ELEVATOR PLANNING AND SELECTION GUIDE SELECTION PROCESS HYDRAULIC ELEVATORS GEN2 MACHINE ROOM-LESS ELEVATOR ELEVONIC HIGH-RISE GEARLESS

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1 LVATOR PLANNING AND SLCTION GUID 2005 SLCTION PROCSS HYDRAULIC LVATORS GN2 MACHIN ROOM-LSS LVATOR LVONIC HIGH-RIS GARLSS SCALATORS AND MOVING WALKS FINISHS AND FIXTURS SUPPORT AND SRVIC

2 Otis...the global leader in elevator and escalator systems Planning and design programs to meet every need Before You Begin: Otis levator Company, the leading manufacturer of the world s most advanced elevator and escalator systems, meets the most rigid demands of planning, building and design professionals. We offer you two easy-to-use planning and selection guides: Otis online Architect s Assistant Our -Z levator Selection Process These two distinct planning and selection tools are designed to help you meet the most demanding project requirements quickly and cost-effectively. CONTNTS SLCTION PROCSS 3 HYDRAULIC LVATORS 4 GN2 MACHIN ROOM-LSS LVATOR 8 Architect s Assistant A simple, online plug and play program, Architect s Assistant will generate customized CSI specifications and CAD drawings. This will help you design and build the elevator that meets building specification and code requirements. Takes only five minutes The entire process will take just five minutes. Simply input the following screen prompts: travel, stops, number of elevators, capacity, speed, cab height, door height and machine room location. The Architect s Assistant does the rest quickly and accurately. Find the Architect s Assistant online at Otis.com. It s the only tool you ll ever need to design and build elevators to meet today s needs. LVONIC HIGH-RIS GARLSS 10 SCALATORS AND MOVING WALKS 12 FINISHS AND FIXTURS 14 SUPPORT AND SRVIC 16 2

3 Otis -Z levator Selection Process Step 1: Travel Height Selecting the optimal elevator type for your project depends upon the elevator travel distance The chart below identifies Otis elevators most commonly selected for specific travel heights (see product pages in this guide for other criteria): Travel under 20 feet: Otis Holeless Hydraulic levator Step 2: levator Quantity and Size These are determined by floor population, building use or building type and national and local codes To provide stretcher access, many states require a minimum load capacity of 2,500 lbs with side-opening doors 3,500-lb capacity with center-opening door is common for mid- to high-rise buildings Travel height Travel from 15 to 30 feet: Otis Telescopic Holeless Hydraulic levator Travel from 26 to 60 feet: Otis Roped Holeless Hydraulic levator where existing conditions include waterfront, hard-to-drill substrate, hazardous in-ground material or other conditions that make it expensive to drill well hole. Travel from 15 to 60 feet: Otis Holed Hydraulic levator where it is costeffective to drill well hole Travel from 50 to 300 feet: Otis Gen2 Machine Room-less System Travel over 120 feet: Otis levonic High-Rise Gearless System levator Selection Chart Use this chart to determine which elevators are applicable for specific travel heights. Colors indicate recommended range of minimum and maximum travel height. 400 and above Holeless Telescopic Holeless Roped Holeless Holed Gen2 Machine Room-less levonic High-Rise Gearless Refer to Architect s Assistant at Otis.com for additional help in selecting proper size and number of elevators. Step 3: Hoistway Requirements To accommodate heavier reinforcements to rails in seismic zones 2 or greater, additional hoistway space is required Assess specific requirements by reviewing individual product pages in this guide. Step 4: Machine/Control Room Requirements Hydraulic Systems Separate machine room required at bottom landing Machine room can be located remotely or adjacent to hoistway at bottom landing Gen2 Machine Room-less System Requires separate control space/room Flexible control space/room placement up to 100 feet away from top of hoistway (depending on wiring configuration within the building) levonic High-Rise Gearless System Separate machine room located above hoistway Required dimensions will be found on specific product pages in this guide. Consult your Otis representative for specific requirements. Step 5: Car Design and Finishes Otis offers flexibility in designing and selecting car walls, ceilings, lighting, handrails, bumper rails and fixtures See pages 14 and 15 for additional information. Selection Process Hydraulic levators Traction levators 3

