RIDE QUALITY All you need is a hoistway ON THE COVER

1 2

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1. Memorial Hermann Tower 2. The Westin Houston, Memorial City 7 – Otis Gearless Elevators 10 – Gen2 Elevators 8 – Otis Geared Elevators 3 – Otis Hydraulic Elevators 6 – Gen2 Elevators 2 – NCE Escalators 3. Memorial City – Medical Plaza IV 3 – Otis Hydraulic Elevators 7 – Gen2 Elevators

Buildings developed by MetroNational in Houston, TX. Buildings constructed by Anslow Bryant Construction.

www.otis.com

publication GEN2-NSAA-001(1014) AKS

© Otis Elevator Company 2014. All Rights reserved Open the door to complete design freedom.

No control room. No machine room. All you need is a hoistway.

Otis Gen2 Delivers:

Self-contained Green technology Smoothest ride Minimal jobsite Proven reliability system coordination

Otis knows that it’s not just any building—it’s your building. With the Gen2 ® system, we re-examined every aspect of the elevator—from design and installation to operation and maintenance. The result is a system that moves elevator innovation to a new level, supporting your design vision in a way that only Otis can.

1 2 Open the door to complete design freedom.

No control room. No machine room. All you need is a hoistway.

Otis Gen2 Delivers:

Self-contained Green technology Smoothest ride Minimal jobsite Proven reliability system coordination

Otis knows that it’s not just any building—it’s your building. With the Gen2 ® system, we re-examined every aspect of the elevator—from design and installation to operation and maintenance. The result is a system that moves elevator innovation to a new level, supporting your design vision in a way that only Otis can.

1 2 RIDESELF-CONTAINED QUALITY SYSTEM B E

Gen2 redefined the elevator with breakthrough belt technology. The revolution continues.

A C 1. 2. 3. CONVENTIONAL GEARED CONVENTIONAL MACHINE- GEN2 ELEVATOR ELEVATOR ROOMLESS ELEVATOR D

With Gen2, all you need is a hoistway. The controller is so compact it fits inside the wall of the top elevator landing for buildings up to 131 feet of rise. * You are no longer required to plan for extra room for elevator components.

COMPACT DESIGN AND INTEGRATED COMPONENTS PROVIDE:

• Greater architectural design freedom

• Space-saving configuration for more rentable space

• Fewer moving parts for greater durability and reliability Conventional geared elevator systems require New advances in hoisting technology eliminate • Minimal jobsite coordination a rooftop machine room to house the machine, the need for a machine room. But these systems governor and controller. still require a separate room for the elevator control system.

* See pages 11-12 for detailed product information E

INTELLIGENT

168mm = 6 ½" Lowest ENGINEERING Overhead

2151mm = 84 ¾" Otis applied the strength of Otis Competitor its worldwide engineering resources to redefine the elevator system and set a 520mm = 20 ½" Shallowest Pit new benchmark for design and performance. A COATED STEEL BELTS B COMPACT GEARLESS MACHINE C COMPACT CONTROLLER D INSPECTION & TEST PANEL E SMALLEST HOISTWAY Patented, coated-steel belts Flexible belts allow a smaller sheave, The Gen2 system controller Most necessary test and Gen2 leads the industry with have a significantly smaller creating a machine that is 70 percent is compact enough to fit maintenance features are the shallowest pit and lowest bending radius than wire rope. smaller and up to 50 percent more inside the wall of the top concealed behind a panel overhead, fitting into most This enables a compact efficient than conventional geared elevator landing. in the elevator entrance. hydraulic hoistways. gearless machine. machines. 3 4 RIDESELF-CONTAINED QUALITY SYSTEM B E

Gen2 redefined the elevator with breakthrough belt technology. The revolution continues.

A C 1. 2. 3. CONVENTIONAL GEARED CONVENTIONAL MACHINE- GEN2 ELEVATOR ELEVATOR ROOMLESS ELEVATOR D

With Gen2, all you need is a hoistway. The controller is so compact it fits inside the wall of the top elevator landing for buildings up to 131 feet of rise. * You are no longer required to plan for extra room for elevator components.

COMPACT DESIGN AND INTEGRATED COMPONENTS PROVIDE:

• Greater architectural design freedom

• Space-saving configuration for more rentable space

• Fewer moving parts for greater durability and reliability Conventional geared elevator systems require New advances in hoisting technology eliminate • Minimal jobsite coordination a rooftop machine room to house the machine, the need for a machine room. But these systems governor and controller. still require a separate room for the elevator control system.

* See pages 11-12 for detailed product information E

INTELLIGENT

168mm = 6 ½" Lowest ENGINEERING Overhead

2151mm = 84 ¾" Otis applied the strength of Otis Competitor its worldwide engineering resources to redefine the elevator system and set a 520mm = 20 ½" Shallowest Pit new benchmark for design and performance. A COATED STEEL BELTS B COMPACT GEARLESS MACHINE C COMPACT CONTROLLER D INSPECTION & TEST PANEL E SMALLEST HOISTWAY Patented, coated-steel belts Flexible belts allow a smaller sheave, The Gen2 system controller Most necessary test and Gen2 leads the industry with have a significantly smaller creating a machine that is 70 percent is compact enough to fit maintenance features are the shallowest pit and lowest bending radius than wire rope. smaller and up to 50 percent more inside the wall of the top concealed behind a panel overhead, fitting into most This enables a compact efficient than conventional geared elevator landing. in the elevator entrance. hydraulic hoistways. gearless machine. machines. 3 4 GREEN TECHNOLOGY

Green Technology. Standard on the Gen2 system. Innovation meets sustainability. Because being green is not optional. At Otis, leadership is something that comes naturally. It began when Elisha Otis changed the world by selling the first elevators with safety brakes in 1853. With Elisha’s legacy as a backdrop, Otis has grown into the world’s leading manufacturer and service provider of elevators, escalators and moving walkways. And along the way, we’ve kept our focus forward, looking to sustainability, efficiency and preserving resources for future generations as guiding principles for everything we do. As leaders, we improve who we are and what we do each and every day. To us, it’s only Regenerative technology

natural. USES ENERGY Our ReGen drive, now standard on the CREATES ENERGY CREATES Gen2 system, puts electricity back into your building’s grid by capturing normally wasted energy. Thanks to low NO LUBRICATION MINIMIZING ENVIRONMENTAL IMPACT harmonic distortion, this recycled energy The Gen2 machine Our new Florence, South Carolina facility With the Otis Energy is provides clean power minimizing impact reflects Otis’ end-to-end environmental and coated steel belts ReGen drive: captured to your building's electrical system. All require no additional commitment. From high-efficiency HVAC and used. this helps to make the Gen2 system up lubrication, eliminating and lighting systems to product designs Energy created by your to 75% more efficient than conventional the need for storage, that eliminate painting and welding elevator is captured by the ReGen drive and is put systems. And from an energy consumption cleanup and disposal processes, Otis incorporates green to use—it’s fed into your standpoint, the Gen2 system uses up to of hazardous waste. thinking throughout the product lifecycle. building’s electrical grid. 40% less energy than non-regenerative machine-roomless systems.

