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VersaDim RF Flex Linear T8

Commercial Grade LED T8 Lamp with Wireless Control

L36T8/8XX/12P-ID DE RF

L36T8/8XX/12P-ID DE RF

Descriptions:

The Flex (Type B) lamps are designed to be the perfect retrofit solution to move from traditional fluorescent lamps to energy saving LEDs. This ballast bypass lamp has everything needed built into the lamp with proven energy savings, long life, surge suppression and industry leading safety features. The double ended lamp has power to each end with existing shunted or unshunted sockets. Wireless control eliminates rewiring of control wires. Nano plastic tube qualfies any NSF 2 applications without breakage.

Features & Benefits:

  • Shatterproof Nano Plastic Tube
  • versaDim RF 2.4GHz Remote Control System compatible
  • Easy Pairing and controlling with versaDim RF remote
  • Max. 25ft control distance from versaDim RF remote or RF lamp
  • Internal Driver
  • Smooth, Consistent Light
  • UL for Safety
  • No UV, No Mercury
  • Long life
  • High CRI
  • Instant on, no delay or warm up time
  • Convenient and quick installation
  • Input from Both Ends
  • Utilizes shunted or unshunted G13 sockets
  • NSF 2 rated with high performance nano plastic series
  • Works in cold temperature applications
  • 5 Year Warranty

Specifications:

Ordering Code

Length

(in)

 Lamp Base Lamp
Wattage		 Input Voltage

CCT

(K)

 Initial
Lumens		 CRI Beam
Angle		 System
Efficacy		 Power Factor THD
L36T8/830/12P-ID DE RF36G1312120-2773000K1400802101170.9<20%
L36T8/835/12P-ID DE RF36G1312120-2773500K1400802101170.9<20%
L36T8/840/12P-ID DE RF36G1312120-2774000K1450802101210.9<20%
L36T8/850/12P-ID DE RF36G1312120-2775000K1450802101210.9<20%

Wiring Diagram:


DLC Listing:

Ordering Code DLC Product ID DLC Product Model DLC Version
L36T8/830/12P-ID DE RFPYQVHITFL36T8/830/12P-ID DE RF5.1
L36T8/835/12P-ID DE RFP2CFNEIKL36T8/835/12P-ID DE RF5.1
L36T8/840/12P-ID DE RFP3DDE2VHL36T8/840/12P-ID DE RF5.1
L36T8/850/12P-ID DE RFPY2G99LXL36T8/850/12P-ID DE RF5.1

Specification data is based on tests performed in a controlled environment and represents relative performance. Actual performance can vary depending on operating conditions. Application and performance data subject to change without notice. All specifications are nominal unless noted otherwise.


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