Juno® T538BL Trac-Master® T538 Low Voltage Classic Transformer, 0.64 A at 120 VAC Input, 75 W at 11 to 11.8 VAC Output, >20 kHz

Track Lighting Transformers
77006 MFG #: T538BL
Juno®
103.51000 / ea
Juno_T538BL
  • Catalog Number: T538BL
  • Color: Black
  • Country of Origin: MUL
  • Dimensions: 1-3/4 in H x 5-1/8 in W
  • Gross Weight Per Pack: 0.5300 lb
  • Material: High Impact Polycarbonate
  • Standards: UL Listed, CSA Certified, FCC Certified under CFR, Title 47, Part 18, Classes A, B
  • Temperature Rating: 40 °C
  • Type: Low Voltage
  • UNSPSC: 39111508
  • UPC 11: 66120920024
  • UPC 12: 66120920024
  • Stock Status: NONSTOCK
  • Brand: Juno®
  • Manufacturer: Acuity Brands
  • Electrical Ratings: 0.64 A at 120 VAC Input, 75 W at 11 to 11.8 VAC Output
  • Frequency Rating: >20 kHz
Juno® Trac-Master® low voltage classic transformers attach to all Trac-Master® and Trac-Lites™ trac. These 12 VAC, 75 VA electronic transformers feature an On/Off switch and are compatible with 12 VAC halogen fixtures consuming up to 75 W.
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  • Features
Designed for 40000 hour operating life with repeated switching in 40 deg C ambient and 90% relative humidity environment
Designed to withstand the intense heat produced by incandescent trac lighting
Tolerates sustained case temperatures of 100 deg C
All components meet rigid heat tolerance standards and pass over temperature life tests
Designed to accept Juno low voltage lampholders and 12 VAC halogen lampholders or pendants
Recommended for use with incandescent (halogen) lamps only
Transformer may be installed on Trac-Master or Trac-Lites Series trac (or designated monopoints) and may be used to operate all Trac-Master low voltage MR11 or MR16 lampholders and pendants
Miniature 2-pin connector provides quick electrical connection to lampholders
Transformer output is short circuit protected
High impact polycarbonate housing, integral on/off switch
75 W wattage
15% total harmonic distortion
1 sec high potential withstand at 1240 VAC
1:1 regulation-input voltage, output voltage
90% +/- 2% circuit efficacy