DB-3-F made in JAPAN
Order model number
- Order model numberDB-3-F-[Body color][Lens color]
- Order exampleDB-3-F-CHR (An example of ordering with the body color chrome and lens color red.)
- Basic information
- LED characteristics
- Protective resistance chart
- Dimension
- Soldering heat resistance conditions
- Download
Body color
-
B
-
CH
Lens color
-
R
-
G
-
Y
*The lighting color of the lens color Y is orange.
Basic information
| Insulation resistance | DC500V、100MΩMin |
|---|---|
| Withstand voltage | AC500V (1minute) |
| Material | Chrome : Brass、Black : Brass |
| Main insulator | PBT |
| Terminal type | LED wire (□0.5) |
| Body Color | B (Black)、CH (Chrome) |
| Lens color | R (Red)、G (Green)、Y (Yellow) |
| How to mount | With nut |
| Panel thickness | 1.5mm～3.5mm |
| Nut torque | 0.7N・m |
| Note | 1.The diode color of Y (yellow) is orange. Other than that, the lens color and emission color are the same. |
| Caution | 1.This product does not have a built-in protection resistor, so connect a protection resistor that matches the working voltage in series. |
Precautions for use
1. When using the LED bracket of SATO PARTS, be sure to insert the protection resistor in series. (Excluding DB-100 series)
Please refer to the basic circuit and calculation formula in the figure below.
2. Please note that the LED has polarity when connecting.
3. When installing or using it on a panel, etc., please check under actual conditions.
4. Bend the lead at a distance of 2 mm or more from the root, and perform soldering after bending.
5. LEDs are semiconductors and may be damaged by static electricity, so handle them after releasing static electricity from the human body and other parts during work.
Please refer to the basic circuit and calculation formula in the figure below.
2. Please note that the LED has polarity when connecting.
3. When installing or using it on a panel, etc., please check under actual conditions.
4. Bend the lead at a distance of 2 mm or more from the root, and perform soldering after bending.
5. LEDs are semiconductors and may be damaged by static electricity, so handle them after releasing static electricity from the human body and other parts during work.
