List 7 Specifications For The Crane Model Pdf Download
Sabine Sellick
1. Please confirm your camera whether in our official camera compatiblity list.
2. Please confirm whether you use wrong connection cable.
3. Please check the notes of camera connection.
*For details of supported camera models for CRANE-M2S, please visit the official website of ZHIYUN (www.zhiyun-tech.com) and check the "CRANE-M2S Camera Compatibility List" and "CRANE-M2S Camera Control List"
The CMAA crane specifications take their roots from The Electric Overhead Crane Institute, known as EOCI founded in 1927. It was founded by leading crane manufacturers of the day, to promote standardization, uniform quality and performance throughout the industry. In 1955, this voluntary association incorporated as The Crane Manufactures Association of America again and later under the banner of the Material Handling Institute (MHI). That specification has become the internationally recognized as CMAA Specification #74 last revised and published in 2015 along with other Specifications. Since that time, the member engineers of CMAA have continued this heritage with the same original interests. This effort requires a coordinated effort to stay in touch with technology, manufacturing and commercial changes affecting not only the overhead crane industry, but industry in general with an enhanced view towards safety. This also consists of continued monitoring of relevant general industry standards specifications including AWS, OSHA, AIST, ASME, AGMA, NEMA and ECMA to name just a few. A full list of related organizations can found in the Scope Section under General Specifications.
This specification contains information which should be helpful to the purchasers and users of cranes and to the engineering and architectural professions. While much of this information must be of a general nature, the items listed may be checked with individual manufacturers and comparisons made which can lead to optimum selection of equipment.
This book promotes standardization and provides a basis for uniform quality and performance. It contains information which can be helpful for purchasers and users of cranes, as well as engineers and architects. Text consists of seven sections: general specifications, crane service classifications, structural design, mechanical design, electrical equipment, crane inquiry data sheet and glossary.
This checklist, published by the Crane Manufacturers Association of America, Inc., aids owners of overhead cranes when conducting periodic maintenance inspections. While the proper installation, operation, testing, and maintenance of cranes are a continuing responsibility of their owner/user in accordance with current approved standards, this checklist provides a minimal list of components to be inspected regularly.
Below you will find links to part lists and parts location diagrams for all our gantry and tripod cranes broken out by construction material, lifting capacity, and crane model. Lists and diagrams are easily viewable, downloadable and/or printable as PDF documents.
Konecranes is a crane gear supplier of products designed for the rugged use and abuse experienced in crane operation, utilizing advanced metallurgical specifications, tooth design, and heat treatment options.
Before you spend time reading pages of specifications, give us a call. As a wire rope supplier, we know exactly which replacement crane or hoist wire rope is required to keep every make and model of lifting equipment running smoothly and reliably.
Konecranes supplies a full line of IEC and NEMA-rated electrical contactors for any OEM brand of crane motor or control that requires them. Purchasing the right size crane motor contactor is critical. Konecranes maintains a wide range of electrical contactor options on our shelves. No matter what model you need, chances are we have it in stock and ready to ship when we receive your order.
ISO/IEC 14662 Open-edi reference model provides standards for the inter-working of organizations through interconnected information technology (IT) systems. See Appendix F, The Open-edi reference model perspective of code lists (Non-Normative) for the relationship between the semantic and IT-enabling perspectives of business transactions in, respectively, the Business Operational View (BOV) and the Functional Services View (FSV).
What the above examples show is that for each distinct entry in a code list, there are many possible associated values (we use the term distinct entry to express the idea that we are talking a single item that needs to be represented in the code list, rather than about the code value(s) that can be used to identify that item). Some of those associated values are suitable for use in code lists, some are not. This leads to a tabular model, where each row of the table represents a conceptual code, and each column represents an associated value (code list metadata), as follows:
df19127ead