Skip to product information
1 of 2

1288520000 - 3.5mm Dual Pole Circuit Board Terminal with PUSH IN Mechanism (Pack of 71)

1288520000 - 3.5mm Dual Pole Circuit Board Terminal with PUSH IN Mechanism (Pack of 71)

SKU: SKU: 1288520000 Download PDF

Variant:
  • 1288520000 - 3.5mm Dual Pole Circuit Board Terminal with PUSH IN Mechanism (Pack of 71)
Regular price Now $42.06
Regular price BEFORE   $0.00 Sale price Now $42.06
Sold out
IN STOCK
Shipping Available
Free shipping on orders above $1000.* Only on standard purchases of cables and wires.
View full details
Product Information

*Data provided on this page is subject to change based on different manufacturers' variances
** Images are for display purposes only refer to Product Technical Details for accurate information on the product.
In the case the material only comes in a predetermined color or doesn’t come with any color

Description:

Enhance your connectivity with this 35 mm printed circuit board terminal featuring two poles positioned at a 180° angle, specifically designed for solder pin applications Each solder pin measures 35 mm in length and incorporates an efficient black PUSH IN mechanism with an actuator for ease of use With a maximum clamping range of 15 mm², this reliable terminal is packaged in a convenient tube and meets ROHS standards, backed by certifications from cURus.

Perfect for safe and effective electronic connections.

Features and Benefits:

    •Compliant with ROHS standards.

    •PUSH IN wire connection method.

    •Designed for printed circuit board applications.

    •Suitable for a variety of conductor types.

    •Touch-safe protection according to DIN VDE.

Specifications:

 Depth 7.8 mm
 Height 17.5 mm
 Width 7.7 mm
 Continuous operating temperature, max 120 °C
 Pitch 3.5 mm
 Number of poles 2
 Solder pin length 3.5 mm
 Clamping range, max 1.5 mm²
 Rated voltage 320 V
 Rated current 17.5 A
 Volume resistance 1.60 mΩ
 Material LCP GF

 

Resources

Reviews

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)