306A Plumber Red Seal License Exam Review
Dive into 93 must-know concepts necessary for acing the Plumber Red Seal License Exam. Access comprehensive preparation materials at www.cannycollege.com to ensure you are fully prepared for success.
Part 1:
1) Maintains a safe work environment: This concept involves understanding and adhering to safety protocols, procedures, and regulations to ensure the work environment is free of hazards and risks for oneself and others.
2) Uses personal protective equipment (PPE) and safety equipment: Involves the proper selection, use, and maintenance of personal protective equipment and safety gear to prevent injury and ensure the well-being of the plumber when working in potentially hazardous conditions.
3) Performs lock-out and tag-out procedures: Refers to the process of isolating energy sources to machinery or equipment during maintenance or repair work to prevent accidental start-up or release of hazardous energy, by locking and tagging the energy isolation points.
4) Uses common tools and equipment: Understanding and utilizing a variety of hand tools, power tools, and equipment commonly used in plumbing work to effectively carry out tasks and projects.
5) Uses access equipment: Involves the safe and proper use of equipment such as ladders, scaffolding, and lifts to access elevated work areas or confined spaces in plumbing installations or repairs.
6) Uses rigging, hoisting, lifting, and positioning equipment: Understanding and applying the principles of rigging to safely lift, maneuver, and position heavy plumbing materials or equipment using cranes, hoists, slings, and other rigging equipment.
7) Rig loads for cranes: Involves the proper procedures for securing and preparing loads for lifting by cranes, ensuring stability and safety during the lifting process.
8) Uses welding equipment: Understanding and operating welding equipment to join metal components in plumbing systems, ensuring proper techniques and safety measures are followed.
9) Uses soldering and brazing equipment: Involves the use of soldering and brazing equipment to join metal pipes and fittings by melting a filler material, ensuring a secure and leak-free connection.
10) Uses Oxy-fuel equipment: Understanding and safely using oxy-fuel equipment for cutting, heating, and welding tasks, ensuring proper handling of gases and equipment for efficient and safe operation.
11) Organizes project tasks and procedures: Involves planning and coordinating project tasks, timelines, and resources effectively to ensure efficient workflow, completion, and successful delivery of plumbing projects.
12) Organize materials and supplies: Involves efficiently arranging and managing plumbing materials, tools, and equipment required for a project to ensure smooth workflow, reduce wastage, and maintain a well-organized workspace.
13) Performs piping system layout: Refers to the process of planning and designing the layout of piping systems, including determining pipe routing, connections, sizing, and placement to meet building codes, specifications, and project requirements.
14) Calculate pipe, tube, and tubing lengths: Involves accurately measuring and calculating the lengths of pipes, tubes, and tubing required for plumbing installations, accounting for factors such as bends, fittings, and connections to ensure precise and efficient material usage.
15) Install piping supports: Involves securely installing supports, hangers, and anchors for piping systems to ensure stability, prevent sagging, and comply with building codes and engineering standards.
16) Installs sleeves: Refers to the installation of protective sleeves around pipes passing through walls, floors, or ceilings to protect them from damage, maintain insulation, and provide a fire barrier as required by building regulations.
17) Commissions systems: Involves the process of testing, adjusting, and starting up plumbing systems to ensure they are functioning correctly, meeting performance standards, and are ready for operation.
18) Protects piping systems, equipment, and structure from damage: Involves implementing protective measures such as barriers, guards, insulation, or coatings to safeguard piping systems, equipment, and building structures from physical damage, corrosion, or environmental factors.
19) Coordinates excavation and backfilling of trenches: Involves planning and overseeing the excavation, installation, and backfilling of trenches for laying underground piping systems, ensuring proper safety measures, handling of soil, and compliance with regulatory requirements.
20) Install fire-stopping devices and materials: Includes installing fire-resistant materials and devices around piping penetrations in walls, floors, or ceilings to prevent the spread of fire and smoke in buildings, maintaining fire safety standards.
