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It compares inline gear drive and hydraulic drive technologies across key requirements such as overhead clearances, power supply ratings, drive components, speed, travel limits, and rated capacity. Common specifications cover safety features, controls, pit depth preferences, and warranty details. 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Today, Symmetry has become a household name for elevators in North America, with high rankings on the Forbes List for Best Home Elevators.  \nIn 2022, we joined forces with global Swedish elevator manufacturer Cibes Lift Group and became Cibes Symmetry. Together, we offer you close to a century of consolidated knowledge, combining Swedish innovation and design with US craftsmanship and expertise. Our wide range of ADA and ASME compliant elevating solutions is manufactured in the US and in Sweden and distributed through our nationwide network of authorized dealers.  \nWe provide beautifully crafted, expertly engineered accessibility related products across America. We market our residential elevators, home and commercial lifts, and low-rise commercial elevators through an exclusive network of carefully chosen Cibes Symmetry Partners.  \nPlease note that this guide is for planning purposes only, applies exclusively to national code and should not be used for construction. Prior to construction, please contact your local Cibes Symmetry representative and request a job-specific set of plans to ensure that you obtain the accurate dimensions and requirements foryour project.  \nYour representative will also assist you to identify resources to ensure that your project plans will comply with the applicable state and local codes and the permitting authorities.  \n[2 cibessymmetry. com](2 cibessymmetry. com) 877-375-1428  \nTECHNICAL SPECIFICATIONS  \nTECHNOLOGIES COMPARED  \nDrive Unit  \n2 HP Gearmotor with Brake  \nCounterweight Assembly  \nTwo \\#60 Roller Chains 9,920 lbs. breaking strength  \nModular Rail Structure  \nCar Frame  \nModular Rail Structure  \nRam Header  \nTwo ⅜\" 7 x 19 Galvanized Aircraft Cables 14,400 lbs. breaking strength  \nCar Frame  \nHydraulic Cylinder  \nPedestal Post  \n\n| Inline Gear Drive | Hydraulic Drive |\n| --- | --- |\n| Overhead: Minimum of 8’ 0”(96”) with remote controller; minimum of 9’ 0” with controller in hoistway with a 7’ 0”interior car height | Overhead: Minimum of 7’ 10”(94”) with a 7’ 0” interior car height |\n| Equipment |  |\n| 208/230 VAC, 60 Hz, 20 amp, single-phase power supply for motor controller | 208/230 VAC, 60 Hz, 30 amp, single-phase power supp","cbCailJv4FyqAnvB","https://ap.wps.com/l/cbCailJv4FyqAnvB","pdf",1340947,"English","# About Ci bes Symmetry\n# Technologies Compared\n# Common Specifications\n# Pit, Overhead & More\n# Rail Backing Construction\n# Inline Gear Drive-Remote Controller\n# Inline Gear Drive-MR L Controller & Access Hatch\n# Hydraulic Drive-Machine Rooms\n# Residential Elevator Safety\n# Doors & Gates\n# Sizes and Dimensions\n# Landing Frames\n# AIA Continuing Education","[{\"question\":\"Is this home elevator guide for construction or planning only?\",\"answer\":\"The guide is for planning purposes only and should not be used for construction. It instructs readers to request job-specific plans before building.\"},{\"question\":\"What are the main technology options compared in the guide?\",\"answer\":\"The guide compares Inline Gear Drive and Hydraulic Drive, listing their respective overhead requirements, power supply needs, drive components, and control approach.\"},{\"question\":\"What common specifications and limits are provided for the elevator?\",\"answer\":\"It provides common specifications including maximum travel, speed, rated capacity, pit depth preferences, stop and opening configuration, warranty duration, and detailed safety features and controls.\"}]","Home Elevator - Design Guide - ASME A17.1 Section 5.3 | PDF"]