Item 6 - BTC9.pdf
PDF 2 MB Posted
- Attached to
- FBI CJIS Bulbs and Drivers REV #003
- Solicitation number
- 15F06725Q0000116
About this file
This document is a detailed product specification sheet for compact fluorescent downlights (Type BTC9) from Kurt Versen Company, specifically designed for the FBI Biometric Tech Center project. The specification covers two models - H8432 (26-32W Triple Tube) and H8442 (42W Triple Tube) - with 4½" square parabolic trim, featuring sturdy steel housings, safety locking sockets, and electronic ballasts compatible with 120V through 277V input voltage. Key design features include matte black housings, Softglow® clear anodized trims, multiple texture options, and compatibility with various accessories like support rails, emergency power, and lens types.
The technical documentation provides comprehensive performance data, including candlepower distribution, initial footcandle measurements, and coefficients of utilization for different mounting configurations. The fixtures are pre-wired, UL and C-UL listed, and designed for eight-wire 75°C branch circuit wiring. Performance characteristics are detailed for both Philips and Osram lamp variants, with specific measurements at various vertical angles and work plane heights. The product is intended for general lighting applications in corridors, entries, workstations, and open areas, with noted suitability for damp locations.
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Submitting Agency: Description: H8432-BR-MOD-277-R2 18W LAMPING Project: FBI - BIOMETRIC TECH CENTER Notes:
Type:
BTC9
H8432 One 26-32W Triple Tube
H8442 One 42W Triple Tube
Compact Fluorescent Downlights 41/2" Square Parabolic Trim
Optics and Applications The reflector-trim combination produces uniform patterns, ideal for general lighting. For corridors, entries, over work stations or open area lighting. Suitable for damp locations.
Design Features Sturdy steel housings protect and align reflectors and lamps. A safety locking socket prevents lamp fallout. Trims are stabilized to prevent racking and are retained by constant pressure springs. Maximum ceiling thickness 1".
Top or bottom service.
Finish Housings and structural parts are painted matte black to suppress light leaks. Trims are anodized Softglow® clear.
Trim Textures Textured trims create a subtle new aperture appearance.
Select among different embossed patterns to match the ambiance of the space being illuminated. Refer to Squares brochure for descriptive photos.
Ballasts Fully electronic, microprocessor controlled with programmed start to assure rated lamp life. Input voltage ranges from 120V through 277V. Power factor .98, starting temperature 0°F (-18°C), THD<10%. Pre-heat start < 1.0 second. End of lamp life protection. Rated for > 50,000 starts.
General Fixtures are pre-wired, UL and C-UL listed for eight wire 75°C branch circuit wiring. Union made IBEW. Luminaire Efficiency Rating (LER) data is in the photometric directory located in Section Z.
Accessories R2 26" support rails. WT White trim flange.
R5 52" support rails. WHT White complete trim.
SB Softglow black. BP Ball Peen texture.* SG Softglow gold. CG Corrugated texture.
SH Softglow mocha. DS Distressed texture.
SP Softglow graphite. WV Woven texture.
ST Softglow titanium. LL Linear spread lens.
SW Softglow wheat. LP Large prism lens.
SY Softglow pewter. MP Microprism lens.
SZ Softglow bronze. DM Dimming ballast.
BR Bright trim finish. V347 347 volt ballast.
FC Four cell cross baffle.* FR Frosting on lens, F Fuse. specify lens type.
EM Emergency power includes integral charger light and test switch visible through aperture. Battery operation for 90 minutes.
FLT4 Full lens trim, specify lens type, e.g. H8432-FLT4LL.
WRL Wattage restriction label, specify wattage.
*Baffle FC not available with Ball Peen texture.
Matching Square Units ** Directional downlights Pages H1, H2, H24 Tungsten halogen Page H4 Metal halide Pages H24, H25 Low voltage Page H1 Wall washer Page H31
H21
Number A B C D Depth Aperture Width Length Lamps
H8432 10" 41/2" sq. 12" 14" 26-32W Triple Tube 254mm 114mm 305mm 356mm compact fluorescent
H8442 10" 41/2" sq. 12" 14" 42W Triple Tube 254mm 114mm 305mm 356mm compact fluorescent
Dimensions and Lamps
Electronic Ballast
Venting Slots
Branch Circuit Junction Box
Aperture Frame
Retaining Spring (2)
Full Lens Trim (Optional) Housing
Square Trim
Locking Socket
Focal Adjustment
Primary Reflector
Access Cover (2)
B
A
C
D
Number Lamps 85° 75° 65° 55° 45°
H8432
26W Triple Philips 27 112 241 2447 10353
26W Triple Osram 24 91 222 2129 10091
32W Triple Philips 42 174 357 4655 15433
32W Triple Osram 29 112 247 4731 14821
H8442 42W Triple Philips 43 183 366 4793 15892
42W Triple Osram 31 117 259 4967 15561
Brightness
Data in footlamberts. Photometer readings, Maximum Brightness Method.
