TMU240095CL8xxC 58 LINEARHO DC MODULE, 2400mA MAX CURRENT

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1 58 LINEARHO D MODULE, 2400mA MAX URRENT For use in UL lass 2 lighting systems Suitable for DL Applications: L70 >60,000hrs/L90 40,000hrs Meets UL8750 Recognized ompliant General Specifications Nominal Operating Max urrent Max Input urrent 35.6VD (with basic insulation design) 2400mA Nominal D Power Max urrent 85.4W Initial Lumens Max urrent 13, K / 80 RI / 25 Beam Angle 120 RI Storage Temperature Range 80RI 40 to 100 / 40 F to 212 F Operating Ambient Temperature Range (Ta) 40 to 55 / 40 F to 131 F Maximum ase Temperature (Tc) L70: Tc max 105 (Ts=110 ) / L90: Tc max 105 (Ts=110 ) 2 Estimated Lumen Maintenance L70: >60,000Hrs / L90: 40,000Hrs olor onsistency Binning per ANSI 25 ; 3 SDM Overall Size 58 L x 1.73 W x 0.52 H (1473.2mm x 44mm x 13.3mm) PB Material/Thermal onductivity MPB/ 1.5W/mK Extruded Material/Finish Aluminum/surface treatment with Anodic Oxidation Quantity 180pcs. Module Weight 299g. / 0.66lb. PB Part Number PTL01101M1 Magnets Quantity 4/2N (.45lbf) per magnet Maximum Screw Installation Torque 25 inch ounces onnector Type WAGO # /998 (2 pin connector) Packaging: Master arton Thermal Feedback Safety/ompliance Energy Efficiency Label (EEILabel) Warranty 1 Extruded Aluminum material for thermal management Magnets premounted, for ease of installation High lumen, high efficacy Accessories:Diffused lens and Endaps available The module is supplied by short circuit proof SELV controlgear 20pcs. Not Available curus (File # E351548) Suitable for UL lass 2 Lighting System ompliant Dry and Damp Location E (IE 62031: AMD1: 2012, AMD2: 2014) SELV A++ 5 Max. Tc from the date of manufacture 1 2 Measured electrical data per UL file TM21 Reported Numbers Page 1 of 11

2 Part Number Matrix T M U L 8 50 Type M = Module (UL lass 2) ontrol Type U = None Input urrent 240 = 2400mA Max. Power 095 = 95W Material Shape = MPB + onn L=Linear 3 RI 8 = 80 olor Temperature 3 30 = 3000K 3 40 = 4000K 3 50 = 5000K Option Electrical and Optical Specifications LinearHO Module Part Number 180 NOTES: Number of Input urrent 350mA 450mA 700mA 800mA 900mA 1050mA 1250mA Nom. Forward Voltage (VD) 32.2V 32.5V 33.0V 33.2V 33.4V 33.6V 33.9V Nom. Rated Power 1) Performance based on Tc mod = 25. See thermal derating chart (pg. 3) for higher temperature operation 2) Standard lumen output and efficacy is calculated for standard options. Reference T & RI vs Luminous Flux chart for lumen ratio calculation. 3) Specifications are subject to change without notice. 4) The D Module can be configure with different chip quantities, series and parallel design configurations to meet a specific design requirement. ontact Fulham for further assistance. 5) * Indicates maximum rated current. Modules may be operated at a current less than or equal to this value, below the Tc rating. 11.3W 14.6W 23.1W 26.6W 30.1W 35.3W 42.4W Max. Fwd. Voltage 34V 34V 35V 35V 35V 36V 36V Max. Rated Power 12W 15W 24W 28W 32W 37W 45W Nom. Lum. RI 2230 lm 2900 lm 4480 lm 5095 lm 5705 lm 6605 lm 7789 lm Nom. RI 250mA 32.0V 8.0W 33V 8W 1622 lm 203 lm/w 300mA 32.0V 9.6W 33V 10W 1944 lm 203 lm/w 198 lm/w 400mA 32.3V 12.9W 34V 13W 2584 lm 200 lm/w 198 lm/w 500mA 32.4V 16.2W 34V 17W 3220 lm 199 lm/w 525mA 32.4V 17.0W 34V 18W 3389 lm 199 lm/w 550mA 32.5V 17.9W 34V 19W 3537 lm 198 lm/w 600mA 32.7V 19.6W 34V 21W 3851 lm 196 lm/w 650mA 32.8V 21.3W 34V 22W 4165 lm 196 lm/w 194 lm/w 750mA 33.1V 24.8W 35V 26W 4787 lm 193 lm/w 192 lm/w 850mA 33.2V 28.2W 35V 30W 5404 lm 192 lm/w 190 lm/w 950mA 33.4V 31.7W 35V 34W 6013 lm 190 lm/w 1000mA 33.5V 33.5W 35V 35W 6315 lm 189 lm/w 187 lm/w 1100mA 33.6V 37.0W 36V 39W 6910 lm 187 lm/w 1150mA 33.7V 38.8W 36V 41W 7206 lm 186 lm/w 1200mA 33.8V 40.6W 36V 43W 7498 lm 185 lm/w 184 lm/w 1300mA 34.0V 44.2W 36V 47W 8076 lm 183 lm/w 1350mA 34.1V 46.0W 36V 49W 8362 lm 182 lm/w 1400mA 34.2V 47.9W 37V 52W 8640 lm 180 lm/w 1450mA 34.2V 49.6W 37V 53W 8924 lm 180 lm/w 1500mA 34.3V 51.4W 37V 55W 9201 lm 179 lm/w 1550mA 34.4V 53.3W 37V 57W 9475 lm 178 lm/w 1600mA 34.4V 55.1W 37V 59W 9747 lm 177 lm/w 1650mA 34.5V 56.9W 37V 61W lm 176 lm/w Page 2 of 11

