36C10G24Q0158.docx

Sources Sought Notice Sources Sought Notice

GENERAL INFORMATION

OPAL | Strategic Acquisition Center

10300 Spotsylvania Ave | STE 400 Fredericksburg VA 22408-2697

POINT OF CONTACT*

Contract Specialist Michael Andrews michael.andrews6@va.gov 678-428-5319

PLACE OF PERFORMANCE

POSTAL CODE

ADDITIONAL INFORMATION

AGENCY CONTACT’S EMAIL ADDRESS

EMAIL DESCRIPTION

DESCRIPTION

REQUEST FOR INFORMATION

1.0 DESCRIPTION

The Veterans Health Administration (VHA) Non-Expendable Equipment (NX) National Program has identified the Lights: Exam product line as candidate for a VA-wide (otherwise referred to as “national”) single Requirement’s contract award.

The Department of Veterans Affairs’ (DVA) Office of Procurement, Acquisition and Logistics (OPAL) Strategic Acquisition Center (SAC) on behalf of VHA is issuing this Request for Information (RFI) in accordance with the FAR 10.002(b)(2) to determine the availability and technical capabilities of qualified sources. The period of performance will consist of a base of 12-months with four 12-month option periods from the date of award.

The SAC in conjunction with VHA is seeking a qualified source to manufacture Lights: Exam on an agency wide basis. VA intends to award a Brand Name or Equal (BNOE) single award Requirements contract for this requirement IAW with FAR 16.503. Vendors will be required to deliver Lights: Exam to VA medical centers and facilities throughout the United States.

The associated North American Industrial Classification System (NAICS) code for this procurement is 335132 (335122 expired) – Commercial, Industrial, and Institutional Electric Lighting Fixture Manufacturing and the associated size standard is 600 employees. The FAR Provision found at 52.204-7(b)(1) requires that “All interested Offerors must be registered in SAM prior to submitting an offer or quotation.” You may access the SAM website at https://www.sam.gov/portal/public/SAM/. All quoters must be certified as with the appropriate NAICS code on the SAM website. All SDVOSB/VOSB offerors must be verified in the Veteran Small Business Certification (VetCert) database, at https://veterans.certify.sba.gov/ at the time of quote submission.

This notice is for planning purpose only and does not constitute a commitment on the part of the Government to award a contract, nor does the Government intend to pay for any information submitted as a result of this notice. This RFI is part of a continuous process for obtaining the latest information on the commercial status of the industry with respect to their current and near-term abilities. The information provided herein is subject to change and in no way binds the Government to solicit for, or award, a competitive contract. It is emphasized that this is a notice solely for planning and informational purposes.

2.0 SCOPE

Examination lights are designed to deliver intense focused lightning directly to specific areas of a patient’s body. They are used in physician offices for patient examinations, diagnostic procedures, and to perform minor surgical procedures. These lights emit useful radiation mainly in the visible spectrum. Examination lights are available in stand-alone (free standing), wall-mounted, ceiling-mounted, and table-top/exam-table configurations.

VA estimates the following quantities during the 60-months ordering period:

Vendors who propose brands that meet all the salient characteristics (SCs) below should provide that information in the chart below in their response to this Sources Sought Notice.

CLINS

The Department of Veterans Affairs (VA) is seeking vendors who can provide Lights: Exam which meet all the following Salient Characteristics (SCs):

Midmark Page #

Hillrom Page #

Evaluation Sub-factors

· Safety Safety features and functions of the offered equipment will be evaluated. Areas include but are not limited to the following:

· Meets IEC 60601 medical safety standard for US

· UL-listed

· Design Design features and functions of the offered device will be evaluated. Areas include but are not limited to the following:

· Flex arm

· On-off switch

· Versatility

· Space-saving

· Control location

· Mounting options

· Automatic shutoff

· Adjustability of spot size

· Performance Device will be evaluated for its ability to perform its intended function. Areas include but are not limited to:

· Positioning capabilities

· LED hours of useful life

· Illumination

· Quality/Construction Aspects of the construction and quality of material of the device will be evaluated including but not limited to:

· Warranty

· Illumination

· Color-temperature

· fc (foot candle) intensity

· Focal length

· Durability For each product the response must include descriptive literature demonstrating the product meets or exceeds the SCs specified above. The Government's intent is to include all ancillary items to ensure the equipment can function as designed by the OEM and as clinically required. Vendors are encouraged to provide any product solution or configuration so long as they meet the SCs. Additionally, responses can include any additional product that may be beneficial. These items must be clearly identified by brand name and part number.

