NAVFAC Design-Build Model Request for Proposal - Test

D10 CONVEYING


SYSTEMS REQUIREMENTS
CONVEYING TEMPLATE 12/08
 
Instructions for using this template: There are template files for each UNIFORMAT Level 2 Group Elements. This template is for Group Element D10-CONVEYING. Text such as this is hidden text that will not print when the hidden text box in "Print/Options" is un-checked.
 
The Architectural and/or MechanicalTeam Member should edit this template for the requirements of the project. The SYSTEMS REQUIREMENTS are intended to define items that are required throughout the facility or on a system wide basis that is common to several rooms. Room-specific requirements are defined in the ROOM REQUIREMENTS section. Coordinate with the lead programmer for ROOM REQUIREMENTS. Editing is required where brackets [ ] appear. Delete all building elements that are not required for the project. If additional elements or sub-elements are required for the project that do not appear in the template, refer to the NIST UNIFORMAT II publication for additional building element numbers and descriptions. The Uniformat II Work Breakdown Structure can be found at www.wbdg.org/ndbm/. Coordinate with the PERFORMANCE TECHNICAL SPECIFICATION SECTION D10 to ensure that performance requirements are provided for all of the Building Elements listed here and that paragraph numbering matches.

SYSTEM DESCRIPTION

Conveying System shall include elevators, [lifts] [escalators] [moving walks] [and other conveying systems].

D1010 ELEVATORS AND LIFTS

Design assembly and arrangement of elevator, accessories, and supporting systems in accordance with ASME/ANSI A17.1 and NAVFAC ITG FY01-1, Elevator Design Guide.  Provide all materials and equipment, including but not limited to elevator cab and hoist equipment, operating and signal fixtures, doors, door and car frames, car enclosure, controllers, motors, guide rails, brackets, and testing.

D101001 GENERAL CONSTRUCTION ITEMS

Provide a traffic analysis.


NOTE:  Describe here the number and type of elevators required.  Hydraulic elevators are normally used for up to 4 story buildings.
Example wording:
"Provide a minimum of two hydraulic passenger elevators, located adjacent to the lobby area.  Provide one hydraulic freight elevator located in the shipping and receiving area.  Speed and rated load capacity of the elevator(s) shall be based on designer's survey of the facility user needs."

D101002 PASSENGER ELEVATORS

[Provide a minimum of [one] [two] hydraulic passenger elevator[s], located adjacent to the lobby area.  Speed and rated load capacity of the elevator(s) shall be based on designer's survey of the facility user needs.

Elevator finishes and fixtures shall be derived from manufacturer’s selections.  Coordinate finishes with the interior architectural design, and be responsive to the user’s needs and function. [Passenger elevators shall be sized to vertically transport the largest movable equipment or furniture used on the project.] [Utilize stainless steel wall panels and hard finish ceiling.] Coordinate the design of the elevator machine room with applicable codes and the elevator manufacturer’s requirements.

D101003 FREIGHT ELEVATORS

[Provide one hydraulic freight elevator located [in the shipping and receiving area]. Rated load capacity of the elevator(s) shall be based on designer's survey of the facility user needs.

The freight elevators shall provide vertical transportation for [_________]]

D101004 WHEELCHAIR LIFT

D101005 DUMBWAITERS

D101090 OTHER VERTICAL TRANSPORTATION EQUIPMENT

D1020 WEIGHT HANDLING EQUIPMENT


NOTE:  If cranes are required for the project, coordinate with the Structural Engineer. The Structural Engineer is responsible for the requirements for cranes.  Cranes with a capacity of 20 tons or greater must be procured through the Navy Crane Center.  Delete this part if not required.

 [The contractor shall be responsible for ensuring that the crane satisfies the testing and certification requirements detailed in Part 4 of this RFP to the satisfaction of the Navy Crane Center.  The contractor shall coordinate witness testing with the Navy Crane Center. ]

Certificates: For Load [Chain][Wire Rope] - [Submit certification of minimum wire rope breaking strength for each hoist. ][Submit factory certification of the load chain rated capacity.]


NOTE:  Edit this ESR to designate the WHE desired, i.e., a overhead electric bridge with electric hoist or a monorail with manual chain hoist.  If one type of equipment or other is desired from an operational or maintainability perspective, it needs to be stated and all reference to alternative equipment eliminated from ESR to prevent confusion.


NOTE:  Slow full-load operating speeds invariably provide improved load control and increased productivity.  The full-load speeds enclosed in brackets are recommended for most applications.  However, should other speeds be required, the following guidelines are provided:
 
Hoist:  See Tables 1 and 2 below.
 
