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PHILIPS IZTMH210315RLFM Image 1

PHILIPS 197954 ELECTRONIC METAL HALIDE DIMMABLE BALLAST 210/315W PS 200-277V 2-PIN

MFR Part #:Ā IZTMH210315RLFM
SKU #:Ā 1117020
Brand:Ā Signify | Advance
UPC:Ā 781087073568
Advance e-VisionĀ® IZTMH210315RLFM Electronic HID Metal Halide Ballast, HID Metal Halide Lamp, 210/315 W Lamp, 200 to 277 VAC, 1 Ballast Factor
This product may be subject to ecological fees.
CSA Certified | UL Listed

Advance e-VisionĀ® Metal Halide Ballast, Electronic HID, HID Metal Halide Lamp, 210/315 W Lamp, 229/227 W Wattage, 200 to 277 VAC, 1.2/0.82 A, 50/60 Hz Frequency, -20 deg F Minimum Starting, Total Harmonic Distortion: 15 %, Power Factor: 0.9, 1 Lamp, Ballast Factor: 1, ANSI C182/C183 Ballast Grade, 85 deg C, Surface Mounting, Metal, 8.2 in L x 4.9 in W x 2.2 in H Dimensions

Low frequency electronic ballasts are recommended by lamp manufacturers to drive the latest generation of ceramic, low wattage metal halide lamps. These ceramic lamps have superior color rendition and can potentially maintain that color over the life of the lamps when properly operated with electronic ballasts. Since color is dependent on proper lamp wattage, the electronic ballast must be able to maintain lamp wattage precisely at its rated point throughout the rated average life of the lamp. Low frequency electronic HID ballasts, such as the Philips Advance e-VisionĀ® line, constantly measure and adjust the wattage, optimizing delivery of the ceramic lamps superior color properties. This makes ceramic metal halide operated by e-VisionĀ® ballasts the premier choice for many applications previously illuminated by either tungsten halogen or incandescent sources, such as retail lighting. Operational improvements are gained as greater efficiency and cooler running electronic ballasts lead to energy savings. In addition, ballasts run quieter, weigh less and have smaller footprints.

Product Details

Advance e-VisionĀ® Metal Halide Ballast, Electronic HID, HID Metal Halide Lamp, 210/315 W Lamp, 229/227 W Wattage, 200 to 277 VAC, 1.2/0.82 A, 50/60 Hz Frequency, -20 deg F Minimum Starting, Total Harmonic Distortion: 15 %, Power Factor: 0.9, 1 Lamp, Ballast Factor: 1, ANSI C182/C183 Ballast Grade, 85 deg C, Surface Mounting, Metal, 8.2 in L x 4.9 in W x 2.2 in H Dimensions

Low frequency electronic ballasts are recommended by lamp manufacturers to drive the latest generation of ceramic, low wattage metal halide lamps. These ceramic lamps have superior color rendition and can potentially maintain that color over the life of the lamps when properly operated with electronic ballasts. Since color is dependent on proper lamp wattage, the electronic ballast must be able to maintain lamp wattage precisely at its rated point throughout the rated average life of the lamp. Low frequency electronic HID ballasts, such as the Philips Advance e-VisionĀ® line, constantly measure and adjust the wattage, optimizing delivery of the ceramic lamps superior color properties. This makes ceramic metal halide operated by e-VisionĀ® ballasts the premier choice for many applications previously illuminated by either tungsten halogen or incandescent sources, such as retail lighting. Operational improvements are gained as greater efficiency and cooler running electronic ballasts lead to energy savings. In addition, ballasts run quieter, weigh less and have smaller footprints.

Attributes

Amperage Rating:Ā 1.2/0.82 A
Ballast Factor:Ā 1
Ballast Grade:Ā ANSI C182/C183
Country Of Origin:Ā Mexico
Dimensions:Ā 8.2 in L x 4.9 in W x 2.2 in H
Frequency Rating:Ā 50/60 Hz
Lamp Type:Ā HID Metal Halide
Lamp Wattage:Ā 210/315 W
Material:Ā Metal
Minimum Starting Temperature:Ā -20 deg F
Mounting Type:Ā Surface
Number of Lamps:Ā 1
Power Factor:Ā .9
Temperature Range:Ā 85 deg C
Total Harmonic Distortion:Ā 15 %
Type:Ā Electronic HID
Voltage Rating:Ā 200 to 277 VAC
Wattage:Ā 229/227 W

Features

  • Pairing Philips Advance e-VisionĀ® ballasts with Philips MasterColorĀ® Elite medium wattage lamps provides a powerful combination of sparkling white light and energy efficiency superior to what other lighting technologies can offer