21) Uses communication techniques: Involves effectively communicating with colleagues, clients, and other stakeholders in a plumbing project using verbal, written, and visual methods to convey information, instructions, and updates clearly and professionally.
22) Uses mentoring techniques: Involves guiding, coaching, and sharing knowledge and expertise with apprentices, junior plumbers, or team members to help them develop skills, confidence, and proficiency in plumbing practices and procedures.
23) Inspects tube, tubing, pipe, and fittings before installation: Involves examining the quality, integrity, dimensions, and compatibility of tubes, tubing, pipes, and fittings to ensure they meet specified requirements, standards, and codes before installation to prevent issues during the plumbing process.
24) Cuts tube, tubing, and pipe: Involves using appropriate tools and techniques to accurately and cleanly cut tubes, tubing, and pipes to the required lengths for plumbing installations, allowing for proper fit, connections, and alignment.
25) Bends tube, tubing, and pipe: Refers to the process of bending tubes, tubing, and pipes to create bends, angles, and curves needed for routing piping systems around obstacles, corners, and structures using bending tools and methods specific to the material type.
26) Prepares tube, tubing, and pipe connections: Involves preparing pipe ends for connections by deburring, cleaning, and chamfering them, and applying sealants or fittings, as required, to ensure secure, leak-free, and durable connections in plumbing systems.
27) Joins copper tube, tubing, and pipe: Includes using appropriate methods such as soldering, brazing, compression fittings, or push-to-connect fittings to join copper tubes, tubing, and pipes together securely and maintain water-tight connections in plumbing installations.
28) Joins plastic pipe and tubing: Involves using fusion welding, solvent cementing, or mechanical fittings to join plastic pipes and tubing together, ensuring proper alignment, strength, and leak-proof connections in various plumbing applications.
29) Joins steel pipe: Refers to the techniques and procedures for joining steel pipes, such as welding, threading, or using mechanical couplings to create strong and reliable connections for fluid or gas transmission in industrial, commercial, or residential plumbing systems.
30) Joins cast iron pipe: Involves joining cast iron pipes using methods like lead and oakum caulking, mechanical couplings, or rubber sleeve connectors to create watertight and secure connections for drainage, waste, and vent piping systems in buildings.
31) Joins specialized pipe: Covers the methods, tools, and techniques required to join specialized types of pipes, such as stainless steel, PVC, ductile iron, or other materials used in specific plumbing applications, following manufacturer guidelines and industry standards for effective and durable connections.
32) Sizes pipe for sewers: Involves determining the appropriate diameter and length of pipes to be used in sewer systems, considering factors such as flow rates, capacity requirements, and local building codes for effective wastewater conveyance and drainage.
33) Install manholes and catch basins: Refers to the installation of manholes and catch basins in sewer systems for access, maintenance, and monitoring purposes, ensuring proper placement, alignment, and connections to the sewer network.
34) Install piping for sewers: Involves the installation of pipes, fittings, and accessories in sewer systems to convey wastewater from buildings to treatment facilities or disposal points, following proper layout, grading, and materials to maintain system integrity.
35) Tests manholes, catch basins, and piping for sewers: Involves conducting tests such as leak testing, pressure testing, and flow testing on manholes, catch basins, and sewer piping to ensure they meet performance standards, are watertight, and function correctly before being put into service.
36) Services manholes, catch basins, and piping for sewers: Refers to the maintenance, repair, or modification of manholes, catch basins, and sewer piping to address issues such as clogs, leaks, or damage, ensuring the proper functioning and longevity of the sewer system.
37) Plans installation of sewage treatment systems: Involves designing and planning the layout, components, and connections of sewage treatment systems to treat and process wastewater effectively, meeting regulatory requirements and environmental standards.
38) Installs sewage treatment system components: Includes installing treatment system components such as tanks, filters, pumps, and disinfection units in sewage treatment facilities following design specifications, manufacturer instructions, and safety protocols.
39) Tests sewage treatment systems and components: Involves conducting tests and inspections on sewage treatment system components to ensure they operate efficiently, meet treatment standards, and comply with regulatory guidelines for the proper treatment of wastewater.