Kurt Versen Company Point Source Lighting Westwood, New Jersey 07675
** Click for link to pages in blue.
a126wkb8 Text Box This Type has already been APPROVED. Catalog cut for RECORD ONLY a126wkb8 Text Box a126wkb8 Text Box
Submitting Agency: Description: H8432-BR-MOD-277-R2 18W LAMPING Project: FBI - BIOMETRIC TECH CENTER Notes:
Type:
BTC9
H8432 One 32W Osram Triple Tube Read Bottom
10° 20° 30°
2'
2'
3'
3'
3'
4'
5'
5'
6'
7'
6'
8'
9'
10'
11'
6'
7'
9'
10'
11'
H8432 One 32W Philips Triple Tube Read Top
2'
2'
3'
3'
3'
4'
5'
5'
6'
7'
6'
8'
9'
10'
11'
7'
8'
9'
10'
12'
H21 H8432 H8442 Performance Datachart
Coefficients of UtilizationCandelas
H8432
Ceiling
Wall % 70 50 30 10 10 50 10 10 0
80% 70% 50% 30% 0
Zonal Cavity Method - Floor Reflectance 20%RCR
° Vertical Angles
* Initial Lamp Lumens
P 42W
3200* O 42W
3200*°
° Vertical
* Initial Lamp Lumens
P 32W
2400* O 32W
2400*
Ceiling to FloorSingle Unit, Initial Footcandles, 30" Work Plane Multiple Units, Initial Footcandles, 30" Work Plane
Ceiling 80% Walls 50% Floor 20%
FC FC Diam Spacing RCR 1 RCR 3 RCR 8
Nadir
FC Diam FC Diam
Spacing is Maximum Over Work Plane
32W x 1.0 H8432 26W x 1.2 H8442 42W x .87
Notes 1 For microprism spread lens multiply data x.88.
2 All data with standard trim, Softglow® clear.
3 Datachart degree headings measure one side from nadir.
Diameter data includes both sides. Therefore the 20° column value describes a 40° pattern diameter at the work plane 30" above the floor. Footcandle values are at the diameter edge.
4 Datachart spacing is rounded off to the nearest foot.
5 Data by IES methods. Compact fluorescent data vary due to lamp lumen differences, power input, burning position, ambient temperature and ballast characteristics. A modifi-cation factor should be applied.
6 Colored trim multipliers: Gold x .90, Wheat x .85, Mocha x .80, Pewter x .80, Graphite x .75, Titanium x .75, Bronze x .70, Black x .70.
H8442 One 42W Osram Triple Tube Read Bottom
10° 20° 30°
2'
2'
3'
3'
3'
4'
5'
5'
6'
7'
6'
8'
9'
10'
11'
8'
9'
10'
11'
12'
8'
9'
10'
11'
12'
6'
7'
8'
10'
11'
H8442 One 42W Philips Triple Tube Read Top
2'
2'
3'
3'
3'
4'
5'
5'
6'
7'
6'
8'
9'
10'
11'
6'
8'
9'
10'
11'
Ceiling to FloorSingle Unit, Initial Footcandles, 30" Work Plane Multiple Units, Initial Footcandles, 30" Work Plane
Ceiling 80% Walls 50% Floor 20%
FC FC Diam Spacing RCR 1 RCR 3 RCR 8
Nadir
FC Diam FC Diam
Spacing is Maximum Over Work Plane
H8432 32W Philips Eff 33% S/M 1.2
H8432 32W Osram Eff. 34% S/M 1.1
Candlepower Distribution
For 26 Watt x.88
H8442 42W Philips Eff 25% S/M 1.18
H8442 42W Osram Eff. 29% S/M 1.13
55°
35°
75°
65°
25°
15°5°
45°
85°
55°
35°
75°
65°
25°
15°5°
45°
85°
55°
35°
75°
65°
25°
°5°
45°
85°
55°
35°
75°
65°
25°
15°5°
45°
85°
.38
.35
.33
.31
.29
.27
.26
.24
.23
.21
.36
.33
.31
.28
.26
.24
.22
.20
.19
.18
.36
.32
.29
.26
.24
.22
.20
.18
.17
.15
.35
.31
.27
.24
.22
.20
.18
.17
.15
.14
.36
.33
.30
.28
.26
.24
.22
.20
.19
.18
.34
.30
.27
.24
.22
.20
.18
.17
.15
.14
.34
.32
.29
.27
.25
.23
.21
.20
.18
.17
.33
.30
.26
.24
.22
.20
.18
.16
.15
.14
.33
.31
.28
.26
.24
.23
.21
.19
.18
.17
.32
.29
.26
.24
.21
.19
.18
.16
.15
.14
.30
.28
.25
.23
.21
.19
.17
.16
.14
.13 a126wkb8 Text Box This Type has already been APPROVED. Catalog cut for RECORD ONLY
