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Machine Guarding Checklist
Machine Guarding Checklist
Steven Roocke

Machine Guarding Checklist

This template covers the pre-operation and post-operation checks. Pre-operation checks are conducted to evaluate the condition of machine guards and the protection and training of the workers. Begin with a description of the work, the names of employees and the type of guards to be inspected. Check the machine guards and determine if sufficient to prevent body parts from making contact with dangerous moving parts. Evaluate workers if they have sufficient knowledge of the machine, its operation including the guard types. Ensure that all workers are wearing appropriate protection and are following safe handling instructions when using machinery. The post-operation check is for determining if all machine guards are in good condition and that all incidents have been reported to the supervisor. Other observations, comments, and overall assessment are also noted.

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Free Machine Guarding Checklist Checklist

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Title Page

  • Client / Site

  • Date and Time of Inspection

  • Machine Guarding Audit

  • Inspected by

  • Location

Waste Auger Vac Pump

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Raw Material Bin

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Hair Incline Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Incline Screw to Shredder

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Under Hog Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Raw Material Incline

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Hair Trommel

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Shredder

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Surge Bin Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Hydralite Hair Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Dry Blood Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Overcooker Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Calagulator Blood Bin

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Level Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Centifuge Blood Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Surge Bin Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

EQUA Cooker A

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Equa Cooker B

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Crude Tank Agitator

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Crax Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Fines Turning Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Press Tallow Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Press Feed 1

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Press feed 2

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Cress Feed

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Cake Floor Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Cake Incline Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Work Tank

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Cake Bin

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Hammer Mill

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Undermill Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Shaker Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Reject Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Screen Milled Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Outloading Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Meal Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Meal Bin Level Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Dried Blood Incline

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Meal incline Screw

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Bio Filter

  • Choose the type of guards

Guards

  • Guarding prevents any access to the entry and exit sections of the auger?

  • Appropriate guards are in place to cover exposed drives, gears, sprockets, chains, couplings, etc?

  • All guards are secured in position so that they cannot be removed without the use of tools unless an interlocking device is provided to automatically stop the augerr in the event of the removal of the guard?

  • All drainage and inspection apertures or chutes are guarded or interlocked to prevent contact with the auger and nip points?

Access

  • Machinery design allows all routine adjustment, lubrication and maintenance to be carried out without removing guards or extensive dismantling of components?

Electrical

  • An energy main isolating device is installed close to the drive to completely isolate the sources of drive energy from the auger or auger system.

  • The 'off' and 'on' position of the isolator is clearly identified.

  • The isolator is capable of being locked in the 'off' position.

  • The isolator is not capable of being locked in the ‘on’ position.

  • Resetting any normal stop control shall not restart the auger without the activation of a start control.

  • Isolation Procedures exist so that if the auger is to be opened for inspection, cleaning, maintenance or observation, the motor is isolated and locked out and is not restarted by anyone until the conveyor cover or guards and drive guards have been properly replaced.

  • Emergency stop switches and pull-wire lanyards are readily accessible wherever required.

Emergency Stop Controls

  • Adjacent to where the conveyor can be started

  • At every permanent working station.

  • Resetting any emergency stop control shall not restart the auger without the activation of a start control.

Electrical Interlocks are provided to

  • shut down a auger if an access door, removable guard or cover is opened, for example;

Machine Guarding Checklist
Steven Roocke

Machine Guarding Checklist

This template covers the pre-operation and post-operation checks. Pre-operation checks are conducted to evaluate the condition of machine guards and the protection and training of the workers. Begin with a description of the work, the names of employees and the type of guards to be inspected. Check the machine guards and determine if sufficient to prevent body parts from making contact with dangerous moving parts. Evaluate workers if they have sufficient knowledge of the machine, its operation including the guard types. Ensure that all workers are wearing appropriate protection and are following safe handling instructions when using machinery. The post-operation check is for determining if all machine guards are in good condition and that all incidents have been reported to the supervisor. Other observations, comments, and overall assessment are also noted.

Use this Template
The templates available in our Public Library have been created by our customers and employees to help get you started using SafetyCulture's solutions. The templates are intended to be used as hypothetical examples only and should not be used as a substitute for professional advice. You should seek your own professional advice to determine if the use of a template is permissible in your workplace or jurisdiction. You should independently determine whether the template is suitable for your circumstances.

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