Protective devices
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Our competence for your safety.
We are a manufacturer of protective devices for industrial needs.
The SolidSafe fixed guards for machines and plants prevent access to the danger zone, e.g. by crawling under or climbing over. In order to secure operator and machine, AnVa GmbH guarantees a sufficient fence height. This ensures that the production process is not interrupted, resulting in damage to the machine or product or the need to start complex restart processes. Our safety guards can also be used for robot applications.
Areas of application for our SolidSafe protective device:
The SolidSafe safety guard is made of strong sheet steel and square tubes. These can be mounted very close to the danger area without endangering safety in accordance with the valid DIN EN standards. Likewise, our guards can be used as visual protection for processes to be protected.
Both SolidSafe™ and ProSafe™ guards are based on the same stable and solid design. The elements consist of 30 x 30 mm square tubes covered with 0.9 mm thick sheet steel. These can be mounted very close to the danger area without compromising safety in accordance with the applicable DIN EN standards. They can also be used as visual protection for processes to be protected.
SolidSafe™ elements provide perfect eye protection during welding operations, both flame and arc. They also provide excellent protection against flying sparks and effectively stop chips and hot or hazardous liquids.
The SolidSafe fixed guards for machines and plants prevent access to the danger zone, e.g. by crawling under or climbing over. In order to secure operator and machine, AnVa GmbH guarantees a sufficient fence height. This ensures that the production process is not interrupted, resulting in damage to the machine or product or the need to start complex restart processes. Our safety guards can also be used for robot applications.
Areas of application for our SolidSafe protective device:
- SolidSafe protective device for the metal industry, welding technology and the pharmaceutical and chemical industries.
- SolidSafe protective device for applications in robotics and automation technology.
- SolidSafe protective device for production in the food industry, plastics and machining technology.
- SolidSafe protective device for applications in storage and operating facilities and in special machine construction.
The SolidSafe safety guard is made of strong sheet steel and square tubes. These can be mounted very close to the danger area without endangering safety in accordance with the valid DIN EN standards. Likewise, our guards can be used as visual protection for processes to be protected.
Both SolidSafe™ and ProSafe™ guards are based on the same stable and solid design. The elements consist of 30 x 30 mm square tubes covered with 0.9 mm thick sheet steel. These can be mounted very close to the danger area without compromising safety in accordance with the applicable DIN EN standards. They can also be used as visual protection for processes to be protected.
SolidSafe™ elements provide perfect eye protection during welding operations, both flame and arc. They also provide excellent protection against flying sparks and effectively stop chips and hot or hazardous liquids.
Doors can also be supplied with vision panels. The corresponding tumblers are also included in the scope of delivery if required.
The system can also be supplied with 12 mm floor clearance.
Dimensions of our guards
| Lorem | Lipsum |
|---|---|
| System height | 2080 mm, 2100 mm |
| Element height | 1900 mm (other heights available on request.) |
| Element width | 200, 300, 500, 700, 800, 1000 und 1200 mm |
| Sheet thickness | 0,9 mm |
| Lorem | Lipsum |
Protective devices for machines and plants
In every modern industrial society, numerous work processes are fully automated by machines set up for this purpose. In many cases, people merely perform certain control functions in order to guarantee and maintain the required quality standards. The exercise of these control functions, as well as the readjustment required from time to time in the event of deviations occurring, inevitably requires a certain proximity between man and machine. Sufficient protective measures in the form of suitable protective devices are necessary solely in the interest of preserving the health and working capacity of the people who work as operators and inspectors of such machines.
Moreover, such protective measures to prevent accidents are also prescribed by law within the framework of the DGUV (German Statutory Accident Insurance) and the BetrSichV (Ordinance on Industrial Safety and Health).
Moreover, such protective measures to prevent accidents are also prescribed by law within the framework of the DGUV (German Statutory Accident Insurance) and the BetrSichV (Ordinance on Industrial Safety and Health).
