SECTION 14245

HYDRAULIC ELEVATORS - PASSENGER

PART 1 GENERAL

SECTION INCLUDES

Hydraulic elevator [system] [systems]; hydraulic [cylinder in buried casing.] [holeless type with cylinder in hoistway.]

Passenger cab with doors and frames; hoistway entrance doors and frames.

[Excavating and backfilling for plunger casing.]

Motor and pump, controllers, hoistway, equipment, and accessories.

PRODUCTS FURNISHED BUT NOT INSTALLED UNDER THIS SECTION

Section [______-____________]: Placement of elevator machine and pump anchors in concrete.

Section [______-____________]: Placement of [special guide rail brackets and inserts for [installation] [casting in concrete].

PRODUCTS INSTALLED BUT NOT FURNISHED UNDER THIS SECTION

Section [_____-_____________]: Supply of [key cylinders] [card readers] for placement by this section.

Section [_____-_____________]: Supply of [________] flooring for cab for placement by this section.

Section [_____-_____________]: Supply of special decorative cab wall finish for placement by this section.

RELATED SECTIONS

Section 01500 - Construction Facilities and Temporary Controls: Temporary power supply.

[Section [______-____________]: Excavation for cylinder well casing [and hydraulic lines between plunger and remote machine room].]

[Section [______-____________]: Backfilling at cylinder well casing [and hydraulic lines between plunger and remote machine room].]

Section [03300 - Cast-in-Place Concrete] [______-____________]: Concrete for elevator motor and pump foundation, [enclosed hoistway [and pit],] [divider beams,] [overhead hoist beams,] [grouting thresholds,] [and] [temporary machine room floor slab].

Section [04300 - Unit Masonry System] [_____-_____________]: Building-in and grouting hoistway door frames]; [masonry hoistway enclosure].

Section 05120 - Structural Steel: [Hoistway framing,] [divider beams,] [and] [overhead hoist beams].

Section 05500 - Metal Fabrications: [Pit ladder,] [Sill supports,] [divider beams,] [overhead hoist beams] [and] [________].

Section [______-____________]: Waterproofing of elevator pit walls and floor.

Section [07255 - Cementitious Fireproofing] [07253 -Cellulose Fireproofing]: Fireproofing of guide rail brackets where attached to building structural members.

Section [07724 - Roof Hatches] [______-____________]: Smoke venting hatch at top of hoistway.

Section 08305 - Access doors: Fire rated access doors into hoistway.

Section 09260 - Gypsum Board Systems: Gypsum shaft walls.

Section [09650 - Resilient Flooring] [09688 - Carpet -Glue Down] [______-____________]: Floor finish in cab.

Section [______-____________]:	Wall finish in cab.

Section [______-____________]:	Ceiling finish in cab.

Section [______-____________]: Fire extinguisher in elevator machine room.

Section [10605 - Wire Mesh Partitions] [______-____________]: Machine room wire mesh partition with door and frame.

Section 14215 - Electric Elevators - Passenger.

Section 14220 - Electric Elevators - Freight.

Section 14250 - Hydraulic Elevators - Freight.

Section 15450 - Plumbing Equipment: Pit [drain.] [sump and pump.]

Section 15870 - Power Ventilators: Mechanical fan for pressurization of elevator hoistway.

Section [______-____________]: Ventilation and temperature control of elevator equipment room.

Section 16111 - Conduit:	Empty conduit to elevator equipment devices remote from elevator machine room or hoistway.

Section 16111 - Conduit:	Empty conduit between controller cabinet [in machine room] to remote group supervisory panel [in lobby] [________].

Section 16180 - Equipment Wiring Systems: Electrical

characteristics and wiring connections.

AA.	Section 16180 - Equipment Wiring Systems: Electrical service to [main disconnect] [________] in elevator machine room including [emergency power transfer cabinet] [electrical power for elevator installation and testing].

BB.	Section 16180 - Equipment Wiring Systems: Electrical disconnecting device to elevator equipment prior to activation of sprinkler system.

CC.	Section 16180 - Equipment Wiring Systems: Electrical service for [machine room,] [machine room convenience outlets,] [pit,] [and] [________].

DD.	Section 16180 - Equipment Wiring Systems: Lighting in elevator pit.

EE.	Section 16180 - Equipment Wiring Systems: Empty conduit for telephone service [to machine room] [________].

FF.	Section 16721 - Fire Alarm and Smoke Detection Systems: Fire [and smoke] detectors and interconnecting devices.

GG.	Section 16721 - Fire Alarm and Smoke Detection Systems: Fire alarm signal lines to elevator controller cabinet.

HH.	[Section [______-____________]:	Fabrication and installation of group supervisory control console.]

REFERENCES

AISC - Specification for the Design, Fabrication and Erection of Structural Steel for Buildings.

ANSI A117.1 - Buildings and Facilities - Providing Accessibility and Usability for Physically Handicapped People.

ANSI/ASME A17.1 - Safety Code for Elevators and Escalators.

ANSI/ASME A17.2 - Inspector's Manual For Elevators and Escalators.

ASTM A36 - Structural Steel.

ASTM A366 - Steel, Sheet, Carbon, Cold-Rolled, Commercial Quality.

ANSI/AWS D1.1 - Structural Welding Code, Steel.

ANSI/NFPA 70 - National Electrical Code.

ANSI/NFPA 80 - Fire Doors and Windows.

ANSI/UL 10B - Fire Tests of Door Assemblies.

APA - American Plywood Association.

ASTM A139 - Electric-Fusion (ARC)-Welded Steel Pipe (NPS 4-in. and Over).

