Complete Strategic Guide: Obtaining the RBQ 14.1 Licence – Elevator and Dumbwaiter Contractor

1. What Is the RBQ 14.1 Licence and Who Needs It?

The RBQ 14.1 licence — Elevator and Dumbwaiter Contractor (Entrepreneur en ascenseurs et monte-charges) — is a specialized licence issued by the Régie du bâtiment du Québec (RBQ) for contractors who install, alter, commission, inspect and maintain vertical transportation systems. It authorizes construction work — not reserved to electrical contractors — involving:

• Elevators — hydraulic and electric traction passenger and freight elevators governed by CAN/CSA B44;
• Dumbwaiters and small dumbwaiters — material transport systems within buildings;
• Escalators — moving stairways for passenger transport in commercial and institutional buildings;
• Moving walkways — horizontal or inclined passenger conveyors;
• Material hoists — temporary or permanent construction-site lifting devices;
• Platform lifts — elevating devices for persons with disabilities governed by CAN/CSA B44.2.

With 92 skills across 4 modules and 12 competency elements, the RBQ 14.1 covers the full lifecycle of elevating devices — from design interpretation through installation, commissioning, maintenance and repair. This licence is essential for any contractor involved in vertical transportation across Quebec's commercial, institutional and residential buildings.

2. Scope of the Licence: From Hydraulic Elevators to Escalators

The RBQ 14.1 covers the installation, alteration, start-up, commissioning, inspection, maintenance and repair of elevators, dumbwaiters, escalators, moving walkways and material hoists governed by the CAN/CSA B44 safety code and Chapter IV of the Quebec Construction Code. This is one of the most technically complex RBQ licences, combining mechanical engineering, electrical systems, safety devices and code compliance across multiple equipment types.

The central reference is CAN/CSA B44-07 — Safety Code for Elevators, Dumbwaiters and Escalators, provided at the exam along with its companion standard CAN/CSA B44.2-07 for platform lifts. Together, these two standards define the design, installation, maintenance and inspection requirements for all elevating devices in Canada. The exam also provides three chapters of the Construction Code (I — Building, IV — Elevators, V — Electricity) and two safety codes, giving candidates a total of 7 open-book references — the most generous open-book allocation of any RBQ licence.

A distinctive feature of the RBQ 14.1 is the diversity of driving machines — the exam tests candidates on suspension rope systems, rack and pinion, screw and nut, hydraulic, cable pinion and nodular cable systems. Each driving machine type has different installation, maintenance and safety requirements. Module 4 (Standards and Work Execution) accounts for 52 of 92 skills — 57% of the exam — reflecting the weight placed on practical installation, commissioning and maintenance competencies.

3. RBQ Exam Format: What to Expect

• Question type: Multiple choice (MCQ)
• Duration: 3 hours (180 minutes)
• Passing grade: 60%
• Languages: French or English
• Skills assessed: 92 skills across 12 competency elements
• Exam type: Mixed (7 open-book documents + 7 closed-book documents)
• Tools provided: Calculator, ruler, paper and pencil

With 92 skills and a balanced 7+7 document split, the RBQ 14.1 is among the highest skill-count exams in the RBQ system. Module 4 (Standards and Work Execution) accounts for 52 of 92 skills — 57% of the exam.

4. Exam Documentation: Open Book vs. Closed Book

The RBQ 14.1 exam is a mixed exam with 7 documents provided (open book) and 7 to memorize (closed book) — 14 documents total.

Documents PROVIDED During the Exam (Open Book)

• Construction Code — Chapter I, Building — Contains the building requirements that interface with elevator installations, including fire separation, hoistway enclosures and structural loading.
• Quebec Construction Code — Chapter IV, Elevators and Other Elevating Devices — The Quebec-specific chapter governing the installation and safety of all elevating devices in the province.
• Quebec Construction Code — Chapter V, Electricity — The electrical code governing wiring, power supply and control circuits for elevating devices.
• Safety Code — Chapter IV, Elevators and Other Elevating Devices — The code governing the safety of existing elevator installations, including periodic inspections and maintenance requirements.
• Safety Code for Construction Work (CQLR, c. S-2.1, r. 4) — Health and safety standards applicable to construction sites where elevating devices are being installed or maintained.
• CAN/CSA B44-07 — Safety Code for Elevators, Dumbwaiters and Escalators — The central reference for the design, installation, maintenance, inspection and testing of elevators, dumbwaiters, escalators and moving walkways across Canada.
• CAN/CSA B44.2-07 — Safety Code for Platform Lifts and Escalators — Supplementary Requirements — The companion standard addressing platform lifts for persons with disabilities and supplementary escalator requirements.