3 Electrical and Optical Specifications (ont.) LinearHO Module Part Number Number of 180 Input urrent 1750mA 1850mA 2150mA 2250mA 2350mA Nom. Forward Voltage (VD) 34.6V 34.8V 35.3V 35.4V 35.6V Nom. Rated Power 60.6W 64.4W 75.8W 79.6W 83.6W Max. Fwd. Voltage 37V 38V 39V 39V 39V Max. Rated Power 66W 70W 83W 87W 92W Nom. Lum. RI lm lm lm lm lm Nom. RI 1680mA 34.6V 58.1W 37V 63W lm 175 lm/w 1700mA 34.6V 58.8W 37V 63W lm 175 lm/w 174 lm/w 1800mA 34.8V 62.6W 38V 68W lm 172 lm/w 172 lm/w 1900mA 34.9V 66.3W 38V 72W lm 171 lm/w 1950mA 34.9V 68.1W 38V 74W lm 170 lm/w 2000mA 35.0V 70.0W 38V 76W lm 169 lm/w 2050mA 35.1V 71.9W 38V 78W lm 167 lm/w 2100mA 35.2V 73.9W 39V 81W lm 166 lm/w 165 lm/w 2200mA 35.3V 77.7W 39V 85W lm 164 lm/w 163 lm/w 2300mA 35.5V 81.6W 39V 90W lm 162 lm/w 160 lm/w 2400mA 35.6V 85.4W 39V 94W lm 159 lm/w Luminous Flux DeRating: T and RI Multipliers RI 80(R9> 0) RI 90(R9>50) 2700K 3000K 3500K 4000K 5000K NOTES: 1) Performance based on Tc mod = 25. See thermal derating chart (pg. 3) for higher temperature operation 2) Standard lumen output and efficacy is calculated for standard options. Reference T & RI vs Luminous Flux chart for lumen ratio calculation. 3) Specifications are subject to change without notice. 4) The D Module can be configure with different chip quantities, series and parallel design configurations to meet a specific design requirement. ontact Fulham for further assistance. 5) * Indicates maximum rated current. Modules may be operated at a current less than or equal to this value, below the Tc rating. Page 3 of 11

4 Thermal Specifications Storage Temperature Range Operating Ambient Temperature Range (Ta) Maximum ase Temperature LinearHO Module 40 to +100 / 40 to +212 F 40 to 55 / 40 to 131 F L70 = 105 (221 F) / L90 = 105 (221 F) Thermal DeRating: Tc vs. Luminous Flux vs. Forward Voltage Module ase Temperature (Tc) 25º 30º 35º 40º 45º 50º 55º 60º 65º 70º 75º 80º 85º 90º 95º 100º Total Vf Multiplier Luminous Flux Multiplier Page 4 of 11

5 ertification hart Energy Star TM21 alculator Data lassification Model Energy Efficiency Label (EEILabel) Suitable for UL lass 2 Lighting System YES YES YES A++ YES Tc Module Reported L70 Reported L90 55 >60,000 Hrs >54,000 Hrs 85 >60,000 Hrs 46,000 Hrs 105 >60,000 Hrs 40,000 Hrs Tc Module alculated L70 alculated L ,000 Hrs 54,000 Hrs ,000 Hrs 46,000 Hrs ,000 Hrs 40,000 Hrs Product Image: LinearHO Module TOP VIEW Page 5 of 11