4 Holeless Hydraulic Travel Height Maximum 20 ft Maximum stops 3 Speed (ft/min) 100, 125 A B F No need for well hole drilling and its associated costs Above-ground solution substantially reduces risk of soil and ground water contamination Applicable for: Hazard-sensitive sites Waterfront sites xisting buildings Available in both passenger and service elevator configurations and capacities Solid-state starter improves performance through precise control of electric current RM remote elevator monitoring standard Optional: Front and rear entrances Ceiling height of clear opening Glassback PLAN Hoisting Beam (Not by Otis) Plunger Machine Room SCTION C L D G I H J K Dimensions Passenger elevators Service elevators Rated lbs Hydraulic levators Passenger Capacity 1 13/12 13/12 16/15 20/18 23/21 30/28 33/31 Car 2 A Interior width B Interior depth C Interior height 8-0 (Optional 9-7 ) D Car door width Hoistway Width Width in seismic zones F Depth G Rough opening width H Rough opening height 7-10 I Clear opening height 7-0 (Optional 8-0 ) J Clear overhead to hoist beam K Minimum pit depth (5-0 for Canadian Province of Ontario) to 7-6 depending on rise Machine Room L Number of elevators in group Width x depth 5-9 x x x x Capacity code requirements: US/Canada. 2 Interior dimensions may vary depending on interior finishes. 3 In seismic zones 2 or greater. 4 For cars with front and rear doors, add to depth for 2000 to 3500 lb. capacities; add for 4500 and 5000 lb. capacities. 5 Overhead noted is for 100 fpm. Requirements will vary with speed. 6 Pit depth changes based on speed: For 100 fpm, pit depth increases 1 in depth for each 1 increase in rise over 13-7 up to Consult Otis.com or your local Otis representative. For 125 fpm, pit depth increases 1 in depth for each 1 increase in rise over 12-8 up to

5 Telescopic Holeless Hydraulic Travel Height Maximum 44 ft 1 in Maximum stops 5 Speed (ft/min) 100, 125 A B F No need for well hole drilling and its associated costs Above-ground solution substantially reduces risk of soil and ground water contamination Applicable for: Hazard-sensitive sites Waterfront sites xisting buildings Available in passenger elevator configurations and capacities only Solid-state starter improves performance through precise control of electric current RM remote elevator monitoring standard Optional: Front and rear entrances Ceiling height of clear opening Glassback PLAN Hoisting Beam (Not by Otis) Plunger Machine Room SCTION C L D G I H J K Dimensions Passenger elevators Rated lbs Passenger Capacity 1 13/12 13/12 16/15 20/18 23/21 Car 2 A Interior width B Interior depth C Interior height 8-0 (Optional 9-7 ) D Car door width Hoistway Width (rise up to 30 ft 1 in) Width (rise up to 30 ft 1 in) in seismic zones Width (rise over 30 ft 1 in) F Depth G Rough opening width H Rough opening height 7-10 I Clear opening height 7-0 (Optional 8-0 ) J Clear overhead to hoist beam 5 (rise up to 30 ft 1 in) 12-8 Clear overhead to hoist beam 5 (rise over 30 ft 1 in) 13-0 K Minimum pit depth (5-0 for Canadian Province of Ontario) to 7-6 depending on rise Machine Room L Number of elevators in group Width x depth 5-9 x x x x 8-6 Hydraulic levators 1 Capacity code requirements: US/Canada. 2 Interior dimensions may vary depending on interior finishes. 3 In seismic zones 2 or greater. 4 For front and rear doors add to depth. 5 Overhead noted is for 100 fpm. Requirements will vary with speed. 6 Maximum rise with 4-0 pit depth is Consult Otis.com or your local Otis representative. 5

6 Roped Holeless Hydraulic Travel Height Maximum 60 ft Maximum stops 7 Speed (ft/min) 100, 125, 150 No need for well hole drilling and its associated costs Above-ground solution substantially reduces risk of soil and ground water contamination Applicable for: Hazard-sensitive sites Waterfront sites xisting buildings Available in passenger elevator configurations and capacities only Solid-state starter improves performance through precise control of electric current RM remote elevator monitoring standard Optional: Front and rear entrances Ceiling height of clear opening Glassback PLAN Hoisting Beam (Not by Otis) Plunger Machine Room SCTION C L A D G B F I H J K Hydraulic levators Dimensions Passenger elevators Rated lbs Passenger Capacity 1 13/12 13/12 16/15 20/18 23/21 Car 2 A Interior width B Interior depth C Interior height 8-0 (Optional 9-7 ) D Car door width Hoistway Width Width in seismic zones F Depth G Rough opening width H Rough opening height 7-10 I Clear opening height 7-0 (Optional 8-0 ) J Clear overhead to hoist beam K Minimum pit depth 4-0 (5-0 for Canadian Province of Ontario) Machine Room L Number of elevators in group Width x depth 5-9 x x x x Capacity code requirements: US/Canada. 2 Interior dimensions may vary depending on interior finishes. 3 In seismic zones 2 or greater. 4 For cars with front and rear doors, add to depth. 5 Based on 125 fpm. Requirements will vary with speed. 6