ASTM A167 - Stainless and Heat-Resisting Chromium-Nickel Steel Plate, Sheet, and Strip.

ASTM A446 - Steel Sheet, Zinc-Coated (Galvanized) by the Hot-Dip Process, Structural (Physical) Quality.

ASTM B221 - Aluminum and Aluminum-Alloy Extruded Bars, Rods, Wire, Shapes, and Tubes.

NEMA LD3 - High Pressure Decorative Laminates.

NEMA MG1 - Motors and Generators

Steel Structures Painting Council (SSPC) - Steel Structures Painting Manual.

SYSTEM DESCRIPTION

Hydraulic Elevator [System] [Systems]: [One] [Two] [________] units; [buried cylinder and casing] [holeless hoistway cylinder]; with motor and pump [adjacent.] [approximately [____] feet ([____] m) distant from the hoistway.]

Characteristics of [each] elevator [#1] [#1 and #2] [________] are as follows:

Rated Net Capacity: [____] lbs ([____] Kg).

Rated Speed: [____] ft/min ([____] m/s).

Nominal Platform Size: [____x____] inches ([____x____] mm).

Clear Net Platform Size:	[____x____] inches ([____x____] mm).

Cab Height: [____] inch ([____] mm).

Hoistway and Cab Entrance Frame Opening Sizes: [____x____] inches ([____x____] mm).

Door Type:	[Double] [Single] leaf.

Door Operation: [Center] [Side] opening.

No. of Stops: [____].

No. of Openings: [____] Front [____] Rear.

Door Control Features:

Program door control to open doors automatically when car arrives at floor.

Render "Door Close" button inoperative when car is standing at dispatching terminal with doors open.

If doors are prevented from closing for approximately [ten] [____] seconds because of an obstruction, automatically disconnect door reopening devices, close doors more slowly until obstruction is cleared. Sound buzzer.

Door Safety Devices:	Moveable, retractable safety edges, quiet in operation; equip with [photo-electric light rays.] [object proximity detector device.]

Interconnect elevator control system with building [fire alarm,] [smoke alarm,] [________] [and] [card access] [security] [building management control] system.

Temporary Elevator Use: Enclose elevator [# [___]] [early] [on [____________]] for transport of construction personnel.

Enclose cab with protective [plywood] [________] on floor, walls, and ceiling.

Provide temporary lighting.

Provide control panel with manual and emergency operation [with key operation for attendant operator] [________].

Seismic Design: In accordance with [applicable] [________] code.

Future Elevators:

Design and configure elevator system to permit expansion to [________] more elevators at a later date, to a total of [________].

Provide guide rail brackets [and guide rails] for future cars and counterweights.

Provide hoistway entrance frames and doors and door interlocks at each floor.

Provide empty boxes, conduit [, and wiring] for hall [buttons] [position indicators] [and] [audible tone devices].

TWO-STOP AUTOMATIC OPERATION

Set system operation so that upon momentary pressure of a hall button from another landing, dispatch car to that landing.

Allow call registered by momentary pressure of hall button at any time, to remain registered until car stops in response to that call at that landing.

If [hoistway door] [car gate] is not opened within a short interval after car has stopped at terminal, allow car to respond to any call from the other landing.

****** [OR] ******

DUPLEX OPERATION

Park one car at main floor and designate other free car, at landing last served or at a predetermined upper floor.

Arrange free car to answer hall calls either above or below landing where car is standing except main floor [and basement] hall calls.

When free car is answering calls, automatically start an alternate car to answer hall calls under any of the following conditions:

Registration of up calls from landings below the free car while it is traveling up.

Registration of up or down calls from landings above the free car while it is traveling down.

The free car fails to clear all registered landing calls within 40 seconds or to move in response to registered hall calls within this time frame.

Register and answer calls by momentary pressure on one or more car buttons; cause car to respond.

Once started, either in response to car button calls or to hall button calls, respond to calls registered for the direction of the traveling car in the order in which landings are reached, regardless of sequence in which calls were registered.

Allow only one car to stop in response to any one hall call.

Return first free car to main floor after answering all its calls.

Should both cars finish their calls at main floor, designate one car as the free car.

If no car buttons are pressed and car starts up in response to several hall down calls, proceed first to the highest down call, then reverse to collect other down calls. Collect up calls similarly when car starts down in response to such calls.

If a car stops for a hall call and car button is pressed within predetermined interval after a stop for a landing, corresponding to direction the car was traveling, proceed in the same direction regardless of the other hall calls registered.

If down hall buttons are pressed while car is traveling up, do not stop at those landings but allow those calls to remain registered for answering by the next down traveling car.

After the highest car, has responded to up hall calls, reverse car automatically and respond to down car and hall calls.

When traveling down, a car will not respond to up calls. Allow those up calls to remain registered, to be answered by next available car on an up trip.

Include a time delay to hold car for an adjustable interval at landings where stops are made to enable passengers to enter or leave the car. Cancel the time interval upon registration of a car call or pressure on the car door close button.

Permit a registered car call to establish the direction of travel when a car has answered the farthest car call, even if other hall calls are registered.

[Answer calls to the basement landing with the car that is normally parked at the main floor unless the free car is at the basement.]

If a car is removed from service, the other car shall answer all hall and car calls.

****** [OR] ******

AUTOMATIC GROUP OPERATION

Include automatic group supervisory controls responsive to variations of traffic demand including up peak, down peak, balanced, and intermittent loads.

Arrange each car so that momentary pressure on one or more of its car buttons, causes car to start in direction of call registered.

