hdmpc - img.acuitybrands.com

Type:

Project:

HDMPCPendant and Cord with FAR-UVC Filtered 222nm Disinfection Technology

Healthcare Lighting • (800)-705-SERV (7378) • www.healthcare-lighting.com

Rev. 12/07/21HDMPC

© 2021 Acuity Brands Lighting, Inc. All Rights Reserved. Healthcare Lighting, nLight, and the Acuity Brands logo are registered trademarks of Acuity Brands. CARE222 is a registered trademark of Ushio America, Inc. Products herein may be covered by one or more U.S. Patents and Patents Pending. Specifications subject to change without notice.

SPECIFICATIONS

1

DIMENSIONS

HIGHLIGHTS

• Featuring Care222® far-UVC disinfection* technology with patented filter for narrow band 222nm emission

• Continual operation of Care222® technology that can meet exposure guidelines for occupied space established by the American Conference of Governmental Industrial Hygienists (ACGIH®) 1

• Targets the air and surfaces for pathogen control 2

• LED status indicator visible from room

• Discreet form factor for merging into existing interior spaces

• Multi-conductor pliable cord with embedded aircraft cable for clean installation with no kinks, crooked mounting, or visible tethers

• Recessed or surface junction box mounting configurations available

• Ideal applications include nonresidential hospitality, healthcare facilities, offices, conference rooms, educational facilities, and other public spaces

• UV module designed for easy replacement

• Multiple paint color finishes standard as well as RAL color selections

• Features a 2-year limited warranty covering all components and construction

WAVELENGTH SPECTRUM

COMPANION LUMINAIRE(S)

HDMPS 9LONG & 6LONGModule in Pendant Stem

Junction box by others(see Compatibility Table)

5/8" [15.9]

Ø5 1/4" [133.4]

Ø5/16" [7.9]

6 3/8" [161.9]9" [228.6]

Ø5 1/2" [139.7]

Ø4 5/8" [117.5]

Cord is field cuttable

*All references to “disinfection” are referring generally to the reduction of pathogenic bioburden and are not intended to refer to any specific definition of the term as may be used for other purposes by the U.S. Food and Drug Administration or the U.S. Environmental Protection Agency. Reference Specifications page of this document for full disclaimer.1. ACGIH® 2021 TLVs® and BEIs® - Based on the Documentation of the Threshold Limit Values for Chemical Substances and Physical Agents & Biological Exposure Indices; when installed and used in accordance with written instructions. 2. Reference page 5-6 of this document under Projected Virus Inactivation and Projected Bacteria Inactivation

HDMPC

HDMC 9LONG & 6LONGModule in Surface Mount

HDMRModule in RecessedInstall From Below Ceiling

HDMR w MF4 AccessoryMounting Frame KitNew Construction or Grid Ceilings

Buy American

http://www.healthcare-lighting.com


Rev. 12/07/21HDMPC


Type:

Project:

2


HDMPC 9LONG 120HIGH UV222 D108 MVOLT CJB C5D GWAMCY WCRD GWAM

Series Size Suspension Length Wavelength Programming Option Voltage Mount Adapter

HDMPC Healthcare Disinfection Module Pendant Cord

6LONG 6 Inch Nominal9LONG 9 Inch Nominal

120HIGH 120 Inch Nominal Cord Length



UV222 222nm D108 108 Inch (min) to 113 Inch (max) Height From Floor to Module Face Dose Level

D114 114 Inch (min) to 119 Inch (max) Height From Floor to Module Face Dose Level



D132 132 Inch (min) or Greater Height From Floor to Module Face Dose Level

MVOLT 120-277 Volt (blank) Not RequiredHJBA Square Junction

Box Adapter(Finish to match HDMPC canopy color.)

