Prepare for the Texas Journeyman Lineman Electrician examination with the National Electrical Code, NEC, 2026 Edition, the current electrical code reference used for Texas electrician examinations. Texas adopted the 2026 National Electrical Code effective September 1, 2026, and current Texas electrician testing permits candidates to use the 2026 NEC as the examination reference.
The Texas Journeyman Lineman license is a specialized electrical credential administered by the Texas Department of Licensing and Regulation. It is designed for individuals whose electrical work involves equipment associated with the transmission and distribution of electricity from its original source to a substation for further distribution.
The Journeyman Lineman credential is a limited Texas electrical license and is not equivalent to a Journeyman Electrician license. The scope, experience requirements, and examination are specifically oriented toward lineman work and the electrical systems encountered in utility transmission and distribution environments.
The licensing examination is administered through PSI for TDLR. Candidates are tested on electrical definitions and theory, services and service equipment, feeders, branch circuits and conductors, wiring methods and materials, electrical equipment and devices, motors and generators, and electrical control devices and disconnecting means.
The 2026 National Electrical Code is the primary technical reference included in this package. Candidates should use the NEC not only to study individual code provisions but also to develop strong reference-navigation skills. Knowing where major topics are located can help candidates work efficiently during the open-book examination.
Lineman candidates should be comfortable with electrical fundamentals as well as practical code application. Questions may require knowledge of conductor sizing, overcurrent protection, grounding and bonding, service equipment, transformers, disconnecting means, electrical equipment, wiring methods, feeders, motors, generators, and related code provisions.
The Texas Journeyman Lineman exam contains fewer questions than several other Texas electrician exams, but the testing time still requires efficient decision-making. Candidates should be able to identify the subject of a question quickly, determine the appropriate NEC article or table, and apply the code requirement without spending excessive time searching.
The Texas Journeyman Lineman Electrician examination is administered by PSI after the applicant has been approved to test by TDLR.
The current examination content outline distributes the 40 scored items across the following subject areas:
Electrical Equipment and Devices is the largest individual examination category with 10 scored items. Electrical Services and Service Equipment follows with eight items. Definitions and Theory and Electrical Control Devices and Disconnecting Means each account for six items.
Unless an examination question specifically states otherwise, conductors are considered copper.
The Texas Journeyman Lineman Electrician examination is an open book test.
The current examination reference permitted by TDLR is the National Electrical Code, 2026 Edition. Candidates are responsible for bringing their own acceptable NEC book to the examination site.
A soft-bound edition of the NEC may be used. Loose-leaf, spiral-bound, and ring-bound NEC copies are not permitted in the examination room. The NEC Handbook is also not permitted as the examination reference.
The NEC may be highlighted, underlined, and contain notes prepared before the examination session. Permanent index tabs manufactured or provided by the NEC book publisher are permitted.
Candidates may not write, highlight, underline, index, or otherwise mark the NEC during the examination. Homemade, do-it-yourself, and non-NEC tabs are not allowed. Additional loose, taped, adhered, or stapled paper is also prohibited.
Open-book preparation should involve repeated practice with the physical NEC book that will be used on test day. Candidates should learn to find definitions, services, equipment, feeders, conductors, motors, generators, controllers, and disconnecting means quickly.
Because the examination allows 120 minutes for 40 scored items, candidates have an average of approximately three minutes per scored question. Efficient code navigation can make a significant difference when a question requires multiple code references or a calculation.
A Texas Journeyman Lineman is licensed to engage in electrical work involving the maintenance and operation of equipment associated with the transmission and distribution of electricity from its original source to a substation for further distribution.
The Journeyman Lineman license is specifically identified by Texas as a limited license. It is not the equivalent of a Texas Journeyman Electrician license and does not provide the same general scope of electrical authority.
Applicants can qualify through a United States Department of Labor-approved apprenticeship program by completing at least 7,000 hours of training.
Texas also permits an alternative experience pathway. An applicant may qualify with 3.5 years of experience as a Journeyman Lineman while working for an electric utility, electric cooperative, municipally owned utility, or electrical contractor in Texas.
Qualifying experience must be documented and signed by the supervising electrician on the applicable experience-verification portion of the license application. TDLR may verify the reported work as part of its licensing review.
Journeyman Lineman licenses are valid for one year and must be renewed annually.
Licensed Journeyman Linemen must complete four hours of continuing education during each license cycle before renewal. The required continuing education must be completed through a TDLR-registered provider and address the applicable National Electrical Code, Texas electrician law and administrative rules, and electrical safety.
Texas adopted the 2026 National Electrical Code as the state electrical code effective September 1, 2026. Current Texas electrician examinations permit the 2026 NEC as the examination reference.
The NEC may be highlighted, underlined, and contain permitted notes prepared before the examination. Permanent publisher-provided NEC index tabs are allowed. Loose-leaf, spiral-bound, and ring-bound copies are prohibited, and the NEC Handbook is not allowed.
Definitions and Theory: Six scored items address electrical definitions and theory. Review Article 100 terminology along with voltage, current, resistance, power, conductor properties, alternating current, direct current, electrical relationships, and foundational theory used in transmission and distribution work.
Electrical Services and Service Equipment: Eight questions focus on service installations and service equipment. Review service conductors, service equipment ratings, disconnecting means, overcurrent protection, grounding, bonding, clearances, and service configurations.
Grounding and Bonding: Grounding and bonding requirements interact with many examination categories. Study Article 250, grounding electrode systems, equipment grounding conductors, bonding jumpers, grounded conductors, service bonding, and effective ground-fault current paths.