MAXIMIZED EFFICIENCY

Hydraulic system Geared 5000 system Gearless The Gen2 system—combined with 4000 system our ReGen® drive, LED lighting and 3000 automatic sleep mode—maximizes energy efficiency. 2000

1000 Car Lighting EFFICIENT LED LIGHTING SLEEP MODE Total energy consumption (kWh/yr) consumption energy Total Control Systems LED illumination, standard on the Gen2 Lights and fan are shut down when there’s no demand, making Machine + Drive system, reduces energy consumption the LED lighting up to 80% more efficient than conventional and lasts up to 10 times longer than lighting. The system seamlessly springs back to life with the

Based on 2500 lb at 150 ft/min, 8 stops and 200,000 starts/yr conventional fluorescent lamps. press of a call button.

5 6 GREEN TECHNOLOGY

Green Technology. Standard on the Gen2 system. Innovation meets sustainability. Because being green is not optional. At Otis, leadership is something that comes naturally. It began when Elisha Otis changed the world by selling the first elevators with safety brakes in 1853. With Elisha’s legacy as a backdrop, Otis has grown into the world’s leading manufacturer and service provider of elevators, escalators and moving walkways. And along the way, we’ve kept our focus forward, looking to sustainability, efficiency and preserving resources for future generations as guiding principles for everything we do. As leaders, we improve who we are and what we do each and every day. To us, it’s only Regenerative technology

natural. USES ENERGY Our ReGen drive, now standard on the CREATES ENERGY CREATES Gen2 system, puts electricity back into your building’s grid by capturing normally wasted energy. Thanks to low NO LUBRICATION MINIMIZING ENVIRONMENTAL IMPACT harmonic distortion, this recycled energy The Gen2 machine Our new Florence, South Carolina facility With the Otis Energy is provides clean power minimizing impact reflects Otis’ end-to-end environmental and coated steel belts ReGen drive: captured to your building's electrical system. All require no additional commitment. From high-efficiency HVAC and used. this helps to make the Gen2 system up lubrication, eliminating and lighting systems to product designs Energy created by your to 75% more efficient than conventional the need for storage, that eliminate painting and welding elevator is captured by the ReGen drive and is put systems. And from an energy consumption cleanup and disposal processes, Otis incorporates green to use—it’s fed into your standpoint, the Gen2 system uses up to of hazardous waste. thinking throughout the product lifecycle. building’s electrical grid. 40% less energy than non-regenerative machine-roomless systems.

MAXIMIZED EFFICIENCY

Hydraulic system Geared 5000 system Gearless The Gen2 system—combined with 4000 system our ReGen® drive, LED lighting and 3000 automatic sleep mode—maximizes energy efficiency. 2000

1000 Car Lighting EFFICIENT LED LIGHTING SLEEP MODE Total energy consumption (kWh/yr) consumption energy Total Control Systems LED illumination, standard on the Gen2 Lights and fan are shut down when there’s no demand, making Machine + Drive system, reduces energy consumption the LED lighting up to 80% more efficient than conventional and lasts up to 10 times longer than lighting. The system seamlessly springs back to life with the

Based on 2500 lb at 150 ft/min, 8 stops and 200,000 starts/yr conventional fluorescent lamps. press of a call button.

5 6 SMOOTHEST RIDE MINIMAL JOBSITE COORDINATION

A ride so smooth, you’ll notice. Or maybe you won’t. Efficient. Seamless. Minimal impact on the jobsite.

By taking an in-depth look at all sources of With all major components located inside the hoistway, the Gen2 system allows for noise and vibration, Otis engineers designed more flexibility and reduced cost. the Gen2 system with passenger and tenant comfort in mind.

The Gen2 system’s ride quality is so smooth SPACE SAVINGS and quiet that passengers often don’t notice it at all. Because the Gen2's compact controller fits in the wall, there's no need to create unsightly

control closets. OTHER SYSTEM — GEN2 SYSTEM — Requires control closets. Creates cleaner building designs

SMOOTH OPERATION RAPID INSTALLATION

The Gen2 system’s method of hoisting— The Gen2 system is deliberately engineered to reduce coated-steel belts—eliminates the cost and installation time using standard procedures. metal-on-metal contact of steel ropes The result is an installation time that is up to 50% and sheaves used by traditional systems. The result is a ride experience with faster than conventional systems. noticeably less vibration and noise.

SAVE CONSTRUCTION TIME AND COST INDUSTRY COMPARISON 75 65 50 The Gen2 system doesn’t require a control room to be 45 55 Careful component design and selection built, saving time and material cost on the jobsite. And its hall buttons are mounted in the jamb, requiring less enabled Otis to engineer a remarkably 28 coordination time with other trades on the jobsite. smooth and quiet elevator. This means 25 20 a more comfortable passenger experience Single-Phase Power Available as well as quiet operation that is critical 12 When your building is utilizing three-phase power for the to those tenants located near the elevator only, the Gen2 system operating on single-phase elevator system. Vertical Vibration Horizontal Vibration Car Noise power will help reduce initial construction costs and monthly [milli-g] [milli-g] [dBA] electric bills. Please contact an Otis representative to discuss if the single-phase power option can be used on your project. Industry hydraulic system Gen2 machine-roomless Industry geared system

7 8

SMOOTHEST RIDE MINIMAL JOBSITE COORDINATION

A ride so smooth, you’ll notice. Or maybe you won’t. Efficient. Seamless. Minimal impact on the jobsite.

By taking an in-depth look at all sources of With all major components located inside the hoistway, the Gen2 system allows for noise and vibration, Otis engineers designed more flexibility and reduced cost. the Gen2 system with passenger and tenant comfort in mind.

The Gen2 system’s ride quality is so smooth SPACE SAVINGS and quiet that passengers often don’t notice it at all. Because the Gen2's compact controller fits in the wall, there's no need to create unsightly

control closets. OTHER SYSTEM — GEN2 SYSTEM — Requires control closets. Creates cleaner building designs

SMOOTH OPERATION RAPID INSTALLATION

The Gen2 system’s method of hoisting— The Gen2 system is deliberately engineered to reduce coated-steel belts—eliminates the cost and installation time using standard procedures. metal-on-metal contact of steel ropes The result is an installation time that is up to 50% and sheaves used by traditional systems. The result is a ride experience with faster than conventional systems. noticeably less vibration and noise.

SAVE CONSTRUCTION TIME AND COST INDUSTRY COMPARISON 75 65 50 The Gen2 system doesn’t require a control room to be 45 55 Careful component design and selection built, saving time and material cost on the jobsite. And its hall buttons are mounted in the jamb, requiring less enabled Otis to engineer a remarkably 28 coordination time with other trades on the jobsite. smooth and quiet elevator. This means 25 20 a more comfortable passenger experience Single-Phase Power Available as well as quiet operation that is critical 12 When your building is utilizing three-phase power for the to those tenants located near the elevator only, the Gen2 system operating on single-phase elevator system. Vertical Vibration Horizontal Vibration Car Noise power will help reduce initial construction costs and monthly [milli-g] [milli-g] [dBA] electric bills. Please contact an Otis representative to discuss if the single-phase power option can be used on your project. Industry hydraulic system Gen2 machine-roomless Industry geared system

7 8

PROVEN RELIABILITY

Industry-leading service that only Otis can provide.

