M10CC8xxD56N2V
Description: ZH Constant Current Linear LED Module V Series
For use in Class 2 lighting systems
Zhaga-Hybrid Mounting Pattern
Suitable for DLC Applications
Performance:
Nominal
(2)
Part Number CRI
Current Initial Power
Vf
Lm/W
(1)
(Amps) Lumens (Volts) (Watts)
1.050 3376 20.4 21.4 158
0.700 2325 19.7 13.8 169
M10CC840D56N2V >82
0.525 1772 19.3 10.1 175
0.350 1200 18.9 6.6 181
0.275 949 18.8 5.2 184
(1) MID Flux Bin Values are shown for CCT of 4000K. Tolerance of 10% at 45C
(2) Vf is at Tc of 45C with max tolerance of +/- 5%.
0.94
22.00
Mechanical Dimensions
General Performance Specifications Length: 2 2 .00
Lumen Maintenance : L85 50Khrs, t =75C Width 0 .94
C
Color Consistency: <3 SDCM Height: 0 .25
Application: Weight: 0.16 lbs
Min. Ambient Operating Temp.: -40F, -40C
Part Number CCT Lumen Multiplier
Max. Board Temp. (at t ): 176F, 80C
C M10CC827D56N2V 2700K 92.0%
Control Range: 100% to 1%
M10CC830D56N2V 3000K 95.0%
Maximum Current rating of 1.050 Amps
M10CC835D56N2V 3500K 96.0%
Regulatory M10CC840D56N2V 4000K 100.0%
M10CC850D56N2V 5000K 101.0%
Recognized - UL8750
M10CC865D56N2V 6500K 100.0%
CAN/CSA-C22.2 No. 250.13-12
RoHS Compliant Ordering Codes Description Qty/Ctn
Dry/Indoor Use Only, 4 Connectors 50
Notes: M10CC8xxD56N2V50C
Conformal Coat w/ 4 Connectors 50
Performance data taken at Tc = 45C. M10CC8xxD56N2VC50C
Dry/Indoor Use Only, 2
Vf increases by 2% at 25C at initial turn on.
M10CC8xxD56N2VP50C 50
Connectors on one end only
Vf increases by 10% at -30C at initial turn on.
Dry/Indoor Use Only, 2
Power consumption and photometric performance
M10CC8xxD56N2VPC50C Connectors on one end only, 50
are typical values.
Conformal Coat
Lumen maintenance value is based on LM80 testing
and TM-21 calculation projections.
Assembled in North America
Application and operation performance specification information subject to change without
notification.
www.unvlt.com
Page 1 of 4
December 1, 2017M10CC8xxD56N2V
Flux and Voltage vs. Current
Notes:
Typical Values are shown for flux
and voltage graphs with Tc=45C.
Application and operation performance specification information subject to change without
notification.
www.unvlt.com
Page 2 of 4
December 1, 2017