Electrical Feeders: Four scored items address feeders. Review feeder conductor sizing, ampacity, overcurrent protection, grounding, bonding, neutral requirements, and feeder installation rules.
Branch Circuit Calculations and Conductors: Although this is a smaller exam category, candidates should still understand branch-circuit conductor sizing, load calculations, overcurrent protection, ampacity, voltage considerations, and conductor requirements.
Electrical Wiring Methods and Materials: Review raceways, conductors, cables, fittings, boxes, enclosures, supports, underground installations, wet-location requirements, and protection from physical damage.
Electrical Equipment and Devices: With 10 scored items, this is the largest examination category. Study electrical equipment ratings, utilization equipment, transformers, switches, overcurrent devices, equipment installation, protection, grounding, accessibility, and other device requirements.
Transformers: Linemen frequently work around systems involving transformers. Review transformer installation, conductor sizing, overcurrent protection, grounding and bonding, and separately derived system concepts where applicable.
Overcurrent Protection: Study fuses, circuit breakers, conductor protection, equipment protection, interrupting ratings, and the relationship between overcurrent devices and conductor ampacity.
Motors and Generators: Two scored items cover motors and generators. Review conductor requirements, overcurrent protection, overload protection, disconnecting means, generators, and basic NEC provisions applying to these systems.
Electrical Control Devices: Controls are part of a six-item category combined with disconnecting means. Review switches, controllers, relays, control equipment, ratings, accessibility, and equipment operation.
Disconnecting Means: Study disconnect location, grouping, accessibility, ratings, identification, service disconnects, equipment disconnects, and safe isolation of electrical equipment.
Conductor Ampacity: Become comfortable with applicable ampacity tables, conductor temperature ratings, correction factors, adjustment factors, terminal limitations, and conductor identification.
Services and Distribution Equipment: Since lineman work is closely tied to electricity transmission and distribution, candidates should understand how NEC service requirements interact with conductors, equipment, disconnects, grounding, and customer-side electrical systems.
Electrical Safety Awareness: Although safety is not listed as a standalone content category in the current examination outline, safe electrical work is central to lineman operations. Code preparation should reinforce equipment isolation, grounding, clearances, overcurrent protection, proper conductor selection, and appropriate disconnecting methods.
Code Navigation: Practice identifying the subject category first and then going directly to the relevant NEC article or table. This is particularly valuable for services, equipment, conductors, grounding, overcurrent protection, motors, transformers, and disconnects.
Timed Practice: Candidates receive 120 minutes for 40 scored items. Build a steady pace and practice moving past difficult questions when necessary so that sufficient time remains for the entire examination.
Calculation Practice: Review the electrical math required to work with current, voltage, power, conductor sizing, loads, and other basic NEC calculations. Even though the exam is not dominated by calculations, understanding the math supports several content categories.
1 Exam Prep helps Texas Journeyman Lineman Electrician candidates organize study around the subject areas identified for the licensing examination. A focused preparation structure can connect practical lineman experience with the NEC rules candidates need to recognize during testing.
Trade-focused review can reinforce electrical theory, services, service equipment, feeders, conductors, electrical equipment, transformers, motors, generators, control devices, disconnecting means, grounding, bonding, and overcurrent protection.
Reference-navigation practice helps candidates become comfortable using the 2026 NEC during an open-book exam. Knowing how to locate articles, tables, definitions, exceptions, and cross-references can reduce time spent searching for answers.
Preparation can also place extra attention on the largest examination categories. Electrical Equipment and Devices accounts for 10 scored items, while Electrical Services and Service Equipment accounts for eight. Definitions and Theory and Electrical Control Devices and Disconnecting Means each contribute another six.
Practice-oriented study can help candidates apply NEC requirements to practical electrical situations rather than memorizing isolated article numbers. This approach is useful for questions that combine conductor requirements, equipment ratings, grounding, protection, and disconnecting provisions.
The goal is to provide organized study guidance, lineman-focused electrical review, code-navigation practice, calculation reinforcement, and a confidence-building study structure. 1 Exam Prep supports exam preparation without guaranteeing a passing score, license approval, or specific employment outcome.
The current Texas electrician examination information permits the 2026 National Electrical Code as the examination reference.
Yes. The Texas Journeyman Lineman Electrician examination is an open book test.
The current examination contains 40 scored items.
Yes. The examination also contains 3 non-scored items.
Candidates receive 120 minutes for the 40 scored items and an additional 12 minutes for the non-scored items.
A score of 70% or better is required to pass.
Electrical Equipment and Devices is the largest current category with 10 scored items.
One Texas pathway requires 7,000 hours of training in an apprenticeship program approved by the United States Department of Labor.
Yes. Applicants may alternatively qualify with 3.5 years of experience as a Journeyman Lineman for an electric utility, electric cooperative, municipally owned utility, or electrical contractor in Texas.
No. Texas identifies the Journeyman Lineman credential as a limited license. It is not equivalent to the general Texas Journeyman Electrician license.
The license covers electrical work involving the maintenance and operation of equipment associated with transmitting and distributing electricity from its original source to a substation for further distribution.
Yes. Licensed Texas Journeyman Linemen must complete four hours of approved continuing education during each license cycle before renewal.
The Texas Journeyman Lineman license is valid for one year and must be renewed annually.
The examination is administered through PSI for the Texas Department of Licensing and Regulation.
Focus on electrical equipment and devices, services and service equipment, definitions and electrical theory, disconnecting means, control devices, feeders, grounding and bonding, transformers, motors, generators, conductors, and efficient navigation of the 2026 NEC.