Otis is committed to ensuring optimal equipment performance throughout each product’s lifecycle. Innovative technologies let Otis engineers precisely identify or anticipate possible issues. And when our mechanics arrive at customer sites, they are prepared to make repairs quickly and efficiently.

PULSE®

The Pulse system provides safety and peace of mind with 24/7 monitoring of the Gen2’s flat coated-steel belts. It provides advance notice of belt wear by detecting the slightest weakness.

OMMS®

The Otis Maintenance Management System (OMMS) is a predictive and preventative system, ensuring fewer service calls and less downtime than any other plan in the industry. We’ll focus on your elevator so you At Otis, reliability is the hallmark of can focus on your building. exceptional design.

Gen2 is the culmination of Otis’ commitment to perfecting elevator OTIS ELITESM technology. With flexible coated-steel belts and lubrication-free,

Otis Elite service takes elevator service to a new level. energy efficient components, Gen2 sets the benchmark for elevator Elite experts dedicated to your elevator provide industry-leading response time with sophisticated design and performance. From our industry-leading safety record to remote monitoring and diagnostics as well as our proven reliability, Gen2 is the traction elevator you can count on. critical information with real-time status updates.

9 10

PROVEN RELIABILITY

Industry-leading service that only Otis can provide.

Otis is committed to ensuring optimal equipment performance throughout each product’s lifecycle. Innovative technologies let Otis engineers precisely identify or anticipate possible issues. And when our mechanics arrive at customer sites, they are prepared to make repairs quickly and efficiently.

PULSE®

The Pulse system provides safety and peace of mind with 24/7 monitoring of the Gen2’s flat coated-steel belts. It provides advance notice of belt wear by detecting the slightest weakness.

OMMS®

The Otis Maintenance Management System (OMMS) is a predictive and preventative system, ensuring fewer service calls and less downtime than any other plan in the industry. We’ll focus on your elevator so you At Otis, reliability is the hallmark of can focus on your building. exceptional design.

Gen2 is the culmination of Otis’ commitment to perfecting elevator OTIS ELITESM technology. With flexible coated-steel belts and lubrication-free,

Otis Elite service takes elevator service to a new level. energy efficient components, Gen2 sets the benchmark for elevator Elite experts dedicated to your elevator provide industry-leading response time with sophisticated design and performance. From our industry-leading safety record to remote monitoring and diagnostics as well as our proven reliability, Gen2 is the traction elevator you can count on. critical information with real-time status updates.

9 10

12 11

9. Hoistway widths for rises above 80’ should be increased by 2” to allow for variance. for allow to 2” by increased be should 80’ above rises for widths Hoistway 9.

8. A pit ladder pocket may be required. Please contact your local Otis sales representative for details. for representative sales Otis local your contact Please required. be may pocket ladder pit A 8.

7. Please consult your local Otis representative regarding multi-car groups or smaller dimensions. smaller or groups multi-car regarding representative Otis local your consult Please 7.

details. for representative sales Otis local your contact pit, (1524mm) 0" - 5' a require locations Some 6.

7. In areas with pre 2008 ASME A17.1 Safety Code for Elevators, please contact your Otis representative for overhead dimensions. overhead for representative Otis your contact please Elevators, for Code Safety A17.1 ASME 2008 pre with areas In 7. dimensions. overhead for representative Otis your contact please Elevators, for Code Safety A17.1 ASME 2008 pre or applications car multiple areas, seismic In 5.

6. Please consult your local Otis representative regarding multi-car groups or smaller dimensions. smaller or groups multi-car regarding representative Otis local your consult Please 6. hoistway. of top and beam safety of top between (102mm) 4" of minimum a Allow 4.

5. Some locations require a 5' - 0" (1524mm) pit, contact your local Otis sales representative for details. for representative sales Otis local your contact pit, (1524mm) 0" - 5' a require locations Some 5. recess. floor and type ceiling by varies height cab Clear 3.

4. Allow a minimum of 4" (102mm) between top of safety beam and top of hoistway. of top and beam safety of top between (102mm) 4" of minimum a Allow 4. 2. 4000P elevator @ 350fpm requires a control closet. closet. control a requires 350fpm @ elevator 4000P 2.

3. Clear cab height varies by ceiling type and floor recess. floor and type ceiling by varies height cab Clear 3. 1. Interior dimensions may vary depending on interior finishes. interior on depending vary may dimensions Interior 1.

2. Clear inside dimensions based upon steel shell cab. cab. shell steel upon based dimensions inside Clear 2.

1. Interior dimensions may vary depending on interior finishes. interior on depending vary may dimensions Interior 1.

I

x 7’-6” 7’-6” x room–duplex Control

I x 2286mm (Optional)] 2286mm x [ (Optional)

I x 5’-9” 5’-9” x room Control

I x 1753mm (Optional)] 1753mm x [ (Optional)

I

x 7’-6” 7’-6” x room–duplex Control

I x 2286mm (Optional)] 2286mm x [

I x 1168mm (1.78 m/s)] (1.78 1168mm x [

I I

3’-10” x x 3’-10” 3’-10” x Control closet Control L

I x 1168mm (Optional)] 1168mm x [ (Optional) ft/min) (350

I

x 5’-9” 5’-9” x room Control

I x 1753mm (Optional)] 1753mm x [

Control Closet/Room Control I (optional) 3’-10” x closet Control

L

I x 1168mm (Optional)] 1168mm x [ (Optional)

7 7

Control Closet/Room Control (optional)

6 6

4'-0"/5'-0" 4'-0"/5'-0" 4'-6"/5'-6" 4'-6"/5'-6" (1219mm/1524mm) (1372mm/1676mm)

Min pit depth pit Min 350 FPM FPM 350 FPM 150-200

K

(0.76 m/s, 1.02 m/s) 1.02 m/s, (0.76 (1.78 m/s) (1.78

5’-0” 4’-0”/

(1219mm/1524mm)

6

15'-4" 15'-4" 13'-4" FPM 350

(4064mm) (4064mm) m/s) (1.78 (4674mm)

Min pit depth pit Min 5000AIA 5000AIA 5000 4500 4000 K

(2268kg) (2041kg) (1814kg) (2268kg)

4

14'-8" 14'-8" 12'-8" FPM 200

(3861mm) (3861mm) m/s) (1.02 (4471mm)

14'-11" 14'-11" 12'-11" FPM 200

(4547mm) (3937mm) m/s) (1.02

14'-7" 14'-7" 12'-7" 150 FPM FPM 150

(3836mm) m/s) (0.76 (4445mm) (4445mm)

14'-10" 14'-10" 12'-10" 150 FPM 150

(4522mm) (3912mm) m/s) (0.76

height Cab 9'-9" height Cab 7'-9" Clear overhead to hoist beam hoist to overhead Clear

J

4,5

height Cab 9'-9" height Cab 7'-9" beam hoist to overhead Clear J

4,7

” ” ⁄ 6’-3 ” ⁄ 7’-5 ” ⁄ 6’-11 for front and rear openings rear and front for

(2267mm) (2130mm) (1911mm)

4 4 8

1 7 1

11’-5” 11’-5” ” ⁄ 10’-9 ” ⁄ 10’-4 ” ⁄ 9’-10 for front and rear openings rear and front for

(3479mm) (3295mm) (3162mm) (3009mm)

