Inspection landscape

 Inspections

 

Inspections for overhead cranes and lifting equipment

Under the Regulation respecting occupational health and safety (RROHS), all lifting equipment must be inspected and comply with current standards and manufacturers' maintenance recommendations. This ensures maximum safety, and protects workers who use these devices to handle heavy loads. It is therefore for legal and safety reasons that inspection is a mandatory element for this type of equipment.

Our service team attaches the utmost importance to the inspection and maintenance of your lifting equipment. PREMIUM's comprehensive inspection and maintenance plans, detailed electronic inspection reports and prompt follow-up are all implemented by the PREMIUM team in accordance with current standards (CSA, CMAA, ASME, etc.) and the RULES OF THE ART to ensure the longevity and long-term productivity of your equipment fleet.

Premium Industrial Group 's service team can provide complete inspections for all brands of lifting equipment. All our technicians are certified and have a minimum of 8,000 hours' experience in the field of lifting equipment.

After inspection, you receive a complete and detailed electronic report that you can keep in your records.

Vector (11)
Establishes and revises the plant's production schedule, taking into account production priorities and constraints.
Vector (11)
Establishes and revises the plant's production schedule, taking into account production priorities and constraints.

Do you want your work to be recognized for its true worth? Do you like a challenge? Would you like to be part of a winning team and an integral member of our trilogy (Canstahl, Groupe Industriel Premium and Structures Industrielles Premium)? Groupe Industriel Premium, Terrebonne branch, offers you a position as Production Planner - Maintenance that will meet your career objectives.

Be part of the team
gg_check-o
Terrebonne, Quebec
gg_check-o
Terrebonne, Quebec
gg_check-o
Terrebonne, Quebec
gg_check-o
Terrebonne, Quebec

Quebec and Terrebonne

Toll-free: 1 888-650-0588

Quebec and Terrebonne

Toll-free: 1 888-650-0588

Quebec and Terrebonne

Toll-free: 1 888-650-0588

... choose an environment based on mutual support, respect and authenticity. Engineers, technicians, welders and project managers are all part of our family.

ICONS
Management's transparency and willingness to listen;
ICONS
Management's transparency and willingness to listen;
ICONS
Management's transparency and willingness to listen;

The 3 types of inspection demystified!

In accordance with the CSA B167-16 standard, lifting equipment must be inspected to ensure safety in the workplace. But how do you differentiate the different types of inspection for overhead cranes and other lifting equipment? Here's a summary of each type of inspection, to help demystify the issue.

  • Operational inspection
  • Frequent inspection
  • Periodic inspection

1. Operational inspection

The purpose of this inspection is to check the lifting equipment before it is used for each shift. It also includes confirmation that the equipment is shut down after that shift. Both checks must be carried out by the operator himself. The aim is to look for any anomalies before use, and to ensure that the equipment is safely shut down before the next shift. All this information should be recorded in the machine's daily logbook, which should be easily accessible to operators and supervisors.

The inspection at the start of the shift has 2 components: a de-energized inspection of the equipment, consisting of a visual check of essential components, and an energized inspection consisting of various tests of the equipment to ensure it is working properly.

The stationary inspection is carried out at the end of the shift. It involves checking that the machine is safely parked before the next shift.

image (53) (1)

Who?

The operator

When?

Before and after each shift.

What

Start of shift:
on/off checks.
End of shift:
safe parking.

Objective?

Check the device before use.

Where?

On the ground.

Where to document?

Daily logbook (near the equipment).

Contact a specialist

2. Frequent inspection

The purpose of this inspection is to "detect faults, malfunctions and damage" to the equipment. For this reason, the inspection must be carried out by a "competent " and "qualified person " (CSA B167-16 6.4.1; 6.4.2 1) b)). It must also be carried out directly at the equipment, rather than from the ground.

Frequent inspection should be carried out at intervals that depend on the equipment's class of use , ranging from daily to monthly. To find out more about frequent inspection intervals for your equipment, you'll need to identify its class of use (A to F) and consult CSA B167-16 in section 6.4.1.

As part of the frequent inspection, the competent and qualified person will carry out an auditory and visual examination of essential equipment components, and write his or her observations in the equipment maintenance logbook.

Frequent inspection

Who?

Competent and qualified.

When?

Daily to monthly, depending on class of use.

What

In-depth examination of essential components.

Objective?

Detect faults, operating problems or damage.

Where?

Directly on the essential components.

Where to document?

Maintenance logbook.

Contact a specialist

3. Periodic inspection

The purpose of this inspection is to detect anomalies "to determine if they affect the safe operation of the lifting device." (CSA B167-16 6.5.2.1). In this case, it must be carried out by an "lifting device inspector " (CSA B167-16 6.5.1.1). It must also be carried out directly at the equipment, rather than from the ground.

Periodic inspection must be carried out at intervals that depend on the equipment's class of use , ranging from quarterly to annually. To find out more about the periodic inspection interval for your equipment, you'll need to identify its class of use (A to F) and consult CSA B167-16 in section 6.5.1.1.

As part of the periodic inspection, the inspector will focus on all components of the lifting device, in addition to the frequent inspection checks. He will base his examination on the manufacturer's instructions, or failing that, on a protocol drawn up by a competent person. He will write his observations in the equipment maintenance logbook.

Periodic inspection

Who?

