically contact voltage detector to the electrical energy. Voltage indicators are hardwired to the source. Test between each phase and phase to ground. Voltage indicators check voltage between phase-phase-ground. Verify voltage detector before and after use. A non-contact voltage detector (NCVD) can be verified before and after use. [2] [3] [4] Please note: Employers are responsible to train employees in selecting and properly using a voltage detector. It is also the responsibility of employers to provide a written lock-out/tag-out procedure and train employees on those procedures. Follow manufacturer's instructions when using a non-contact voltage detector. All other safety procedures apply. [5] NFPA 70 References: [1] Annex G 6.1, [2] 110.6 (D) (4)(e), [3] 120.1(5), [4] 120.2(F)(2)(f)(1), Annex G 3.4, [5] 120.2(C)(2) Warning: Before working on an electrical conductor, verify zero electrical energy with proper voltage testing instrument and the proper procedure as per NFPA 70E 120.1(5), 120.2 (F)(2)(f)(1-6), OSHA 1910.333(b)(2)(iv)(B). (c)2013 Grace Engineered Products, Inc. DS: PESD/Combo_6/2013 SafeSide(R) is a registered Trademark of Grace Engineered Products, Inc. RoHS (pending) 5001 Tremont Avenue Davenport, IA 52807 (800) 280-9517 Fax: (563) 386-9639 www.pesd.com More on Voltage Indicators SafeSideTM voltage indicators help keep workers safe during lock-out/tag-out by giving them valuable information about the state of voltage within the panel. Here are some key benefits and features about voltage indicators: ? Reduced Voltage Exposure and Arc Flash Risk - While performing electrical LOTO with a SafeSideTM voltage indicator installed, the electrician can pre-check the internal voltage state without opening the enclosure. ? Safer Lock-Out Tag-Out (LOTO) - Keeping personnel away from live voltage is foundational to electrical safety. Electrical safety demands a precise answer to the question `Is voltage present?'. SafeSideTM voltage indicators provide visibility of voltage from outside the enclosure without exposing personnel to voltage. ? More Productivity in Mechanical LOTO - Workers performing mechanical LOTO must isolate electrical Part Number: R-3W / R-3W-SR energy. Without a SafeSideTM voltage indicator, a mechanic performing mechanical LOTO would be required to work in tandem with an electrician using a voltmeter to physically verify voltage inside an electrical panel. In this case, the electrician is exposed to voltage, but with SafeSideTM voltage indicator, the mechanic can verify zero electrical energy without any exposure to voltage. FEATURES for R-3W, R-3W-SR, R-3W2: ? 40-750VAC / 30-1000VDC ? 35-600VAC 1O - R-3W and R-3W-SR only ? Potted Construction with 6' Leads ? Phase Insensitive ? 30mm Pushbutton or Pilot Hole OTHER BENEFITS: ? Simplifies Personal Protective Equipment ? Stored Energy Detector (120.1(6))** ? Visible Blades Disconnect (120.1(3))** ? Permanent Devices are Less Prone to Damage ? Voltage Source Labels (120.2(F)(1)(a))** **NFPA 70E 2012 Edition ? ? ? ? Part Number: R-3W2 High Surge Immunity UL Listed Type 4X,12 & 13 Redundant Circuitry/ Long Life LEDs UL Hazardous Location / Class 1 Div 2 Group A, B, C, & D (R-3W2 only) ? CAT III/IV Electrical Rating* (R-3W2 only) APPLICATIONS: ? Circuit Breaker Disconnects - No Visible Blades ? High Energy Panels (NFPA 70E Category 3 or 4) ? Frequently Accessed Panels ? Mechanical LOTO: Indicating Zero Energy ? Panels with Multiple Power Sources Optical Cable Voltage Indicator The SafeSideTM R-3F optical cable voltage indicator is a permanent electrical safety device (PESD) built to keep workers on the safe side of electrical panels by providing them with a no-voltage-at-the-door option when it comes to thru-door