Spring Type Side Wire Entry Terminal Blocks
March 26, 2012
5.0 mm and 5.08 mm Spring Type Side Wire Entry
Terminal Block Product Details
Electrical
• Wire Range 30-12 AWG
-Wire opening size 2.4X2.5 mm
• Current Rating 16A
• Voltage Rating 300V
• Contact resistance 15 Milliohms Max
Mechanical
• PCB thickness 2.4 mm Max
• PCB Hole Diameter 1.2 mm Min
• Stripping length 10-11 mm
• Operating Temperature -40˚C to +110˚C
Materials
Housing: polyamide
Clamping Spring: steel
Pin: tin plated copper alloy
Initial Launch Product Details
• Block is available in 2 through 25 position
-Housings are modular so it is possible to compose the block to any number
of positions and color.
-Special marking is available upon request
• Since the block is modular, the block can be purchased in sections. By taking
advantage of this particular characteristic a minimum stock of basic terminal
blocks can be inventoried.
-Main block in 5.0 mm (1986749-1) or 5.08 mm (1986750-1) and end cover
(1986751-1)
Housing is modular in design and
can be available in any number of
positions and colors as shown.
Information is TE Confidential & Proprietary
Do Not Reproduce or Distribute
page 3 / March 26, 2012
Features and Benefits
Screwless design allows for:
- Improved performance
with superior wire retention in high vibration
applications
- Sustainable Advantage
by quick service resulting in labor cost
savings
• Flexibility
– Blocks are modular so it is possible to supply the main
block and the end plate so each customer can build the block to their
requirement for size. This allows for a minimum stock of the basic
terminal blocks to be kept in their inventory.
•
Automated
process capable- solderable at a temperature up to 270˚C
• Customizable
– Custom marking and printing available. Blocks can
be provided in multiple colors.
• Quality
– assured due to 100% visual inspection
Information is TE Confidential & Proprietary
Do Not Reproduce or Distribute
page 4 / March 26, 2012
Target Customers and Markets
•Industrial Automation
•Lighting
•Lifts
•Applications subject to certain types of vibrations
Information is TE Confidential & Proprietary
Do Not Reproduce or Distribute
page 5 / March 26, 2012
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