4 2 2

3 1 1

I 5’-9” 5’-9” Depth 6’-11” 6’-4”

(1753mm) (2108mm) (1930mm)

I 10’-8” 10’-1” 9’-7” 9’-1” Depth

(3251mm) (3073mm) (2921mm) (2769mm)

26’-2” 26’-2” 23’-11” zones seismic in 29’-2”

(7290mm) (8890mm) (7976mm)

23’-2” 23’-2” zones seismic in 23’-8” 24’-8”

(7214mm) (7518mm) (7061mm)

25’-8” 25’-8” 23'-5" width Triple 28’-8” H (7137mm) (8738mm) (7823mm)

22'-8" 22'-8" width Triple 23’-2” 24’-2” H (7061mm) (7366mm) (6909mm)

17’-4” 17’-4” 15’-10” zones seismic in 19’-4”

(4826mm) (5893mm) (5283mm)

15’-8” 16’-4” 15’-4” 15’-4” zones seismic in

(4775mm) (4978mm) (4674mm)

17’-0” 17’-0” 19’-0” 15’-6” 15’-6” width Double G (4724mm) (5791mm) (5182mm)

15’-4” 16’-0” 15’-0” 15’-0” width Double G (4674mm) (4877mm) (4572mm)

8’-6” 8’-6” 9’-6” 7’-9” 7’-9” zones seismic in

(2362mm) (2896mm) (2591mm)

7’-8” 8’-0” 7’-6” 7’-6” zones seismic in

(2337mm) (2438mm) (2286mm)

8’-4” 8’-4” 7’-7” width Single 9’-4” F (2311mm) (2845mm) (2540mm)

7’-6” 7’-10” 7’-4” 7’-4” width Single F (2286mm) (2388mm) (2235mm)

25 21 18 15 13 Capacity Passenger

31 31 28 25 Capacity Passenger

2500 2500 2100 lbs. Rated 4000 4000 3500 3000

(953kg) (1814kg) (1588kg) (1361kg) (1134kg)

1

5000AIA 5000 4500 4000 4000 lbs. Rated

(2268kg) (2268kg) (2041kg) (1814kg)

the project. the

Hoistway

Hoistway

the beginning of of beginning the

Entrance height Entrance 7'-0" 7'-0" E

Optional 8'-0" (2134mm Optional 2438mm) Optional (2134mm 8'-0" Optional

representative at at representative 7'-0" 7'-0" height Entrance E

Optional 8'-0" (2134mm Optional 2438mm) Optional (2134mm 8'-0" Optional

2S type Door

CO CO/SS SS type Door

4’-0” 4’-0” 4’-6” 4’-0” 4’-0” width door Car D (1219mm) (1372mm) (1219mm)

you call your Otis Otis your call you

3’-6” 3’-6” 4’-0” 4’-0” 3’-0” 3’-0” width door Car D

(914mm) (1219mm) (1067mm)

7’-9” Cab height Cab C

Optional 9’-9” (2362mm Optional 2972mm) Optional (2362mm 9’-9” Optional

3

7’-9” Cab height Cab C

Optional 9’-9” (2362mm Optional 2972mm) Optional (2362mm 9’-9” Optional

9’-0” ” ⁄ 8’-4 ” ⁄ 7’-11 ” ⁄ 7’-5 for front and rear openings rear and front for

recommend that that recommend 3 (2743mm) (2559mm) (2426mm) (2273mm)

4 2 2

3 1 1

” ” ⁄ 4’-4 ” ⁄ 5’-6 ” ⁄ 5’-0 for front and rear openings rear and front for

(1680mm) (1543mm) (1324mm)

8 8 4

9’-0” ” ⁄ 8’-4 ” ⁄ 7’-10 ” ⁄ 7’-4 Interior depth Interior

B 1 1 3

(2743mm) (2743mm) (2544mm) (2411mm) (2258mm)

16 16 8

3 15 7 2

planning, we we planning,

” ” ⁄ 4’-3 ” ⁄ 5’-5 ” ⁄ 5’-0 Interior depth Interior

B

(1665mm) (1528mm) (1309mm)

16 16 16

5’-8” ” ⁄ 5’-11 ” ⁄ 5’-5 5’-5 width Interior

A 9 9 3

(1727mm) (1727mm) (1811mm) (1665mm)

16 16

5 9 2

6’-5 6’-5 ” ⁄ 5’-8 width Interior ” ⁄ 7’-5 ” ⁄

A

(1735mm) (2275mm) (1970mm)

16 16 16

5 9 9

31 31 28 25 Capacity Passenger To assist in your your in assist To

25 21 18 15 13 Capacity Passenger

4000 4000 lbs. Rated 5000AIA 5000 4500 (2268kg) (2268kg) (2041kg) (1814kg)

IMPORTANT: IMPORTANT:

2500 2500 4000 4000 3500 3000 2100 2100 lbs. Rated (953kg) (1814kg) (1588kg) (1361kg) (1134kg)

2 Car

1

Car

1

your Otis representative at the beginning of the project. the of beginning the at representative Otis your Service

Passenger

To assist in your planning, we recommend that you call call you that recommend we planning, your in assist To

IMPORTANT: IMPORTANT:

K K I I

1.78m/s 1.02m/s 0.76m/s

L L (ft/min) Speed 350 200 150

1.02m/s 0.76m/s

(ft/min) Speed 200 150

SECTION

stops Maximum 16 13 10

A A

stops Maximum 16 10

D D

45m 30m 24m

PLAN

maximum height Travel 150’ 100’ 80’

45m 24m

I B I B

J E C maximum height Travel 150’ 80’

C J E

F F

G G

UNDERSLUNG SYSTEMS UNDERSLUNG H H

12 11

9. Hoistway widths for rises above 80’ should be increased by 2” to allow for variance. for allow to 2” by increased be should 80’ above rises for widths Hoistway 9.

8. A pit ladder pocket may be required. Please contact your local Otis sales representative for details. for representative sales Otis local your contact Please required. be may pocket ladder pit A 8.

7. Please consult your local Otis representative regarding multi-car groups or smaller dimensions. smaller or groups multi-car regarding representative Otis local your consult Please 7.

details. for representative sales Otis local your contact pit, (1524mm) 0" - 5' a require locations Some 6.

7. In areas with pre 2008 ASME A17.1 Safety Code for Elevators, please contact your Otis representative for overhead dimensions. overhead for representative Otis your contact please Elevators, for Code Safety A17.1 ASME 2008 pre with areas In 7. dimensions. overhead for representative Otis your contact please Elevators, for Code Safety A17.1 ASME 2008 pre or applications car multiple areas, seismic In 5.

6. Please consult your local Otis representative regarding multi-car groups or smaller dimensions. smaller or groups multi-car regarding representative Otis local your consult Please 6. hoistway. of top and beam safety of top between (102mm) 4" of minimum a Allow 4.

5. Some locations require a 5' - 0" (1524mm) pit, contact your local Otis sales representative for details. for representative sales Otis local your contact pit, (1524mm) 0" - 5' a require locations Some 5. recess. floor and type ceiling by varies height cab Clear 3.