Trolley: 50 fpm is recommended for one speed motorized trolleys.  For longer travel distances a two speed trolley with a high speed of 100 fpm is normally sufficient.  In any case, travel speed should not exceed the maximum speed that the floor walking, pendant control operator can comfortably negotiate in a work area, approximately 150 fpm.
 
TABLE 1:  TYPICAL WIRE ROPE HOIST LIFT RANGES AND RATED
LIFTING SPEEDS
______________________________________________________

Rated Load       Hoist Lift       Hoist Lifting High
(tons)               Range (ft)       Speed Range (fpm)
 
1/2                   10 to 100          10 to 60
 1                     10 to 100          10 to 60
 2                     10 to  84           10 to 40
 3                     10 to  84           10 to 35
 5                     10 to  56           10 to 35
 
 
TABLE 2:  TYPICAL CHAIN HOIST LIFT RANGES AND RATED
LIFTING SPEEDS
_______________________________________________________
Rated Load      Hoist Lift          Hoist Lifting High
 (tons)             Range (ft)         Speed Range (FPM)
 
   1/8                10 to 20            16 to 64
   1/4                10 to 20            16 to 64
   1/2                10 to 20             7 to 64
  1                    10 to 20             7 to 60
  1 1/2              10 to 20             7 to 60
  2                    10 to 20             4 to 40
  3                    10 to 20             4 to 40
  4                    10 to 20             4 to 24
  5                    10 to 20             4 to 24
 
NOTE:  The above note is strictly guidance and shall not be used for specifying requirements for hoist and trolley.
 
Survey the hoist and trolley commercial market and determine what standard hoist and trolley capacities and speeds are available that are suitable for the RFP.  RFP preparer shall ensure three commercial sources are available for the hoist/trolley capacity and speeds that are specified in the RFP.

D102001 OVERHEAD CRANES

[Provide a [__]-ton top-running [overhead] [underhung] electric traveling [bridge] crane in [    ].  The clear hook height shall not be less than [    ] m ([   ] ft.) above the finished floor.]

[Electrification – Runway track beam electrification for crane shall be of the [flat festooned type] [enclosed safety bar type] with four [continuous] copper conductors.]

D102002 MONORAILS

[Provide a monorail with a [manual] [air motor powered] [electric powered] hoist with a [1/4 ton] [1/2 ton] [1 ton] [1-1/2 ton] [2 ton] [3 ton] [4 ton] [5 ton] [6 ton] capacity located in the [_______].]  The clear hook height shall not be less than [    ] ft. ([   ] m.) above the finished floor.]

[Hoist and Trolley - Provide [electric] [air-powered] [manual] hoist and trolley.]  The hoist shall [have two operating speeds and shall] be capable of hoisting and lowering the rated load at a [high] speed of [20 feet per minute (fpm)] [_____].  [The trolley shall [have two operating speeds and shall] be capable of moving the rated load at a [high] speed of [50] [100] [_____] fpm.]  Actual speed(s) shall be within plus or minus 15 percent of those specified.

[Hoist and trolley motors shall be [single] [two] speed AC squirrel cage induction type.]

[Provide trolley with an electro-mechanical brake. Provide trolley brake with a minimum torque rating of [100] [50] percent of the drive motor rated torque.]

[Controls -- Provide [single] [two] speed magnetic control for the hoist and trolley.  [Provide reduced voltage starting, acceleration and deceleration for the trolley drive.]

[Manual hoist shall have a minimum rated capacity of [_____] tons.  The monorail system shall have a minimum rated capacity of [_____] tons.]


NOTE:  Do not specify a longer lift range than required, as this will increase the building height and hoist cost.  The average lift for manual hoist is 8 feet.  However, longer lifts are commercially available at additional cost per foot. Chain containers should be provided for lifts over 10 feet.
Survey the hoist and trolley commercial market and determine what standard hoist lift range available can be used for the project.  RFP preparer shall ensure three commercial sources are available for the hoist/trolley lift range that is the basis for the RFP.

Hook Operating Lift Range - [The hoist lift shall be at its highest point a minimum of [_____] feet above the finished floor and at its lowest point a minimum of [_____] feet below the finished floor.]

D1030 ESCALATORS AND MOVING WALKS


NOTE:  Escalators and moving walks are not typically used in our projects.  Delete this part if not required.

D103001 ESCALATORS

D103002 MOVING WALKS

D103003 OTHER MOVING STAIRS & WALKS

D1090 OTHER CONVEYING SYSTEMS

D109001 PNEUMATIC TUBE SYSTEMS

D109002 CONVEYORS

D109003 LINEN, TRASH, AND MAIL CHUTES

D109004 TURNTABLES

D109005 OPERABLE SCAFFOLDING

--End of Section--

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