
GW CS8PM1.EM-LRLT-XX57 ams OSRAM OSLON SSL 80 3000K Warm White Emitter
- The two letters in the code name a brightness window. LRLT runs from LR at 130 lm to LT at 164 lm, with LS in between; every code in this family spans three consecutive groups.
- 3000 K warm white, ordering number Q65113A5706, in full production. It is the warmest colour temperature in the family that reaches a 130 lm floor.
- 2.85 V typical at 350 mA, drawn from a 2.70 to 3.20 V window. Drive may run anywhere from 100 mA to 1300 mA, and a 2000 mA pulse is rated for 10 µs or shorter.
- CRI 80 minimum, 82 typical, R9 at 0 minimum. It sits midway on this package's colour-rendering ladder, one rung above the CRI 70 part and one below the CRI 90 version.
- 3.0 × 3.0 × 2.21 mm ceramic body, 25.0 mg, 80° prefocused. The thermal path reads 4.2 K/W on the electrical basis, assuming 20 % radiant efficiency. Withstand is 8 kV, moisture class MSL 2, and the 180 mm reel carries 600 pieces.
Description
Product Introduction
The two letters in the middle of the part number are not arbitrary. LRLT names the first and last rungs of the brightness ladder the code covers - LR opens at 130 lm, LT closes at 164 lm, and LS sits between them. Every code in this family spans exactly three consecutive groups.
Those windows slide upward as the colour temperature cools. The 2500 K code covers LP to LR, 2700 K covers LQ to LS, 3000 K and 3500 K both cover LR to LT, and 4000 K upward cover LS to LU. The family's output floor therefore climbs from 112 lm at the warm end to 140 lm at the cool end, and the span widens from 28 lm to 40 lm as it goes.
GW CS8PM1.EM-LRLT-XX57 sits on the LR-to-LT window at 3000 K, ordering number Q65113A5706, in full production. It is the warmest colour temperature here that reaches a 130 lm floor: one step warmer starts 9 lm lower and stops 14 lm shorter. The commercial string adds -1, -350 and -R18 for the version, the 350 mA test point and the reel.
Key Product Features
1. A Code That Names Its Own Brightness Window
The four letters are not a serial; they are the endpoints of the group range. Reading LRLT as LR-through-LT tells a buyer what the reel can contain without opening the datasheet.
2. Three Groups Per Code, and a Span That Widens With Colour
The window is always three rungs, but the rungs themselves grow as output rises, so the supplied range runs 28 lm wide at 2500 K and 40 lm wide from 4000 K up. A warm-white buyer gets a tighter spread than a cool-white one.
3. The Warmest Colour Temperature to Reach 130 lm
Step one warmer and the window drops to LQ to LS, opening 9 lm lower and closing 14 lm shorter. Step cooler and nothing changes until 4000 K. For a 3000 K specification there is no output penalty to weigh against the colour.
4. The Ladder Stops at 5000 K
The family carries seven codes from 2500 K to 5000 K and no further. A requirement above that leaves this datasheet for the CRI 70 sibling, which shares the footprint and the beam but not the colour rendering.
5. One Code Per Colour Temperature
All seven rows are XX-codes, so there is no parallel A-code to cross-check a second reference against. The table is the whole list, which makes the sourcing question simpler than in families that carry two nomenclatures.
| Parameter | Typical Value |
| Manufacturer | ams OSRAM |
| Product Series | OSLON SSL 80 |
| Ordering Code | Q65113A5706 |
| Colour Temperature (CCT) | 3000 K (bin XX57), centre Cx 0.4339 / Cy 0.4032 |
| Luminous Flux (IF = 350 mA, Tj = 85 °C) | 130 to 164 lm (bin pair LR…LT) |
| Forward Voltage (IF = 350 mA) | 2.85 V typ. (2.70 to 3.20 V) |
| Forward Current | 100 mA min. / 1300 mA max. (2000 mA surge) |
| Viewing Angle | 80° (prefocused) |
| Colour Rendering Index | 80 min., 82 typ. (R9 0 min.) |
| Thermal Resistance (RthJS) | 4.2 K/W electrical (ηe = 20 %) |
Application Fields
Warm white at 3000 K is chosen by the end client as often as by the engineer, so these are fixtures where the colour has to sit beside warm sources already in the room. Typical specifications include:
- Restaurant and bar table lighting – low-glare spots over a table, seen from a seated height.
- Residential downlighting – the domestic warm point that interior schemes are drawn around.
- Hotel corridors and lobbies – long runs of matching fixtures where consistency beats peak output.
- Retail fitting rooms – warm light across skin and fabric, where rendering is noticed at once.
- Boutique window and shelf spots – close-range accents sitting under a warm ambient level.
- Period and heritage interiors – replacements that have to read alongside older warm sources.
- Warm-white track and rail heads – adjustable fixtures in a space already lit at 3000 K.
- Entertainment and stage rigs – one of the three applications the manufacturer names for this family.
- Indoor general lighting engines – the manufacturer's second listing, where a narrow cone is usually shaped further by a diffuser.
- Outdoor and industrial housings – the manufacturer's third listing; the ceramic body keeps its geometry across thermal cycling.
Why Choose Gainer LED?
- Reel-level traceability on every consignment
We record the group name from each reel against the shipment, so a build can be traced back to the bin it was assembled from long after the boxes are gone.
- Order quantities quoted at the reel and the carton
Both breaks are on the quotation, so a buyer can see what the next quantity step costs before committing rather than after.
- Colour consistency held across repeat orders
Where a project ships in phases we aim to keep successive batches in the same chromaticity group, and we say so in advance when a batch cannot be matched.
- Agreements confirmed in writing
Anything settled on a call is put in writing the same day, so the order file holds the version both sides are working from.
- Export documentation prepared in-house
Origin papers, packing list and the destination paperwork are raised by us rather than left to a forwarder to interpret.
FAQ
Q: Is 3000 K the warmest you can supply that still reaches 130 lm?
A: In this family, yes. The 3000 K code opens at 130 lm, while the 2700 K entry starts at 121 lm and the 2500 K entry at 112 lm, so each step warmer costs roughly 9 lm off the floor. Going the other way buys nothing until 4000 K, where the window moves up. If 130 lm is the design floor, 3000 K is the warmest point that holds it.
Q: We need 5700 K in the same 3.0 mm footprint. Can this family supply it?
A: Not from this datasheet, which stops at 5000 K across seven codes. The 5700 K and 6500 K parts sit in the CRI 70 sibling family, on the same 3.0 × 3.0 mm ceramic body and the same 80° prefocused lens, so the board and the optic carry over. What changes is the colour rendering, and we can quote both so the trade is visible.
Q: Can you hold one brightness group for the whole life of a project?
A: We can aim at it, and we will say so when we cannot. Restricting an order to one rung of the ladder cuts the pool the manufacturer can draw on, so whether it can be met depends on what has come off the line lately. We hold the requested rung against stock as each order is placed, and tell you before dispatch if a reel falls outside it.
Q: The code spans 34 lm. Will one reel contain that whole spread?
A: No, and this catches people out. The label names a single brightness group, so any one reel sits inside a rung such as LS at 140 to 150 lm. The code describes what may ship across a production period, not what is inside a single box. If a build needs a tight window, name the group rather than the code.
Q: A distributor's listing shows one figure instead of a band. Which is right?
A: The band is the specification. A single number in the middle of a range is a summary figure the distributor has chosen, and it will not match the label on the reel you receive. This part's datasheet gives 130 to 164 lm, and the midpoint of that is 147 lm - a number you will see quoted, but never a number the manufacturer guarantees.
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