Responses to this Sources Sought Notice shall include the following:

1. Full name and address of company

1. DUNS number/ CAGE Code/ SAM UIE

1. Business Size

1. Manufacturer or Distributor

3. If distributor provide full name, business size and address of manufacturer.

1. Country of Origin designation for all products.

1. Ability to provide uninterrupted supply of products on a national scale.

1. Technical Literature that clearly shows product(s) meet the identified salient characteristics (if submitting an “or-equal” item).

1. Any additional product solution or configuration that would be beneficial to the clinical functionality of the product line identified.

1. All small business, VOSB, SDVOSB distributors shall provide a valid letter of authorization from the manufacturer of the product/brand that you intend to offer. The letter shall be printed on the manufacturers letter head and be no older than 6 months old. The letter shall also clearly state how long your agreement is place with the manufacturer, e.g., 6 month, 4 years, expires 4 years from XXX, end of 2025, etc. The letter shall also be signed by a legally, authorized representative of the manufacturer.

Although not required, vendors responding to this Sources Sought may also submit a Capabilities Statement.

Sources Sought Notice image1.emf

7 LightsExamination ECRI.pdf

Published 4/1/2024

Device Comparison Guide: Capital ‐ Comparative Data

Lights, Examination

Comparison Chart

This Product Comparison covers examination lights designed for use in dental and physician offices for patient examinations. They are available in stand-alone, wall-mounted, and ceiling-mounted configurations. Handheld ultraviolet lights and penlights are excluded, as are surgical lights designed for operating room (OR) use.

Examination lights directly illuminate specific areas of a patient's body during diagnostic procedures and general examination. These lights are intended to emit their useful radiation mainly in the visible spectrum; incandescent, fluorescent, halogen, as well as light-emitting diode (LED) lights are available. Examination lights may also be used during minor surgical procedures (e.g., minor cosmetic surgery).

Examination lights intended for placement in dental offices are designed to provide intense focused light directly on intraoral areas. These lights are typically used during dental treatment, clinical consultation, and minor emergency dental surgery.

The following device terms and product codes as listed in ECRI's Universal Medical Device Nomenclature

System™ (UMDNS™) are covered:

Lights, Examination [12-276]

Lights, Examination, Ceiling-Mounted [15-866]

Lights, Examination, Dental/Intraoral [12-352]

Lights, Examination, Stand-Alone [33-257]

Lights, Examination, Wall-Mounted [33-256]

These devices are also called: dental lamps, diagnostic lights, examination lamps, exam lights.

EXECUTIVE SUMMARY

e clientservices@ecri.org | w www.ecri.org | 1 ©2024 ECRI. All rights reserved.

https://www.ecri.org/components/HPCS https://www.ecri.org/components/HPCS/Pages/ComparisonResults.aspx?reportid=406&comparisontemplateid=2119 mailto:clientservices@ecri.org https://www.ecri.org

Scope of this Product Comparison This Product Comparison covers examination lights designed for use in dental and physician offices for patient examinations. They are available in stand-alone, wall-mounted, and ceiling-mounted configurations. Handheld ultraviolet lights and penlights are excluded, as are surgical lights designed for operating room (OR) use.

These devices are also called: dental lamps, diagnostic lights, examination lamps, exam lights.

Purpose Examination lights directly illuminate specific areas of a patient's body during diagnostic procedures and general examination. These lights are intended to emit their useful radiation mainly in the visible spectrum; incandescent, fluorescent, halogen, as well as light-emitting diode (LED) lights are available. Examination lights may also be used during minor surgical procedures (e.g., minor cosmetic surgery).

Examination lights intended for placement in dental offices are designed to provide intense focused light directly on intraoral areas. These lights are typically used during dental treatment, clinical consultation, and minor emergency dental surgery.