Documents to MEMORIZE (Closed Book)

• Building Act (B-1.1) — The foundational statute governing construction, safety, and contractor qualifications in Quebec.
• Regulation respecting the professional qualifications of contractors and owner-builders (B-1.1, r. 9) — Defines the qualification requirements and conditions for obtaining a licence.
• Act respecting workforce vocational training and qualification (F-5) — The statute governing workforce training and professional certification in Quebec.
• Regulation respecting certificates of qualification and apprenticeship (F-5, r. 1) — The regulation governing trade certification and apprenticeship requirements.
• Act respecting labour relations in the construction industry (R-20) — The statute governing labour relations, collective agreements and working conditions in the construction industry.
• Occupational Health and Safety Act (S-2.1) — The foundational statute for workplace safety in Quebec.
• Canadian Electrical Code C22.1-F06 — Part One — The national electrical code including Section 38 specific to elevators, dumbwaiters, escalators and moving walkways.

5. The 4 Training and Competency Modules

Module 1 — Definitions and Types of Systems (14 skills)

Covers the foundational knowledge of elevating devices: elevator components (hoistway, guide rails, platform, safety devices, sling, controller, buffer), driving machine types (suspension rope, rack and pinion, screw and nut, hydraulic, cable pinion, nodular cable), load types (rated load, static load, suspension load, impact load), operating principles of hydraulic and electric traction elevators, escalator and moving walkway mechanisms, and the classification of devices under CAN/CSA B44.

Module 2 — Legislative, Normative and Regulatory Framework (13 skills)

Covers the regulatory framework for elevating devices: the Building Act, certification standards from multiple organizations (CSA, UL, ASME, WH), the Environmental Act (Act 72), the Canadian Electrical Code Section 38, the National Fire Prevention Code of Canada (NFPC), the CAN/CSA B44 and B44.2 standards, the Construction Code Chapter IV, the Safety Code Chapter IV, the labour relations legislation (R-20), and the workforce training legislation (F-5). This module has the most complex regulatory landscape of any RBQ licence.

Module 3 — Plans, Specifications and Estimation (13 skills)

Covers the ability to read and interpret elevator installation plans: plan reading and interpretation, general and specific load calculations, equipment selection based on building requirements (traffic analysis, speed, capacity), bidding and estimation, resource planning and productivity assessment. This module tests candidates on their ability to translate building specifications into appropriate elevating device selections.

Module 4 — Standards and Work Execution (52 skills — 57%)

The most heavily weighted module on the exam. With 52 skills, this module covers: installation of elevators and dumbwaiters (hoistway preparation, guide rail alignment, machine room setup), alteration of existing installations, start-up and commissioning tests (load testing, safety device testing, speed governor calibration), work declarations and compliance documentation, escalator and moving walkway handling/installation/maintenance, parameter adjustment, slinging and anchor points, maintenance programs and periodic schedules, diagnostic procedures, testing and record-keeping, calibration and component replacement, and health and safety (WHMIS, scaffolding, lifting equipment, confined space entry in hoistways).

6. Key Competencies and Technical Requirements (Official Context)

CAN/CSA B44: The Central Safety Code

The CAN/CSA B44-07 is the backbone of the RBQ 14.1 exam — a comprehensive safety code covering the design, manufacture, installation, alteration, maintenance, repair, inspection and testing of all elevating devices. The standard is divided into parts covering specific equipment types: Part 2 (elevators), Part 3 (dumbwaiters), Part 6 (escalators and moving walkways), Part 7 (material hoists), and Part 8 (platform lifts and stairway chairlifts). Candidates must be able to navigate between parts quickly, as the exam tests requirements from multiple equipment types. Key topics include hoistway enclosure requirements, clearances, machine room ventilation, electrical supply provisions, and the interaction between the elevator system and the building's fire alarm system (firefighters' elevator operation per NBC 95 and B44/BGH).

Driving Machines: Six Types, Six Sets of Requirements

The RBQ 14.1 is unique in testing candidates on six different driving machine technologies. Suspension rope systems (the most common for electric traction elevators) use steel ropes wrapped around a traction sheave — the exam tests rope inspection criteria, sheave wear limits and rope replacement procedures. Hydraulic systems use a jack (piston and cylinder) powered by a pump — the exam tests oil temperature limits, valve requirements and jack inspection. Rack and pinion systems use a gear meshing with a toothed rack — common in construction hoists. Screw and nut systems use a rotating screw to raise a platform — common in platform lifts. Cable pinion and nodular cable systems are specialized alternatives. Each driving machine type has specific installation, maintenance and safety requirements that the exam assesses.