Allow only one car to stop in response to any one hall call.

If car stops for a hall call and car button is pressed within predetermined interval thereafter, corresponding to the direction the car was traveling, proceed in that direction, regardless of other hall calls registered.

Hold car for an adjustable interval at landings where stops are made to enable passengers to enter or leave the car.

When a car, without any registered car calls, arrives at a floor where both up and down calls are registered, initially respond to the hall call in the direction of travel. If no car or hall call is registered for future travel in that direction, respond to the hall call in the opposite direction. Operate hall direction lanterns to correspond with the next direction of travel. When responding to a hall call, always operate hall lantern to correspond with the direction of the call being answered.

If a car is removed from service, program the other cars to answer all car and hall calls.

****** [OR] ******

AUTOMATIC GROUP SUPERVISORY OPERATION

Program group automatic operation for [all] [each group of] elevators and be responsive to variations of traffic demand including up peak, down peak, balanced, and intermittent loads.

Program control system to continuously evaluate traffic demand; automatically adjust group supervisory control system to provide effective response of cars to prevailing demands.

Include operating functions to automatically modify operation to effectively serve predetermined up peak and down peak demand periods under light traffic conditions.

Include the following incoming up peak traffic features:

Immediately dispatch a car from the main floor after an adjustable predetermined capacity has been reached. If not so loaded, dispatch in a manner to minimize clustered grouping of cars responding together.

Operate cars on highest call registered, then reverse the direction.

Permit some cars to ignore down or hall calls when programmed to do so.

When there is no car parked at the main floor, allow a down traveling free car to automatically bypass calls and proceed to main floor.

Include automatic transfer of car dispatching from main floor to [basement] [________] level during [noon] [morning] [afternoon] [________] peak periods or arrange for dispatch from both landings in a manner which automatically favors the landing of heavier demand.

Include feature for two way traffic operation as follows:

When multiple hall calls are registered for a predetermined period of time, dispatch cars on traffic demand in a specialized, regulated, and effective manner.

Automatically and continuously adjust operation to provide minimum waiting times commensurate with traffic conditions particularly during lunch periods.

Include feature for out going down traffic operation as follows:

Dispatch cars immediately, from main floor after unloading.

Use load weighing devices to cause fully loaded (70%) down traveling cars to bypass down hall calls.

Dispatch cars in a specialized, regulated, and effective manner.

Permit some or all cars to ignore up hall calls subject to final determination of building requirements.

Include a means to either cancel or prevent registration of car calls for landings above car by passengers leaving the car.

Provide for light to intermittent traffic operation as follows:

When traffic demands cease for predetermined time, park cars automatically with doors closed.

Activate one car in response to a landing call and dispatch a car to that call.

Activate and dispatch additional cars as traffic demands increase; when all cars are operating, operate cars in accordance with prevailing traffic conditions.

Station one car minimum, at main floor at all times.

If primary operating system fails, automatically switch to an emergency operating system.

Automatically disassociate car from group service if it is delayed for predetermined time and automatically restore to group service when delay is corrected.

Program system to minimize delays caused by registration of car calls disproportionate to number of persons in car.

Include independent service on cars as follows:

Provide a switch in the car control cabinet to allow removal of a designated car from group service; car to operate in response to car calls only.

Open doors automatically on arrival at floor.

Render hall lanterns inoperative when operating on independent service.

Include "Freight Service" operation as follows:

Set elevator No. [____] for "Freight Service" operation from special riser of hall call buttons, with UP and DOWN buttons at intermediate landings and a single button at terminal landings.

Provide "Freight Service" switch in [car service cabinet] [corridor control panel] which, when placed in ON position automatically disconnects this car from the group and arranges car to operate on selective collective operation.

Recess landing button fixtures inconspicuously in entrance jambs and arrange riser to be operative only when elevator is placed on "Freight Service" operation.

When car without registered car calls, arrives at floor where both up and down calls are registered, initially respond to hall call in direction of travel. If no car or hall call is registered for future travel in that direction, respond to hall call in opposite direction.

Operate hall lanterns to correspond with next direction of travel. When responding to hall call, operate lantern to correspond with direction of call being answered.

Program door operating sequence [to minimize car and hall door open and close times.] [with independently adjustable door open times.]

FIREFIGHTER'S SERVICE

Provide "Firefighter's Operation" in accordance with ANSI/ASME A17.1.

Designated Landing: [________].

HOSPITAL SERVICE

Incorporate a spring return key operated switch into [main floor] [________] hall operating panel, labeled "Hospital Service"; when activated, performs the following:

Causes the nearest available elevator to travel directly to that landing, open doors,

Cancels all car calls registered, for that car,

Renders the hold door open switch and door edge protective devices inoperative only while responding to "Hospital Service" switch.

Provide timer feature adjustable from [two] [____] to [five] [____] minutes that will cancel the "Hospital Service" feature when car has not been functioning for that period of time, and return the car to normal service.

Incorporate in each car, a key operated switch marked "Hospital Service" which, when actuated:

Disassociates that car from group control,

Program up traveling cars to stop at [main] [________] floor landing prior to proceeding to designated a higher dispatching terminal.

Do not stop a down traveling car with a registered car button call, for landing below the lower dispatching terminal, unless the call in that car or a down button call at lower dispatching terminal, is in registration.

Incorporate in each car, a flashing sign "Emergency / Exit", activated immediately when car stops at selected landing. Include buzzer to attract attention to sign.

[Design "Hospital Service" operation to override and be compatible with "Emergency Power" and "Independent Service" operation.]