Principles of Operation An examination light typically consists of a single-lighthead assembly attached to a suspension arm or neck that permits horizontal and vertical movement, as well as rotation about the lighthead itself. There are several types of light sources: conventional incandescent lamps (e.g., halogen), high-intensity gas discharge lamps, fluorescent lamps, and light emitting diodes (LEDs). The housing that contains the light may be aluminum or plastic. The lighting fixture can be mounted at a fixed point on a ceiling or wall, positioned along a ceiling-mounted track, or attached to the top of a mobile stand. It is vital that the light be configured for flexible positioning for greatest ease of use.

Illumination level, or light output, is measured in lux. At 11 or 22 lux, a room is considered darkened, but large objects can be seen; 215 to 2,150 lux is required for reading and other common visual activities. Examination lights typically produce lighting in the range of 10,000-65,000 lux. Some lights may offer an adjustable pattern size for maximizing the illumination in the area (field) of interest.

e clientservices@ecri.org | w www.ecri.org | 2 https://www.ecri.org/components/HPCS/Pages/ComparisonResults.aspx?reportid=406&comparisontemplateid=2119

Another consideration is color quality, a measure of the spectral content of the light, expressed by color temperature in kelvin (K) and the color rendering index (CRI). For reference, the noon sun yields a color temperature of 5,000 to 6,000 K; low “warmer" color temperatures cause objects to take on a reddish tint, and high “cooler" color temperatures cause a bluish tint. Under most common lighting conditions, exact color temperature control is not crucial because of the adaptability of human visual perception. Most examination lights operate in the 3,000-

5,000 K range.

The CRI is used to assess the rendering of color; it expresses the effect of light on the color appearance of tissue.

This method was developed by the Commission Internationale de l'Eclairage (CIE); it is based on a scale of 0 to 100 to express the ability of lights to match the rendering of a standard reference illuminant of a given color temperature. The International Electrotechnical Commission (IEC) recommends a CRI of at least 85 for medical lighting. Lights with lower illuminances require light sources with good color rendering to achieve brightness and visual clarity and to provide accurate visual perception. Therefore, the CRI is useful for comparing different lights with the same color temperature.

LED

LED surgical lights were developed in 2010 and are frequently found in operating rooms. As LED technology became cheaper and more common, LED examination lights have been added to manufacturers' product lines.

LEDs consist of pods (also called zones or modules) which are essentially small semiconductors that emit a narrow spectrum of light when excited by an electrical circuit. They are typically encased in solid transparent plastic materials, and like gas-discharge lamps, LEDs do not have filaments and therefore slowly dim over time. LED lights can have all white LEDs or a combination of white and multicolored LEDs. Intensity can also be adjusted by manipulating the power input without impinging on color composition.

Although more expensive than conventional lights, LED lights have several practical advantages. Manufacturers contend that LEDs, which do not emit light in the infrared (IR) and UV range, generate less heat within the surgical and examination fields than equivalent non-LED lights. LED lights also have considerably longer life cycles than traditional lights and degrade gradually.

Incandescent and High-intensity Gas-discharge Lights Conventional lights typically use incandescent tungsten-halogen, xenon-halogen, or quartz-halogen bulbs. In addition to IR tungsten-halogen, bulbs can be classified as standard incandescent and tungsten-halogen (glass or quartz). The lamps are gas-filled incandescent bulbs containing a certain proportion of halogen in an inert gas. The incandescent tungsten-halogen bulb also uses a tungsten filament in the halogen-gas-filled lamp and tends to be brighter, has a slightly higher color temperature, and lasts longer than an ordinary incandescent bulb.

Some gas-discharge xenon-halogen bulbs operate on the same principle as neon signs: light emission is produced by electric current passing through a gas rather than through a wire. These bulbs emit more light than do halogen bulbs at the same wattage but are more expensive. Unlike the immediate burnout seen with incandescent filaments, the light intensity of the gas discharge lamps tend to dim over time.

e clientservices@ecri.org | w www.ecri.org | 3

To minimize damaging heat effects, some lights use filters or lenses that pass visible light but not heat, as well as dichroic reflectors (sometimes referred to as cold mirrors) that reflect visible wavelengths of light toward the examination site and transmit heat away from it. Heat transfer (when radiant energy is absorbed by another body) may also occur via conduction, convection, radiation, or a combination of these. In IR tungsten-halogen lamps, the tungsten filament uses this principle: an IR-reflecting film on the lamp capsule directs some of the IR radiation back onto the filament. Although halogen lights yield excellent color rendition, the heat filters redirect invisible IR and, invariably, some visible red; therefore, incandescent lights typically require high intensity for adequate illumination and color rendition.