4. Allow a minimum of 4" (102mm) between top of safety beam and top of hoistway. of top and beam safety of top between (102mm) 4" of minimum a Allow 4. 2. 4000P elevator @ 350fpm requires a control closet. closet. control a requires 350fpm @ elevator 4000P 2.

3. Clear cab height varies by ceiling type and floor recess. floor and type ceiling by varies height cab Clear 3. 1. Interior dimensions may vary depending on interior finishes. interior on depending vary may dimensions Interior 1.

2. Clear inside dimensions based upon steel shell cab. cab. shell steel upon based dimensions inside Clear 2.

1. Interior dimensions may vary depending on interior finishes. interior on depending vary may dimensions Interior 1.

I

x 7’-6” 7’-6” x room–duplex Control

I x 2286mm (Optional)] 2286mm x [ (Optional)

I x 5’-9” 5’-9” x room Control

I x 1753mm (Optional)] 1753mm x [ (Optional)

I

x 7’-6” 7’-6” x room–duplex Control

I x 2286mm (Optional)] 2286mm x [

I x 1168mm (1.78 m/s)] (1.78 1168mm x [

I I

3’-10” x x 3’-10” 3’-10” x Control closet Control L

I x 1168mm (Optional)] 1168mm x [ (Optional) ft/min) (350

I

x 5’-9” 5’-9” x room Control

I x 1753mm (Optional)] 1753mm x [

Control Closet/Room Control I (optional) 3’-10” x closet Control

L

I x 1168mm (Optional)] 1168mm x [ (Optional)

7 7

Control Closet/Room Control (optional)

6 6

4'-0"/5'-0" 4'-0"/5'-0" 4'-6"/5'-6" 4'-6"/5'-6" (1219mm/1524mm) (1372mm/1676mm)

Min pit depth pit Min 350 FPM FPM 350 FPM 150-200

K

(0.76 m/s, 1.02 m/s) 1.02 m/s, (0.76 (1.78 m/s) (1.78

5’-0” 4’-0”/

(1219mm/1524mm)

6

15'-4" 15'-4" 13'-4" FPM 350

(4064mm) (4064mm) m/s) (1.78 (4674mm)

Min pit depth pit Min 5000AIA 5000AIA 5000 4500 4000 K

(2268kg) (2041kg) (1814kg) (2268kg)

4

14'-8" 14'-8" 12'-8" FPM 200

(3861mm) (3861mm) m/s) (1.02 (4471mm)

14'-11" 14'-11" 12'-11" FPM 200

(4547mm) (3937mm) m/s) (1.02

14'-7" 14'-7" 12'-7" 150 FPM FPM 150

(3836mm) m/s) (0.76 (4445mm) (4445mm)

14'-10" 14'-10" 12'-10" 150 FPM 150

(4522mm) (3912mm) m/s) (0.76

height Cab 9'-9" height Cab 7'-9" Clear overhead to hoist beam hoist to overhead Clear

J

4,5

height Cab 9'-9" height Cab 7'-9" beam hoist to overhead Clear J

4,7

” ” ⁄ 6’-3 ” ⁄ 7’-5 ” ⁄ 6’-11 for front and rear openings rear and front for

(2267mm) (2130mm) (1911mm)

4 4 8

1 7 1

11’-5” 11’-5” ” ⁄ 10’-9 ” ⁄ 10’-4 ” ⁄ 9’-10 for front and rear openings rear and front for

(3479mm) (3295mm) (3162mm) (3009mm)

4 2 2

3 1 1

I 5’-9” 5’-9” Depth 6’-11” 6’-4”

(1753mm) (2108mm) (1930mm)

I 10’-8” 10’-1” 9’-7” 9’-1” Depth

(3251mm) (3073mm) (2921mm) (2769mm)

26’-2” 26’-2” 23’-11” zones seismic in 29’-2”

(7290mm) (8890mm) (7976mm)

23’-2” 23’-2” zones seismic in 23’-8” 24’-8”

(7214mm) (7518mm) (7061mm)

25’-8” 25’-8” 23'-5" width Triple 28’-8” H (7137mm) (8738mm) (7823mm)

22'-8" 22'-8" width Triple 23’-2” 24’-2” H (7061mm) (7366mm) (6909mm)

17’-4” 17’-4” 15’-10” zones seismic in 19’-4”

(4826mm) (5893mm) (5283mm)

15’-8” 16’-4” 15’-4” 15’-4” zones seismic in

(4775mm) (4978mm) (4674mm)

17’-0” 17’-0” 19’-0” 15’-6” 15’-6” width Double G (4724mm) (5791mm) (5182mm)

15’-4” 16’-0” 15’-0” 15’-0” width Double G (4674mm) (4877mm) (4572mm)

8’-6” 8’-6” 9’-6” 7’-9” 7’-9” zones seismic in

(2362mm) (2896mm) (2591mm)

7’-8” 8’-0” 7’-6” 7’-6” zones seismic in

(2337mm) (2438mm) (2286mm)

8’-4” 8’-4” 7’-7” width Single 9’-4” F (2311mm) (2845mm) (2540mm)

7’-6” 7’-10” 7’-4” 7’-4” width Single F (2286mm) (2388mm) (2235mm)

25 21 18 15 13 Capacity Passenger

31 31 28 25 Capacity Passenger

2500 2500 2100 lbs. Rated 4000 4000 3500 3000

(953kg) (1814kg) (1588kg) (1361kg) (1134kg)

1

5000AIA 5000 4500 4000 4000 lbs. Rated

(2268kg) (2268kg) (2041kg) (1814kg)

the project. the

Hoistway

Hoistway

the beginning of of beginning the

Entrance height Entrance 7'-0" 7'-0" E

Optional 8'-0" (2134mm Optional 2438mm) Optional (2134mm 8'-0" Optional

representative at at representative 7'-0" 7'-0" height Entrance E

Optional 8'-0" (2134mm Optional 2438mm) Optional (2134mm 8'-0" Optional

2S type Door

CO CO/SS SS type Door

4’-0” 4’-0” 4’-6” 4’-0” 4’-0” width door Car D (1219mm) (1372mm) (1219mm)

you call your Otis Otis your call you

3’-6” 3’-6” 4’-0” 4’-0” 3’-0” 3’-0” width door Car D

(914mm) (1219mm) (1067mm)

7’-9” Cab height Cab C

Optional 9’-9” (2362mm Optional 2972mm) Optional (2362mm 9’-9” Optional

3

7’-9” Cab height Cab C

Optional 9’-9” (2362mm Optional 2972mm) Optional (2362mm 9’-9” Optional

9’-0” ” ⁄ 8’-4 ” ⁄ 7’-11 ” ⁄ 7’-5 for front and rear openings rear and front for

recommend that that recommend 3 (2743mm) (2559mm) (2426mm) (2273mm)

4 2 2

3 1 1

” ” ⁄ 4’-4 ” ⁄ 5’-6 ” ⁄ 5’-0 for front and rear openings rear and front for

(1680mm) (1543mm) (1324mm)

8 8 4

9’-0” ” ⁄ 8’-4 ” ⁄ 7’-10 ” ⁄ 7’-4 Interior depth Interior

B 1 1 3

(2743mm) (2743mm) (2544mm) (2411mm) (2258mm)

16 16 8

3 15 7 2

planning, we we planning,

” ” ⁄ 4’-3 ” ⁄ 5’-5 ” ⁄ 5’-0 Interior depth Interior

B

(1665mm) (1528mm) (1309mm)