40) Services sewage treatment systems and components: Refers to the maintenance, repair, or optimization of sewage treatment system components to enhance performance, extend equipment lifespan, and ensure compliance with treatment requirements for effective wastewater treatment.
41) Sizes pipe for interior drainage, waste, and vent (DWV) systems: Involves determining the appropriate size and type of pipes for interior drainage, waste, and vent systems in buildings based on fixture connections, flow rates, and building codes to maintain proper drainage and ventilation.
42) Installs underground piping and components for interior drainage, waste, and vent (DWV) systems: Includes the installation of underground pipes, fittings, and fixtures for interior drainage, waste, and vent systems in buildings, ensuring proper slope, alignment, and connections for efficient wastewater transport.
43) Installs piping and components for interior drainage, waste, and vent (DWV) systems above-ground: Involves the installation of above-ground pipes, fittings, and fixtures for interior DWV systems inside buildings, connecting fixtures to the main drainage and vent stacks to facilitate proper waste disposal and ventilation.
44) Tests interior drainage, waste, and vent (DWV) systems: Involves conducting tests such as water testing, smoke testing, and pressure testing on interior DWV systems to ensure they are properly installed, free of leaks, and function as intended for waste removal and venting.
45) Services piping and components for interior drainage, waste, and vent (DWV) systems: Refers to the maintenance, repair, or replacement of piping, fixtures, and components in interior DWV systems to address issues such as clogs, leaks, or damage, ensuring proper functioning and compliance with building codes.
46) Sizes pipe for water services: Involves determining the appropriate size and type of pipes for water service connections, based on water flow rates, pressure requirements, and building codes to ensure efficient and reliable water distribution.
47) Install piping for water services: Includes the installation of pipes, fittings, and valves for water service connections within buildings or properties, ensuring proper alignment, connections, and support to deliver clean and potable water to plumbing fixtures.
Continually Dive into 93 must-know concepts necessary for acing the Plumber Red Seal License Exam. Access comprehensive preparation materials at www.cannycollege.com to ensure you are fully prepared for success
Part 2:
48) Install water service equipment: Refers to the installation of water service equipment such as meters, pressure regulators, and backflow prevention devices to control water flow, pressure, and quality at the entry point of buildings.
49) Test water service piping and components: Involves conducting tests on water service piping and components to check for leaks, pressure loss, and proper functioning, ensuring that the system meets regulatory standards and delivers clean and safe drinking water.
50) Services water services: Includes the maintenance, repair, or replacement of water service components, valves, and piping to address issues such as leaks, clogs, or malfunctions, ensuring the continuous and efficient delivery of water services.
51) Sizes piping and equipment for potable water distribution systems: Involves determining the appropriate sizing and selection of piping, valves, and fixtures for potable water distribution systems within buildings, ensuring adequate water flow, pressure, and quality for consumption.
52) Install piping for potable water distribution systems: Includes the installation of pipes, fittings, and fixtures for distributing potable water within buildings, adhering to plumbing codes and standards to ensure the safe and hygienic supply of drinking water to various outlets.
53) Install potable water distribution equipment: Refers to installing water distribution equipment such as pumps, storage tanks, and filters to maintain water quality, pressure, and availability in potable water systems, ensuring uninterrupted access to clean drinking water.
54) Installs and uses cross-connection control devices and methods: Involves installing backflow prevention devices and implementing cross-connection control measures to protect potable water supplies from contamination by preventing the reverse flow of non-potable water into the drinking water system.
55) Test potable water distribution systems: Involves conducting tests such as water quality testing, pressure testing, and flow rate testing on potable water distribution systems to ensure compliance with water quality standards, regulatory requirements, and the safe delivery of drinking water.
56) Services potable water distribution systems: Includes the maintenance, repair, and servicing of potable water distribution systems and equipment to address issues such as water leaks, pressure fluctuations, or water quality concerns, ensuring the ongoing safety and reliability of the water supply.