RESTRICTED SERVICE

Program down traveling cars to stop at [main] [________] floor landing prior to proceeding to a designated lower dispatching terminal.

Program up traveling cars to stop at [main] [________] floor landing prior to proceeding to a designated higher dispatching terminal.

Do not stop a down traveling car with a registered car button call, for landing below the lower dispatching terminal, unless the call in that car or a down button call at lower dispatching terminal, is in registration.

Answer a hall button call registered at a landing below a the primary dispatching terminal, by either a down traveling car approaching or an unselected car at the primary dispatching terminal.

If, within predetermined time after a car responds to a down hall call at the primary dispatching terminal, no call is registered in that car for down travel, or at a landing below, close the doors, extinguish the lantern, and dispatch an available car.

Do not stop a car at the primary dispatching terminal, when traveling up from a landing below the primary dispatching terminal, with one or more car button calls in registration for service above a lower dispatching terminal, unless a call for that landing is registered in that car or no other car is available at a lower dispatching terminal.

Reverse cars automatically to the lowest registered car call or an up hall call when responding to calls below the lowest dispatching terminal.

INDEPENDENT SERVICE

Provide key operated "Independent Service" on car operating panel. Key activation will remove that car from normal operation and cancel all pre-registered car calls.

Car will respond to selected floor. Car will not respond to any calls from hall call buttons. Car will only respond to calls placed on the car operating panel. Doors will remain open at last landing requested. Doors will close with a constant pressure on "DOOR CLOSE" button.

Key activation to normal operation will return car to normal operation.

LIMITED ACCESS SERVICE

Keyed Lobby Lock-out: Incorporate a [key operated switch] [magnetic card] [________] into car operating panel, when activated, performs the following:

Cancels all car calls registered.

When activated, no new car calls will be registered, except at landing where lock-out feature is located.

Restricts car calls registered to specific floors only, except the main access floor and those floors enabled by lock-out switches.

Hall calls are answered in normal manner.

Car Call Lock-out: Incorporate a key operated switch with [key removeable from ON or OFF position] [spring return with key removeable only in "lock-out" position]; into car operating panel, when activated, performs the following:

Restrict or permit registration of [each] [a specific] floor button.

Hall calls are answered in normal manner.

Car Call Security Lock-out: Incorporate a security card activated switch into car operating panel, when activated, performs the following:

Restrict or permit registration of [each] [a specific] floor button.

Hall calls are answered in normal manner.

Hall Call Lock-out: Incorporate a key operated switch with [key removeable from ON or OFF position] [spring return with key removeable only in "lock-out" position]; into hall control station, when activated, performs the following:

Restrict or permit hall call registration, for that landing.

Causes the elevator to not respond to that landing.

Design "security control" operation to override normal or "Independent Service" operation.

Allow "Firefighter's Service" to take control priority over "Limited Access Service".

INDEPENDENT RISER OPERATION

Initial Key Access: Incorporate a [key operated switch] [________] at [Lobby] [Supervisory Panel] [________] to access appropriate car.

Car Key Access: [Incorporate a key operated switch] [Activate by simultaneously pressing UP and DOWN buttons] [________] set into inconspicuous panel in car jamb; when activated, performs the following:

Cancels all car calls registered for that car.

No new calls will be registered, except at Lobby Floor.

Restricts calls to those floors enabled by switch mechanism.

Hall calls registered from within the car are answered in normal manner.

[Disassociates that car from group control while in operation.]

Allow "Firefighter's Operation" to take control priority over "Independent Riser Control".

SUBMITTALS

Submit under provisions of Section [01300.] [________.]

Shop Drawings:	Indicate the following information:

Motor and hydraulic pump, valves, controller, selector, governor and other component locations.

Car, machine beams, guide rails, buffers, and other components in hoistway.

Rail bracket spacing; maximum loads imposed on guide rails requiring load transfer to building structural framing.

Individual weight of principal components; load reaction at points of support.

Loads on hoisting beams.

Clearances and over travel of car.

Location of components in machine room.

Locations in hoistway and machine room of connections for [car light] [and] [telephone].

Location and sizes of access doors, doors, and frames.

Expected heat dissipation of elevator equipment in machine room.

[Applicable seismic design data; certified by a Registered Professional Structural Engineer.]

[Interface with building security system.]

Electrical characteristics and connection requirements.

Show arrangement of equipment in machine room so moving elements and other equipment can be removed for repairs or replaced without disturbing other components. Arrange equipment for clear passage through access door.

Product Data: Provide data on the following items:

Signal and operating fixtures, operating panels, indicators.

Cab design, dimensions, layout, and components.

Cab and hoistway door and frame details.

Electrical characteristics and connection requirements.

Samples:	Submit [two] [_______] samples, [____x____] inch ([____x____] mm) in size illustrating cab floor material, cab interior finishes, cab and hoistway door and frame finishes.

OPERATION AND MAINTENANCE DATA

Submit under provisions of Section [01700.] [________.]

Include a parts catalog with complete list of equipment replacement parts; identify each entry with equipment description and identifying code.

Provide technical information for servicing operating equipment.

Include legible schematic of hydraulic piping and wiring diagrams of installed electrical equipment, and changes made in the Work. List symbols corresponding to identity or markings on machine room and hoistway apparatus.

Provide one copy of master electric and hydraulic schematic and one copy of lubrication chart, each framed with clear [plastic] [glass]; mount on machine room wall.

QUALITY ASSURANCE

Perform Work in accordance with ANSI/ASME A17.1, ANSI/AWS D1.1, NFPA 70, AISC, and as supplemented in this section.