16 16 16

5’-8” ” ⁄ 5’-11 ” ⁄ 5’-5 5’-5 width Interior

A 9 9 3

(1727mm) (1727mm) (1811mm) (1665mm)

16 16

5 9 2

6’-5 6’-5 ” ⁄ 5’-8 width Interior ” ⁄ 7’-5 ” ⁄

A

(1735mm) (2275mm) (1970mm)

16 16 16

5 9 9

31 31 28 25 Capacity Passenger To assist in your your in assist To

25 21 18 15 13 Capacity Passenger

4000 4000 lbs. Rated 5000AIA 5000 4500 (2268kg) (2268kg) (2041kg) (1814kg)

IMPORTANT: IMPORTANT:

2500 2500 4000 4000 3500 3000 2100 2100 lbs. Rated (953kg) (1814kg) (1588kg) (1361kg) (1134kg)

2 Car

1

Car

1

your Otis representative at the beginning of the project. the of beginning the at representative Otis your Service

Passenger

To assist in your planning, we recommend that you call call you that recommend we planning, your in assist To

IMPORTANT: IMPORTANT:

K K I I

1.78m/s 1.02m/s 0.76m/s

L L (ft/min) Speed 350 200 150

1.02m/s 0.76m/s

(ft/min) Speed 200 150

SECTION

stops Maximum 16 13 10

A A

stops Maximum 16 10

D D

45m 30m 24m

PLAN

maximum height Travel 150’ 100’ 80’

45m 24m

I B I B

J E C maximum height Travel 150’ 80’

C J E

F F

G G

UNDERSLUNG SYSTEMS UNDERSLUNG H H

14 13

5. Please consult your local Otis representative regarding multi-car groups or smaller dimensions. smaller or groups multi-car regarding representative Otis local your consult Please 5.

4. Please consult your local Otis representative regarding multi-car groups or smaller dimensions. smaller or groups multi-car regarding representative Otis local your consult Please 4. 4. For elevators with occupied space below, this dimension may change. Consult your local Otis representative for dimensions. dimensions. for representative Otis local your Consult change. may dimension this below, space occupied with elevators For 4.

3. Available with all speeds except 450fpm (2.29m/s) or 500fpm (2.54m/s) 500fpm or (2.29m/s) 450fpm except speeds all with Available 3. Add 12" (305mm) of width for each hoistway with Front and Rear Openings Rear and Front with hoistway each for width of (305mm) 12" Add 3.

2. Available with all speeds except 500fpm (2.54m/s) 500fpm except speeds all with Available 2. 2. For elevators with occupied space below, this dimension may change. Consult your local Otis representative for dimensions. for representative Otis local your Consult change. may dimension this below, space occupied with elevators For 2.

1. Interior dimensions may vary depending on interior finishes interior on depending vary may dimensions Interior 1.

1. Interior dimensions may vary depending on interior finishes. interior on depending vary may dimensions Interior 1.

I I 9’-11” x x 7’-6” 7’-6” x room–duplex Control

I I 2286mm) x ( x 3023mm) x (

I

x 9’-11” x room–duplex Control

I 1.78m/s) for 3023mm x ( ft/min) (350

I

x 5’-9” 5’-9” x room Control

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I

x 5’-9” 5’-9” x room Control

I x 1753mm) x (

I x 3’-10” 3’-10” x closet Control

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I x 1168mm) x (

@

I

3’-10” x closet Control L

I

x 1168mm) x ( otis.com generalinquiry

Control Closet/Room Control

4 4

Closet/Room Control

representative or email email or representative 5 5

Otis local your

\

\

6'-9" 6'-2" 5'-8" " ⁄ 5'-5

(1880mm) (1880mm) (1728mm) (1657mm) (2058mm)

contact projects,

4

6'-9" 6'-2" 5'-8" 5'-6" (2057mm) (1880mm) (1727mm) (1676mm) 1

500 ft/min 500 ft/min 450 ft/min 400 ft/min 350 depth pit Min

K

(2.29m/s) (2.03m/s) m/s) (1.78 (2.54m/s) 350 ft/min 350 depth pit Min 500 ft/min 500 ft/min 450 ft/min 400 K For more complicated complicated more For (2.54m/s) (2.29m/s) (2.03m/s) m/s) (1.78

18'-10" 18'-10" 17'-3" 500 ft/min 500

(5741mm) (5258mm) (2.54m/s) 17'-3" 17'-3" 18'-10" 18'-10" 500 ft/min 500 (2.54m/s) (5741mm) (5258mm) 4,5

18'-5" 18'-5" 16'-10" ft/min 450

C3 loading? C3 (5614mm) (5131mm) (2.29m/s)

16'-10" 16'-10" ft/min 450 18'-5"

(2.29m/s) (5614mm) (5131mm) 5

18'-0" 16'-5" ft/min 400

(5487mm) (5487mm) (5004mm) (2.03m/s) ft/min 400 18'-0" 18'-0" 16'-5"

(2.03m/s) (5487mm) (5487mm) (5004mm)

platform or or platform

17'-9" 17'-9" 16'-2"

350 ft/min ft/min 350 (5410mm) (5410mm) (4928mm) m/s) (1.78

17'-9" 16'-2" 350 ft/min 350 m/s) (1.78 (5410mm) (4928mm)

Total overhead overhead Total 9'-7" Cab height Cab 9'-7" height Cab 8'-0"

J

height Cab 9'-7" height Cab 8'-0" Total overhead overhead Total J

rise, flexible flexible rise,

3 2, 4

a higher higher a

” ⁄ 11’-5 ” ⁄ 10’-11 ” ⁄ 10’-4 ” ⁄ 9’-10 for front and rear openings rear and front for

(3495mm) (3343mm) (3165mm) (3013mm)

8 8 8 8

6’-8 6’-8 ” ⁄ 6’-2 ” ⁄ 7’-4 ” ⁄ for front and rear openings rear and front for

5 5 5 5 (1902mm) (2254mm) (2051mm)

8 4 4

3 3 7

Do you need need you Do

I

10’-7” 10’-1” 9’-6” 9’-0” Depth

(3227mm) (3074mm) (2896mm) (2744mm)

I 7’-0” 7’-0” 6’-6” Depth ” ⁄ 7’-8

(1981mm) (2350mm) (2134mm)

2

1 2

25’-8” 26’-5” 25'-8” in seismic zones seismic in

(7823mm) (8052mm) (7823mm)

29’-2” 29’-2” 26'-2” in seismic zones seismic in

(8890mm) (7976mm)

25’-2” 25’-11” 25’-2” Triple width Triple H

(7671mm) (7899mm) (7671mm)

28’-8” 25’-8” Triple width Triple

H

(8738mm) (7823mm)

17’-0” 17’-6” 17’-0” 17’-0” zones seismic in

(5182mm) (5334mm) (5182mm) 19’-4” 17’-4” 17’-4” zones seismic in

(5893mm) (5283mm)

16’-8” 17’-2” 16’-8” 16’-8” width Double G

(5080mm) (5232mm) (5080mm) 19’-0” 17’-0” 17’-0” width Double G (5791mm) (5182mm)

