Advance LC1420CI Standard Electromagnetic Fluorescent Ballast, 20 W, 120 VAC, Pre-Heat, 0.9 Ballast Factor
Magnetic Fluorescent Ballasts
16265
MFG #: LC1420CI
Advance
28.19000
/ ea
- Amperage Rating: 0.33 A
- ARRA Compliant: C
- Ballast Grade: ANSI C82.1
- Buy American Compliant: C
- Catalog Number: LC1420CI
- Country of Origin: USA
- Currency: USD
- Dimensions: 3.06 in L x 1.81 in W x 1.59 in H
- Dimmable: 20 W
- EU RoHS Indicator: C
- Frequency Rating: 60 Hz
- Gross Weight Per Pack: 1.0000 lb
- Gross Weight per Pack Metric: 0.36
- Gross Weight UOM Metric: kg
- Height: 1.81 in
- Height [Metric]: 4.5974 cm
- Lamp Base Type: Solid
- Length: 3.06 in
- Length [Metric]: 7.7724 cm
- Material: Metal
- Minimum Starting Temperature: 50 °F
- Number Of Lamps: 1
- Power Factor: 1.00 V
- Series: Standard
- Standards: ARRA CompliantBuy American Act CompliantRoHS CompliantUL File No. E14927CSA File No. 007310ANSI C82.1
- Thermal Protection: Solid AWG
- Total Harmonic Distortion: 10%
- Type: Philips Advance
- UNSPSC: 39101901
- UPC 11: 78108710130
- UPC 12: 781087101308
- Wattage: Metal V
- Width: 1.59 in
- Width [Metric]: 4.0386 cm
- Stock Status: NONSTOCK
- Brand: Advance
- Manufacturer: Signify
- Ballast Factor: 0.9
- Lamp Type: T12 Fluorescent
- Lamp Wattage: 20 W
- Start Type: Preheat
- Voltage Rating: 120 VAC
Advance Electromagnetic Fluorescent Ballast, Series: Standard, 20 W Lamp, 120 VAC, 0.33 A, 60 Hz, Pre-Heat Start, 50 deg F Minimum Starting, Total Harmonic Distortion: 0.1, Power Factor: 0.52, 1 Lamp, Ballast Factor: 0.9, Metal, 3.06 in L x 1.81 in W x 1.59 in H
- Features
| UL, CSA, RoHS |
| Series lamp connection |
| 112 to 127 VAC applied voltage limits |
| Yellow color label identification |
| 20 to 24 dB average ambient noise level |
| Normal power factor |
| Available for many fluorescent lamp types sold today, including preheat, rapid start, 2-pin CFL, slimline, high output, very high output and circline |
| Only choice for many low volume lamp types on the market |
| 60 Hz lamp operation eliminates possible EMI/RFI interference |