CATALOG NUMBERExample:

Mounting (See Table 1) Canopy Type Canopy Color Cord Color Finish

CJB Canopy over Recessed or Surface J-Box

CJBSC Canopy over Surface J-Box with Conduit Connectors

C5D Cord Canopy with 5 Degree SwivelC45D Cord Canopy with 45 Degree Swivel

GWAMCY Gloss White AntimicrobialSIAMCY Gloss Silver AntimicrobialGBKAMCY Gloss Black AntimicrobialMBKAMCY Matte Black AntimicrobialMWAMCY Matte White AntimicrobialBZAMCY Bronze AntimicrobialRALTBD RAL Color

WCRD* White CordBCRD* Black CordGCRD* Gray Cord

*Cord can be cut in field to achieve non-uniform lengths (i.e. for a field cut 8’ length, order 10’ cord). Cord length is nominal: actual length is about 2" shorter.

GWAM Gloss White AntimicrobialSIAM Gloss Silver AntimicrobialGBKAM Gloss Black AntimicrobialMBKAM Matte Black AntimicrobialMWAM Matte White AntimicrobialBZAM Bronze Anti-MicrobialRALTBD* RAL Paint Finish

*RALTBD for pricing only. Replace with applicable RAL call out when ready to order. See the Architectural RAL Color Brochure for available options.

Table 1Junction Box Compatibility Matrix

Junction Box (by others)Canopy Type

CJB CJBSC4" Octagon 4x4x1.5 deep

[101.6mm x 101.6mm x 38.1mm]Yes Yes

4" Octagon 4x4x2.125 deep[101.6mm x 101.6mm x 54.0mm]

Yes No

4" Square 4x4x1.5 deep[101.6mm x 101.6mm x 38.1mm]

Yes* No

*Mount adapter HJBA required

For sale only in the United States of America and Mexico.

Meets California ozone emissions limits. California Air Resources Board (CARB) certified.


http://www.acuitybrands.com/-/media/abl/acuitybrands/files/resources/customer-tools/paint-colors/architectural-ral-color-brochure.pdf?la=en&hash=B069D9B84BE9AFA8A53BEBA8089B545B&forceBehavior=open


Rev. 12/07/21HDMPC


Type:

Project:

3


SPECIFICATIONS

HousingExtruded aluminum cylinder body construction.

FinishPainted in durable polyester powder coat paint with anti-microbial** additive. Available in six standard solid colors. Consult tech support for custom colors or specify RAL colors from Architectural RAL Color brochure.

MountingFor new or existing ceiling construction types. Designed for installation to 4" [101.6mm] recessed or surface octagon or square junction box.

SourceCare222® mercury-free far-UVC excimer lamp. Emits a soft violet glow from 1.75" x 2.38" [44.5mm x 60.3mm] opening when powered.

FilterPatented short pass filter for narrow band 222nm emission that removes longer wavelengths that can penetrate the living tissue in skin or beyond the tear layer in the eyes. Enables operation that can meet ACGIH® guidelines for occupied space.

WavelengthEmitted Wavelength Range is 200 nm ~ 230 nm with Peak Wavelength at 222 nm far-UVC.

CircuitingSingle circuit; Not intended for use with wall switches. Connect to an unswitched circuit intended for 24/7/365 continuous operation.

WattageConsumes 14 watts

Power FactorAt 120volt = 99% At 277volt = 91%

Voltage120 thru 277v/50-60Hz

Input Current (Maximum).14 amps at 120V .06 amps at 277

Controls and System Networking Options Requires no external controls or startup commissioning.

Dosing DurationUV lamp module will operate on 12-minute cycles for a duration of between 10 and 50 seconds each cycle. The duration will depend on the specific dose chosen to meet the application design requirements.

UV Lamp Module LifeRated for approximately 5 years of life (3000 activated hours).

Ambient Temperature Range+68° to +104°F [+20° to +40°C]

Ambient Operating Humidity90% relative humidity non-condensing maximum.

EnvironmentDamp location standard.

CertificationUL Certified to meet U.S. and Canadian standards for germicidal equipment for use in occupied spaces.

