Weidmuller, 5.08mm Pitch, SL, 15 Way, , Pluggable Terminal Block, Header, Through Hole, Solder Termination, 1147730000

Vertical Closed Ends Thro Hole Headers 3.2mm Pin Length

These SL 5.08mm pitch Omnimate headers have a 3.2mm pin length for optimised Wave soldering.

These SL 5.08mm pitch Omnimate headers have a 3.2mm pin length for optimised Wave soldering.

Note

For mating cable mount terminals see typical stock numbers 733-0777 for Screw type or 733-0828 for Rising Clamp type or 733-0878 for Tension Clamp Screwless type.

For mating cable mount terminals see typical stock numbers 733-0777 for Screw type or 733-0828 for Rising Clamp type or 733-0878 for Tension Clamp Screwless type.

Weidmuller Series SL Pluggable Terminal Block, 15 Contacts, 5.08mm Pitch - 1147730000

This pluggable terminal block is an integral component designed for efficient electrical connectivity. It features a header terminal block with 15 contact points, optimised for reliable wave soldering. The terminal block adopts a straight body orientation and a through hole mounting type, making it suitable for various applications within the electrical and automation sectors. Constructed from durable copper alloy for contacts and PAGF for insulation, it offers a current rating of 18A and a voltage rating of 400V.

This pluggable terminal block is an integral component designed for efficient electrical connectivity. It features a header terminal block with 15 contact points, optimised for reliable wave soldering. The terminal block adopts a straight body orientation and a through hole mounting type, making it suitable for various applications within the electrical and automation sectors. Constructed from durable copper alloy for contacts and PAGF for insulation, it offers a current rating of 18A and a voltage rating of 400V.

Features & Benefits

• High current capacity supports demanding requirements • Straight orientation simplifies PCB layout design • Robust copper alloy construction enhances conductivity and reliability • Simple solder termination method ensures ease of installation • Compatibility with manual or pre-coded configurations • IP20 protection degree offers safety in controlled environments

• High current capacity supports demanding requirements • Straight orientation simplifies PCB layout design • Robust copper alloy construction enhances conductivity and reliability • Simple solder termination method ensures ease of installation • Compatibility with manual or pre-coded configurations • IP20 protection degree offers safety in controlled environments

Applications

• Ideal for through hole PCB in automation systems • Suitable for use in control cabinets and electrical installations • Used for industrial machinery and equipment • Recommended for electronic devices requiring high current connections • Essential for signal and power distribution circuits

• Ideal for through hole PCB in automation systems • Suitable for use in control cabinets and electrical installations • Used for industrial machinery and equipment • Recommended for electronic devices requiring high current connections • Essential for signal and power distribution circuits

What is the significance of the 5.08mm pitch?

The 5.08mm pitch facilitates the integration of multiple connections on a PCB, allowing for a compact design and efficient electrical layouts. This standard measurement ensures compatibility with a wide range of components, enhancing design flexibility.

The 5.08mm pitch facilitates the integration of multiple connections on a PCB, allowing for a compact design and efficient electrical layouts. This standard measurement ensures compatibility with a wide range of components, enhancing design flexibility.

How does the thermal performance impact operational reliability?

This terminal block is rated for an operating temperature range of -50 to 100 °C, ensuring reliable performance in various environmental conditions. Its continued operation under these temperatures reduces the risk of overheating and maintains long-term reliability.

This terminal block is rated for an operating temperature range of -50 to 100 °C, ensuring reliable performance in various environmental conditions. Its continued operation under these temperatures reduces the risk of overheating and maintains long-term reliability.

What features make this product suitable for wave soldering?

This terminal block's construction is optimised for wave soldering processes, allowing fast and efficient assembly. The solder flange version protects solder joints from mechanical strain, ensuring durable and reliable connections.

This terminal block's construction is optimised for wave soldering processes, allowing fast and efficient assembly. The solder flange version protects solder joints from mechanical strain, ensuring durable and reliable connections.

5.08mm Pitch -Weidmüller Omnimate Range

5.08mm Pitch -Weidmüller Omnimate Range

Weidmüller's Omnimate Range of 5.08mm pitch Two Part connectors allows wire-to-board connections through terminals using Leaf Spring and Spring Rising Clamp screw technology, or Tension Clamp and Push In screwless technology. The Weidmuller 8 Way Clamp Rising Terminal is suitable for a wide range of PCB design and connector uses.

Weidmüller's Omnimate Range of 5.08mm pitch Two Part connectors allows wire-to-board connections through terminals using Leaf Spring and Spring Rising Clamp screw technology, or Tension Clamp and Push In screwless technology. The Weidmuller 8 Way Clamp Rising Terminal is suitable for a wide range of PCB design and connector uses.

• The PCB hole has a diameter of 1.3mm • Screw clamp types accept wire up to 1.5mm²• Tension clamp and IDC (screwless) options enable fast assembly times• Moulded male headers in straight (open or closed end) 90° PCB pins or 135° headers• Polarising pins prevent mismatch connections.

• The PCB hole has a diameter of 1.3mm • Screw clamp types accept wire up to 1.5mm²• Tension clamp and IDC (screwless) options enable fast assembly times• Moulded male headers in straight (open or closed end) 90° PCB pins or 135° headers• Polarising pins prevent mismatch connections.