What is the typical lifespan of this product?

The product is designed for long-term industrial use, with a typical lifespan of over 50,000 hours.

Do you support OEM or custom specifications?

Yes, we support OEM, ODM, and custom technical specifications based on project requirements.

What certifications are available?

Certifications vary by model and may include CE, RoHS, LM-80, and ISO-compliant manufacturing.

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2835 Far‑Infrared LEDs

Name: 2835 Far‑Infrared LEDs
Brand: QUEENDOM

Technical Specifications

2835 Far‑Infrared LED (1000–1600 nm)

Package Type: SMD (2835 size, 2.8 mm × 3.5 mm)
Wavelength Range: 1000–1600 nm
Available Peak Wavelengths:
- 1050 nm, 1200 nm, 1300 nm, 1450 nm, 1550 nm
Rated Optical Power: 0.2 W – 0.5 W
Forward Voltage (V_F): 1.8 V – 2.2 V (typical @ rated current)
Forward Current: 60 mA – 150 mA (continuous)
Radiant Intensity: Rank-specific; full performance table available for 1050–2060 nm series upon request
Viewing Angle: 120°
Substrate: Copper-based lead frame with high thermal conductivity
Lens Appearance: Clear.
Chip Material: GaAs, AlGaAs, InGaAs (wavelength-dependent)
Chip Brands: CREE, OSRAM, Toyoda Gosei, Epistar, Sanan (selected by performance grade)
Chip Sizes: 10×30 mil, 14×28 mil (configuration-specific)
Operating Temperature: −40°C to +85°C
Storage Temperature: −40°C to +100°C
Absolute Maximum Ratings:
- Junction Temperature (T_j): +150°C
- ESD Withstand Voltage: ≥2 kV (HBM)
Compliance: RoHS, REACH, IEC/EN 62471 (Photobiological Safety)

Note: For wavelengths >1400 nm, standard silicon photodiodes have significantly reduced responsivity. InGaAs or extended-InGaAs detectors are recommended for optimal signal reception in 1550 nm applications.

Category: Infrared Emitters Tag: Far‑Infrared LEDs

Description

2835 Far‑Infrared LEDs

Overview

The 2835 far‑infrared LED series is designed with SMD packaging and operates within the 1000–1600 nm wavelength range. These LEDs provide stable radiant output suitable for heating‑related equipment, drying systems, and controlled thermal environments. Their compact footprint supports easy integration into industrial devices and modular assemblies.

Multiple peak wavelengths and radiant‑intensity levels are available, allowing engineers to select the appropriate configuration for different material characteristics and process requirements. The series supports applications ranging from small‑scale moisture‑control enclosures to continuous drying lines.

Available Models & Part Numbers

Table 1. Typical Optical and Electrical Characteristics (T_j = 25°C).

Model	Rank Code	Color Type	Wavelength (nm)		Radiant Intensity (mW/sr）		Forward Voltage VF (V)		Viewing Angle	Test Current	Part Number
Device Model	Rank	Typical λ (nm)	Min	Max	Min	Max	Min	Max	(2θ½, °)	(mA)	P/N
S2835IH2WC	SMDIL1310	1050	1000	1080	5.00	15.00	0.70	1.60	120	50	8541401000SMDIL1310
S2835IH2WC	SMDIL1311	1200	1120	1240	5.00	15.00	0.70	1.60	120	50	8541401000SMDIL1311
S2835IH2WC	SMDIL1312	1300	1240	1360	2.00	10.00	0.70	1.60	120	50	8541401000SMDIL1312
S2835IH2WC	SMDIL1313	1400	1360	1480	2.00	10.00	0.70	1.60	120	50	8541401000SMDIL1313
S2835IH2WC	SMDIL1314	1500	1480	1600	0.50	3.00	0.70	1.60	120	50	8541401000SMDIL1314
S2835IH2WC	SMDIL1315	1600	1600	1720	0.50	3.00	0.70	1.60	120	50	8541401000SMDIL1315
S2835IH2WC	SMDIL1316	1750	1720	1840	0.50	3.00	0.70	1.60	120	50	8541401000SMDIL1316
S2835IH2WC	SMDIL1317	1950	1840	1960	0.50	3.00	0.70	1.60	120	50	8541401000SMDIL1317
S2835IH2WC	SMDIL1318	2060	1960	2080	0.30	2.00	0.70	1.60	120	50	8541401000SMDIL1318

Features

Far‑infrared wavelength design covering 1000–1600 nm for heating and drying applications.
Standard 2835 SMD footprint for compact layouts and flexible array configurations.
High‑conductivity substrate and optimized thermal structure for stable long‑duration operation.
Multiple peak wavelengths and radiant‑intensity options to match different material characteristics.
Wide 120° viewing angle for uniform radiant distribution in close‑range environments.
Compliant with ROHS and REACH environmental and photobiological safety standards.

Applications

Industrial heating: coating drying, paint curing, plastic pre‑heating, localized thermal processing.
Drying systems for agricultural products, food materials, herbs, and grains.
Moisture‑control heating for electrical cabinets, control boxes, and outdoor equipment enclosures.
Thermal‑comfort devices such as warming pads and heat‑based comfort equipment.
Laboratory and instrumentation use as far‑infrared light sources for testing and material analysis.