Registration InformationEPA Est. No.: 97727-IN-1

For sale only in the United States of America and Mexico.

Meets California ozone emissions limits. California Air Resources Board (CARB) certified.

Ozone EmissionsMaximum concentration of 0.001 ppm over an 8-hour period, as tested in accordance with UL 867.

Fixture WeightHDMPC 9LONG = 10lbs [4.54kg]HDMPC 6LONG = 8lbs [3.63kg]HDMPC 9LONG CJBSC = 11.2lbs [5.08kg]HDMPC 6LONG CJBSC = 9.2lbs [4.17kg]

Buy AmericanThis product is assembled in the USA and meets the Buy America(n) government procurement requirements under FAR, DFARS, and DOT. Please refer to www.acuitybrands.com/resources/buy-american for additional information.

Warranty2-year limited warranty. Complete warranty terms located under Acuity Brands UV Lighting: www.acuitybrands.com/support/customer-support/terms-and-conditions

UV Disinfection* Technology• Reference page 5-6 of this document under Projected Virus

Inactivation and Projected Bacteria Inactivation.

• Application design layout and associated projected reduction of pathogenic bioburden available by requesting a consultation with an Acuity Brands UV Lighting Specialist

Notes:Actual performance may differ as a result of end-user environment and application.

All values are design or typical values, measured under laboratory conditions at 25°C.

Specifications subject to change without notice.

Disclaimer*All references to “disinfection” are referring generally to the reduction of pathogenic bioburden and are not intended to refer to any specific definition of the term as may be used for other purposes by the U.S. Food and Drug Administration or the U.S. Environmental Protection Agency. Reduction of pathogenic bioburden is a function of fixture run time and the distance to the UV light source, airflow, room size, shadow areas and/or other factors, and the level of reduction will vary within a specific space. This fixture is not intended for use in the cure, mitigation or prevention of disease and is not certified or approved for use as a medical device by the FDA. It is the obligation of the end-user to consult with appropriately qualified Professional Engineer(s), a Certified Infection Control Professional and a Certified Industrial Hygienist, as applicable, to determine whether this fixture meets the applicable requirements for system performance, code compliance, safety (including safety and hazard alerting signs), suitability and effectiveness for use in a particular application design. In no event will Acuity Brands Lighting be responsible for any loss resulting from any use of this fixture in an application design.

**Antimicrobial properties are built in to inhibit the growth of bacteria that may affect this product. The antimicrobial properties do not protect users or others against bacteria, viruses, germs or other pathogens.

Precautionary StatementsHazards to Humans and Domestic Animals

ü Disconnect or turn off power to equipment before performing maintenance or servicing other elements in the ceiling or space that require closer proximity than normal standing height away from the equipment.

ü Skin or eye injury may result from overexposure to the light produced by the lamp in this equipment at distances less than 24 in. from the emitter.

ü Emitters used in this equipment are in the EXEMPT RISK GROUP for actinic UV (200 -400nm), near UV (315-400nm), and blue light (300-700nm) hazards, as described in IEC 62471, when installed and used according to written instructions.

ü This equipment emits UV radiation which can cause degradation of many materials. Remove or protect these materials prior to operation of the unit.

CAUTIONUV EXPOSURE RISKS / OZONE EXPOSURE RISK

ü This equipment emits UV radiation at wavelengths less than 250 nm which can generate ozone. Take precautions to ensure that ozone concentration stays within applicable permissible exposure limits, as described in the installation instructions.


http://www.acuitybrands.com/resources/buy-american

http://www.acuitybrands.com/support/customer-support/terms-and-conditions

http://www.acuitybrands.com/support/customer-support/terms-and-conditions

https://www2.acuitybrands.com/ab-uv-light-disinfection-speak-with-a-specialist


Rev. 12/07/21HDMPC


Type:

Project:

4


SUSPENSION LENGTH & PROGRAMMING OPTION SELECTION

*Choose the greatest height from �oor to module face that your application will allow that matches one of the available Programming Options, up to 11ft (i.e. 132”), to optimize projected inactivation. See projected inactivation tables below for details.**Leaves 6” for strip length in j-box

Floor

The Programming Option changes the duty cycle of the UV emitter activation to keep UV exposure levels in the occupied space (i.e. the portion that is 7 feet or less above �nished �oor) below ACGIH® published exposure limits. The correct Programming Option to specify

depends on the height of the UV emitter module face above the �oor.

