Xicato - Making sense with LEDs

About Xicato

About our technology

The Xicato Spot Module: light quality without compromise.

The Xicato Spot Module (XSM) is the first genuine LED equivalent for halogen with no compromises: not aesthetic or light technical.

Aesthetic

• Compact: similar size to MR 16 lamps
• Allows enhanced creativity in luminaire design

Light technical

• Similar intensities possible compared with 20-50W low voltage halogen lamp range
• Choice of Colour temperatures (2700, 3000 and 4000K)
• Colour Rendering Index of 80+ or 90+ (with R9 > 90)
• Consistent colour (Colour point consistency <2 SDCM part to part)
• Uniform beam (intensity and Colour Temperature - no yellow ring or shadows)

Advantages

• Cost of ownership (life and efficacy advantages):
- 8-23W XSM wattage compares with 20-50W low wattage halogen lamp wattage
- 50khr XSM life (to 70% lumen maintenance) compares with 2-4khrs low wattage halogen lamp life
• Extremely low heat (IR) and UV in beam
• No mercury or lead
• IP66 (ideal for outdoor usage)
• Ruggedness: no filaments, arc tubes, wire bonds or exposed phosphors

Applications

Luminaire possibilities for retail, domestic, heritage, hospitality, commercial and outdoor applications:

• Recessed, surface and track-mounted spots
• Recessed or surface mounted downlighters (including emergency versions)
• Table or desk lamps
• Pendants
• Display / cabinet lighting
• Wallwashers
• Buried uplighters
• Period lanterns

Part Number	Correlated Color Temperature	Color Rendering Index (minimum)	Color Consistency 5,6			Drive Current	Forward Voltage			Power Consumption 7 (Typical Range)	Lumen Output 8 (Typical)	Efficacy (Typical)	Life 9
		Ra 4	SDCM	CCT	Duv	mA	Min	Typ	Max	W	lm	lm/W	hrs
400 lm

						700	12.2	13.8	15	9 – 10	400	45
XSM8030-400	3000K	80	<2	± 50K	± 0.001	500	11.8	13.4	14.3	6 – 7	280	50	50k
						350	11.5	13.1	13.9	4 – 5	220	55
700 lm

						700	21.3	24.3	26.3	15 – 16	700	43
XSM8027-700	2700K	80	<2	± 40K	± 0.001	500	20.6	23.5	25.1	11 – 12	550	48	50k
						350	20.1	22.9	24.2	7 – 8	400	52

						700	21.3	24.3	26.3	15 – 16	700	45
XSM8030-700	3000K	80	<2	± 50K	± 0.001	500	20.6	23.5	25.1	11 – 12	550	50	50k
						350	20.1	22.9	24.2	7 – 8	400	55

						700	21.3	24.3	26.3	15 – 16	700	45
XSM8040-700	4000K	80	<2	± 70K	± 0.001	500	20.6	23.5	25.1	11 – 12	550	50	50k
						350	20.1	22.9	24.2	7 – 8	400	55
1000 lm

						700	30.4	34.7	36	22 – 23	1000	43
XSM8027-1000	2700K	80	<2	± 40K	± 0.001	500	29.5	33.5	35.8	15 – 16	800	48	50k
						350	28.8	32.7	34.6	10 – 11	580	52

						700	30.4	34.7	36	22 – 23	1000	45
XSM8030-1000	3000K	80	<2	± 50K	± 0.001	500	29.5	33.5	35.8	15 – 16	800	50	50k
						350	28.8	32.7	34.6	10 – 11	580	55

						700	30.4	34.7	36	22 – 23	1000	45
XSM8040-1000	4000K	80	<2	± 70K	± 0.001	500	29.5	33.5	35.8	15 – 16	800	50	50k
						350	28.8	32.7	34.6	10 – 11	580	55

Enlarge table

Notes:
1. Light technical data independently verified by the University College London and IESNA LM-79 qualified test labs.
2. All technical data shown in the above table is taken at a recommended operating test point (Tc) temperature of 70°C.
3. Higher lumen output achievable with lower test point (Tc) temperature.
4. Color Rendering Index (CRI) is specified as “Ra”, which is defined as the average of color indices R1-R8.
5. 100% of products produced by Xicato lie within color consistency specification shown in the table above. Although such a tight control throughout life is expected, reliability tests are underway to quantify this.
6. Minor shifts in CCT and Duv occur with changes to drive current and/or temperature. Additional data available upon request.
7. Power consumption is stated as a small typical range (not maximum range) that is centered around the typical value. A range is specified rather than an typical value due to variations in LED die quantity, forward voltage, and performance. Maximum and minimum values can be calculated using the voltage range.
8. Absolute range of lumen output is ±10% of typical value.
9. Module life is defined as the point in time where on average half of the modules have less than 30% light output degradation compared to initial values.

We are in the process of acquiring actual lifetime data, please check online for the latest updates.

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