A Closer Look.
40 Watt - Kono II Series - High Bay LED UFO Emergency Battery - with Integrated Junction Box - Remote Control for Emergency Testing - Hook & Ring Setup
Driver LED loads at 40 Watts for a minimum of 90 minutes
Download Specsheet: 40W KONO II BBU
Compatibility List:
100-240 Watt Corvus Series 120-277V Only
100-240 Watt Corvus II Series 120-277V Only
100-240 Watt Titan 5 Series 120-277V Only
150-240 Watt Titan 5 CS Series 120-277V Only
300-400 Watt Titan 5 HO Series 120-277V Only
Features
CEC title 20 and US DOE emergency efficiency
Short circuit overload and open load protection
0-10V Dimmable
Suitable for dry and damp locations
Waterproof IP65
Simple wiring as it connects directly into LED driver AC input
Remote control for emergency test
Evaluated to UL493915 standards
Operating temperature: 5 C/41 F - 50 C/122 F.
Listed for field or factory installation: UL 924 and CSA C22.2
no. 141 emergency lighting compliant
Input frequency: 50/60 Hz
Input current: =200mA
Test switch/Charging indicator light
Battery capacity: 1200mAh
Optimized design for UFO high bay fixtures
Temperature dependent: The operating temperature should not exceed 50 C/122 F
California Energy Commission (CEC) Title 20 with BC compliant
5 Year Warranty
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ELECTRICAL SPECIFICATIONS
INPUT CHARACTERISTICS OUTPUT CHARACTERISTICS
Family Input Voltage Power Factor Max. Current Max. Output Power Rated Output Current Output Voltage
15W 120 277Vac =0.5 0.051A @ 120V 40W 200mA 170Vdc
About RuggedGrade
Rugged Grade Lighting is a California, USA owned and operated commercial lighting manufacturer. All of our sales and support is based in the USA and unlike others, we will be here for the long term. We are committed to designing only premium LED products and backing them up with better support and service. Our motto is Industrial Grade Solutions because our lights are built better and last longer.
Designed in the USA. Copyright 2012-2025
Before Choosing This Fixture
Use SKU 79-251 when confirming the configuration. Check the published voltage and mounting interface, identify separately ordered accessories, and confirm availability before planning installation.