Pole Line Equipment II

Course Description

ETP2132C – Pole Line Equipment II is a 3-credit-hour, laboratory-intensive course in the Energy Power Technology program within the Engineering Technologies taxonomy of the Florida Statewide Course Numbering System (SCNS). Building on the foundational skills introduced in Pole Line Equipment I (ETP1131C), this course advances students' competency in overhead electric distribution construction, intermediate and advanced pole line hardware assembly, transformer installation, guying systems, conductor stringing, and the safe operation of specialized line equipment. Emphasis is placed on compliance with OSHA standards, NESC (National Electrical Safety Code) requirements, and utility industry best practices. Students develop proficiency through hands-on field exercises on a simulated utility pole yard, reinforcing both technical skill and jobsite safety culture.

Learning Outcomes

Required Outcomes

• Demonstrate safe work practices consistent with OSHA 1910 and 1926 standards for electrical utility construction, including proper use of personal protective equipment (PPE) and lockout/tagout (LOTO) procedures.
• Identify, select, and properly install intermediate and advanced pole line hardware, including crossarms, insulators, spool pins, pole bands, and deadend assemblies.
• Install and configure single-phase and three-phase transformer assemblies on distribution poles, including proper wiring, grounding, and secondary connections.
• Construct, test, and inspect down-guy and anchor assemblies, including screw anchors, sidewalk guys, and span guys, in compliance with utility specifications.
• Perform conductor stringing and sagging operations for overhead distribution lines, applying correct tension, sag tables, and clipping procedures.
• Safely climb utility poles at various heights using climbers (hooks/gaffs) and a body belt, maintaining positive fall restraint while transitioning obstacles.
• Operate a digger derrick and aerial bucket truck, including pre-flight inspections, setup, and safe operation under supervision.
• Interpret utility construction standard drawings, staking sheets, and job specifications to correctly execute pole line construction tasks.
• Apply proper grounding and bonding techniques on overhead distribution systems, including system neutrals and equipment grounds.

Optional Outcomes

• Demonstrate procedures for underground residential distribution (URD) connections at the base of overhead poles.
• Perform hot-stick (live-line tool) operations at secondary voltage levels under instructor supervision.
• Understand the basics of fiber optic and communications attachments to utility poles under NESC joint-use rules.
• Conduct a job briefing as crew leader, including hazard identification, task assignment, and situational awareness protocols.
• Identify regulatory requirements related to the Florida PSC and utility easement/right-of-way considerations.

Major Topics

Required Topics

• Advanced Pole Line Hardware: Crossarm construction (tangent, angle, and deadend), alley-arm conversion, pole top pins, spool insulators, strain insulators, and hardware torque specifications.
• Guying Systems: Down guys, head guys, stub guys, sidewalk guys, and anchor installation; anchor rod torque testing; guy tension calculations.
• Transformer Installation: Single-phase distribution transformers (kVA ratings, primary/secondary voltages), pole mounting, grounding, and secondary rack assemblies.
• Conductor Stringing and Sagging: Wire types (ACSR, AAC, copper), stringing methods, sag and tension tables, clipping in, and deadending conductors.
• Grounding and Bonding: System grounding, equipment grounding, driven ground rods, and grounding conductor sizing per NESC.
• Pole Climbing — Advanced Techniques: Climbing poles of varied classes and heights, obstacle transitions, working at the pole top, and using secondary rope systems.
• Digger Derrick and Bucket Truck Operations: Pre-operational inspection (pre-flight), outrigger setup, auger operation, pole setting, bucket truck aerial work zone safety.
• OSHA and NESC Safety Compliance: Electrical hazard recognition, approach distances, minimum approach distance (MAD), PPE selection, LOTO, and incident reporting.
• Construction Drawings and Staking Sheets: Reading and applying utility construction standards, interpreting pole loading diagrams, and sequencing work from staking sheets.

Optional Topics

• Distribution Switching Equipment: Cutouts, fused disconnects, and reclosers — identification, purpose, and safe handling.
• Surge Arresters: Types, ratings, installation locations, and maintenance considerations on distribution poles.
• Underground to Overhead Riser Construction: Riser conduit, riser cable, and associated pole hardware assemblies.
• Joint-Use Attachments: Communication cable placement, NESC vertical clearance requirements, and fiber optic hardware.
• CDL/Heavy Equipment Awareness: Basic awareness of DOT requirements for operating utility vehicles and Class A CDL pathways.
• Vegetation Management Awareness: Right-of-way clearing principles and chainsaw safety relevant to pole line crews.

Resources & Tools

• NESC (ANSI C2): National Electrical Safety Code — the primary reference standard for overhead line construction rules and clearances.
• OSHA Standards 29 CFR 1910.269 and 1926 Subpart V: Federal regulations governing electric power generation, distribution, and transmission work.
• Utility Construction Standards Manual: Employer/utility-specific staking and construction drawings (representative Florida utility standards, e.g., FPL, Duke Energy Florida).
• IBEW/NECA Lineman's and Cableman's Handbook: Comprehensive reference for overhead and underground distribution construction.
• Lab Equipment: Utility poles (various ANSI classes), crossarms, insulators, transformers, conductors, guy assemblies, ground rods, climbing gear (hooks, belts, lanyards), body belt/harness, hot sticks, digger derrick simulator or field truck, aerial bucket truck.
• PPE: Class E hard hat, rubber insulating gloves (Class 00/0), safety glasses, FR (flame-resistant) clothing, lineman's boots.

Career Pathways

Completion of ETP2132C prepares students for entry-level and pre-apprentice positions in the electric utility industry and supports advancement in the following career paths:

• Electrical Power-Line Installer and Repairer (SOC 49-9051) — the primary occupational target; involves construction, maintenance, and repair of overhead and underground distribution and transmission systems.
• Utility Apprentice Lineworker — entry point to IBEW (International Brotherhood of Electrical Workers) or utility company apprenticeship programs, typically 4–5 years leading to Journeyman Lineman status.
• Electrical Distribution Technician — roles with electric cooperatives, municipal utilities, and investor-owned utilities (e.g., FPL, Duke Energy Florida, Tampa Electric).
• Line Crew Foreman / Crew Leader — supervisory advancement pathway after gaining field experience and additional training.
• Electrical Contractor / Line Construction — employment with line construction contractors performing work for utilities, municipalities, and government agencies.

Special Information

Certification Preparation: Coursework supports preparation for the following industry credentials and qualifications:

• OSHA 10-Hour General Industry or Construction Card — recognized safety credential covering electrical hazards, PPE, and worksite compliance.
• CPR/First Aid Certification — required by most utility employers; may be offered concurrently with this course.
• Bucket Truck / Aerial Lift Operator Qualification — hands-on operation of aerial devices aligns with ANSI/SIA A92 equipment operator standards.
• CDL Class A Awareness — many utility employers require a Class A Commercial Driver's License; students are encouraged to pursue CDL training in conjunction with this program.
• Pre-Apprenticeship Readiness: This course, combined with ETP1131C and other program requirements, satisfies the technical pre-apprenticeship training expectations of IBEW local unions and major Florida electric utilities.

Physical Requirements: This is a hands-on, field-intensive course. Students must be physically capable of climbing utility poles, lifting equipment, and working at heights. Students should consult the program's medical release requirements prior to enrollment.