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Shielded Light Emitting Diode
Shielded Light Emitting Diode

Shielded Light Emitting Diode

Price 1 INR/ Piece

MOQ : 1 Piece

Shielded Light Emitting Diode Specification

  • Application
  • General Lab Equipments
  • Usage
  • General Lab Equipments
  • Power Source
  • DC Electrical Supply
  • Model No
  • Protected LED
  • Feature
  • Shielded for EMI/RFI Protection, High Brightness
  • Core Components
  • LED Chip, Epoxy Lens, Metal Shield
  • Temperature Range
  • -40C to +85C
  • Product Type
  • Protected Led
  • Voltage
  • 2V (Typical, forward voltage)
  • Automation Grade
  • Manual
  • Equipment Materials
  • Epoxy Resin, Metal Leads
  • Type
  • Shielded Light Emitting Diode
  • Display Type
  • LED
  • Dimension (L*W*H)
  • 5mm (Diameter) x 8.7mm (Length) (Standard)
  • Weight
  • Approx. 1g
 

Shielded Light Emitting Diode Trade Information

  • Minimum Order Quantity
  • 1 Piece
  • Sample Available
  • Yes
  • Sample Policy
  • Sample costs shipping and taxes has to be paid by the buyer
  • Packaging Details
  • carton box, export quality also available
  • Main Domestic Market
  • All India
  • Certifications
  • ISO 9001, 14001 ,CE
 

About Shielded Light Emitting Diode

Protected Led

  • Red LED
  • LED in series with a protection resistor
  • Rugged in unbreakable polycarbonate
  • Convenient support housing
  • The safety banana cords are connected to the side of the housing, allowing the front of the cords to be removed for a better fit readability of the fixtures.
  • Dimensions: 100 x 70 x 33 mm.



Reliable Shielded LED for Laboratory Applications

The Shielded Light Emitting Diode is specifically crafted to provide high-brightness illumination and effective electromagnetic interference (EMI) shielding in a wide range of lab equipment. Its integrated metal shield protects sensitive devices from EMI and RFI, ensuring stable operation. With a viewing angle of 60 and a durable epoxy lens, it delivers consistent light output, making it indispensable for scientific instrumentation and control panels.


Built to Endure Challenging Environments

Housed in epoxy resin with robust metal leads, this LED lightweight component can withstand storage temperatures from -55C to +100C and tolerate operational extremes from -40C to +85C. Its design supports both manual and automated assembly, making it suitable for diverse settings. The power-efficient, DC-powered architecture keeps both energy consumption and maintenance requirements low.

FAQs of Shielded Light Emitting Diode:


Q: How is the shielded LED installed and connected in laboratory equipment?

A: To install the shielded LED, align its two metal pins with the circuit boards designated LED slots, ensuring proper polarity as indicated by the longer (anode) and shorter (cathode) pins. Solder the pins in place, then connect to a DC power supply (typically 2V forward voltage) with a current-limiting resistor to maintain safe operation at 20 mA maximum.

Q: What benefits does the integrated shield provide for lab equipment applications?

A: The integrated shield in this LED offers EMI and RFI protection, reducing electrical interference in sensitive laboratory devices. This ensures reliable, accurate instrument readings and minimizes the risk of malfunction or noise in applications where clear output is crucial.

Q: When should this LED be chosen over a standard, non-shielded LED?

A: Choose this shielded LED when your application demands heightened protection against electromagnetic or radio frequency interference, such as in precision lab instruments, medical devices, or environments with high electronic noise. Its shielding is especially valuable where reliability and signal integrity are priorities.

Q: Where can this LED be effectively used outside of laboratory equipment?

A: While optimized for laboratory use, this shielded LED is also suitable for control panels, display modules, industrial instrumentation, and environments where EMI protection is important. It is versatile for applications requiring visible indication with minimal interference.

Q: What is the recommended process for handling and storing this LED component?

A: Handle the LED using grounded ESD-safe tools to avoid static damage, thanks to its integrated ESD protection. Store it in a dry area within the specified -55C to +100C range, and keep the leads protected from mechanical stress to preserve their integrity for installation.

Q: How does the viewing angle impact the LEDs effective illumination?

A: The 60 viewing angle provides a broad and even light distribution, making the LED suitable for status indicators, instrument backlighting, and displays requiring easily visible, wide-area lighting. This helps ensure consistent readability from various angles within a laboratory setting.

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