HotSpot2 LED Emergency Lighting System (OEM Only)
HotSpot2 is a CEC-compliant, UL924 recognized emergency lighting system for use with LED modules driven by a constant current source. The battery charger automatically adjusts to the connected battery, and output current can be set by a wiring harness or Fulham’s SmartSet programming software, allowing a wide range of lumen outputs and runtimes. Self-diagnostic capability reduces liability and maintenance costs. Two driver form factors plus a range of batteries, test switches, and extension cables allow the HotSpot2 to provide LED emergency lighting in almost any situation.
For more about recent updates to the HotSpot2 system, including information about battery compatibility, click here.
HotSpot2 Battery Packs »
HotSpot2 Wiring Harnesses and Other Accessories »
Driver Specifications
Model: FHS2-UNV-36L
- Output Voltage: 12-55VDC
- Dimensions: 5.34″ x 1.69″ x .93″
Model: FHS2-UNV-56S
- Output Voltage: 12-56VDC
- Dimensions: 9.5″ x 1.19″ x 1″
Specifications Common to Both Models:
- Input Voltage: 100-277VAC
- Input Frequency: 50/60Hz
- Input Current: 0.07 A
- Input Wattage: 4 W
- No Load Power Loss: 0.5W
- Surge Protection: C62.41 (MOV)
- Over Current Protection: Fuse
- Recharge Time: 24 – 48 Hrs
- LED Connection: Series
- LED Output Protection: Self Resetting PTC
- Output Classification: UL1310/Class 2
- Compatible Batteries: LiFePo4, NiCd, 9.6 VDC
- Battery Capacities: .9Ah, 1Ah, 1.2 Ah, 1.5Ah, 1.8Ah, 3Ah, 4Ah, 6Ah
- Illumination time : 90 – 350 Min.
- LED Emergency Output Current Options: 100 mA – 700 mA
- Total LED power: 20W
Specs and Literature
Brochures
Specification Sheets
FHS2-UNV-36L
- Spec Sheet
- Condition of Acceptability
- Installation Instructions
- Output Current Programming Instructions
- Wiring Diagrams
- HotSpot Self Diagnostic instructions
FHS2-UNV-56S
- Spec Sheet
- Condition of Acceptability
- Installation Instructions
- Output Current Programming Instructions
- Wiring Diagrams
- HotSpot Self Diagnostic instructions
Application Note: Programmable Output Current and Self-Diagnostics for HotSpot2 LED Emergency Drivers