electrical safety. Global electrical designs specify panel-mount devices that operate at low voltage levels; the R-3F provides voltage indication with zero voltage on the outside of the panel. The R-3F uses an optical cable bundle to illuminate the LEDs on a thru-panel adaptor mounted to the outside of an electrical enclosure. The optical cable bundle allows users to see the voltage status of L1, L2, L3 and GRD with the energized conductors safely kept away from the enclosure exterior. Part Number: R-3F with label (label sold separately) The potted R-3F LED base unit with integral lead wires and flexible mounting options allow users to reliably locate it close to 3-phase voltage sources. The availability of different cable lengths lets users mount the fiber optic thru-panel adaptor at the best location on the enclosure. FEATURES for the R-3F: BENEFITS of the R-3F: ! 20-600VAC / 20-1000VDC (Max 750VAC non-UL) ! CAT III/IV* Electrical Rating (pending) ! UL Type 4X, 12, 13 ! Potted Construction with 6' Lead ! Simplifies Personal Protective Equipment ! Stored Energy Detector (120.1(6))** ! Visible Blades Disconnect (120.1(3))** ! Permanent Devices is Less Prone to Damage ! Voltage Source Labels (120.2(F)(1)(a))** Medium Voltage Indicator The R-1VH/R-1VL Medium Voltage Indicator mounts to a medium voltage bus and flashes when voltage is present on the bus. This product is designed to provide sufficient illumination to be easily seen through IR or viewing windows on a medium voltage starter, transformer, switchgear and other power distribution equipment. The R-1VH/R-1VL is built for long life and reliability with solid-state LEDs and flame-rated material. Because the R-1VH/R-1VL capacitively couples to ground, it provides high surge immunity and has electrical-installation integrity. Part Number: R-1VH /R-1VL FEATURES for R-1VH/R-1VL: ? Qty. (3) Long Life LEDs per Unit ? 2KV to 43KV Operating Range ? 1/2" bolt hole mounting ? Viewing Angle Adjustability APPLICATIONS for R-1VH/R-1VL: ? ? ? Medium Voltage Starters Switchgear Power Distribution Systems Part Number: R-1VH /R-1VL More on Voltage Portals SafeSideTM voltage portals avoids voltage exposure for workers by extending the voltage source points to the outside of electrical enclosures. Each voltage point resides in an encapsulated non-conductive housing designed to insure that a NCVD senses voltage if placed into the voltage portal. Because voltage portals contain live voltage and mount on the outside of enclosures, a robust design and UL certification avoids any long term safety concerns. Here are some key benefits and features about voltage indicators: Reduced Voltage Exposure and Arc Flash Risk - While performing electrical LOTO with a SafeSideTM voltage portal installed, the electrician can pre-check the internal voltage state without opening the enclosure. Safer Lock-Out Tag-Out (LOTO) - Keeping personnel away from live voltage is foundational to ? electrical safety. Electrical safety demands a precise answer to the question `Is voltage present?'. SafeSideTM voltage portal provide visibility of voltage from outside the enclosure without exposing personnel to voltage. More Productivity in Mechanical LOTO - Workers performing mechanical LOTO must isolate ? R-T3 voltage portal with label (sold separately) electrical energy. Without a SafeSideTM voltage portal, a mechanic performing mechanical LOTO would be required to work in tandem with an electrician using a voltmeter to physically verify voltage inside an electrical panel. In this case, the electrician is exposed to voltage, but with SafeSideTM voltage indicator, the mechanic can verify zero electrical energy without any exposure to voltage. ? FEATURES for R-1A003 Voltage