57) Sizes pressure systems: Involves determining the appropriate sizing and capacity of pressure systems, such as booster pumps or pressurized tanks, to maintain consistent water pressure throughout a building or property for efficient water supply.
58) Install piping for pressure systems: Includes the installation of pipes, fittings, and valves for pressure systems to provide pressurized water supply at designated points, ensuring proper sealing, support, and connections to maintain required pressure levels.
59) Installs equipment and components for pressure systems: Refers to the installation of pressure equipment such as pumps, tanks, and control devices in pressure systems to regulate water pressure, ensure system efficiency, and meet building code requirements for water supply.
60) Test pressure systems: Involves conducting pressure tests, performance tests, and safety checks on pressure systems to verify proper operation, pressure consistency, and system integrity, ensuring compliance with regulatory standards and reliable water supply.
61) Services pressure systems: Includes the maintenance, repair, and adjustment of pressure systems and components to address issues such as pressure fluctuations, pump malfunctions, or system leaks, ensuring the continuous and reliable operation of pressurized water supply systems.
62) Install fixture supports: The process of installing structural supports or mounting devices to secure plumbing fixtures such as sinks, toilets, bathtubs, and other appliances to walls, floors, or ceilings to ensure stability and prevent movement or damage.
63) Installs plumbing fixtures and appliances: Includes the installation of various plumbing fixtures like sinks, faucets, toilets, showers, and bathtubs, as well as appliances such as dishwashers, water heaters, and garbage disposals in residential or commercial settings following manufacturer instructions and plumbing codes.
64) Test plumbing fixtures and appliances: This involves checking and validating the functionality, operation, and performance of installed plumbing fixtures and appliances by conducting tests, inspections, and simulations to ensure proper water flow, drainage, and operation.
65) Services plumbing fixtures and appliances: Refers to the maintenance, repair, or replacement of plumbing fixtures and appliances to address issues such as leaks, clogs, malfunctions, or wear and tear, ensuring proper functioning, efficiency, and reliability.
66) Sizes water treatment equipment: Involves determining the capacity, flow rate, and sizing requirements for water treatment equipment such as filters, softeners, purifiers, or reverse osmosis systems based on water quality, usage, and treatment goals to achieve efficient water purification.
67) Install water treatment equipment: The process of installing water treatment equipment to improve water quality by removing contaminants, minerals, or impurities, ensuring proper setup, connections, and functionality for effective water treatment.
68) Test water treatment equipment: Involves conducting tests and assessments on water treatment equipment to evaluate the efficiency, performance, and effectiveness of filtration, purification, or treatment processes to ensure the production of clean and safe drinking water.
69) Services water treatment equipment: Includes the maintenance, repair, or servicing of water treatment equipment by cleaning, calibrating, replacing filters, or repairing components to optimize performance, extend equipment lifespan, and maintain water quality standards.
70) Sizes piping and components for low-pressure steam systems: Involves determining the size, material, and layout of piping, valves, and components for low-pressure steam systems based on steam flow, pressure, and application requirements for safe and efficient steam distribution.
71) Installs piping and components for low-pressure steam systems: Includes the installation of pipes, fittings, valves, traps, and control devices for low-pressure steam systems to convey and regulate steam flow in heating, process, or industrial applications following steam system design and safety standards.
72) Test piping and components for low-pressure steam systems: Involves conducting tests such as leak testing, pressure testing, and performance testing on piping and components of low-pressure steam systems to ensure proper installation, integrity, and functionality for optimal steam distribution.
73) Services piping and components for low-pressure steam systems: Refers to the maintenance, repair, or troubleshooting of piping systems, valves, and components in low-pressure steam systems to address issues such as leaks, blockages, or valve malfunctions, ensuring efficient steam distribution and system operation.
74) Sizes piping and components for hydronic systems: Involves sizing and specifying the appropriate pipes, valves, and components for hydronic heating systems based on heat load calculations, flow rates, and system requirements to achieve comfortable heating and energy efficiency.