6 Mechanical Drawings 58 [1473.2mm] Overall Dimensions Length Width Height 58 [1473.2mm] 1.73 [44mm] 0.52 [13.3mm] 1.18" [30mm] 4.33" [110mm] 4.33" 2.36" 4.33" 4.33" 16.27" [110mm] [60mm] [110mm] [110mm] 0.18" [413.2mm] [4.6mm] 1.73" [44mm] 1.5" [38mm] 58" [1473.2mm] TOP VIEW Magnet Magnet Magnet Magnet (+) () (+) () BOTTOM VIEW 0.52" [13.3mm] SIDE VIEW Page 6 of 11

7 Accessories 58" Diffuser Lens Fulham Part Number: TLEOPT White polycarbonate diffuser lens 82% transmissivity at nominally rated currents. LENS END AP 0.82" [20.8mm] MODULE 1.73" [44mm] SIDE VIEW ISOMETRI VIEW Installation Steps when using clamps: 1. Place the Module on the luminaire surface. 2. Place the Diffuser lens on top of module (line it up with module mounting edges). 3. Push down to snap into place. End aps Fulham Part Number: TLEOPT White Polybutylene Terephthalate (PBT) end caps R (18.2mm) (5mm) (21mm) \ T R0.059 (1.5mm) Harness ISOMETRI VIEW TLHN02 (1 and 2 module connection) mm (35.5mm) (6mm) \ T SIDE VIEW TLHN04 (3 and 4 module connection) mm mm mm mm ISOMETRI VIEW mm mm mm ISOMETRI VIEW Page 7 of 11

8 Guidelines Termination Notes onnector Type: WAGO # / (2 pin connector) AWG: solid wire Strip length: 7...9mm / in onnector For more detail information, please visit Wago s website: Fastening Notes If fastening by screw hole, use any screw with diameter less than in (4.7mm). Use all available screw holes to ensure good contact between back side of module and mounting surface. Refer to max specified torque for installation. Suggested screw sizes: #6 or M4 Pan Head screw. If fastening using doublesided tape, start with clean, oilfree and dustfree surface. Peel backing and place module on mounting surface. Firmly press down on the module to ensure good adherence. Follow the doubleside tape manufacturer s installation instructions. BJB P2F (PushtoFix) fixing elements for PBs can be used to fasten modules to mounting surface. Reference BJB's website for ordering information and specific model to use: Environmental Rating The D LinearHO Modules have been evaluated for use in dry or damp locations only. If used in wet locations, acceptability and the need for additional evaluation shall be determined in the end product. Electrostatic Sensitive Product (ESD) Fulham products should be handled with proper measures to protect against any potential ESD damage. When servicing, personnel should be ground and direct contact with should be avoided. Thermal Management Proper thermal management should be employed to ensure life and reliability of product. Max Tc of module should not be exceeded. Use of thermal grease, paste, pad, or other material interface is highly recommended. Polarity Notes D Modules are polarity sensitive. Ensure that positive from Driver is connected to positive of modules and that negative from Driver is connected to negative of modules. Polarities of modules are marked with + for positive and for negative. Page 8 of 11

9 olor and Binning Optical Spectrum IE, y K 4000K 3500K 3000K 2700K 2700K 3000K 3500K 4000K 5000K SDM Rectangle 3 SDM Ellipse IE, x Wavelength (nm) NOTES: 1) The olor and Binning and Optical Spectrum charts are for reference only. For more detailed info, contact factory. 2) Reference Samsung hromaticity Diagram for olor and Binning. Binning per ANSI 25 ; 3 SDM. 3) The Optical Spectrum values vary depending on product type and color rank. 4) Driver not included. Page 9 of 11