120HIGH180HIGH240HIGH

for 6LONG A - C = B ** for 9LONG A - C - 3” = B **

300”-132“-3” = 165” =

SuspensionLength

Find B(Suspension

Length)

Choose Suspension

Length Option(Round 171” up)

A

= B

Example: HDMPC 9LONG (mounted from recessed j-box in 25ft ceiling) What Suspension Length and Programming Option should I

select given my ceiling height and mounting options?

Programming Options

Suspension Length

D108D114D120D126D132

Start Here(sketch out your installation)

Finish

HDMPC 9LONG

J-box (by others)

Mounting Plane (de�ned by open face of j-box)

For this example, choose 180HIGH Suspension Length and D132 Programming Option

ChooseProgramming

Option**(C = 11 ft = 132 in)

= C* Height from�oor to module face

Height from �oor to mounting plane

Projected UV Exposure and Exposure Limits This chart illustrates mounting height configurations for the HDMPCfixture, incorporating Care222® technology, that provide a UV exposure dose within the exposure guidelines¹ established and published by the American Conference of Governmental Industrial Hygienists (ACGIH®). For the UV exposure dose to remain within the ACGIH guidelines for the level of UV exposure a typical worker can be exposed to without adverse health effects,the maximum exposure dose must not exceed 23 mJ/cm² (millijoules per square centimeter) for an 8-hour period of time. Per the UL 8802 standard, the upper limit of occupied space is defined to be a test plane 7' Above Finished Floor (AFF). This calculated maximum exposure dose represents the dose an individual would receive over an 8-hour period at 7' Above Finished Floor (AFF) even if stationary in the location of maximum dose.

The levels of exposure in the ACGIH guidelines are quantified asThreshold Limit Values (TLVs®) and are expressed as Time-Weighted Averages (TWAs). The TLVs for incoherent ultraviolet (UV) radiation are established for wavelengths between 180 and 400 nm and represent conditions under which it is believed that nearly all healthy workers may be repeatedly exposed without acute adverse health effects such as erythemaand photokeratitis. ACGIH guidelines are designed for use by industrial hygienists in making decisions regarding safe levels of exposure to hazards in the workplace.

Distance Meets ACGIH® TLV-TWA

Mounting Ht.Mounting Ht. to

Head Ht.<23 mJ/cm²

9’

10’9’-6”

10’-6”11’12’

2’

3’2’-6”

3’-6”4’5’

Yes

YesYes

YesYesYes

mJ/cm²

20.97

21.9422.47

22.6321.6113.86

Maximum 8 hr Dose

1. ACGIH® 2021 TLVs® and BEIs® - Based on the Documentation of the Threshold Limit Values for Chemical Substances and Physical Agents & Biological Exposure Indices; when installed and used in accordance with written instructions.



Rev. 12/07/21HDMPC


Type:

Project:

5


Mounting Ht. (Z)

Mounting Ht. (Z)

Mounting Ht. (Z)

Mounting Ht. (Z)

Mounting Ht. (Z)