Portal: FEATURES for R-T3 Voltage Portal: ? ? ? ? ? ? ? ? ? ? ? ? Single-point, single phase Integral 6' lead wire Installs in a 1/2" hole for easy installation Rugged polycarbonate construction for safety UV outdoor rated so you can mount it anywhere UL Type 4, 4X, 12 Rated Single-Point, Single-Phase Voltage Portal Single-point, three-phase Integral 6' #12 AWG lead wire Installs in a 30mm hole for easy installation Rugged polycarbonate construction for safety UV outdoor rated so you can mount it anywhere UL Type 4, 4X, 12 Rated Single-Point, Three-Phase Voltage Portal Combo Units SafeSideTM Combo Units combine two complementary technologies - voltage indicators and voltage portals. When used together, the Combo Units meet the validation requirement of NFPA 70E 120.1. Voltage indicators and voltage portals are a great match because their features compliment each other. Here's how: ? the SafeSideTM voltage indicator is the primary voltage testing instrument because it provides the hardwired connection to the voltage source as required by NFPA 70E 120.1(5). ? the SafeSideTMvoltage portal (and the non-contact voltage detector pen) becomes the testing device for the voltage indicator. ? both devices can be checked before a LOTO procedure while the control panel is energized to ensure proper operation. ? the traditional method of validating the voltage indicator to an independent voltage source is met with the NCVD/voltage portal combination (as seen in Figure 1). Figure 1 Warning: Before working on an electrical conductor, verify zero electrical energy with proper voltage testing instrument and the proper procedure as per NFPA 70E 120.1(5), 120.2 (F)(2)(f)(1-6), OSHA 1910.333(b)(2)(iv)(B). DANGER VOLTAGE DANGER DANGER DANGER Voltage Indicator Read instructions before installing. Combo Unit Labels L1 L3 L2 Manufacturers' Voltage Indicator (VI) and Non-Contact Voltage Detector (NCVD) Procedures Apply. 3-PHASE PRE-TEST POINTS L1 L3 L2 WARNING! Follow Safety Procedures Read instructions before installing SAFETY PROCEDURES STILL APPLY DANGER VOLTAGE L1 L3 L2 ENGINEERED PRODUCTS, INC WWW.GRACEPORT.COM Part#: R-LCH Figure B Voltage Portal Labels Procedure: 1). Verify NCVD to a known voltage source. 2). Insert NCVD into L1, L2, and L3 cavities to test all points. 3). Open isolator. 4). Re-insert NCVD into L1, L2 and L3 cavities to test all points. 5). Re-Verify NCVD to a known voltage source. L1 L2 ENGINEERED PRODUCTS, INC WWW.GRACEPORT.COM Part #: R-T3-LH Voltage Portal Figure F L2 L3 Read instructions before installing. WARNING! Read instructions before installing. L2 WARNING! Follow Safety Procedures Read instructions before installing GRACE WARNING! Manufacturers' Voltage Indicator (VI) and NonContact Voltage Detector (NCVD) Procedures Apply. L1 L3 WARNING! VOLTAGE PRE-TEST POINTS VOLTAGE PRE-TEST POINTS SAFETY PROCEDURES STILL APPLY Read instructions before installing. GRACE Voltage indicators with R-1A003 Voltage portals DANGER (NCVD) Manufacturers' Non-Contact Voltage Detector (NVCD) Procedures Apply. L1 Voltage Portal DANGER VOLTAGE Procedure: 1). Verify NCVD to a known voltage source. 2). Insert NCVD into L1, L2, and L3 cavities to test all points. 3). Open isolator. 4). Verify there is NO LED illumination on VI. 5). Re-insert NCVD into L1, L2 and L3 cavities to test all points. 6). Re-Verify NCVD to a known voltage source. 7). Upon completion of work, close isolator and verify proper operation of VI. DANGER Voltage Portal WARNING! Voltage Portal VOLTAGE IF ILLUMINATED. SAFETY PROCEDURES STILL APPLY. VOLTAGE IF FLASHING SAFETY PROCEDURES STILL APPLY. TEST BEFORE TOUCHING. DANGER VOLTAGE 3-PHASE PRE-TEST POINTS VOLTAGE IF ILLUMINATED. SAFETY PROCEDURES STILL APPLY. R-T3 Voltage Portal Labels L3 Voltage indicators with R-T3 Voltage portals Procedure: 1). Verify NCVD to a known voltage source. 