| FBI FIXTURES- ARCH LTG SECTION 266000.pdf |
| Contents |
| Type BTC1 |
| BTC1 DWG |
| Type BTC1 |
| Type BTC2 |
| BTC2 DWG |
| Type BTC4 |
| Type BTC4 |
| Type BTC5 |
| BTC5 DWG |
| Type BTC5 |
| Type BTC6 |
| Type BTC7 |
| Type BTC8 |
| BTC8 DWG |
| Type BTC9 |
| Type BTC10 |
| BTC10 DWG |
| Type BTC11 |
| Type BTC14 |
| Type BTC15 |
| Type BTC16.1 |
| Type BTC16.2 |
| Type BTC18 |
| Type BTC19 |
| Type BTC20 |
| Type BTC21A |
| Type BTC21B |
| Type BTC21C |
| Type BTC21D |
| Type BTC22 |
| Type BTC23 |
| Type BTC24 |
| Type BTC25 |
| BTC25 DWG |
| Type BTC26A |
| Type BTC26B |
| Type BTC26C |
| Type BTC26D |
| Type BTC27 |
| Type BTC28 |
| Type BTC29 |
| Type BTC30 |
| Type BTC31 |
| Type BTC32 |
| Type BTC33 |
| Type BTC34 |
| Type BTC36 |
| Type BTC37 |
| Type BTC38.1 |
| Type BTC38.2 |
| Type BTC39 |
| BTC39 DWG |
| Type BTC39 |
| Type BTC40A |
| Type BTC40B |
| Type BTC40C |
| Type BTC41 |
| Type BTC42 |
| Type BTC43 |
| Type BTC44 |
| Type BTC44 |
| Type BTC46 |
| Type BTC47 |
| Type BTC51 |
| Type BTC51 |
| Type BTC52 |
| Type BTC53 |
| BTC53 LOUVER |
| Type BTC54 |
| Type BTC55 |
| Type BTC56 |
| Type BTC57 |
| Type BTC101 |
| BTC101 POLE |
| Type BTC102A |
| BTC102A POLE |
| Type BTC102B |
| BTC102B POLE |
| Type BTC102C |
| BTC102C POLE |
| Type BTC102D |
| BTC102D POLE |
| Type BTC103 |
| BTC103 POLE |
| Type BTC104 |
| Type BTC105 |
| Type BTC106A |
| Type BTC106B |
| Type BTC107.1 |
| BTC107.1 DWG |
| Type BTC107.2 |
| BTC107.2 DWG |
| Type BTC107.3 |
| BTC107.3 DWG |
| Type BTC107.4 |
| BTC107.4 DWG |
| Type BTC107.5 |
| BTC107.5 DWG |
| Type BTC109 |
| Type BTC110 |
| Type BTC110 |
| Type BTC111 |
| Type BTC112A |
| Type BTC112B |
| Type BTC113 |
| Type BTC115 |
| Type BTC116 |
| Type BTC116 |
| Type BTC119 |
| Type BTC121 |
| Type BTC121 |
| Type BTC123 |
| Type BTC126 |
| Type BTC129 |
| Type BTC130 |
| Type BTC131 |
| BUILDING #9 |
| Type BTCA |
| Type BTCA1 |
| Type BTCA2 |
| Type BTCB |
| Type BTCC |
| Type BTCD |
| Type BTCE |
| Type BTCF |
| Type BTCG |
| Type BTCH |
| Type BTCJ |
| Type BTCK |
| Type BTCX |
| Type BTCX |
| Type BTCX1 |
| Type A |
| Type B |
| Type C |
| Type D |
| Type E |
| Type X |
| Type X1 |
| Type BTCA |
| Type BTCA1 |
| Type BTCB |
| Type BTCE |
| Type BTCG |
| Type BTCH |
| Type BTCK |
| Type BTCX |
| Type |
| Type |
| Type |
| Type |
| BALLAST BUNDLE 7-29-11.pdf |
| FBI Ballast Architectural MATRIX |
| BF1 EHD T528 |
| BF10 ICN-2S28-277 |
| BF11 ICF-2S26-H1-LD |
| BF12 QTP 2X28T5 |
| BF13 QTP 2X28T5 |
| BF14 QTP 2X39T5 |
| BF2, BF4 H3D T528 |
| BF3, BF5 FDB |
| BF6 B228PUNV-C |
| BF8 C2642UNV |
| BF9 C218UNV |
| BHPS1 71A8443T |
| BHPS2 71A8048 |
| BMH1 M2012_27CK-5EU-JT3 |
| BMH2 M3912_27CK-5EU-JT3 |
| BMH3 M7012_27CK-5EU-JT3 |
| BMH4 MC20-1-F J |
| BMH5 MC39-1-J |
| BMH6 MC70-1-F-UNNU |
| BMH7 MC50-1-UNNV |
| LAMP BUNDLE 7-29-11.pdf |
| FBI BTC LAMP MATRIX-ARCH |
| ARCH LTG MATRIX |
| LF1 |
| LF2 |
| LF3 |
| LF4 |
| LF5 |
| LF6 |
| LF7 |
| LCF1 |
| LCF2 |
| LCF3 |
| LCF4 |
| LCF5 |
| LCF6 |
| LH1 |
| LH2 |
| LHPS1 |
| LHPS2 |
| LMH1 |
| LMH10 |
| LMH11 |
| LMH2 |
| LMH3 |
| LMH4 |
| LMH5 |
| LMH6 |
| LMH7 |
| LMH8 |
| LMH9 |
File details come from the government source that posted it. Updated .