Weidmuller Cross Connector - SAK 2.5 Terminal Blocks - 0368700000

This cross-connector is designed for SAK 2.5 feed-through terminal blocks, enabling efficient pote...

Currently unavailable

Currently out of stock

This product is not available at the moment. Check back later or explore other options below.

Similar alternatives

Product Information

Full details

The Weidmuller Q 10 SAK2.5 is a cross-connector designed for SAK 2.5 feed-through terminal blocks, ideal for electrical engineers and technicians needing efficient potential distribution and signal transmission in industrial settings. Its primary benefit is a secure, maintenance-free screw connection that eliminates the need for retightening. A key consideration is its specific compatibility with SAK 2.5 terminal blocks.

All features

Model Part Number0368700000
BrandWeidmüller

Extended Product Information

FAQs

What is the main advantage of the Q 10 SAK2.5 cross-connector?

The primary advantage is its maintenance-free screw connection system, which ensures a secure connection that does not require retightening after initial installation, thus improving reliability and reducing maintenance effort.

What type of terminal blocks is this connector compatible with?

This cross-connector is specifically designed for SAK 2.5 feed-through terminal blocks.

What is the maximum current this connector can handle?

The Weidmuller Q 10 SAK2.5 has a current rating of 41A.

Does this connector require periodic retightening?

No, the secure screw connection system is designed to be maintenance-free and does not require retightening after installation.

How is the connector installed?

It is installed by being inserted into the designated slots of SAK 2.5 terminal blocks mounted on a DIN rail, followed by tightening the screws.

What are the physical dimensions of the connector?

The connector measures 60.6 mm in width, 20.5 mm in depth, and 6 mm in height.

What does RoHS compliance mean for this product?

RoHS compliance indicates that the product adheres to restrictions on the use of specific hazardous materials, which is important for environmental and safety standards in many regions.

Troubleshooting

Connection is loose or intermittent.

Verify that the cross-connector is fully seated in the terminal blocks and that the terminal blocks themselves are securely mounted to the DIN rail. Ensure the correct terminal block type (SAK 2.5) is being used.

Overheating during operation.

Check if the connected load exceeds the 41A rating. Ensure all connections are clean and tight. Inspect for any signs of damage on the connector or terminal blocks.

Connector does not fit terminal blocks.

Confirm that you are using SAK 2.5 terminal blocks. The Q 10 SAK2.5 is specifically designed for this series and may not fit other terminal block types.

Pros and Cons

Pros

  • Maintenance-free screw connections eliminate re-tightening needs.
  • Ensures reliable potential distribution and signal transmission.
  • Designed for standard DIN rail mounting.
  • Robust construction suitable for industrial environments.
  • High current rating of 41A.

Cons

  • Limited to SAK 2.5 terminal blocks, not universally compatible.
  • Requires specific installation knowledge for optimal performance.
  • Sold in packs of 20, which may be excess for small projects.

Setup, Compatibility & Care

Setup:

  1. Ensure the terminal blocks are properly installed on a DIN rail.
  2. Insert the Q 10 SAK2.5 cross-connector into the designated slots on the SAK 2.5 feed-through terminal blocks.
  3. Secure the connection by tightening the screws according to the manufacturer's specifications. This connection is designed to be permanent and not require future retightening.

Compatibility:

  • Primarily designed for Weidmuller SAK 2.5 feed-through terminal blocks.
  • Compatible with standard 35mm DIN rails.
  • Ensure voltage and current ratings of the connected circuits do not exceed the connector's capacity (41A).

Care:

  • This connector is designed for low maintenance. Regular visual inspection for physical damage is recommended.
  • Avoid exposure to excessive moisture or corrosive environments. Clean with a dry or slightly damp cloth if necessary. Do not use harsh solvents.