2). Insert NCVD into L1, L2, and L3 cavities to test all points. 3). Open isolator. 4). Verify there is NO LED illumination on VI. 5). Re-insert NCVD into L1, L2 and L3 cavities to test all points. 6). Re-Verify NCVD to a known voltage source. 7). Upon completion of work, close isolator and verify proper operation of VI. (NCVD) DANGER VOLTAGE IF FLASHING SAFETY PROCEDURES STILL APPLY. TEST BEFORE TOUCHING. DANGER VOLTAGE GRACE ENGINEERED PRODUCTS, INC WWW.GRACEPORT.COM Part #:R-LCF Follow Safety Procedures Figure A Read Instructions GRACE ENGINEERED PRODUCTS, INC WWW.GRACEPORT.COM VOLTAGE PRE-TEST POINTS L2 L1 Manufacturers' Non-Contact Voltage Detector (NVCD) and Voltage Indicator (VI) Procedures Apply. Procedures: 1). Verify proper operation of VI. 2). Verify NCVD to known voltage source. 3). Open Isolator. 4). Verify NO Flashing LEDs on VI. 5). Insert NCVD into bottom of recess & test ALL points. 6). Re-Verify NCVD to known voltage source. WARNING! 7). Upon completion of work, close isolator and verify proper operation of VI. Follow Safety Procedures Read instructions before installing Part #: R-LPMA Figure C Some PESDs Part Number (Unit and Label) R-1A0033W-NPLPH R-1A0033W-NPLPF R-1A003-LPH R-1A003-LPF R-1A3W-LPB R-1A3W-LPBF R-3F* R-T3* R-T3* R-T3W-LCH R-T3W-LCF R-T3WS-LCH R-T3WS-LCF R-T3W2-LCH R-T3W2-LCF *Labels Sold Separately. L3 Label Figure C Figure D Figure G Figure H Not Shown Not Shown R-3W-L R-T3-LH R-T3-LF Figure B Figure A Figure B Figure A Figure B Figure A Manufacturers' Non-Contact Voltage Detector (NVCD) and Voltage Indicator (VI) Procedures Apply. Procedures: 1). Verify proper operation of VI. 2). Verify NCVD to known voltage source. 3). Open Isolator. 4). Verify NO Flashing LEDs on VI. 5). Insert NCVD into bottom of recess & test ALL points. 6). Re-Verify NCVD to known voltage source. 7). Upon completion of work, close isolator and verify proper operation of VI. GRACE ENGINEERED PRODUCTS, INC WWW.GRACEPORT.COM Part#: R-LPMA-F Part#: R-LPMA-F R-1A003 Voltage Portal Labels DANGER VOLTAGE Follow Safety Procedures GRACE ENGINEERED PRODUCTS, INC Read Instructions WWW.GRACEPORT.COM R-LPH Part #: R-T3-LF VOLTAGE PRE-TEST POINTS L2 L1 Grace Engineered Products, Inc. L3 Procedure: Non Contact Voltage Detector (NCVD) Specifications Apply 1.) Verify NCVD to known voltage source. 2.) Open isolator. 3.) Insert NCVD into bottom of recess & test ALL points. 4.) Re-verify NCVD to known voltage source. Manufacturers' Non-Contact Voltage Detector (NVCD) and Voltage Indicator (VI) Procedures Apply. Procedures: 1). Verify proper operation of VI. 2). Verify NCVD to known voltage source. 3). Open Isolator. 4). Verify NO Flashing LEDs on VI. 5). Insert NCVD into bottom of recess & test ALL points. 6). Re-Verify NCVD to known voltage source. 7). Upon completion of work, close isolator and verify proper operation of VI. R-LPH-F Grace Engineered Products, Inc. Figure D Figure G Figure E Size in inches [mm] W H 9.0[228.6] 4.0[101.6] 1.9[47.0] 14.0[355.6] 6.0[152.4] 3.0[76.2] 1.9[47.0] 11.0[278.4] 6.0[152.4] 3.0[76.2] 1.9[47.0] 9.5[241.3] 3.0[76.2] 2.35[59.7] 4.0[101.6] 5.5[139.7] 1.9[48.3] 8.75[222.3] 6.5[165.1] 5.0[125.0] 1.9[48.3] 12.2[309.6] 6.5[165.1] 5.0[125.0] 1.9[48.3] 12.2[309.6] 6.5[165.1] 5.0[125.0] 1.9[48.3] 12.2[309.6] Mounting D-Door/Side F-Flange D F D F D F D D F D F D F D F Includes Qty Voltage Voltage Indicator Portal (3)R-1A (1)R-3W (3)R-1A (1)R-3W N/A (3)R-1A (3)R-1A N/A (3)R-1A (1)R-3W (3)R-1A (1)R-3W (1)R-3F N/A (1)R-T3 N/A N/A (1)R-T3 (1)R-T3 (1)R-3W (1)R-T3 (1)R-3W (1)R-T3 (1)R-3W-SR (1)R-3W-SR (1)R-T3 (1)R-3W2 (1)R-T3 (1)R-T3 (1)R-3W2 Figure H