Fabricate and install door and frame assemblies in accordance with ANSI/NFPA 80 and ANSI/UL 10B.

Maintain [one copy] [[____] copies] of [each] document on site.

QUALIFICATIONS

Manufacturer: Company specializing in manufacturing the Products specified in this section with minimum [ten] [_______] years [documented] experience.

Installer: Employees and supervisor on payroll of elevator equipment manufacturer.

****** [OR] ******

Installer: Company specializing in performing the work of this section and approved by elevator equipment manufacturer.

REGULATORY REQUIREMENTS

Conform to [applicable] [________] code for manufacture [and installation] of elevator system.

Conform to [ANSI A117.1] [________] for provisions for the physically handicapped.

Products Requiring Electrical Connection: Listed and classified by [Underwriters' Laboratories, Inc.,] [testing firm acceptable to the authority having jurisdiction] as suitable for the purpose specified and indicated.

PRE-INSTALLATION CONFERENCE

Convene [one] [_____] week prior to commencing work of this section, under provisions of Section [01039.] [________.]

Require attendance of persons directly involved with the work of this section.

Review schedule of installation, installation procedures and conditions, and coordination with related work.

[Review temporary use of elevator, hours of use, scheduling of its use, cleanliness of cab, employment of operator, maintenance of system.]

FIELD MEASUREMENTS

Verify that field measurements are as [indicated [on shop drawings].] [instructed by the manufacturer.]

SCHEDULING

Schedule work under the provisions of Section [01300.] [________.]

Schedule work to permit early use of Elevator Number [____] for construction purposes.

WARRANTY

Provide [one] [____] year [manufacturer's] warranty under provisions of Section [01700.] [________.]

Warranty: Include coverage for elevator operating equipment and devices.

MAINTENANCE SERVICE

Furnish service and maintenance of elevator system and components [for one year from date of Substantial Completion.] [during warranty period.] [________.]

Examine system components [weekly] [semi-monthly] [monthly] [bi-monthly]. Clean, adjust, and lubricate equipment.

Include systematic examination, adjustment, and lubrication of elevator equipment; maintain hydraulic fluid levels. Repair or replace parts whenever required. Use parts produced by the manufacturer of the original equipment. Replace wire ropes when necessary to maintain the required factor of safety.

Perform work without removing cars during peak traffic periods.

Provide emergency call back service at [all hours] [during working hours] for this maintenance period.

Maintain locally, near the Place of the Work, an adequate stock of parts for replacement or emergency purposes. Have personnel available to ensure the fulfillment of this maintenance service, without unreasonable loss of time.

Perform maintenance work using competent and qualified personnel, under the supervision [and in the direct employ] of the elevator manufacturer or original installer.

Maintenance service shall not be assigned or transferred to any agent or Subcontractor without prior written consent of the [Owner.] [________.]

PART 2 PRODUCTS

MANUFACTURERS

[_________________________] [System] [Model] [_________].

[_________________________] [System] [Model] [_________].

[_________________________] [System] [Model] [_________].

Substitutions: Under provisions of Section [01600.] [________.]

MATERIALS

Rolled Steel Sections, Shapes, Rods: ANSI/ASTM A36.

Casing: ASTM A139, Grade [A] [____] steel.

Sheet Steel:	[ANSI/ASTM A366 Class [1] [2], with [matte] [commercial bright] [luster] finish.] [ASTM A446 Grade [B] [____], zinc coated to [G90] [________].]

Stainless Steel:	ASTM A167 Type [304] [____], No. [4] [____] finish.

Aluminum: ASTM B221, extruded.

Plywood:	APA Structural I, Grade [C-D] [____], [sanded.] [unsanded.]

Plastic Laminate: NEMA LD3, [________] type, [____] inch ([____] mm) thick; [________] color/pattern and [furniture] [matte] [________] surface finish [as selected].

FINISH MATERIALS

Shop and Touch-Up Primer: [SSPC 15, Type 1, red oxide] [________].

****** [OR] ******

Touch-Up Primer for Galvanized Surfaces:	[SSPC 20 [Type I Inorganic] Type II Organic] zinc rich] [________].

Primer for Wood Surfaces: Alkyd primer sealer.

Finish Paint (for Metal Surfaces): Alkyd enamel, [semi-gloss] [________], [_________] color as selected.

Finish Paint (for Wood Surfaces): Alkyd enamel, [semi-gloss] [________], [________] color as selected.

EQUIPMENT

Motor, Pumps, Valves, Regulators, Fluid Tank, Hydraulic Fluid, Controller, Controls, Buttons, Wiring and Devices, Indicators: Required by ANSI/NFPA 70.

Guide Rails, Cables, Spring Buffers, Attachment Brackets and Anchors: Purpose designed, sized according to code with safety factors.

ELECTRICAL CHARACTERISTICS AND COMPONENTS

Electrical Characteristics:

[[____] hp ([____] kW)] [[____] kW] [[____] rated load amperes].]

[[____] volts, [single] [three] phase, 60 Hz.]

[[____] amperes maximum [fuse size] [circuit breaker size] [overcurrent protection].] [[____] minimum circuit capacity].]

[[____] percent minimum power factor at rated load.]

Starter Characteristics:	Reduced voltage maximum [________] and drawn for [____] seconds.

[Refer to Section 16180.]

Motor:	[Refer to Section 15170.] [NEMA MG1, [____].]

Disconnect Switch: Factory mount disconnect switch [in control panel.] [on equipment under provisions of Section 16180.]

ELECTRICAL COMPONENTS

Boxes, Conduit, Wiring, and Devices:	Required by ANSI/NFPA 70.