Lifting equipment inspector.

When?

Quarterly to annually, depending on class of use.

What

Examination of all components.

Objective?

Identify any anomalies affecting safe operation.

Where?

Directly on all equipment.

Where to document?

Maintenance logbook.

Contact a specialist
Operational inspection
image (53) (1)

Who?

The operator

When?

Before and after each shift.

What

Start of shift:
on/off checks.
End of shift:
safe parking.

Objective?

Check the device before use.

Where?

On the ground.

Where to document?

Daily logbook (near the equipment).

Contact a specialist
Frequent inspection
Frequent inspection

Who?

Competent and qualified.

When?

Daily to monthly, depending on class of use.

What

In-depth examination of essential components.

Objective?

Detect faults, operating problems or damage.

Where?

Directly on the essential components.

Where to document?

Maintenance logbook.

Contact a specialist
Periodic inspection
Periodic inspection

Who?

Lifting equipment inspector.

When?

Quarterly to annually, depending on class of use.

What

Examination of all components.

Objective?

Identify any anomalies affecting safe operation.

Where?

Directly on all equipment.

Where to document?

Maintenance logbook.

Contact a specialist

Summary of inspection frequencies by lifting equipment class

Class
Frequent inspection
Periodic inspection
A - Infrequent service
B - Light duty
Monthly
Annually
C - Moderate service
D - Heavy duty
Weekly to monthly
Semi-annually
E - Intensive service
F - Continuous intensive service
Daily to weekly
Quarterly
Special or unclassified lifting equipment
In accordance with article 6.1.4 b) or as recommended by the manufacturer or an engineer
Green hook crane

Equipment subject to these inspections

Porem ipsum dolor sit amet, consectetur adipiscing elit. Nunc vulputate libero et velit interdum, ac aliquet odio mattis.

  • gg_check-o
    Overhead cranes
  • gg_check-o
    Hoists
  • gg_check-o
    Jib cranes
  • gg_check-o
    Gantry cranes
  • gg_check-o
    Monorails
Hydraulic chisel-1

Equipment excluded from these inspections

Borem ipsum dolor sit amet, consectetur adipiscing elit. Nunc vulputate libero et velit interdum, ac aliquet odio mattis. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos.

  • Vector (16)
    Lifting accessories (spreader bar, sling, suction pad, magnet, etc.)
  • Vector (16)
    Lifting cages
  • Vector (16)
    Fall arrests
  • Vector (16)
    Car elevators
  • Vector (16)
    Lifting platforms
  • Vector (16)
    Load elevators
  • Vector (16)
    Truck cranes

To find out more about our inspections, fill in the form below, and our team will be happy to guide you!

Frequently asked questions

01.
How to determine the frequency for frequent and periodic inspections?

The interval between each frequent and periodic inspection may vary depending on its duty class. To determine the frequency of these two types of inspections, you must identify the duty class of the lifting equipment (Class A to F) and refer to the CSA B167-16 standard (section 6.4.1 for frequent inspections and section 6.5.1.1 for periodic inspections).

Additionally, the inspection frequency should also take into account the actual duty class of the lifting device, which may differ from the class for which it was originally designed.

For more information on the topic, see our article: classifications

 

02.
How do you install an overhead crane on rails?
Installing an overhead crane starts with thorough preparation. A site visit will help evaluate how the crane will be brought into the building. Depending on the site configuration, several options are possible: using an existing access, creating a temporary opening in the roof, or even dismantling a section of the wall. Next, the right equipment must be selected for mounting the crane on the rails. The crane is mounted on the runways, usually with the help of a forklift, crane, or tri-lifter. Installing an overhead crane often requires a temporary halt in activities, especially during the mounting on the rails. Good planning in advance helps optimize this downtime and avoid unexpected issues that could affect production.
03.
Can the lifting capacity of an existing overhead crane be increased?

Yes, it’s sometimes possible, but it’s not guaranteed.

Increasing the capacity of an overhead crane involves more than just replacing the hoist. The entire system must be evaluated to ensure that every component can handle the increased load. Here are the main elements to check:

  • Is the main girder designed for the intended load?
  • Are the end trucks (wheels and gear motors) compatible with a higher capacity?
  • Can the runway, rails, and supporting structure withstand the additional stress?

In some cases, a well-planned modification can eliminate the need to purchase a new crane. In others, the costs or risks associated with the upgrade may be too high. An inspection can sometimes help determine whether an upgrade is feasible or if replacement is the better option.

Our recommendation: Before making any decisions, have your system (crane and runway) evaluated by a qualified engineer.

01

Their ability to listen to our specific needs has been a major strength. They have always responded quickly and efficiently, especially in emergency situations, which has greatly contributed to the continuity and success of our operations. I highly recommend Groupe Industriel Premium to any company looking for a reliable, structured, and responsive partner. Their professionalism and commitment to quality and safety make them a model in the industry.

Jean-Denis Perron
Groupe Picard

Contact a specialist!

Step 1 - Describe your needs in a few words

Describe your project, the service you require or the parts you need. You can also attach documents to your request, then click on "Send".

Step 2 - Send confirmation

Once you've submitted this form, you'll shortly receive a confirmation e-mail indicating that we've received your request.

Step 3 - Receive a reply from our team

A PREMIUM specialist will then contact you within 24 hours (one working day or less).