Types of protective devices for machines and systems
Depending on the hazard situation and the particular situation on site, protective devices are divided into certain classes. Protective devices are differentiated in detail as follows:
Separating protective devices are clearly visible, for example by means of grid walls fitted with lockable doors. In this way, the danger areas of machines are protected for people by making them inaccessible. At the same time, such separating protective devices have certain protective functions for expensive machines by protecting them from accidental damage, for example by forklift trucks, through their physical barriers. The geometric design of such guards is precisely defined in ISO 13857.
Sometimes it is necessary for people to have frequent access to existing danger points of machines. For this reason, non-contact protective devices in the form of light barriers are used in such cases.
Such protective devices are used when sources of danger from machines cannot be completely covered over complete work cycles. This is the case, for example, when operating circular saws. Shortly before the part to be sawn touches the running saw blade, the protective device of the saw blade is raised, thus enabling the sawing process.
Conclusion:
The technical necessity of protective devices results on the one hand from the requirements of the legislator in accordance with the provisions under the DGUV and the BetrSichV. On the other hand, it is in the company's own interest to ensure that employees are adequately protected against accidents at work by means of protective equipment.Thanks to flexible modular systems, it is possible to assemble protective equipment using mesh partitions in a wide range of variations. In this way, protective equipment on machines and systems can be implemented quickly and flexibly in most cases without costly special constructions.
As a separating protective device, mesh partitions represent a physical barrier to existing sources of danger. For this reason, they are only used where direct contact between people and these sources of danger is rarely necessary.
Depending on the hazard situation and the particular situation on site, protective devices are divided into certain classes. Protective devices are differentiated in detail as follows:
- Guards
Separating protective devices are clearly visible, for example by means of grid walls fitted with lockable doors. In this way, the danger areas of machines are protected for people by making them inaccessible. At the same time, such separating protective devices have certain protective functions for expensive machines by protecting them from accidental damage, for example by forklift trucks, through their physical barriers. The geometric design of such guards is precisely defined in ISO 13857.
- Non-separating guards
Sometimes it is necessary for people to have frequent access to existing danger points of machines. For this reason, non-contact protective devices in the form of light barriers are used in such cases.
- Access-restricting, adjustable guards
Such protective devices are used when sources of danger from machines cannot be completely covered over complete work cycles. This is the case, for example, when operating circular saws. Shortly before the part to be sawn touches the running saw blade, the protective device of the saw blade is raised, thus enabling the sawing process.
Machine tools and their guards
Machine tools are often equipped with horizontally movable Plexiglas panels enclosed in metal frames. This type of guard is often found on machining centres and automatic lathes. The Plexiglas panels cover the running spindles during machining operations. On the one hand, this protects the operating personnel from dangerous contact with the rotating work spindle and, on the other hand, the Plexiglas panel prevents coolant and lubricant from spraying out of the machine. Machine bed and spindle guides are often protected against premature wear by telescopic covers that can be pushed together to prevent wear caused by chips and by coolant or lubricant.
Guarding with mesh partitions
Common uses for mesh partitions are in logistical areas such as warehouses and conveyor belts. Mesh partitions can be assembled according to a modular system and individually designed according to local requirements. Lockable doors can also be installed at suitable points.Mesh partitions are widely applied as separating protective devices to meet the required safety needs.
Conclusion:
The technical necessity of protective devices results on the one hand from the requirements of the legislator in accordance with the provisions under the DGUV and the BetrSichV. On the other hand, it is in the company's own interest to ensure that employees are adequately protected against accidents at work by means of protective equipment.Thanks to flexible modular systems, it is possible to assemble protective equipment using mesh partitions in a wide range of variations. In this way, protective equipment on machines and systems can be implemented quickly and flexibly in most cases without costly special constructions.
As a separating protective device, mesh partitions represent a physical barrier to existing sources of danger. For this reason, they are only used where direct contact between people and these sources of danger is rarely necessary.
Variety of applications of our protective device - SolidSafe
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Standard elements
- within 2 weeks
Special elements
- within 3 weeks