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A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11There is no safe, universal sequence for removing an industrial robot from a furnace or foundry. The work must be planned for the exact robot, controller, cell, connected equipment, site conditions and intended removal method. Before covered servicing or maintenance begins, the employer’s hazardous-energy procedure and a task-specific risk assessment must address the hazards and controls; model-specific work must follow the manufacturer’s applicable instructions.
Why removal needs a site-specific plan
A robot cell is more than its arm. The manipulator, controller, end-effector, sensors, power sources, peripherals and interfaces can all affect the work. Furnace and foundry conditions add hazards such as heat and hot surfaces. A plan that considers only the robot arm can miss a source of unexpected motion, stored energy or exposure.
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The right removal method also depends on the robot’s mounting, tooling, connected services, layout, condition, lifting points and residual energy. The applicable manufacturer documentation and the employer’s energy-control procedure must be considered alongside the risk assessment. The available guidance does not establish a universal list of isolation points, rigging arrangements or mechanical extraction steps.
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The employer is responsible for the hazardous-energy control program and for ensuring the work is carried out by personnel authorized and trained under that program. For a complex or model-specific removal, involving a qualified manufacturer representative or robot-system integrator may be appropriate. That does not replace the employer’s site-specific assessment or procedure.
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If contractors or other outside servicing personnel are involved, coordinate the energy-control arrangements with the host employer. OSHA’s lockout/tagout rule includes communication requirements between host employers and outside servicing personnel; each party needs to understand the applicable controls and responsibilities before work starts.
Plan around the whole cell and every energy source
For covered servicing and maintenance in U.S. general industry, OSHA’s 29 CFR 1910.147 requires an energy-control program when unexpected energization, startup or release of stored energy could injure employees. The program includes procedures, training and periodic inspections. Before covered work, equipment must be isolated from its energy source and rendered inoperative. If an energy-isolating device can be locked out, lockout is generally required unless the employer demonstrates that tagout provides full employee protection under the standard.
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The written procedure needs to identify the work’s scope and purpose and specify shutdown, isolation, blocking and securing steps, along with controls for hazardous stored or residual energy and verification. “Turn off the robot” is not a substitute for this process.
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- Electrical supplies and the associated energy-isolating devices.
- Hydraulic or pneumatic systems and pressurized cylinders.
- Stored energy in springs, capacitors or other components.
- Robot controls, end-effectors, sensors, peripherals and connected equipment that could cause motion or otherwise affect the work.
- Foundry-related conditions, including heat and hot surfaces.
The site procedure must specify how isolation and control will be verified for the equipment and task. Emergency stops, a stop command or a controller power switch are not substitutes for required hazardous-energy isolation. OSHA’s robotics guidance describes a worker being struck after a coworker tripped a power switch, identifying absent or improper lockout/tagout as a possible cause.
Choose the removal approach through assessment, not assumption
Whether to move an assembly intact or dismantle it is a job-specific decision. Neither approach is universally safer: the assessment must account for the equipment, manufacturer instructions, energy controls and handling hazards.
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| Planning option | What the sources establish | What must be determined on site |
|---|---|---|
| Manufacturer- or integrator-led work | OSHA’s robotics guidance says maintenance programs should incorporate manufacturer recommendations for the robot and associated equipment. | The applicable model and revision, task scope, site energy-control procedure and responsibilities of all parties. |
| Work by the site’s authorized and trained maintenance team | OSHA’s energy-control rule requires an employer program that includes procedures, training and periodic inspections. | Whether the team’s authorization, training, procedure and equipment-specific information cover this particular job. |
| Move the assembly intact | No universal intact-removal sequence or rigging arrangement is established by the cited sources. | How the actual assembly, connections, weight, condition, lifting points, layout and handling risks will be managed. |
| Dismantle the assembly | ABB’s IRB 4600 Foundry Prime manual excerpt warns that the robot may collapse if motors are removed without proper support. | Whether dismantling is appropriate, what support and model-specific instructions apply, and how all resulting hazards will be controlled. |
Follow the exact manufacturer documentation
Use the instructions for the installed robot, controller and associated equipment, and confirm that the documentation matches the applicable model and revision. OSHA’s Technical Manual on industrial robot systems recommends incorporating manufacturer recommendations into inspection and maintenance programs and assessing hazards for the application. Its discussion of consensus-standard editions is context; OSHA advises checking current editions rather than assuming an edition cited in older guidance remains current.
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Temporary energization requires a controlled sequence
If testing or positioning requires temporary energization during covered servicing, OSHA’s lockout/tagout eTool describes this sequence:
- Clear tools and materials from the machine or equipment.
- Remove employees from the area.
- Remove lockout or tagout devices as specified by the applicable procedure.
- Perform the test or positioning operation.
- Deenergize the equipment and reapply the energy-control measures.
This is a limited exception for testing or positioning, not a general authorization to work on energized equipment. Apply the full requirements of the employer’s procedure and the applicable rule.
Before work begins: planning checks
- Confirm the exact robot and controller models, associated equipment, cell layout and intended scope of removal.
- Review the applicable manufacturer instructions and the employer’s written energy-control procedure.
- Assess robot, process, energy, environmental and handling hazards for the specific task.
- Identify isolation points and stored-energy controls through the equipment-specific procedure; do not infer them from a generic checklist.
- Confirm authorized personnel, training, verification arrangements and coordination with any contractors.
- Determine the removal and handling approach using the assessment and manufacturer information; do not assume that intact movement or dismantling is automatically preferable.
If the equipment identity, energy sources, support requirements or applicable procedure are uncertain, stop planning the physical work until the site can resolve those questions with the responsible personnel and relevant manufacturer or system expertise.
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What the published guidance does—and does not—establish
OSHA’s 29 CFR 1910.147 is a U.S. general-industry regulation; applicability and other local requirements must be checked for the site. OSHA’s Technical Manual, Guidelines for Robotics Safety and Lockout/Tagout eTool provide safety context, not a model-specific extraction plan. The 1987 robotics guidance is historical supplemental material, not current instructions for a particular robot. The cited sources do not establish a removal-specific injury rate, a universal mechanical procedure or a rigging plan for an unidentified installation.
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