Industry Standard Specification for General Machinery
The industry standard specification for general machinery outlines the design, safety and control requirements for the production and operation of general machinery. It is considered an important resource for manufacturers and operators in the industry to ensure the safe operation of these machines.
Design: The specification establishes a uniform set of design and manufacturing processes for producing general machinery and ensures that the equipment meets basic safety requirements. This involves setting out the requirements for components such as bearings, hardware, lubrication systems, and other relevant hardware considerations. Moreover, the specification requires that all components in a machine must comply with the relevant industry standards or be appropriately certified or tested before being installed.
Safety: The specification contains a comprehensive set of safety guidelines, as well as a set of options for users to consider when choosing safety options. This includes outlining the minimum requirements for general tools, proper procedures for machine installation and operation, and the applicable standards and regulations regarding the guarding of hazardous areas. Additionally, the specification requires that machinery has a system to ensure it is properly maintained and all machinery operators have a general understand of machine operation and safety procedures.
Control: The specification also covers various control requirements for general machinery. These include operating procedures and conditions, operating equipment, and identification, calibration and maintenance procedures. Furthermore, the specification establishes the requirements for electrical control systems and the acceptable level of machine performance. For example, the specification sets out the requirements for a machine’s stopping time, start-up performance, and speed control.
Overall, the industry standard specification for general machinery is an important document for manufacturers and operators to reference. It provides the foundation for machine design, safety, and control requirements and helps to ensure the safe operation of machinery. This is essential for reducing the risk of equipment failure, injury, and other costs related to machinery.