8’-4” 8’-7” 8’-4” 8’-4” zones seismic in

(2540mm) (2616mm) (2540mm) 9’-6” 8’-6” 8’-6” zones seismic in

(2896mm) (2591mm)

8’-2” 8’-5” 8’-2” Single width Single F

(2489mm) (2565mm) (2489mm)

Single width width Single 8’-4” 8’-4” 9’-4”

F (2845mm) (2540mm)

4 2, 3 2,

31 31 28 25 Capacity Passenger

25 21 18 15 Capacity Passenger

the project. the

5000AIA 5000 4500 4000 4000 lbs. Rated

(2268kg) (2268kg) (2041kg) (1814kg)

3000 3000 4000 3500 2500 2500 lbs. Rated

(1134kg) (1814kg) (1588kg) (1361kg) 3 3 2

the project. the

Hoistway

Hoistway

the beginning of of beginning the

the beginning of of beginning the

representative at at representative 7'-0" 7'-0" Entrance height Entrance E

Optional 8'-0" (2134mm Optional 2438mm) Optional (2134mm 8'-0" Optional

7'-0" 7'-0" Entrance height Entrance E

Optional 8'-0" (2134mm Optional 2438mm) Optional (2134mm 8'-0" Optional

2S type Door

representative at at representative

you call your Otis Otis your call you

CO CO/SS type Door

4’-0” 4’-0” 4’-6” 4’-0” 4’-0” width door Car D (1219mm) (1371mm) (1219mm)

4’-0” 4’-0” 3’-6” 3’-6” width door Car D

you call your Otis Otis your call you (1219mm) (1067mm)

8’-0” Cab height Cab C

Optional 9’-7” (2438mm Optional 2921mm) Optional (2438mm 9’-7” Optional

recommend that that recommend

8’-0” Cab height Cab C

Optional 9’-7” (2438mm Optional 2921mm) Optional (2438mm 9’-7” Optional

” ⁄ 9’-0 ” ⁄ 8’-6 ” ⁄ 7’-11 ” ⁄ 7’-5 for front and rear openings rear and front for

(2758mm) (2606mm) (2428mm) (2276mm)

16 8 8 8

9 5 5 5

recommend that that recommend

4’-9 4’-9 ” ⁄ 4’-3 ” ⁄ 5’-5 ” ⁄ for Front and rear openings rear and Front for

(1314mm) (1666mm) (1463mm)

4 8 8

planning, we we planning,

9’-0” 8’-6” 7’-11” 7’-5” Interior depth Interior B 3 5 5 (2743mm) (2591mm) (2413mm) (2261mm)

4’-9” 4’-9” ” ⁄ 4’-3 5’-5” Interior depth Interior

B

(1299mm) (1651mm) (1448mm)

8

” ⁄ 5’-8 ” ⁄ 5’-11 ” ⁄ 5’-8 5’-8 width Interior A

1 (1735mm) (1811mm) (1735mm)

16 16 16 planning, we we planning,

5 5 5

To assist in your your in assist To

” ⁄ 7’-8 ” ⁄ 6’-8 6’-8 width Interior A (2345mm) (2040mm)

16 16

5 5

31 31 28 25 Capacity Passenger

To assist in your your in assist To

25 21 18 15 Capacity Passenger

IMPORTANT: IMPORTANT:

4000 4000 lbs. Rated 5000AIA 5000 4500 (2268kg) (2268kg) (2041kg) (1814kg)

3 3 2

3000 3000 2500 lbs. Rated 4000 3500

(1134kg) (1814kg) (1588kg) (1361kg)

IMPORTANT: IMPORTANT:

Car

1

Car

1

Passenger

Service

K I K I

(ft/min) 2.54m/s 2.29m/s 2.03m/s 1.78m/s

500 450, 400, 350, Speed

L L

(ft/min) 2.54m/s 2.29m/s 2.03m/s 1.78m/s

stops Max 28

Speed 500 450, 400, 350, SECTION SECTION

A A

maximum 91m

stops Max 28

D D

height Travel 300’

PLAN PLAN

J E C I B J E C I B

maximum 91m

height Travel 300’

F F

G G

OVERSLUNG SYSTEMS OVERSLUNG

H H

14 13

5. Please consult your local Otis representative regarding multi-car groups or smaller dimensions. smaller or groups multi-car regarding representative Otis local your consult Please 5.

4. Please consult your local Otis representative regarding multi-car groups or smaller dimensions. smaller or groups multi-car regarding representative Otis local your consult Please 4. 4. For elevators with occupied space below, this dimension may change. Consult your local Otis representative for dimensions. dimensions. for representative Otis local your Consult change. may dimension this below, space occupied with elevators For 4.

3. Available with all speeds except 450fpm (2.29m/s) or 500fpm (2.54m/s) 500fpm or (2.29m/s) 450fpm except speeds all with Available 3. Add 12" (305mm) of width for each hoistway with Front and Rear Openings Rear and Front with hoistway each for width of (305mm) 12" Add 3.

2. Available with all speeds except 500fpm (2.54m/s) 500fpm except speeds all with Available 2. 2. For elevators with occupied space below, this dimension may change. Consult your local Otis representative for dimensions. for representative Otis local your Consult change. may dimension this below, space occupied with elevators For 2.

1. Interior dimensions may vary depending on interior finishes interior on depending vary may dimensions Interior 1.

1. Interior dimensions may vary depending on interior finishes. interior on depending vary may dimensions Interior 1.

I I 9’-11” x x 7’-6” 7’-6” x room–duplex Control

I I 2286mm) x ( x 3023mm) x (

I

x 9’-11” x room–duplex Control

I 1.78m/s) for 3023mm x ( ft/min) (350

I

x 5’-9” 5’-9” x room Control

I x 1753mm) x (

I

x 5’-9” 5’-9” x room Control

I x 1753mm) x (

I x 3’-10” 3’-10” x closet Control

L

I x 1168mm) x (

@

I

3’-10” x closet Control L

I

x 1168mm) x ( otis.com generalinquiry

Control Closet/Room Control

4 4

Closet/Room Control

representative or email email or representative 5 5

Otis local your

\

\

6'-9" 6'-2" 5'-8" " ⁄ 5'-5

(1880mm) (1880mm) (1728mm) (1657mm) (2058mm)

contact projects,

4

6'-9" 6'-2" 5'-8" 5'-6" (2057mm) (1880mm) (1727mm) (1676mm) 1

500 ft/min 500 ft/min 450 ft/min 400 ft/min 350 depth pit Min

K

(2.29m/s) (2.03m/s) m/s) (1.78 (2.54m/s) 350 ft/min 350 depth pit Min 500 ft/min 500 ft/min 450 ft/min 400 K For more complicated complicated more For (2.54m/s) (2.29m/s) (2.03m/s) m/s) (1.78

18'-10" 18'-10" 17'-3" 500 ft/min 500

(5741mm) (5258mm) (2.54m/s) 17'-3" 17'-3" 18'-10" 18'-10" 500 ft/min 500 (2.54m/s) (5741mm) (5258mm) 4,5

18'-5" 18'-5" 16'-10" ft/min 450

C3 loading? C3 (5614mm) (5131mm) (2.29m/s)

16'-10" 16'-10" ft/min 450 18'-5"

