GROUNDING AND BONDING. Winstar at its expense will ensure that any microwave equipment placed on the rooftop collocation space or in the building shall be grounded and bonded according to BellSouth’s standards which shall be at a minimum consistent with industry standards. BellSouth agrees that grounding and bonding requirements shall be applied in parity to itself and other Interconnectors for similar types of equipment.
GROUNDING AND BONDING. Teligent at its expense will ensure that any microwave equipment placed on the rooftop collocation space or in the building shall be grounded and bonded according to BellSouth’s standards which shall be at a minimum consistent with industry standards. BellSouth agrees that grounding and bonding requirements shall be applied in parity to itself and other Interconnectors for similar types of equipment.
GROUNDING AND BONDING. It is Utility’s policy and practice to ground all Poles installed as part of Utility’s distribution system and streetlight service. Licensee is required to install its own specific ground electrode and ground bond for its Wireless Facilities. All of the following wireless equipment components or pole appurtenances must be bonded: Antennas, antenna brackets, riser conduits, remote radio heads, and Wireless Equipment Cabinets. There will be one central point of bonding at the Antenna Area and at the Wireless Equipment Cabinet (pole or ground mounted). Central points of bonding shall be a ground bar measuring no greater than, four inches high, 12 inches wide, and exactly one-fourth inch thick. Only two ground bars may be used on a pole structure. The Pole must be connected via #2 AWG solid wire (aluminum, copper, copper-clad aluminum, copper-clad steel) exothermically welded. All connections from wireless components with factory-installed ground posts will be bonded with solid or stranded wire mechanically (or hydraulically) crimped with lugs – the wire shall be aluminum, copper-clad aluminum, copper, copper-clad steel and between #2 AWG to #6 AWG in size. Lugs on the ground bar side will have two lug holes and two mechanical fasteners. A fastener bolt nominal thread size (or factory grounding post) for bonding shall be no smaller than one-sixteenth inch diameter than the lug hole or ground bar hole. The closest ground bar to grade on any pole structure will be bonded via #2 AWG solid wire exothermically welded to ground rod. Ground rods shall be steel or copper-cad steel, 5/8-3/4 inches in diameter, and driven at least eight feet below grade in undisturbed soil. All mechanical connections shall be “tool-tight” with no play or slack if manipulated by hand. All metal material bonded must be non-reactive to inhibit corrosion. A Permit Application for any Wireless Facility shall note if a Utility ground is present or not at the specific Pole location proposed for the Wireless Facility. When a Utility ground or another ground is present, the Wireless Facility ground bonding electrode shall be bonded to existing ground rod(s) at a minimum of twelve inches below grade. The ground wire size will be #2 AWG and bonded on each ground rod. All Wireless Facility ground rods shall be at a minimum of twelve inches from other ground rods and/or anchors. Wireless Facilities shall not bond to existing Utility facilities for grounding unless specifically approved in writing by...
GROUNDING AND BONDING. Module ground wiring splices shall be made with irreversible crimp connectors. • All exposed ground wiring must be routed above the lower surface of any structural framing.
GROUNDING AND BONDING. A. The Design-Builder must Design and Construct the grounding system and bonding for structures in accordance with the requirements of the HFDG Section 6.4.7.10 – “Structure Grounding and Bonding”.