Firefighters' Elevator Operation

A critical topic tested under Module 1 and Module 4 is the firefighters' elevator — a designated elevator that must remain operational during a building fire to allow firefighter access to upper floors. The exam tests the interaction between three systems: the National Building Code (NBC 95) requirements for firefighters' elevator provisions (which buildings require one, lobby design, structural fire protection), the CAN/CSA B44 requirements for firefighters' elevator operation (Phase I recall — automatic return to the designated floor upon fire alarm activation; Phase II operation — manual firefighter control from inside the car), and the building's fire alarm and smoke detection system interface. Candidates must understand the complete sequence: smoke detection triggers Phase I recall, elevator returns to the designated floor, doors open, the elevator is then available for Phase II firefighter operation.

Commissioning Tests and Work Declaration

Module 4 heavily tests the commissioning process — the series of tests performed after installation or alteration to verify that the elevator or escalator operates safely and in compliance with CAN/CSA B44 and Chapter IV. For elevators, commissioning includes: no-load and full-load running tests (verifying speed, levelling accuracy, door operation), safety device testing (engaging the safety gear on a descending car to verify it stops within the allowed distance), buffer testing (verifying buffer stroke and energy absorption), governor testing (verifying the overspeed governor trips at the correct speed), and electrical testing (verifying interlocks, contacts and emergency circuits). After commissioning, a work declaration must be filed with the RBQ — the exam tests the documentation requirements, timelines and consequences of non-compliance.

Escalators and Moving Walkways: Specialized Competencies

Escalators and moving walkways have their own dedicated competency elements within Module 4. The exam tests handling and installation (escalators are delivered as pre-assembled units weighing several tonnes — proper rigging, lifting and placement is critical), parameter adjustment (step speed, handrail speed synchronization, comb-step clearances), safety devices (skirt deflection devices, missing step detectors, handrail speed monitors, comb plate impact switches), and maintenance procedures (step chain tension, track lubrication, handrail tension, drive chain inspection). The slinging and anchor point calculations for escalator installation are tested — candidates must understand load distribution, rigging angles and structural anchor requirements.

The Canadian Electrical Code: Section 38

The Canadian Electrical Code C22.1-F06 (closed book) includes Section 38, which is dedicated to elevators, dumbwaiters, escalators and moving walkways. This section covers wiring methods within hoistways and machine rooms, power supply requirements (normal and emergency sources), control circuit wiring, lighting requirements (hoistway, machine room, pit), and grounding requirements. The exam tests candidates on the electrical interface between the elevating device and the building's electrical system — a critical knowledge area because electrical failures are a leading cause of elevator incidents. Candidates must memorize the key provisions of Section 38, as the Electrical Code is closed book.

7. Preparation Strategy and Tips for Success

The RBQ 14.1 exam covers 92 skills across 4 modules with 7 open-book and 7 closed-book documents. Here is a recommended strategy:

Phase 1 — Master CAN/CSA B44 (provided at the exam). This is the most important open-book document. Focus on navigating between parts (elevators, dumbwaiters, escalators), understanding hoistway requirements, safety device specifications, commissioning test procedures, and firefighters' elevator operation. Practice finding specific clauses quickly — the standard is extensive.

Phase 2 — Dominate Module 4 (Standards and Work Execution). With 52 skills (57% of the exam), this is where the exam is won or lost. Focus on installation procedures, commissioning tests (safety gear, buffers, governors), work declarations, escalator handling and parameter adjustment, and maintenance programs — these are the highest-yield topics.

Phase 3 — Memorize the Canadian Electrical Code Section 38. This is the most technical closed-book document. Focus on hoistway wiring methods, power supply requirements for normal and emergency operation, machine room wiring, and grounding requirements. Use Prof-RBQ.ca's flashcards to retain the key provisions.

Phase 4 — Memorize the 6 remaining closed-book documents. Group them: contractor law (Building Act, Professional Qualifications Regulation), workforce training (F-5, F-5 r.1), labour relations (R-20), and workplace safety (OHS Act). These are tested across all RBQ licences — systematic memorization pays off.

Phase 5 — Complete full timed simulations. With 92 skills and 7 open-book documents, you have roughly 117 seconds per question. Practice navigating between CAN/CSA B44, Chapter IV, Chapter V and the other references under timed conditions.

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