Reported Problems Dirt or fingerprints on a quartz-halogen bulb can cause the bulb to fail prematurely, become discolored, or explode.

These bulbs are typically packaged to prevent direct contact with the fingers during insertion; however, if it is necessary to handle the bulb, a clean cloth or clean gloves should be used, and any fingerprints should be cleaned off when the bulb is cool, according to the manufacturer's instructions.

Examination lights and major surgical lights meet different needs and are not interchangeable unless clearly noted otherwise. Product labelling should indicate a light's intended uses, and facilities should follow these instructions.

Heat generated by light emissions can cause patient burns in rare circumstances. However, patient burns are far less likely to result from examination lights than from surgical lights due to the difference in intensities and other factors such as procedure/examination duration. Incandescent lights with heat-protection filters should not be used if the filters have been removed.

Other reported problems include light fixtures detaching from suspension arms, which could lead to patient injury.

Careful installation, regular maintenance, and sensible positioning of the light (e.g., not over-torquing the arm connection) can minimize the risk of suspension arm separation or breakage. However, manufacturing defects have also been at fault.

Purchase Considerations ECRI Recommendations

Included in the accompanying comparison chart are ECRI's recommendations for minimum performance requirements for examination lights. LED lamps with >30,000 hours of life are preferred.

Although the International Electrotechnical Commission (IEC) has published minimum illuminance requirements for surgical lights, there are currently no standard illuminance requirements for diagnostic or examination lighting.

Lights used for minor surgery should be between 40,000 and 160,000 lux at 1 meter, and adjustable intensity is an advantageous feature. It is recommended that a lamp intended for any medical purpose has a CRI >85 and color temperature between 3,000 and 6,700 K.

Other Considerations e clientservices@ecri.org | w www.ecri.org | 4

There is no standard set of optimal lighting characteristics for an examination light; they are largely dictated by physician preference. When purchasing lights, consider the type of light source, the life-hours of the light source, and the replacement costs of individual lighting elements. Although the initial purchase cost of gas-discharge and

LED lights is much higher than that of halogen lights, they require less power to achieve optimal intensity.

Proponents of LED technology argue that lifetime savings of 15% to 20% can be realized due to lower energy consumption and the longevity of LED modules.

Numerous dental lights market a “cure-safe" mode that allows illumination without the risk of accidentally curing photosensitive dental resins. This may be a preferred feature for dental offices.

Stage of Development Over the past decade, light technology has changed dramatically. LED lights represent the majority of new surgical light installations, and examination lights are following.

Future developments will most likely enhance existing light technologies, as well as introduce new technologies altogether. Improving light quality and brightness with reduced heat production will remain primary objectives.

BIBLIOGRAPHY

DiLaura D, Houser K, Mistrick R, Steffy G, eds. IESNA Lighting handbook. 10th ed. New York: Illuminating

Engineering Society of North America (IESNA); 2011.

ECRI Institute. Advantages of LED surgical lights over halogen lights. Health Devices 2016 Jun.

Evaluation background: major LED surgical lights [evaluation]. Health Devices 2016 Jan.

Hall, J. Today's surgical and exam light see their roles redefined. Imaging Technology News [online]. 2007 Mar 1

[cited 2023 May 8].

Illuminating Engineering Society of North America (IESNA). Lighting for Hospitals and Health Care Facilities. New

York (NY): IESNA; 2006.

International Electrotechnical Commission (IEC). Medical electrical equipment – 60601 part 2-41: particular requirements for the basic safety and essential performance of surgical luminaires and luminaires for diagnosis.

Geneva: IEC; 2009.