Fittings: Steel compression type for electrical metallic tubing. Fittings with set screws are acceptable only when a separate grounding conductor is also installed across the joint.

Spare Conductors: Include 10 percent extra conductors and [two] [____] pairs of shielded audio cables in traveling cables. Do not parallel conductors to increase electric current capacity unless individually fused.

Do not use armored flexible metal conduit as a grounding conductor.

Include wiring and connections to elevator devices remote from hoistway and between elevator machine rooms. Provide additional components and wiring to suit machine room layout.

LUBRICATION

Grease Fittings:	For lubricating bearings requiring periodic lubrication.

Grease Cups: Automatic feed type.

Lubrication Points: Visible and easily accessible.

CAR FABRICATION

Frame: Rigid and braced, rolled or formed steel sections, mounted on resilient isolators.

Platform: Steel frame, with fireproofed plywood subflooring assembly, ready to receive floor finish.

CAB FABRICATION

Cab Design: Model [________] manufactured by [____________].

****** [OR] ******

Flooring: [Carpet, of type specified in Section [________].] [Resilient [sheet] [tile] flooring, of type specified in Section [________].] [________.]

Walls: [Plastic laminate on [plywood] [________].] [Baked enamel on steel.] [Stainless steel.] [Glass at rear wall above hand rail, of type specified in Section 08800.] [________.]

Front Return Panel: [Stainless steel.] [Baked enamel on steel.] [________.]

Base: [Resilient rubber [cove] [coveless], of type specified in Section [________].] [Baked enamel on steel, recessed.] [Stainless steel, recessed.] [________.]

Ceiling:	[Decorative plastic laminate on [plywood] [________].] [Plastic eggcrate diffuser.] [Translucent plastic panel.] [________]. [Accommodate a raised ceiling above finished ceiling to [____] inches ([_____]mm) high, to the rear of the overhead cross beam.]

Light Fixtures: [Incandescent] [Fluorescent], [downlights.] [light troughs.] [________.]

Ventilation:	[Single] [Two] speed fan [, grille [in] [above] ceiling]; [perforations in base.] [________.]

Control Panel and Face Plate: [Stainless steel] [________] with [illuminating] call buttons.

Indicator Panel:	[Above door] [above control panel] [________] with illuminating position indicators.

Hand Rail: [Stainless steel flat bar stock] [Plastic laminate on two layers of plywood] [_________], [spaced from wall [____] inches ([____] mm)] [tight to wall]; placed at [rear wall] [and] [side walls].

Bumper Rail:	[Stainless steel wrapped over wood] [Plastic laminate on two layers of plywood] [_________], [spaced from wall [____] inches ([____] mm)] [tight to wall]; placed [____] inches ([____] mm) above floor, placed at [rear wall] [and] [side walls].

Pad Hooks: Stainless steel type, mounted at [____] inches ([____] mm) high, in [Cab Number [____]] [all cabs].

Protective Pads:	[One set] [[____] sets], canvas cover, padded with [sponge] [cotton wadding] fill material, sewn with piping edges; brass grommets spaced to match pad hook spacing in cab, covering side and rear walls and front return [, except cut-out for control panel].

Certificate Frame and Glazing: [Brass] [Wood] [________] frame, clear [tempered glass] [plastic] attached with [tamper proof] screws.

CAB ENTRANCES

Cab Doors: [Stainless steel] [Baked enamel on steel] [________]; [16] [____] gage ([1.5] [____] mm) thick metal, of [hollow] [insulated] sandwich panel construction, [flush] [________] design, rolled profiles, rigid construction. [Fabricate front return panels same as doors.]

Cab Door Frames:	[Stainless steel] [Baked enamel on steel] [________]; [16] [____] inch ([1.5] [____] mm) thick metal [, welded corner design with smooth invisible joints].

Thresholds: [Extruded aluminum] [________] type [, to align with frame return to allow reversing of cab carpet floor finish].

HOISTWAY ENTRANCES

Hoistway Doors and Frames: Design No. [____] for [main floor] [________] and Design No. [____] for other floors; manufactured by [____________].

****** [OR] ******

Hoistway Doors (Main Floor):	[Stainless steel] [Baked enamel on steel] [________]; [16] [____] gage ([1.5] [____] mm) thick metal, of [hollow] [insulated] sandwich panel construction, [flush] [________] design, rolled profiles, rigid construction.

Hoistway Door Frames (Main Floor): [Stainless steel] [Baked enamel on steel] [________]; [16] [____] gage ([1.5] [____] mm) thick metal, of rolled profiles, [welded corner with smooth invisible joints.] [knocked down design.]

Hoistway Doors (Other Floors): [Stainless steel] [Baked enamel on steel] [________]; [16] [____] gage ([1.5] [____] mm) thick metal, of [hollow] [insulated] sandwich panel construction, [flush] [________] design, rolled profiles, rigid construction.

Hoistway Door Frames (Other Floors):	[Stainless steel] [Baked enamel on steel] [________]; [16] [____] inch ([1.5] [____] mm) thick metal, of rolled profiles, [welded corner with smooth invisible joints.] [knocked down design.]

Door and Frame Construction:	UL [1-1/2] [________] hour fire rating; insulated sandwich panel door construction [1-1/4] [____] inch ([32] [___] mm) thick, minimum.

Weatherstrip hoistway doors and frames to [eliminate] [minimize] audible noise caused by air movement, imposed by car movement in the hoistway, and air pressure differential between hoistway and landing floors.