7 Holed Hydraulic Travel Height Maximum 60 ft Maximum stops 7 Speed (ft/min) 100, 125, 150 Well hole drilling required PVC protection surrounds wall and bottom of in-ground cylinder to prevent contact with underground contaminants Solid-state starter improves performance through precise control of electric current Available in both passenger and service elevator configurations and capacities RM remote elevator monitoring standard Optional: Front and rear entrances Ceiling height of clear opening Glassback PLAN Hoisting Beam (Not by Otis) Plunger Machine Room Well Hole (Required) SCTION A D G C I H J L B F K Cylinder with PVC Protection Dimensions Passenger elevators Service elevators Rated lbs Passenger Capacity 1 13/12 13/12 16/15 20/18 23/21 30/28 33/31 Car 2 A Interior width B Interior depth C Interior height 8-0 (Optional 9-7 ) D Car door width Hoistway Width Width in seismic zones F Depth G Rough opening width H Rough opening height 7-10 I Clear opening height 7-0 (Optional 8-0 ) J Clear overhead to hoist beam (12-8 for 5000 rated lbs.) K Minimum pit depth 4-0 (5-0 for Canadian Province of Ontario) Machine Room L Number of elevators in group Width x depth 5-9 x x x x 8-6 Hydraulic levators 1 Capacity code requirements: US/Canada. 2 Interior dimensions may vary depending on interior finishes. 3 In seismic zones 2 or greater. 4 For front and rear doors add to depth for 2000 to 3500 lb. capacities; add for 4500 and 5000 lb. capacities. 5 Based on 125 fpm. Requirements will vary with speed. 7

8 Gen2 Machine Room-less levator Travel Height Maximum 196 (ft/min) (ft/min) (ft/min) Maximum stops 30 Speed (ft/min) 200, 350, 400 IMPORTANT: To assist in your planning, we recommend that you call your Otis representative at the beginning of the project. Space-saving configuration eliminates the need for a machine room Flexible control space/room placement up to 100 feet away from top of hoistway (depending on wiring configuration within the building) nvironmentally friendly system uses up to 50% less energy than traditional geared systems. Technologically advanced design makes it lubrication-free Integrated component design makes the Gen2 system the smoothest, quietest elevator in the industry RM remote elevator monitoring standard Optional: Ceiling height 9-7 Interior cab design flexibility Glassback 1 Gen2 Machine Room-less levator Dimensions 0H Front AIA Opening Passenger elevators Service elevators Rated lbs H 4500H 5000H 5000H AIA Passenger Capacity 3 13/12 16/15 20/18 23/21 27/25 27/25 30/28 33/31 33/31 Car 4 A Interior width B Interior depth C Interior height (Optional 9-7 ) D Car door width Hoistway Width Single hoistway In seismic zones F Double hoistway In seismic zones G Triple hoistway In seismic zones H Depth In seismic zones I Rough opening width J Rough opening height 7-10 K Clear opening height 7-0 (Optional 8-0 ) L Total overhead for ft/min ft/min ft/min Total overhead for ft/min ft/min ft/min M Minimum pit 200 ft/min ft/min ft/min Control Space/Room N Control space simplex H x 2-10 width Control room simplex H x 5-0 width Control room duplex H x 7-0 width 1 For glassback dimensions visit Otis.com or contact your Otis representative. 2 Maximum travel for 2100 lb. car is fpm and fpm. 3 Capacity code requirements: US/Canada. 8 4 Interior dimensions may vary depending on interior finishes. 5 The 9-7 car interior height does not apply to the 2100 lb. duty. 6 For elevators with occupied space below, this dimension may change. Consult your Otis representative for dimensions.