75) Installs piping and components for hydronic systems: Includes the installation of pipes, radiators, boilers, pumps, and control devices for hydronic heating systems to circulate heating fluid, maintain thermal comfort, and regulate temperatures in residential, commercial, or industrial buildings.
76) Test piping and components for hydronic systems: This involves testing the performance, pressure, and functionality of piping and components in hydronic heating systems by conducting system tests, balancing heating zones, and verifying proper operation for effective heat distribution.
77) Services piping and components for hydronic systems: Refers to the maintenance, repair, or adjustment of piping, valves, and components in hydronic heating systems to address issues such as leaks, air pockets, or efficiency problems, ensuring optimal heating performance and energy efficiency.
78) Installs hydronic heating-generating systems: Includes the installation of heating-generating equipment such as boilers, water heaters, heat pumps, or solar thermal systems for hydronic heating applications, ensuring proper sizing, setup, and integration with hydronic heating systems.
79) Installs hydronic cooling generating systems: Involves the installation of systems that use water or steam as a heating or cooling medium to provide cooling functionalities, such as chillers or cooling towers, for commercial or industrial applications.
80) Tests hydronic heating and cooling generating systems: Includes conducting tests and assessments on hydronic heating and cooling systems to ensure they operate effectively, meet performance standards, and provide efficient heating or cooling as intended.
81) Services hydronic heating and cooling generating systems: Involves the maintenance, repair, or troubleshooting of hydronic heating and cooling systems to address issues such as malfunctions, leaks, or inefficiencies, ensuring optimal performance and comfort.
82) Installs hydronic system controls: Refers to the installation of controls, sensors, thermostats, and automation devices in hydronic heating and cooling systems to regulate temperature, flow, and energy efficiency for effective system operation.
83) Installs hydronic transfer units: Involves the installation of heat exchangers, pumps, valves, and other components that transfer heat energy between the heating or cooling medium and the building's heating or cooling distribution system in hydronic systems.
84) Test hydronic system controls and transfer units: Includes testing and calibrating system controls, sensors, valves, and transfer units in hydronic systems to ensure they function correctly, respond accurately to inputs, and regulate temperature and flow effectively.
85) Services hydronic system controls and transfer units: Refers to the maintenance, adjustment, or repair of controls, valves, and transfer units in hydronic systems to address issues such as sensor malfunctions, control errors, or system inefficiencies, ensuring optimal functionality and performance.
86) Install piping for specialized systems: Involves the installation of piping, fittings, and components for specialized systems such as medical gas systems, chemical supply lines, compressed air systems, or industrial process piping, following specific guidelines and requirements.
87) Installs equipment and components for specialized systems: Includes installing specialized equipment and components like filtration units, regulators, gauges, or mixing valves in systems designed for specific applications, such as laboratory systems, industrial process lines, or high-pressure systems.
88) Test specialized systems: Involves conducting tests, inspections, and evaluations on specialized systems to verify proper functioning, quality, and safety compliance, ensuring that the systems perform as required for their intended purpose.
89) Services specialized systems: Refers to the maintenance, repair, or servicing of specialized systems, equipment, and components to address issues such as leaks, blockages, malfunctions, or performance problems, ensuring the reliability and functionality of the systems.
90) Installs piping for process piping systems: Involves the installation of piping systems for industrial process applications, such as chemical processing plants, refineries, or manufacturing facilities, to transport fluids, gases, or materials as part of production processes.
91) Installs equipment and components for process piping systems: Includes installing process equipment such as pumps, tanks, vessels, valves, and instrumentation in process piping systems to handle, control, or process fluids, chemicals, or materials in industrial settings.
92) Test process piping systems: Involves testing and inspecting process piping systems to ensure they are properly installed, sealed, and functioning as intended for safe, efficient, and reliable fluid transport in industrial or manufacturing processes.
93) Services process piping systems: Refers to the maintenance, repair, or troubleshooting of process piping systems to address issues such as leaks, corrosion, blockages, or equipment malfunctions, ensuring the continuous operation and performance of industrial processes.