Sills: [Extruded aluminum.] [Bronze.] [Stainless steel.] [________.]

FINISHES

Structural Metal Surfaces: Clean surfaces of rust, oil or grease; wipe clean with solvent; prime two coats.

Machine Room Components:	Clean and degrease; prime one coat, finish with [one coat] [two coats] of enamel.

Galvanized Surfaces:	Clean with neutralizing solvent; prime [one coat.] [two coats.]

Aluminum: [Clear anodized] [Mill] [________] finish.

Wood Surfaces not Exposed to Public View: One coat primer; [one coat] [two coats] enamel.

[Baked Enamel on Steel: Clean and degrease metal surface; apply one coat of primer sprayed and baked; two coats of enamel sprayed and baked; [________] color [as selected]].

Stainless Steel: [No. 4 brushed.] [________.]

MACHINE ROOM INTERFACING MONITOR

Fabricate one multiple terminal block in controller relay panel or selector, in location indicated, for connection of monitoring devices for:

Hall and car registration circuits.

Load weighing circuits.

Up and down peak programming circuits.

Independent service switches.

Label terminals for use with alligator test clips.

CAR OPERATING PANEL

Provide [one] [two] flush mounted operating [panel] [panels] per car [with applied face plate] [with an integral [and front return] face plate]; with front return panels containing [illuminated] call buttons corresponding to floors served, in car alarm button, [and [DOOR OPEN] [DOOR CLOSE] buttons].

Position alarm button where it is unlikely to be accidentally actuated; not more than [54] [____] inches ([1 370] [____] mm) above cab floor.

Include service cabinet, with hinged door [and lock] in each car.

****** [OR] ******

Include [matching] service cabinet [integral with front return panel], with hinged door [and lock] in each car containing:

Independent service switch.

Inspection switch.

Fan or blower switch.

Light switch.

Emergency light.

Telephone cabinet.

Additional operating switches for the special features specified.

[Locate a 110 V, 15 A convenience receptacle [in] [below] service cabinet.]

Car Position Indicators: [________].

Emergency Light: [________].

Telephone Cabinet:	[________].

LANDING CONTROLS

Landing Buttons:	[Stainless steel] [Illuminating] type, one for originating UP and one for originating DOWN calls, one button only at terminating landings; marked with [arrows] [________], [including indications required by ANSI A117.1].

Landing Position Indicators:	Illuminating [white] [________].

Car Direction Indicators: Illuminating [white] [________].

REMOTE MONITORING PANEL FOR GROUP SUPERVISORY CONTROL

Locate [indicator and control panel] [CRT monitor and keyboard] [________] for each individual elevator and the group of elevators, in [Central Control Room] [________].

Mount panel in console specified in Section [_________].

Coordinate size and style of [panel] [monitor] with console manufacturer.

[[Etch] [Engrave] face plate markings in panel, and fill with paint of [________] contrasting color [as selected].]

Include waiting passenger indicator displaying corridor UP and DOWN calls registered at all floors.

Include position and motion display for direction of travel of each elevator. Display [appropriate graphic characters on non-glare screen.] [vertical rows of lights which illuminate sequentially.] Indicate position of cars at rest and in motion.]

Display with graphic indicators when non-stop car is passing hall calls.

Display service indicators which indicate whether car is within or outside of the group operation.

Display ELEVATOR HELD signal indicating car has been held at some point in the hoistway for an unscheduled length of time.

Display emergency call lights and alarms for each elevator which indicate alarm button on that car has been pressed; sound buzzer simultaneously.

Include a REMOVE FROM SERVICE switch for each elevator, which will call car to ground floor and cause car to park with doors [open.] [closed.]

[Include appropriate switches and signal lamps for motor generator sets.]

Include emergency power selector switch for [each group of] elevators which override automatic emergency power selection.

Include FIREFIGHTER'S SERVICE SWITCH which manually recalls all elevators to [main floor.] [________.]

Display indicator lights for UP PEAK, DOWN PEAK, TWO WAY and INTERMITTENT modes of operation.

PROVISION FOR HANDICAPPED

Comply with [ANSI A117.1] [________].

Provide indicators near controls in conformance with ANSI A117.1.

Landing Buttons:	[Stainless steel] [Illuminating] type, one for originating UP and one for originating DOWN calls, one button only at terminating landings; marked with [arrows] [________], including indications required by ANSI A117.1.

Locate highest button in elevator cab control panel and the center of the telephone handset, not more than [54] [___] inches ([1 370] [_____] mm) above floor level.

Hand Rails: [Rectangular profile of [____] inch ([____] mm) wide x [____] inch ([____] mm) thick] [Round profile of [____] inch ([____] mm) diameter], [solid] [stainless steel] [[________] species hardwood]; position on [one] [two] [three] sides of cab [with ends returned].

Sound audible tone signal in car when car is stopping at a floor [or passing a floor].

Include with illuminated landing indicators, audible tone signals; once for UP stops and twice for DOWN stops.

In each cab provide [Arabic numerals [5/8] [____] inch ([16] [____] mm) in height raised [0.03] [____] inch ([0.8] [____] mm)] [Braille numerals] immediately to left of floor buttons to identify each floor.

At each floor landing provide [2] [____] inch ([50] [____] mm) floor numerals raised [0.03] [____] inch ([0.8] [____] mm) on door frame jamb.

PART 3 EXECUTION

EXAMINATION

Verify that hoistway, pit, and machine room are ready for work of this section.

Verify hoistway shaft and openings are of correct size and within tolerance.

Verify location and size of machine foundation and position of machine foundation bolts.