Programming

Programming

Programming

Programming

Programming

Projected Virus Inactivation

Surface Pathogen Inactivation 2

In uenza% in 24 Hrs Hrs to 90% Hrs to 99.9%

SARS-CoV-2Feline Calicivirus

77.6%

93.4%

97.7%

95.4%

Calculated Average Dose

mJ/cm²

36.9

20.3

14.6

17.9

110.8

60.9

43.8

53.7

% in 24 Hrs Hrs to 90% Hrs to 99.9%

99.7%

>99.9%

>99.9%

>99.9%

9.2

5.1

3.6

4.5

27.7

15.2

10.9

13.4


>99.9%

>99.9%

>99.9%

>99.9%

5.5

3.0

2.2

2.7

16.6

88.9% 25.2 75.5 >99.9% 6.3 18.9 >99.9% 3.8 11.3

9.1

96.7% 16.3 48.8 >99.9% 4.1 12.2 >99.9% 2.4 7.3

6.6

8.1




70.8%

90.6%

96.7%

94.1%


mJ/cm²

44.9

23.4

16.3

19.5

134.6

70.2

48.8

58.6


99.3%

>99.9%

>99.9%

>99.9%

11.2

5.9

4.1

4.9

33.6

17.6

12.2

14.6


>99.9%

>99.9%

>99.9%

>99.9%

6.7

3.5

2.4

2.9

20.284.4% 29.7 89.2 >99.9% 7.4 22.3 >99.9% 4.5 13.4

10.595.0% 18.4 55.3 >99.9% 4.6 13.8 >99.9% 2.8 8.3

7.3

8.8




60.1%

85.0%

94.4%

91.7%


mJ/cm²

60.2

29.1

19.2

22.2

180.6

87.3

57.5

66.5


97.5%

>99.9%

>99.9%

>99.9%

15.0

7.3

4.8

5.5

45.1

21.8

14.4

16.6


99.8%

>99.9%

>99.9%

>99.9%

9.0

4.4

2.9

3.3

27.1

76.4% 38.2 114.7 99.7% 9.6 28.7 >99.9% 5.7 17.2

13.1

91.7% 22.2 66.7 >99.9% 5.6 16.7 >99.9% 3.3 10.0

8.6

10.0

9’D108 5.2

9’-6”D114 7.6

10’D120 9.5

10’-6”D126 11.8

11’D132 13.2

12’D132 10.7

9’

10’

11’

12’

D108

D120

D132

D132

4.3

8.2

11.8

9.8

9’-6”D114 6.5

10’-6”

9’-6”

10’-6”

D126

D108

D120

D132

D132

D114

D126

10.4

9’

10’

11’

12’

3.2

6.6

10.08.7

5.0

8.6




47.7%

76.2%

90.1%

87.7%


mJ/cm²

85.0

38.5

23.9

26.4

254.9

115.4

71.6

79.1


92.6%

99.7%

>99.9%

>99.9%

21.2

9.6

6.0

6.6

63.7

28.9

17.9

19.8


98.7%

>99.9%

>99.9%

>99.9%

12.7

5.8

3.6

4.0

38.265.3% 52.2 156.5 98.6% 13.0 39.1 >99.9% 7.8 23.5

17.385.6% 28.5 85.5 >99.9% 7.1 21.4 >99.9% 4.3 12.8

10.7

11.9




37.4%

65.5%

83.3%

81.6%


mJ/cm²

117.8

51.9

30.9

32.7

353.4

155.7

92.8

98.0


84.7%

98.6%

>99.9%

99.9%

29.4

13.0

7.7

8.2

88.3

38.9

23.2

24.5


95.6%

>99.9%

>99.9%

>99.9%

17.7

7.8

4.6

4.9

53.0

53.8% 71.6 214.9 95.4% 17.9 53.7 99.4% 10.7 32.2

23.4

77.0% 37.6 112.9 99.7% 9.4 28.2 >99.9% 5.6 16.9

13.9

14.7

9’

10’

11’

12’

D108

D120

D132

D132

2.3

5.0

8.0

7.3

9’-6”D114 3.7

10’-6”

9’-6”

10’-6”

D126

D108

D120

D132

D132

D114

D126

6.7

9’

10’

11’

12’

1.6

3.7

6.25.9

2.7

5.1

4’ x 4’ Area (X x Y)



10’ x 10’ Area (X x Y)

12’ x 12’ Area (X x Y)

