INSTALLATION ENGINEERING DATA REFER TO DWG. 1-023-B-513

• Document Type: CREST
• Collection: NGA Records (Formerly NIMA)
• Document Number (FOIA) /ESDN (CREST): CIA-RDP78B04770A000500010049-4
• Release Decision: RIPPUB
• Original Classification: K
• Document Page Count: 3
• Document Creation Date: December 28, 2016
• Document Release Date: October 8, 2004
• Sequence Number: 49
• Publication Date: November 16, 1966
• Content Type: FORM

Approved For Release 2004/11/30 : CIA-RDP78BO477OA000500010049-4
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INSTALLATION ENGINEERING DATA
_ e2 er todwg . - 2 - -. 3
(See Remarks at end of form)
ltlavn in parentheses refer to
appended notes at end of form
Date form completed 16 November 1966
Tentative f7 Valid until
Final data
I. INSTRUMENT
A. Name of instrument: Briefing Print Enlarger 1-023-E-001
B. Manufacturer: STAT
C. Contract number:
D. Delivery date: Tentative: Final:
A. Sub-assemblies:
1. Number of siub-assemblies: 5
2. Largest sub-assembly: Weight 1500 ibs; " H x 35 W x 128 " D
3. Heaviest sub-assembly: Weight 1500 lbs; 77-11 H x 3 W x lam" D
B.
Assembled instrument:
1.
Number of major components: 3
2.
Largest component: Weight 1 00 lbs;
78 H x )2 " W x 128 D
3.
Heaviest component: Weight 1600 lbs;
78 " H x 12 " W x 128 " D
(1)
4.
Total floor space required after assembly, including maintenance acce
ss
Ft.
space. Ft. In. High x
In. Wide x Ft. In. Deep.
5.
_
Total weight of assembled instrument:
2150 lbs
C. Type of base of mount: Flat : 3-point suspension ; 4-point suspension X
D. Does the instrument have built-in mobility? Yes X No
E. Is the instrument particularly sensitive to vibration? Yes No X
Will the instrument generate vibration? Yes No X
F. Are any special or unusual tools or fixtures necessary or adviseable,for
the installation of the maintenance of this instrument? Yes No X
If "Yes," please describe:
III. UTILITIES
A. Electrical: AC DC
1. Voltage 208/120 Volts.T 10% TM3< Volts
2. Current 20 Amps/phase Amps
3. Frequency 60 cps
4. Nr. of phases 3 Ph
5. Nr. of wires
6. Power required 00 Watts Watts
7. Power factor 0.8 Min . () L in
(2) 8. Type of outlet: Two prong _; three prong _; Twist lock ; Perm._
9. Type of ground: Building conduit X ; Direct earth ground
10. Should the instrument be shielded, either from external electromagnetic
signals or to prevent interference with other equipment? Yes No X
If "Yes," to what extent?
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B. -Air conditioning:
1. Desired environment: Room air temperature of 72 OF / 7 OF and relative
humidity of iaa% _201% .
2. Input Air: Is a direct connection necessary? Yes No X ;
3.
(3), (4)
Adviseable? Yes No ; If "Yes," what is the connector type and
size? Recommended input air temperture OF / OF.
Relative humidity % %. If input air must be filtered, what is
the maximum particle size in microns? What particle count?
cu. ft.
Output Air: Is a direct connection to the return air duct necessary?
Yes No Adviseable? Yes No . Connector type and size?
. Output air temperature __'CF / OF. Relative
humidity ?%. Output heat BTU Flow of CFM. Is
output air toxic? Yes No Noxious? Yes No
C. Plumbing:
1. Is water required? Yes No Pressure PSIG, flow GPM.
2. Type of water re uired:
Tap ?F OF Deionized OF OF
Tempered OF / - OF Filtered OF / OF
If filtered, give maximum permissible particle size in microns and the
maximum permissible count. microns particles/cu. ft.
3. Pipe required:
Galvanized Copper Size
Stainless Steel Plastic Type of connector
4. Floor drain:
Diameter of drain Galvanized drain?
Plastic drain? Glass drain?
5. Are any chemical solutions used in the device? Yes No If
"Yes," state the nature of the solution(s), permissible temperature
range, flow rate in appropriate units and the filtration necessary for
each solution
6. Size of pipes and connectors
? D. Compressed air:
Is compressed air required? Yes No -_. Water free? Oil Free?
Type and size of connector? . Pressure PSIG. Flow in CFM
Maximum , minimum , average
E. Vacuum:
Is vacuum required? Yes No _. Pressure PSIA or (inches of
water) (millimeters of mercure). Displacement in CFM, maximum
minimum , average Type and Size of connectors
F. Peripheral Devices:
Will the instrument be connected to any peripheral devices such as a
computer or data input or data output device? Yes No . If "Yes,"
give, in detail, the nature of the connection to the peripheral device such
as coaxial cable, multiple wire connector, etc.
IV. REMARKS
A. Use additional sheets if more space is required for environmental conditions
or utilities not mentioned above.
B. Submit three typed copies of the completed form to the Technical
Representative.
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C. Attach three copies of a dimensioned outline drawing of each major component
c ent and of the completed aeseebly. Indicate, on the outline drawing
of the completed assembly, the space required for access to the instrument
for maintenance.
of the completed assembly. include the estimated weight of each major
D. If a question does not apply to the instrument, insert "N/A" (Not Applicable)
in the appropriate blank space.
Information provided by:
gna ure
? NOTES
(1)
(2)
(3)
Position r job ti e
STAT
See.drawing 1-023-B-513, Sheet 4
The contractor will supply one receptacle and its box for installation at the
site by the customer prior to delivery of the BPE. The receptacle is a
Crouse-Hinds "Arktite" 5-.conductor unit. A wiring dia am for the receptacle
is shown in installation drawing 1-023-B-5139 Sheet
The immersion fluid vapor is removed from the negative gate area by a blower
mounted on the Enlarger. A 25-foot length of 14" I.D. flexible tubing is
supplied for connection from the blower outlet to an outdoor exhaust system.
Provision should be made, such as installation of an additional blower or
other moans, to prevent stoppage or reversal of the air flow by back pressure
from the outside vent. This system should provide for 200 to 300 cfm, air flow.
The Easel Exhauster produces about 0.5 psig vacuum at the Easel face and pro-
vides cooling exhaust for the Enlarger Lamphouse. The air intake is at the
Easel surface and at a filter on the Lamphouse. The Exhauster is mounted in
a sound control enclosure as shown in drawing 1-023?B-513, sheet . It
is recommended that the Exhauster Enclosure be mounted in the room with the
Enlarger to avoid disturbing building air circulation. The air movement
through the Exhauster is 600 cfm max. Most of the output heat of the BPE is
carried in the Exhauster output and is estimated to be 1.5 to 2.0 kilowatts
(5000 to 7000 BTU/Hr). A 10-foot length of 7" I.D. flexible tubing is sup-
plied for connection from the Main Assembly of the Enlarger to the Exhauster.
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