9 G F PLAN B H C K J L D I A N H Buffer SCTION M Dimensions 0H Front AIA and Rear Opening Passenger elevators Service elevators Rated lbs H 4500H 5000H 5000H AIA Passenger Capacity 1 16/15 20/18 23/21 27/25 27/25 30/28 33/31 33/31 Car 2 A Interior width B Interior depth C Interior height 8-0 (Optional 9-7 ) D Car door width Hoistway Width Single hoistway In seismic zones F Double hoistway In seismic zones G Triple hoistway In seismic zones H Depth In seismic zones I Rough opening width J Rough opening height 7-10 K Clear opening height 7-0 (Optional 8-0 ) L Total overhead for ft/min 350 ft/min ft/min Total overhead for ft/min 350 ft/min ft/min M Minimum pit 200 ft/min ft/min ft/min Control Space/Room N Control space simplex H x 2-10 width Control room simplex H x 5-0 width Control room duplex H x 7-0 width Gen2 Machine Room-less levator 1 Capacity code requirements: US/Canada. 2 Interior dimensions may vary depending on interior finishes. 3 For elevators with occupied space below, this dimension may change. Consult your Otis representative for dimensions. 9

10 levonic High-Rise Gearless Travel Height Maximum 720 ft* Maximum stops Speed (ft/min) IMPORTANT: Because of the complexity of gearless traction elevators, we recommend that you consult with your Otis representative at the beginning of your project. Ride comfort smooth acceleration and deceleration with absolute minimum vibration and noise Superb performance the RSR Plus dispatcher continuously adjusts to accommodate changing traffic demands and shorten passenger waiting time nvironmentally friendly AC V V VF drive consumes less power, reduces noise level and eliminates line notching RM remote elevator monitoring standard Optional: Glassback Ceiling height of 9-7 and 10-0 For speeds over 1200 fpm contact your local Otis representative levonic High-Rise Gearless Dimensions H 5000H 5000H AIA Rated lbs Speed Passenger Capacity 2 13/12 13/12 16/15 16/15 16/15 16/15 16/15 20/18 20/18 20/18 20/18 Car 3 A Interior width B Interior depth C Interior height 8-0 (Optional 9-7 & 10-0 ) D Car door width Hoistway Width Single hoistway In seismic zones F Double hoistway In seismic zones G Triple hoistway In seismic zones H Depth In seismic zones I Rough opening width J Rough opening height 7-10 K Clear opening height 7-0 (Optional 8-0 ) L Clear overhead 5 For 8-0 car For 9-7 car For 10-0 car M Minimum pit depth Machine Room N Minimum headroom * Travel height will vary depending on speed. 1 For speeds over 1200 fpm contact your Otis representative. 2 Capacity code requirements: US/Canada. 10

11 G F Machine Room N PLAN D I A B H C K J L SCTION H 5000H 5000H AIA Rated lbs Speed Passenger Capacity 2 20/18 23/21 23/21 23/21 23/21 23/21 27/25 27/25 27/25 27/25 27/25 Car 3 A Interior width B Interior depth C Interior height 8-0 (Optional 9-7 & 10-0 ) D Car door width Hoistway Width Single hoistway In seismic zones F Double hoistway In seismic zones G Triple hoistway In seismic zones H Depth In seismic zones I Rough opening width J Rough opening height 7-10 K Clear opening height 7-0 (Optional 8-0 ) L Clear overhead 5 For 8-0 car For 9-7 car For 10-0 car M Minimum pit depth Machine Room N Minimum headroom Buffer M levonic High-Rise Gearless 3 Interior dimensions may vary depending on interior finishes. 4 For seismic zones 2 or greater. 5 Overhead and pit depth are subject to change where the A17.1/B edition code is adopted. Consult your Otis representative for details. 11

12 scalators Maximum rise 21 ft-4 in (NC model) 42 ft in (NP model) A B D Quiet and smooth operation ensured by hypoid helical gear drive, which produces lower noise levels [maximum 55 db(a)] and uses less energy than conventional wormgear machines Guardian skirt panels with extremely low coefficient of friction to reduce risk of objects becoming entrapped Rigid impact-resistant stainless steel profile dge of lower support Finished Floor F LOWR LANDING Workpoint UPPR LANDING Workpoint dge of upper support LVATION C G scalators and Moving Walks Dimensions NC & NP Models A Step width B Finish width C Minimum pit opening D Minimum rough opening NC Model Maximum rise Minimum rise F Minimum pit depth G Beam-to-beam calculation 1.732x x x NP Model Maximum rise* Minimum rise F Minimum pit depth G Beam-to-beam calculation 1.732x x x * May require intermediate support 12