Use this chart to estimate the effectiveness of one HDMPC fixture,mounted at various mounting heights (Z) and having different areas of coverage (X x Y), at inactivating the pathogens listed below on surfaces. The calculated average dose for each scenario is determined from Visual® lighting application software radiometric modeling1 and is then correlated with laboratory research2 to derive predicted inactivation effectiveness for specific pathogens. The analysis assumes that a horizontal plane positioned 2'-6" Above Finished Floor (AFF) is receiving the dose. For different areas of coverage or multiple fixture layouts,consult an Acuity Brands UV Lighting Specialist.1. The results presented here are based upon a 12'x12'x15' high empty room with all surface reflectance assumed to be 5%.

2. Reference Pathogen Inactivation Dose Reference List - 222nm, 254nm & Pulsed Xenon UV Light Sources.

3. As a result of computational limitations and simplifying modeling assumptions in Visual, variations in actual product performance from tested product samples, and/or variations in field conditions from laboratory testing conditions, the accuracy of calculated output values identifying radiometric quantities and any resulting derived radiation dose predictions may be adversely a ffected. See complete disclaimer at VISUAL LIGHTING DISCLAIMER

3

3

3

3

3


https://www.acuitybrands.com/-/media/abl/acuitybrands/files/resources/uv-light-disinfection-technology/pathogen-inactivation-dose-reference-list.pdf?forceBehavior=open

https://www.acuitybrands.com/-/media/abl/acuitybrands/files/resources/uv-light-disinfection-technology/uv-lighting-design-disclaimer.pdf?forceBehavior=open


Rev. 12/07/21HDMPC


Type:

Project:

6


Projected Bacteria Inactivation Use this chart to estimate the effectiveness of one HDMPC fixture, mounted at various mounting heights (Z) and having different areas of coverage (X x Y), at inactivating the pathogens listed below on surfaces. The calculated average dose for each scenario is determined from Visual® lighting application software radiometric modeling1 and is then correlated with laboratory research2 to derive predicted inactivation effectiveness for specific pathogens. The analysis assumes that a horizontal plane positioned 2'-6" Above Finished Floor (AFF) is receiving the dose. For different areas of coverage or multiple fixture layouts,consult an Acuity Brands UV Lighting Specialist.

4’ x 4’ Area (X x Y) Surface Pathogen Inactivation 2

Mounting Ht. (Z)

Mounting Ht. (Z)

Mounting Ht. (Z)

Mounting Ht. (Z)

Mounting Ht. (Z)

MRSA% in 24 Hrs Hrs to 90% Hrs to 99.9%

E-Coli SalmonellaProgramming

Programming

Programming

Programming

Programming


mJ/cm² % in 24 Hrs Hrs to 90% Hrs to 99.9% % in 24 Hrs Hrs to 90% Hrs to 99.9%

9’D108 96.4% 16.6 49.9 >99.9% 7.4 22.2 99.6% 9.9 29.8

9’-6”D114 99.2% 11.3 34.0 >99.9% 5.1 15.2 >99.9% 6.8 20.3

10’D120 99.8% 9.1 27.4 >99.9% 4.1 12.2 >99.9% 5.5 16.4

10’-6”D126 >99.9% 7.3 22.0 >99.9% 3.3 9.8 >99.9% 4.4 13.1

11’D132 >99.9% 6.6 19.7 >99.9% 2.9 8.8 >99.9% 3.9 11.8

12’D132 99.9% 8.1 24.2 >99.9% 3.6 10.8 >99.9% 4.8 14.4

9’

10’

11’

12’

D108

D120

D132

D132

6’ x 6’ Area (X x Y) Surface Pathogen Inactivation2


E-Coli Salmonella

93.5%

99.5%

>99.9%

99.8%


mJ/cm²

20.2

10.5

7.3

8.8

60.6

31.6

22.0

26.4


99.8%

>99.9%

>99.9%

>99.9%

9.0

4.7

3.3

3.9

27.0

14.1

9.8

11.8


99.0%

>99.9%

>99.9%

>99.9%

12.1

6.3

4.4

5.3

36.29’-6”D114 98.4% 13.4 40.1 >99.9% 6.0 17.9 >99.9% 8.0 24.0

18.910’-6”