(2.29m/s) (5614mm) (5131mm) 5

18'-0" 16'-5" ft/min 400

(5487mm) (5487mm) (5004mm) (2.03m/s) ft/min 400 18'-0" 18'-0" 16'-5"

(2.03m/s) (5487mm) (5487mm) (5004mm)

platform or or platform

17'-9" 17'-9" 16'-2"

350 ft/min ft/min 350 (5410mm) (5410mm) (4928mm) m/s) (1.78

17'-9" 16'-2" 350 ft/min 350 m/s) (1.78 (5410mm) (4928mm)

Total overhead overhead Total 9'-7" Cab height Cab 9'-7" height Cab 8'-0"

J

height Cab 9'-7" height Cab 8'-0" Total overhead overhead Total J

rise, flexible flexible rise,

3 2, 4

a higher higher a

” ⁄ 11’-5 ” ⁄ 10’-11 ” ⁄ 10’-4 ” ⁄ 9’-10 for front and rear openings rear and front for

(3495mm) (3343mm) (3165mm) (3013mm)

8 8 8 8

6’-8 6’-8 ” ⁄ 6’-2 ” ⁄ 7’-4 ” ⁄ for front and rear openings rear and front for

5 5 5 5 (1902mm) (2254mm) (2051mm)

8 4 4

3 3 7

Do you need need you Do

I

10’-7” 10’-1” 9’-6” 9’-0” Depth

(3227mm) (3074mm) (2896mm) (2744mm)

I 7’-0” 7’-0” 6’-6” Depth ” ⁄ 7’-8

(1981mm) (2350mm) (2134mm)

2

1 2

25’-8” 26’-5” 25'-8” in seismic zones seismic in

(7823mm) (8052mm) (7823mm)

29’-2” 29’-2” 26'-2” in seismic zones seismic in

(8890mm) (7976mm)

25’-2” 25’-11” 25’-2” Triple width Triple H

(7671mm) (7899mm) (7671mm)

28’-8” 25’-8” Triple width Triple

H

(8738mm) (7823mm)

17’-0” 17’-6” 17’-0” 17’-0” zones seismic in

(5182mm) (5334mm) (5182mm) 19’-4” 17’-4” 17’-4” zones seismic in

(5893mm) (5283mm)

16’-8” 17’-2” 16’-8” 16’-8” width Double G

(5080mm) (5232mm) (5080mm) 19’-0” 17’-0” 17’-0” width Double G (5791mm) (5182mm)

8’-4” 8’-7” 8’-4” 8’-4” zones seismic in

(2540mm) (2616mm) (2540mm) 9’-6” 8’-6” 8’-6” zones seismic in

(2896mm) (2591mm)

8’-2” 8’-5” 8’-2” Single width Single F

(2489mm) (2565mm) (2489mm)

Single width width Single 8’-4” 8’-4” 9’-4”

F (2845mm) (2540mm)

4 2, 3 2,

31 31 28 25 Capacity Passenger

25 21 18 15 Capacity Passenger

the project. the

5000AIA 5000 4500 4000 4000 lbs. Rated

(2268kg) (2268kg) (2041kg) (1814kg)

3000 3000 4000 3500 2500 2500 lbs. Rated

(1134kg) (1814kg) (1588kg) (1361kg) 3 3 2

the project. the

Hoistway

Hoistway

the beginning of of beginning the

the beginning of of beginning the

representative at at representative 7'-0" 7'-0" Entrance height Entrance E

Optional 8'-0" (2134mm Optional 2438mm) Optional (2134mm 8'-0" Optional

7'-0" 7'-0" Entrance height Entrance E

Optional 8'-0" (2134mm Optional 2438mm) Optional (2134mm 8'-0" Optional

2S type Door

representative at at representative

you call your Otis Otis your call you

CO CO/SS type Door

4’-0” 4’-0” 4’-6” 4’-0” 4’-0” width door Car D (1219mm) (1371mm) (1219mm)

4’-0” 4’-0” 3’-6” 3’-6” width door Car D

you call your Otis Otis your call you (1219mm) (1067mm)

8’-0” Cab height Cab C

Optional 9’-7” (2438mm Optional 2921mm) Optional (2438mm 9’-7” Optional

recommend that that recommend

8’-0” Cab height Cab C

Optional 9’-7” (2438mm Optional 2921mm) Optional (2438mm 9’-7” Optional

” ⁄ 9’-0 ” ⁄ 8’-6 ” ⁄ 7’-11 ” ⁄ 7’-5 for front and rear openings rear and front for

(2758mm) (2606mm) (2428mm) (2276mm)

16 8 8 8

9 5 5 5

recommend that that recommend

4’-9 4’-9 ” ⁄ 4’-3 ” ⁄ 5’-5 ” ⁄ for Front and rear openings rear and Front for

(1314mm) (1666mm) (1463mm)

4 8 8

planning, we we planning,

9’-0” 8’-6” 7’-11” 7’-5” Interior depth Interior B 3 5 5 (2743mm) (2591mm) (2413mm) (2261mm)

4’-9” 4’-9” ” ⁄ 4’-3 5’-5” Interior depth Interior

B

(1299mm) (1651mm) (1448mm)

8

” ⁄ 5’-8 ” ⁄ 5’-11 ” ⁄ 5’-8 5’-8 width Interior A

1 (1735mm) (1811mm) (1735mm)

16 16 16 planning, we we planning,

5 5 5

To assist in your your in assist To

” ⁄ 7’-8 ” ⁄ 6’-8 6’-8 width Interior A (2345mm) (2040mm)

16 16

5 5

31 31 28 25 Capacity Passenger

To assist in your your in assist To

25 21 18 15 Capacity Passenger

IMPORTANT: IMPORTANT:

4000 4000 lbs. Rated 5000AIA 5000 4500 (2268kg) (2268kg) (2041kg) (1814kg)

3 3 2

3000 3000 2500 lbs. Rated 4000 3500

(1134kg) (1814kg) (1588kg) (1361kg)

IMPORTANT: IMPORTANT:

Car

1

Car

1

Passenger

Service

K I K I

(ft/min) 2.54m/s 2.29m/s 2.03m/s 1.78m/s

500 450, 400, 350, Speed

L L

(ft/min) 2.54m/s 2.29m/s 2.03m/s 1.78m/s

stops Max 28

Speed 500 450, 400, 350, SECTION SECTION

A A

maximum 91m

stops Max 28

D D

height Travel 300’

PLAN PLAN

J E C I B J E C I B

maximum 91m

height Travel 300’

F F

G G

OVERSLUNG SYSTEMS OVERSLUNG

H H

RIDE QUALITY All you need is a hoistway ON THE COVER

1 2

3

1. Memorial Hermann Tower 2. The Westin Houston, Memorial City 7 – Otis Gearless Elevators 10 – Gen2 Elevators 8 – Otis Geared Elevators 3 – Otis Hydraulic Elevators 6 – Gen2 Elevators 2 – NCE Escalators 3. Memorial City – Medical Plaza IV 3 – Otis Hydraulic Elevators 7 – Gen2 Elevators

Buildings developed by MetroNational in Houston, TX. Buildings constructed by Anslow Bryant Construction.

www.otis.com

publication GEN2-NSAA-001(1014) AKS

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