RESOURCE LIST

Archived Device Comparison Guide Reports View All Device Comparison Guide Archives e clientservices@ecri.org | w www.ecri.org | 5 https://www.ecri.org/components/HPCS/Pages/ComparisonResults.aspx?reportid=406&comparisontemplateid=2119 https://www.ecri.org/components/HPCS/Pages/ArchivedReports.aspx

RELATED RESOURCES

Lights, Surgical

Facility Booms; Service Columns, Prefabricated

Headwall Systems, Prefabricated

Smoke Evacuation Systems, Surgical

TOPICS AND METADATA

Topics Technology Selection

Caresetting Ambulatory Care Center

Emergency Department

Hospital Inpatient

Trauma Center

Roles Allied Health Personnel

Materials Manager/Procurement Manager

Information Type Comparative Data

UMDNS

Lights, Examination [12-276] Lights, Examination, Ceiling-Mounted [15-866] Lights, Examination, Dental/Intraoral [12-352] Lights, Examination, Stand-Alone [33-257] Lights, Examination, Wall-Mounted [33-256] e clientservices@ecri.org | w www.ecri.org | 6 https://www.ecri.org/components/HPCS/Pages/Lights,-Surgical.aspx https://www.ecri.org/components/HPCS/Pages/Facility-Booms;-Service-Columns,-Prefabricated.aspx https://www.ecri.org/components/HPCS/Pages/Headwall-Systems,-Prefabricated.aspx https://www.ecri.org/components/HPCS/Pages/Smoke-Evacuation-Systems,-Surgical.aspx https://www.ecri.org/topics/pages/topiclanding.aspx?topicid=e00ffd721d6f4c248921556ee3f2667a https://www.ecri.org/topics/pages/topiclanding.aspx?topicid=e8817252c05248949989bad33712b84a https://www.ecri.org/topics/pages/topiclanding.aspx?topicid=60c280164031496ea2faf329238d7505 https://www.ecri.org/topics/pages/topiclanding.aspx?topicid=f8c304043b2c4c1ea58ff809f367cdec https://www.ecri.org/topics/pages/topiclanding.aspx?topicid=e95234ca12b344dc9e121b62308c426d https://www.ecri.org/topics/pages/topiclanding.aspx?topicid=b805bbaf9fd641ad88b8edb6c23fd52e https://www.ecri.org/topics/pages/topiclanding.aspx?topicid=91c32f578fb74676a530dd291c010109 https://www.ecri.org/topics/pages/topiclanding.aspx?k=*&topicid=10d53466a19c428f8d2f32dcb7f8b0a4&r=ECRIinformationType:Comparative%20Data https://www.ecri.org/components/Pages/Device.aspx?dev_code=12-276 https://www.ecri.org/components/Pages/Device.aspx?dev_code=15-866 https://www.ecri.org/components/Pages/Device.aspx?dev_code=12-352 https://www.ecri.org/components/Pages/Device.aspx?dev_code=33-257 https://www.ecri.org/components/Pages/Device.aspx?dev_code=33-256 image2.emf

5 2024 Midmark Medical Guide Book_Lighting (002).pdf

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6 Welch Allyn_Green-Series-Medical-Exam-Lighting_Brochure-LR.pdf

Welch Allyn Green Series Medical Exam Lighting

Hillrom is a part of Baxter

BRIGHT LIGHT

WHEREVER YOU NEED IT,

FOR LESS

Our Green Series Medical Exam Lights give off a brighter, whiter LED light and consume less energy than traditional halogen lights. See true tissue color in a well-defined lit field while also reducing your cost of ownership.

BRIGHTER

.View true tissue color with 5,500° K .Get a focused, uniform light with crisp edges and no dark or hot spots

GREENER

• Lower costs with long-lasting LEDs that do not have to be replaced

• Consume less energy

GREEN SERIES EXAM LIGHT IV

. Ideal for OB/GYN offices or specialties that require focused light in specific areas .One LED with 3X the typical light output of halogen .Get pinpoint accuracy with a compact, unobtrusive head and a long, flexible light pipe

Green Series Exam Light IV

NOW AVAILABLE

Midmark accessory mounting bracket for Green Series Exam Light IV, 300, and 600 models.