GROUNDING AND BONDING. 1 ALL GROUNDING AND BONDING REQUIREMENTS SHALL BE IN COMPLIANCE WITH ALL APPLICABLE CEC CODES AND AHJ REGULATIONS, WHICHEVER IS MORE STRINGENT. .2 ALL EQUIPMENT AND EXPOSED NON-CURRENT-CARRYING METAL CONDUITS AND PARTS SHALL BE PERMANENTLY AND EFFECTIVELY GROUNDED TO MEET ALL APPLICABLE REQUIREMENTS OF THE MOST RECENT VERSION OF THE CEC. .3 THE FEED BONDING CONDUCTOR SHALL BE SECURED (WRAPPED AROUND UNBROKEN) TO THE GROUNDING SCREW OF EACH OUTLET/BOX, BEFORE CONNECTING TO THE OTHER GROUNDING CONDUCTORS, AND/OR PROVIDING A PIG-TAIL LEAD FOR DEVICE TERMINATIONS. .4 ALL GROUND WIRES SHALL BE TWISTED TOGETHER WITH A SCREW-ON TYPE WIRE CONNECTOR, AND THEN PLACED IN REAR OF OUTLET BOX IN SUCH A MANNER AS TO MINIMIZE OBSTRUCTIONS. REVISIONS DESCRIPTION REV NO. DATE ISSUED FOR TENDER 0 16-MAR-2022 - - - - - - - - - - - - - - - - - - - - - - - - - - - 17/03/22 DRAWN BY: X.XXXXXXXXXXXX CHECKED BY: X.XXXXXXX SCALE: NTS CLIENT: COBEQUID HOUSING AUTHORITY DATE: FEB. 08, 2022 SHEET SIZE: ARCH-D PROJECT NAME: PF-2021-025 PARKVIEW TERRACE DHW SYSTEM RENEWAL DRAWING NAME: ELECTRICAL SPECIFICATION DRAWING NUMBER: 800 TO NSPI TRANSFORMER TO NSPI TRANSFORMER 3 - 3 x 1C 500 KCMIL 3 - 3 x 1C 500 KCMIL MAIN 1200A, 208/120V, 3ɸ, 4W SWITCHBOARD (EXISTING) MAIN 1200A, 208/120V, 3ɸ, 4W SWITCHBOARD (EXISTING) 1200A 4P 100A 100A 100A 100A 100A 100A 3P 3P 3P 3P 3P 3P 3 x 1C #3AWG CU + 1 x 1C #8AWG BOND IN EXISTING CONDUIT 100A, 208/120V PANEL #1 (EXISTING) (SEE NOTE 1) 100A, 208/120V PANEL #1 (EXISTING) 100A 100A 100A 100A 3P 3P 1 3P 3P 1 15A 15A 1P (SEE NOTE 3) 1P 100A, 208/120V 100A 100A LOAD CENTRE x3 x3 1 x 2C # AWG AC9 2 x 1C #14AWG CU + 1 x 1C #14AWG BONDIN 16mm EMT 1 x 3C #3AWG CU 100A CIRCULATOR TECK90 3P PUMPS NEW NEW HOT WATER HOT WATER HEATER #1 HEATER #2 30A/2HP 30A/2HP (SEE NOTE 2) 2 2P (SEE NOTE 3) 2 2P (SEE NOTE 3) HOT WATER HOT WATER HEATER #1 HEATER #2 TO BE REMOVED TO BE REMOVED 1 x 2C #14AWG CU 1 x 2C #14AWG CU TECK90 TECK90 WATER HEATER STORAGE TANK EXISTING PARTIAL SINGLE LINE DIAGRAM CIRCULATOR PUMP CIRCULATOR PUMP (NEW) (NEW) NTS REVISED PARTIAL SINGLE LINE DIAGRAM NTS NOTES 1. CONTRACTOR SHALL CONFIRM THE SIZE AND CONDITION OF EXISTING CONDUITS FROM MAIN SWITCHBOARD TO EXISTING HOT WATER HEATER DISCONNECT SWITCHES. IF SUITABLY SIZED PER CEC AND IN GOOD CONDITION, CONTRACTOR SHALL REUSE EXISTING CONDUITS TO FEED THE HOT WATER HEATER DISCONNECT SWITCHES. IF THE EXISTING CONDUITS ARE NOT SUITABLE TO BE REUSED, CONTRACTOR SHALL ADVICE THE PROJECT MANAGER. 2. CONTRAC...
GROUNDING AND BONDING. 12. All power supplies shall be grounded. The neutral side of the power drop shall be continuous and not fused. The neutral line shall also be bonded to the power supply cabinet. The cabinet shall be connected to an earth ground at the pole.
GROUNDING AND BONDING. 12. All power supplies shall be grounded. The neutral side of the power drop shall be continuous and not fused. The neutral line shall also be bonded to the power supply cabinet. The cabinet shall be connected to an earth ground at the pole. In areas where a power utility has a ground wire running down the pole, the cabinet can be connected to it if the power utility permits. Where a power utility vertical ground wire is not available, the Licensee must place a ground rod. All metallic structures on a common pole shall be bonded to each other, to the Licensor's strand and to the Licensee's strand.
GROUNDING AND BONDING. 20.1 Contractor shall perform bonding and grounding of all armored cables as depicted in the typical drawings. All bonding and grounding shall be performed in accordance with the splice case manufacturer’s specifications.
GROUNDING AND BONDING. 52. It is Utility’s policy and practice to ground all Poles installed as part of Utility’s distribution system and streetlight service. Licensee is required to install its own specific ground electrode and ground bond for its Wireless Facilities.