9’-6”

10’-6”

D126

D108

D120

D132

D132

D114

D126

99.9% 8.3 24.9 >99.9% 3.7 11.1 >99.9% 5.0 14.9

13.1

15.8

9’

10’

11’

12’



E-Coli Salmonella

87.0%

98.5%

99.8%

99.6%


mJ/cm²

27.1

13.1

8.6

10.0

81.3

39.3

25.9

29.9


99.0%

>99.9%

>99.9%

>99.9%

12.1

5.8

3.8

4.4

36.2

17.5

11.5

13.3


96.7%

>99.9%

>99.9%

>99.9%

16.2

7.8

5.2

6.0

48.6

96.0% 17.2 51.6 >99.9% 7.7 23.0 99.5% 10.3 30.9

23.5

99.6% 10.0 30.0 >99.9% 4.5 13.4 >99.9% 6.0 17.9

15.5

17.9

9’-6”

10’-6”

D108

D120

D132

D132

D114

D126

9’

10’

11’

12’

10’ x 10’ Area (X x Y) Surface Pathogen Inactivation2


E-Coli Salmonella

76.4%

95.9%

99.4%

99.0%


mJ/cm²

38.2

17.3

10.7

11.9

114.7

51.9

32.2

35.6


96.1%

>99.9%

>99.9%

>99.9%

17.1

7.7

4.8

5.3

51.2

23.2

14.4

15.9


91.1%

99.5%

>99.9%

>99.9%

22.9

10.3

6.4

7.1

68.6

90.5% 23.5 70.4 99.5% 10.5 31.4 98.1% 14.0 42.1

31.0

98.7% 12.8 38.5 >99.9% 5.7 17.2 >99.9% 7.7 23.0

19.3

21.3

9’-6”

10’-6”

D108

D120

D132

D132

D114

D126

9’

10’

11’

12’



E-Coli Salmonella

64.7%

90.6%

98.1%

97.7%


mJ/cm²

53.0

23.4

13.9

14.7

159.0

70.1

41.7

44.1


90.3%

99.5%

>99.9%

>99.9%

23.6

10.4

6.2

6.6

70.9

31.2

18.6

19.7


82.5%

98.1%

99.9%

99.8%

31.7

14.0

8.3

8.8

95.1

82.0% 32.2 96.7 97.9% 14.4 43.1 94.3% 19.3 57.8

41.9

96.2% 16.9 50.8 >99.9% 7.6 22.7 99.6% 10.1 30.4

24.9

26.3

5.2

7.6

9.5

11.6

13.2

10.7

4.3

8.2

11.8

9.8

6.5

10.4

3.2

6.6

10.08.7

5.0

8.6

2.3

5.0

8.0

7.3

3.7

6.7

1.6

3.7

6.25.9

2.7

5.1

1. The results presented here are based upon a 12'x12'x15' high empty room with all surface reflectance assumed to be 5%.

2. Reference Pathogen Inactivation Dose Reference List - 222nm, 254nm & Pulsed Xenon UV Light Sources.

3. As a result of computational limitations and simplifying modeling assumptions in Visual, variations in actual product performance from tested product samples, and/or variations in field conditions from laboratory testing conditions, the accuracy of calculated output values identifying radiometric quantities and any resulting derived radiation dose predictions may be adversely a ffected. See complete disclaimer at VISUAL LIGHTING DISCLAIMER

3

3

3

3

3


https://www.acuitybrands.com/-/media/abl/acuitybrands/files/resources/uv-light-disinfection-technology/pathogen-inactivation-dose-reference-list.pdf?forceBehavior=open

https://www.acuitybrands.com/-/media/abl/acuitybrands/files/resources/uv-light-disinfection-technology/uv-lighting-design-disclaimer.pdf?forceBehavior=open


Rev. 12/07/21HDMPC


Type:

Project:

7


DIMENSIONS

HDMPC*Reference installation document for field cutting cord

ModuleUshio Care222® Mercury-Free Far-UVC Excimer Lamp

HDMPC Mount Plate Detail Canopy Covers for Flat or Sloped Ceilings

Pendant HangStraight Mech.