10 ompatible Fulham Drivers Fulham Driver Part Number T1T T1T L T1M1UNV070030F T1M1UNV070030L T1UNV T1M1UNV T1M1UNV070040V T1M1UNV090040L T1M1UNV100040L T1M1UNV180088L T1M1UNV210088L T1A1UNV105P40E T1M1UNV105P40E T1UNV140060L T1M1UNV140060L T1M1UNV168088L T1A1UNV105P60E T1A1UNV105P60F T1A1UNV105P60G T1M1UNV105P60E T1M1UNV105P60F T1M1UNV105P60G T1M1UNV140P200L Driver Description 700 ma, 30W Driver, 120V A Input, TRIA Dimmable 700 ma, 30W Driver, 120V A Input, TRIA Dimmable 700 ma, 30W Driver, Universal Input, 010V Dimmable 700 ma, 30W Driver, Universal Input, 010V Dimmable 700 ma, 40W Driver, Universal Input 700 ma, 40W Driver, Universal Input, 010V Dimmable 700 ma, 40W Driver, Universal Input, 010V Dimmable 900 ma, 40W Driver, Universal Input, 010V Dimmable 1000 ma, 40W Driver, Universal Input, 010V Dimmable 1800 ma, 88W Driver, Universal Input, 010V Dimmable 2100 ma, 88W Driver, Universal Input, 010V Dimmable Programmable, 40W Driver, Universal Input,DALI (Set to 1050 ma) Programmable, 40W Driver, Universal Input, 010V Dimmable (Set to 1050 ma) 1400 ma, 60W Driver, Universal Input 1400 ma, 60W Driver, Universal Input, 010V Dimmable 1680 ma, 88W Driver, Universal Input, 010V Dimmable Programmable, 60W Driver, Universal Input,DALI (Set to 1050 ma) Programmable, 60W Driver, Universal Input,DALI (Set to 1050 ma) Programmable, 60W Driver, Universal Input,DALI (Set to 1050 ma) Programmable, 60W Driver, Universal Input, 010V Dimmable (Set to 1050 ma) Programmable, 60W Driver, Universal Input, 010V Dimmable (Set to 1050 ma) Programmable, 60W Driver, Universal Input, 010V Dimmable (Set to 1050 ma) Programmable, 200W Driver, Universal Input, 010V Dimmable (Set to 1400 ma) T1M1UNV A 800 ma, 100W Driver, Universal Input, 010V Dimmable Fulham Module Part Number # of Modules /Driver 1 Total Nom. Module Lumen Output, System Wattage, System 4,480 lm, 27.2W, 165 lm/w Wiring Diagram 2 (2p) 4,460 lm, 26.5W, 168 lm/w 1 4,480 lm, 27.2W, 165 lm/w A 1 5,705 lm, 35.4W, 161 lm/w A 2 (2p) 5,800 lm, 34.4W, 169 lm/w 1 6,320 lm, 39.5W, 160 lm/w A 2 (2p) 6,440 lm, 38.4W, 168 lm/w A HotSpot 2 ompatible 1 6,605lm, 41.5W, 159 lm/w A T1M1UNV240P96L Programmable, 96W Driver, Universal Input, 010V Dimmable (Set to 2400 ma) 2 (2p) 4,460 lm, 26.5W, 168 lm/w 1 10,800 lm, 73.7W, 147 lm/w A 2 (2p) 11,550 lm, 69.5W, 166 lm/w 1 12,275 lm, 87W, 141 lm/w A 3 (3p) 13,440 lm, 81.5W, 165 lm/w 1 8,640 lm, 56.3W, 153 lm/w A 2 (2p) 8,960 lm, 54.4W, 165 lm/w 1 10,170 lm, 68.4W, 149 lm/w A 1 6,605 lm, 41.5W, 159 lm/w A 3 (3p) 6,690 lm, 39.8W, 168 lm/w 8 (4s, 2p) 35,840 lm, 217.4W, 165 lm/w D N/A 2 (2p) 15,010 lm, 95.4W, 157 lm/w 3 (3s) 15,285 lm, 93.7W, 163 lm/w B N/A T1M1UNV150P150L Programmable, 150W Driver, Universal Input, 010V Dimmable (Set to 1400 ma) 6 (3s, 2p) 26,880 lm, 163.1W, 165 lm/w D N/A 2 (2p) 1 10,690 lm, 65.6W, 163lm/W 13,610 lm, 100.5W, 135 lm/w A T1M1UNV500P185L Programmable, 185W Driver, Universal Input, 010V Dimmable (Set to 4000 ma) Programmable, 185W Driver, Universal Input, 010V Dimmable (Set to 5000 ma) 4 (4p) 5 (5p) 25,280 lm, 158.1W, 160 lm/w 31,600 lm, 197.6W, 160 lm/w FHSA1UNV40BLS Prog. 40W Driver + Emergency System, Unv Input, 010V Dimm. (Set to 700 ma) FHSA1UNV40 Prog. 40W Driver + Emergency System, Unv Input, 010V Dimm. (Set to 700 ma) 1 4,480 lm, 27.2W, 165 lm/w N/A N/A Wiring Diagram DRIVER + + MODULE A Single hannel Driver, 1 Module connected B Single hannel Driver X number of modules connected in series DRIVER MODULE 1 + MODULE X DRIVER MODULE 1 MODULE Y Single hannel Driver Y number of modules connected in parallel D Single hannel Driver modules connected in X series and Y parallel combination DRIVER + + MODULE MODULE X MODULE X + MODULE Y + + MODULE X Page 10 of 11

11 D/ : FHM170916A /N : XX/100 N.W : 5.98 Kgs. G.W : 7.75 Kgs. BOX SIZE : 1508X270X110MM QUANTITY: B.N: MADE IN HINA Packaging Master arton L H TMU240095L W Twenty (20) LinearHo D Modules inside each Master carton. OUTER DIMENSION L W H (1508mm) Net Weight 13.2 lbs. (5.98kg) (270mm) Gross Weight 17.1 lbs. (7.75kg) 4.33 (110mm) QUANTITY 20pc. Page 11 of 11