Verify that electrical power is available and of the correct characteristics.

PREPARATION

Arrange for temporary electrical power for installation work and testing of elevator components.

EXCAVATION AND BACKFILLING FOR CASING

Excavating: Refer to Section [02222.] [________.]

****** [OR] ******

Excavate for plunger casing [and hydraulic lines between plunger and remote machine room] in accordance with Section [02222.] [________.] Remove subsoil from site.

Maintain shaft alignment of [1] [____] inch ([25] [____] mm) from plumb. Fill over excavated shaft depth with [lean concrete.] [________.]

Maintain shaft excavation free of water.

Place plunger casing full depth of shaft. Align to [1/4] [____] inch ([6] [____] mm) from plumb. Cut top of casing at hoistway pit slab elevation.

Backfilling: Refer to Section [02223.] [________.]

****** [OR] ******

Backfill around plunger casing [and hydraulic lines between plunger and remote machine room] in accordance with Section [02222.] [________.]

Backfill with Type [____] fill; placed in [24] [____] inch ([600] [____] mm) lifts compacted to [________].

INSTALLATION

Install in accordance with ANSI/ASME A17.1.

Install system components. Connect equipment to building utilities. Install piping between hoistway plunger and pump unit.

Provide conduit, boxes, wiring, and accessories.

Mount motor and pump unit on vibration and acoustic isolators, on bed plate and concrete pad. Place unit on structural supports and bearing plates. Securely fasten to building supports. Prevent lateral displacement.

Accommodate equipment in space indicated.

Install guide rails using threaded bolts with metal shims and lock washers under nuts. Compensate for expansion and contraction movement of guide rails.

Accurately machine and align guide rails. Form smooth joints with machined splice plates.

Bolt or weld brackets directly to structural steel hoistway framing.

****** [OR] ******

Bolt brackets to [inserts placed in concrete form work] [self drilling expansion shell anchors] that will perform to [four] [____] times the rated pull-out load.

Field Welds:	Chip and clean away oxidation and residue, wire brush; spot prime with two coats.

Coordinate installation of hoistway wall construction.

Install hoistway door sills, frames, and headers in hoistway walls. Grout sills in place. Set entrances in vertical alignment with car openings and aligned with plumb hoistway lines.

[Fill hoistway door frames solid with grout in accordance with Section [________].]

Adjust equipment for smooth and quiet operation.

TOLERANCES

Guide Rail Alignment: Plumb and parallel to each other [within [1/8] [____] inch ([3] [____] mm).] [in accordance with ANSI/ASME A17.1 and ANSI/ASME A17.2.]

Cab Movement on Aligned Guide Rails:	Smooth movement, with no objectionable lateral or oscillating movement or vibration.

FIELD QUALITY CONTROL

Field [inspection and] testing will be performed under provisions of Section [01400.] [________.]

Perform tests required by ANSI/ASME A17.2.

Provide two weeks written notice of date and time of tests.

Supply instruments and execute specific tests.

Perform the following tests in the presence of the [Owner] [Architect/Engineer] [_________]:

Test elevator system by transporting at least [____] persons up from main floor during a five minute period.

At an agreed time during the contract warranty period, and with the building normally occupied using normal building traffic, conduct tests to verify performance. Furnish event recording of all hall call registrations, time initiated, and response time throughout entire normal working day.

Time elevator travel between typical floors at not more than [____] seconds. Measure time from moment doors start to close until car has stopped level at next floor and doors are opening.

****** [OR] ******

Perform the following tests in the presence of the [Owner] [Architect/Engineer] [_________]:

Test elevator system by transporting at least [________] persons up from main floor during a five minute period with maximum average time interval of [____] seconds between cars, with [____] cars leaving main floor during same five minute period.

Presume car loading of [____] persons; highest call return at [________] floor; [no inter-floor or down traffic;] [____] seconds of passenger transfer time at upper floors and [____] probable stops in up direction.

At an agreed time during the contract warranty period, and with the building normally occupied using normal building traffic, conduct tests to verify performance. Furnish event recording of all hall call registrations, time initiated, and response time throughout entire normal working day.

Time elevator travel between typical floors at not more than [____] seconds. Measure time from moment doors start to close until car has stopped level at next floor and doors are opening.

TESTS BY REGULATORY AGENCIES

Testing by regulatory agencies will be performed at their discretion; documented by the Contractor under provisions of Section [01400.] [________.]

Obtain required permits to perform tests. Perform tests required by [regulatory agencies.] [________.]

Schedule tests with agencies and [Architect/Engineer,] [Owner,] [and] [Contractor] present.

Furnish test and approval certificates issued by jurisdictional authorities.

ADJUSTING

Adjust work under provisions of Section [01700.] [________.]

Adjust for smooth acceleration and deceleration of car so not to cause passenger discomfort.

Adjust automatic floor levelling feature at each floor to achieve [1/4] [____] inch ([6] [____] mm) from flush.

CLEANING

Clean work under provisions of [01700.] [________.]

Remove protective coverings from finished surfaces.

Clean surfaces and components ready for inspection.

PROTECTION OF FINISHED WORK

Protect finished Work under provisions of Section [01500.] [________.]

Do not permit construction traffic within cab after cleaning.

SCHEDULES

Elevator #1 and #2 (Tower): 300 FPM, 4,000 lb capacity, cab interior to Acme Model "XXX", 4 stops, 3 front and 1 rear opening doors.

Elevator #3 (Parking Garage): 100 FPM, 3,000 lb capacity, cab interior to Acme Model "YYY", 3 stops, 3 front opening doors.

END OF SECTION