#48956

Green Series 300 General Exam Light

Welch Allyn Green Series Medical Exam Lights

MORE

PATIENT-FRIENDLY

.Reduce risk of cross-contamination with touchless controls and Welch Allyn Disposable Sheaths . Improve patient comfort and safety with minimal heat dissipation

GREEN SERIES 300 GENERAL

EXAM LIGHT

. Ideal for primary care facilities, emergency rooms, outpatient facilities and dermatology .One LED gives a perfect combination of intense light output and cool operation, all delivered in a compact design .Affordable price and rugged performance

GREEN SERIES 600 MINOR

PROCEDURE LIGHT

. Ideal for minor procedures and exams in any healthcare environment . Three LEDS and a wider head give exceptional light in demanding viewing conditions .Adjust for optimal output with touchless intensity controls

GREEN SERIES 900

PROCEDURE LIGHT

. Ideal for procedures in your hospital, ambulatory care center, outpatient facility or physician’s office .Six LEDs with intensity controls and outstanding durability, maneuverability and spot quality .Maximize floor space and get direct light wherever you need it with ceiling mount option

Green Series 600 Minor Procedure Light

Green Series 900

Welch Allyn Green Series Procedure Lights

GREEN SERIES PORTABLE

HEADLIGHTS

. Ideal for general examination, minor suturing and foreign body removal . Enjoy maximum comfort with a weight of only 4 ounces and choice of rigid or terrycloth headband .Rechargeable batteries within headband give 60 minutes of continuous runtime from full charge . LED provides up to 10,000 hours of life .Coaxial luminaire gives well-defined, shadow-free illumination

GREEN SERIES PROCEDURE

HEADLIGHT

. Ideal for any procedure or application that requires a small, bright light, such as foreign body removal, OB/GYN and dermatology . Enjoy maximum comfort with a weight of only 6 ounces .Use with direct power supply or a rechargeable battery that gives 60 minutes of continuous runtime from full charge . LED provides up to 50,000 hours of life .Coaxial luminaire gives well-defined, shadow-free illumination

Welch Allyn Green Series Medical Headlights

When you need targeted, well-defined illumination, look to our high quality, long-lasting and reliable Green Series Procedure Headlights to improve staff satisfaction and enhance patient care.

Specifications

EXAM LIGHTS PROCEDURE LIGHTS HEADLIGHTS

Green Series Exam Light IV Green Series 300 General Exam Light

Green Series 600 Minor

Green Series 900

Green Series Portable Headlights

Green Series Procedure Headlight

Number of LEDs 1 White LED 1 White LED 3 White LEDs 6 White LEDs LED 5,700° K

Color Temperature 5,500° K 5,500° K 5,500° K 5,500° K 5,300° K 5,700° K

Light Intensity at Typical Working Distance 20,000 lux (1,858 footcandles)

12” distance: 30,000 lux (2,787 footcandles) 20” distance: 15,000 lux (1,393 footcandles)

High Intensity Setting:

12” distance: 75,000 lux (6,967 footcandles) 20” distance: 40,000 lux (3,716 footcandles) Low Intensity Setting:

12” distance: 55,000 lux (5,109 footcandles) 20” distance: 30,000 lux (2,787 footcandles)

High Intensity Setting:

24” distance: 100,000 lux (9,290 footcandles) 40” distance: 55,000 lux (5,109 footcandles) Low Intensity Setting:

24” distance: 75,000 lux (6,967 footcandles) 40” distance: 40,000 lux (3,716 footcandles)

2,000 lux, 40 lumens 9,000 lux, 120 lumens

LED Life 50,000 hours 50,000 hours 50,000 hours 50,000 hours 10,000 hours 18 in (46 cm)

Working Distance 16 in (40 cm) 12 in (30.5 cm) to 20 in (50 cm)

12 in (30.5 cm) to 20 in (50 cm)

24 in (60.9 cm) to 40 in (100 cm)

16 in (40 cm) 18 in (46 cm)

Spot Size at Working Distance 4 in (10 cm) to 10 in (25 cm)

5 in (13 cm) to 6 in (15 cm)

6 in (15 cm) to 7 in (18 cm)

9 in (23 cm) to 10 in (25 cm)

4 in (10 cm) to 8 in (20 cm)

1 in (2.5 cm) to 6 in (15 cm)