13 Freight levators Applications All classes of commercial and industrial: Class A general freight loading Class C industrial fork lift loading Withstands heavier loads to meet the highest performance and quality standards in the industry Available in various duties and speeds Consult your Otis representative or Otis.com Moving Walks Maximum travel 263 ft (NCT Model) 394 ft (NPT Model) A B F Maximum safety, reliability and efficiency Wide range of finishes, pallet widths and optional features Commercial applications including shopping centers, casinos, airports RTURN ND Dimensions NCT Model A Pallet width B Finish width C Maximum length D Minimum pit depth (at ends) Minimum pit depth (at middle) Minimum pit opening (return) Minimum pit opening (drive) F Minimum rough opening G Maximum length between two intermediate supports D D D D LVATION NPT Model A Pallet width B Finish width C Maximum length D Minimum pit depth (at ends) Minimum pit depth (at middle) / / Minimum pit opening (return) Minimum pit opening (drive) F Minimum rough opening G Maximum length between two intermediate supports / / / G C DRIV ND Freight levators and Moving Walks 1 Right-hand number is optional increase of distance between intermediate supports. 13

14 Finishes and Fixtures 14

15 Finishes and Fixtures Otis offers design professionals the widest range of interior options in the industry. From a broad array of surfaces to responsive user interface solutions, every element incorporates Otis long-term commitment to safety, durability and quality. No matter what your most critical design criteria aesthetic, budgetary, maximum durability Otis offers an exceptional degree of flexibility in the selection of: ntrance frames and doors Car interior surfaces Car ceilings and lighting solutions Handrails and bumper rails Car and hall fixtures, including operating panels, hall lanterns and position indicators Finishes and Fixtures In addition to a broad palette of standard interior finishes, Otis also works with architects to create virtually unlimited custom car finishes to ensure that elevator systems coordinate seamlessly with any design concept. Contact your Otis representative to explore the full range of finishes and fixtures through our Architectural Design catalogue and Finishes brochure. 15

16 Otis Portfolio of Support and Service Simplifying the elevator selection process is only Otis first step towards redefining our support for architects, developers and general contractors. Our multi-faceted website, Otis.com, allows you to plan your project, from analysis based on building population to configuring and detailing the elevator system by available hoistway space. Otis comprehensive maintenance programs are unmatched in the industry. RM elevator monitoring system, OMMS maintenance management system, OTISLIN communication center outstanding customer support, and the best trained technicians ensure that your elevator system continues to perform as designed for the life of the equipment. Otis.com Otis.com is your personal link to the world s largest elevator company. It provides interactive web-based tools to meet specific user requirements. Through the Architect s Assistant online tool, architects can meet their project requirements by entering building parameters and downloading: CSI-format guide specifications Construction details Project-specific layouts Budget pricing Support and Service RM Monitoring System RM remote elevator monitoring provides the most sophisticated diagnostic and detection system available. It continuously monitors hundreds of diagnostic criteria to ensure optimal performance, and places a call to the OTISLIN communication center where a service specialist can immediately dispatch a mechanic if necessary. The RM system is also available on select non-otis equipment. OMMS Maintenance Management System OMMS maintenance management system is tailored to the unique characteristics of the customers elevators, including equipment type, environment and usage. Otis standardized work processes and task scheduling ensure that the right maintenance is delivered at the right time throughout the life of the elevator system. OTISLIN Communications Center A 24/7 customer service center ensures rapid response to customer and RM system calls. Staffed by trained customer service professionals, the center supports more than 350 branch locations and handles over 1.5 million calls a year in multiple languages. Technical ducation Center Our Technical ducation Center (TC) provides Otis technicians with top-notch training on a full range of non-otis equipment. With on-site simulators for a variety of systems, technicians and supervisors can test electronic component repairs and diagnose service issues. TC training allows Otis to provide the same high level of service for all your systems. The information contained in this brochure is subject to change without notice. Visit for the most current information. GN-1127 (1204) Otis levator Company 2004 All rights reserved