Request For Quotation No. F3XXXX-99-QXXXX Page 1 of 2

Attachment 2 Construction Data Sheet

CONSTRUCTION DATA SHEET

Contract No.:______Project Title:

S T R U C T U R E S

1. Type of Construction:

2. Material: a . Foundation b. Floor

c. Wall d. Roof

3. Dimensions: a. Main Bldg b. Offsets

4. Utility Connection a. Water b. Sewer

c. Gas d. Electric

5. Building Equipment:

a. Air Conditioning/Heating:

(1) Type and Size

(2) Space effected (if less than 5 ton units)

(3) Cost

b. Fire Protection:

(1) Type System (Automatic/Manual, Open/Closed

(2) SF Protected Head Sprinkler, Halon 1301,

(3) Components (Heat/Smoke Detectors

(a) Number Sprinkler Heads (b.) Number of Detectors

(c) Number Pull Stations (d). Number of Bells

(4) Cost each system

c. Hot Water Heater/Storage (number & capacity):

d. Drinking Fountains (number & type):

e. Bathroom: (1) # Urinals (2) # Toilets (3) # Sinks

f. Exhaust Fans (number of sets):

g. Air Compressors (size):

h. Emergency Lights (number of sets):

i. Generators: (1) Serial No.: (2) KW: (3) Cost:


CONSTRUCTION DATA SHEET

(con’t)

U T I L I T I E S

1. Electricity: Linear Feet # Poles # Manholes Cost

a. Primary (OH)

b. Primary (UG)

c. Secondary (OH)

d. Secondary (UG)

e. Transformer (KVA & Cost)

2. Sewer Lines: Linear Feet Cost

3. Oil/Water Separator: Capacity Cost

4. Water Lines-. Linear Feet Cost

F E N C I N G

Type Linear Feet Cost

E X T E R I 0 R L I G H T I N G

1. Street No. Lights Type Cost

2. Flood No. Lights Type Cost

3. Security No. Lights Type Cost

M I S C E L L A N E 0 U S

1. Storm Drainage Linear Feet Type Cost

2. Septic Tank Size Cost

3. Curbs & Gutters Linear Feet Cost

4. Other (Name)

a. Size Cost

b. Size Cost

c. Size Cost

d. Size Cost

e. Size Cost

* Primary power (600 volts or more) and secondary (under 600 volts) includes the linear feet between all poles, plus service drops for the overhead system and the linear feet between all duct manholes in the underground system.

EXAMPLE: Two primary systems, or feeders, and one secondary line between two poles 100 feet apart would equal 200 feet of primary and 100 feet of secondary overhead distribution.