Electrical Input: 100-240 V~ 50 Hz-60 Hz, 0.30 A max

Input: 100-240 V~ 50 Hz-60 Hz, 0.35 A max

50 Hz-60 Hz, 0.65 A max

50 Hz-60 Hz, 1.00 A max

100-240 V~ 50 Hz-60 Hz, 0.2 A max

100-240 V~ 50 Hz-60 Hz, 0.2 A max

Power Cord #18 AWG, 3-wire grounded cord set, 8’ (2.5 m) long

#18 AWG, 3-wire grounded cord set, 8’ (2.5 m) long

Weight Total Table/Wall Mount:

5.30 lbs (2.40 kg) Total Mobile Stand:

12.40 lbs (5.63 kg)

Total Table/Wall Mount:

5.65 lbs (2.56 kg)

12.75 lbs (5.78 kg)

Total Table/Wall Mount:

6.45 lbs (2.93 kg)

17.35 lbs (7.87 kg)

Total Wall Mount:

17.90 lbs (8.12 kg) Total Mobile Stand:

44.85 lbs (20.34 kg) Total Ceiling Mount:

4.50 lbs (11.11 kg)

4 ounces (113 g) 6 ounces (170 g)

Mounting Options Table/Wall Mount Mobile Stand Compatible with Midmark exam lighting tables with Adapter plate

Table/Wall Mount

Table/Wall Mount

Wall Mount

Ceiling Mount

Head Mount–Terrycloth or Rigid Headband

Head Mount–Rigid Headband

Accessory Options Disposable Sheath #52640 NA Disposable Sheath #52630 Disposable Sheath #52630 Soft Case #05232-U Carrying Case #49099, Battery Pack with Charger #75260

Warranty 5-year limited 5-year limited 5-year limited 5-year limited 1-year limited 1-year limited

CHOOSE FROM A VARIETY OF MOUNTING OPTIONS

PRODUCT AND ACCESSORY ORDERING INFORMATION

For more information, please contact your local distributor or Hillrom sales representative at 1-800-535-6663.

hillrom.com

Baxter, Hillrom, and Welch Allyn are trademarks of Baxter International Inc. or its subsidiaries.

Hill-Rom reserves the right to make changes without notice in design, specifications and models. The only warranty Hill-Rom makes is the express written warranty extended on the sale or rental of its products.

APR129104 Rev 2 21-NOV-2022 ENG – US

GREEN SERIES EXAM LIGHT IV

48810: Green Series Exam Light IV with Table/Wall Mount 48950: Mobile Stand for Green Series Exam Light IV 52640: Disposable Sheath for Green Series Exam Light IV (25/box, 5 boxes/case) 48956: Adapter plate for Midmark exam light mounting brackets

GREEN SERIES 300 GENERAL EXAM LIGHT

44400: Green Series 300 General Exam Light with Mobile Stand 44410: Green Series 300 General Exam Light with Table/Wall Mount 44215: 12” Wall Mount Extension 48960: Heavy Duty/Tall Mobile Stand

GREEN SERIES 600 MINOR PROCEDURE LIGHT

44600: Green Series 600 Minor Procedure Light with Mobile Stand 44610: Green Series 600 Minor Procedure Light with Table/Wall Mount 44215: 12” Wall Mount Extension 48960: Heavy Duty/Tall Mobile Stand 52630: Disposable Sheath for Green Series 600/ Green Series 900 (50/box, 5 boxes/case)

GREEN SERIES 900 PROCEDURE LIGHT

44900: Green Series 900 Procedure Light with Mobile Stand 44900-C: Green Series 900 Procedure Light with Ceiling Mount 44900-W: Green Series 900 Procedure Light with Wall Mount 52630: Disposable Sheath for Green Series 600/ Green Series 900 (50/box, 5 boxes/case)

GREEN SERIES PORTABLE HEADLIGHT

46070R: Green Series Portable Headlight with Rigid Headband and Direct Power Supply/Charger 46070: Green Series Portable Headlight with Terrycloth Headband and Direct Power Supply/Charger

GREEN SERIES PROCEDURE LIGHT

49020: Green Series Procedure Headlight with Direct Power Supply 75260: Green Series Procedure Headlight Battery Pack with Charger

#44900-W

#44900-C

#44900

24” High Standard Stand (shipped with #44400 or #44600)

36” High #48960 Heavy Duty/Tall

(Order separately with #44610 or #44410 for setup)

#44215 12” Wall Mount Extension

(Order separately with #44610 or #44410 for setup)