Light Crane Systems, Semi Goliaths and Jib Cranes Selected for Siemens Advanced Manufacturing Plant
Optimum material flow is crucial in manufacturing. At their newly relocated Mechanical Drives division of Industry Automation and Drive Technologies in Leeds, Siemens called on Street Crane Company to meet their handling needs.
Chapel-en-le-Frith, High Peak (I-Newswire) September 21, 2011 - Optimum material flow is crucial in modern manufacturing. At their newly relocated Mechanical Drives division of Industry Automation and Drive Technologies in Leeds, Siemens called on Street Crane Company for a variety of cranes to meet their different handling needs.
Street Crane managing director Andrew Pimblett noted, “Manufacturers like Siemens are seeking more flexible and comprehensive answers to their handling needs to maximise productivity and return on capital investment. Overhead cranes are still the best way to give whole bay access. However, where there is a need for high frequency transfers at the lower end of the lifting range, then the Street Crane light crane system complements overhead and gantry cranes for maximum efficiency.”
The Siemens Leeds manufacturing site produces drives and power transmission components for industry. These include geared motors, couplings, gear units and drive train assemblies with a comprehensive service and repair facility. Manufacturing processes involve component handling, assembly and advancing product through key stages until final test and shipping.
In the high volume manufacturing cells, where light assembly takes place, six one-tonne Street Crane light crane systems, with up to six metre span, have been installed. These incorporate the latest LX chain hoists from Street Crane for safe, adaptable lifting of lighter loads.
The light crane systems uses roll formed light steel profile sections to create crane tracks and beams that have both rigidity and a high strength to weight ratio. Light crane tracks can be attached easily to existing building structures and impose little additional load. This option was not available at Leeds, so the installation is supported by floor standing gantries that were supplied as part of the Street Crane package.
The light crane systems give complete access to the work area with full vertical movement and full movement in the horizontal plane. These systems were built to handle one tonne safe working load but light cranes are available for loads of up to two tonnes.
In the adjoining projects and service bay heavier lifts are demanded and Street Crane has installed three semi Goliath cranes without rails. These units ensure high crane availability so that work can be progressed without waiting for a crane. All these cranes have a safe working load of 12.5 tonnes.
Two semi Goliath cranes operate together on one side of the bay. Each can service the full length of the bay but with an anti collision system installed to prevent accidental contact when operating independently. The need for extensive and disruptive civil engineering work to install floor rails has been avoided by using polyurethane tyred wheels at the leg end of the cranes.
The heavy assembly workshop is also serviced by a new 25 tonne double girder overhead crane spanning the full 24.5 metre width of the bay. This has two Street Crane ZX hoists of 12.5 tonnes to provide maximum flexibility. The ZX hoist has an open barrel design to give true vertical lift, protecting the load from sideways pull and potential damage.
The ZX hoists can operate in tandem to give additional security in handling large or difficult loads. Inverter control on all motions ensures that load drag and swing are virtually eliminated giving still greater load stability. Control by a remote radio control device, allows the crane operator to work from a position that assures greatest safety and visibility.
Heavy assembly areas at the plant are also supported by jib cranes that permit smaller components to be handled efficiently and safely for transfer between processes. This maintains production flow ensuring that capital assets are more effectively deployed.
Gus Zona, Tel. +44 (0)1298 812456 Fax. +44 (0)1298 814 945
Street Crane Company, Chapel-en-le-Frith, High Peak, SK23 0PH, UK
E-Mail: firstname.lastname@example.org Web: www.streetcrane.co.uk
High resolution images are on the web at www.ainsmag.co.uk/st165/4881st1a-siemens.htm
About Street Crane Company
Street Crane Company is the UK's largest manufacturer of electric overhead travelling cranes (EOTCs) More.. and a major exporter of hoists, components and controls to crane makers in overseas markets. Cranes and hoists are available up to 200 tonnes safe working load. Single and double girder gantry, semi Goliath and Goliath cranes are produced. Special cranes and automated crane controls can be engineered to cope with unusual site conditions or load handling and lifting requirements.Less..
Street Crane Company
Phone : +44 (0)1298 812456
Published On:September 21, 2011
Print Release:Print Release
If you have questions regarding information in this press release contact the company listed above. I-Newswire.com is a press release service and not the author of this press release.The information that is on or available through this site is for informational purposes only and speaks only as of the particular date or dates of that information. As some companies and PR Agencies submit their press releases once per week,month or quarter, make sure to check the official company website for accurate release dates as our site displays the I-Newswire.com press release distribution date only.We do not guarantee the accuracy or completeness of information on or available through this site, and we are not responsible for or omissions in that information or for actions taken in reliance on that information.
Green Modeling Advances Shadow Analysis Services in Its Portfolio
Online New Nuovasimat.com, Leader in Mechanical Maintenance Field
RETTEW Appoints General Counsel
CFD Outsourcing Advances Rotation Machinery Analysis in Its Portfolio
HiTech Recommends Finite Element Analysis (FEA) for Speed Engineering Analysis