C5D

Pendant SlopeCeiling Mech.

C45D

6 3/8" [161.9]

Ø5 1/2" [139.7]

Ø4 5/8" [117.5]

9" [228.6]

Ø5 1/2" [139.7]

Ø4 5/8" [117.5]

1 3/4" [44.5]

2 3/8" [60.3] 4" [101.6]

4 3/8"Irradiation area

4 3/8" [111.1]


Ø5/16" [7.9]


5/8" 15.9]

Ø5 1/4" [133.4]


Ø5/16" [7.9]


5/8" [15.9]

Ø5 1/4" [133.4]

[111.1]

6LONG

9LONG

4 3/4" [120.7]

3 1/2" [88.9]

1/2"[12.7]

#8-32 X 5/8" Pan Head, Phillips(Supplied as Imperial size only)



Rev. 12/07/21HDMPC


Type:

Project:

8


DIMENSIONS

HDMPC with CJB Accessory over Recessed J-Box* WL option available w/ CJB for recessed junction box only

HDMPC with CJBSC Accessory over Surface J-Box

HDMPC with CJB Accessory over Surface J-Box


2 3/8" [60.3]

Ø5 1/2" [139.7]

Ø5/16" [7.9]

6 3/8" [161.9]9" [228.6]

Ø5 1/2" [139.7]

Ø4 5/8" [117.5]



Ø5 1/4" [133.4]

Ø5/16" [7.9]

6 3/8" [161.9]9" [228.6]

Ø5 1/2" [139.7]

Ø4 5/8" [117.5]


2 1/8” [54.0]


5/8" [15.9]

Ø5 1/4" [133.4]

Ø5/16" [7.9]

6 3/8" [161.9]9" [228.6]

Ø5 1/2" [139.7]

Ø4 5/8" [117.5]




Rev. 12/07/21HDMPC


Type:

Project:

9


ACCESSORIES

CJBSC Conduit Feed Examples

Single Conduit Feed Double 180° conduit Double 90°conduit

Triple 0°, 90° & 180° conduit

Quad 0°, 90°, 180°, & 270° conduit Top conduit feed

Example w/ (4) Conduit Keys Installed Example w/ (1) Conduit Key & (3) Blank Key Installed

CJBSC Accessory Details

2 1/4" [57.2]

6 3/4"[171.5]

Ø5 1/2" [139.7]

Ø5 1/2"[139.7]

2 1/4" [57.2]

1x CONDUIT KEY

3x BLANK KEY

Conduit Key(4) provided with each,for use with 1/2" [16] or 3/4" [21] conduit

Blank Key(4) provided with each

7/8" [22.2]

2" [50.8]

2 1/8"[54.0]

2 1/2" [63.5]

5 1/2"[139.7]

2 3/8"[60.3]

2" [50.8]

1/2"[12.7]



Rev. 12/07/21HDMPC


Type:

Project:

10


ACCESSORIES

HJBA Junction Box Adapter Plate Detail

INDICATOR DATA

Embedded Status Indicator LED

1/16"[1.6]

4 3/4" [120.7] 3 1/2" [88.9]

Ø6 1/2"[165.1]

Includes 2 mounting screws

SQ to Octagonal Junction box Adapter

4" [101.6] Square Junction box(provided by others)

#8-32 x 3/8" Countersunk, Phillips

#8-32 X 5/8" Pan Head, Phillips(Supplied as Imperial size only)

(Supplied as Imperial size only)


hdmpc - img.acuitybrands.com

Documents