Ritter® 255 LED Procedure Light
Item ID: RIT255-001
Manufacturer Part #:
255-001
UNSPC CODE:
42294972
Please contact your Account Manager for a quote and assistance for the best options for your facility.
44 x 46.3 in, White, LED Bulb Type, 32 W, 2.4 m, Ceiling Mount Mounting Type, Single, 16 Bulb, 7,500 fc (80,700 LUX), 7.5 in, 29.8 in, 4,400 K Color Temperature, 20 in Diameter Of Light Head, Ritter® 255 LED Procedure Light (Each)
FEATURES & BENEFITS
- Bright - Over two times brighter (at 7,500 fc) than the most popular halogen light on the market. A color temperature of 4,400 K offers a natural, white light, comparable to that of high noon
- Cost-effective - LED technology uses less energy, lowering the total operating costs by 92.5% over halogen (based on 30,000 hours)
- Effortless - An integrated on/off switch and dimmer on both sides of the light head provides control in the most convenient place for more efficient use
Find Ritter® 255 LED Procedure Light ➤ Canada Medical | Value Priced | Timely Delivery | Great Service
- Ritter® 255 LED Procedure Light
- Dimensions: 44 x 46.3 in
- Color: White
- Bulb Type: LED
- Bulb Wattage: 32 W
- Mounting Size: 2.4 m
- Mounting Type: Ceiling Mount
- Number of Mounting: Single
- Number of Bulbs: 16 Bulb
- Illumination At 39 In Focal Length: 7,500 fc (80,700 LUX)
- Pattern Diameter: 7.5 in
- Depth Of Field: 29.8 in
- Color Temperature: 4,400 K
- Diameter Of Light Head: 20 in
- Led Light Module: 16 LEDs Arranged in 4 x 4 Array, 32 W Rating
- Voltage: 115 VAC/230 VAC
- Frequency: 50/60 Hz
- Power Supply: 007 A/0.5 A
- Standards: ANSI/AAMI ES60601-1, CAN/CSA C22.2 No. 60601-1, EN 60601-1-2, EN 60601-1, RoHS, NFPA 99, EN 60601-2-41
- Correct assessment of color tissue during procedures is crucial. That’s why you need a combination of the ideal color temperature and the truest, white light available in an easy-to-use, cost-effective package. That’s the Ritter® 255 from clinical space expert Midmark. The Ritter® 255 is designed to deliver superior, quality illumination. The combination of the optics enhances one’s ability to see color variation in tissue.
