Schneider Electric, DZ5CE Insulated Crimp Bootlace Ferrule, 8.2mm Pin Length, 1.2mm Pin Diameter, 0.25mm² Wire Size,

RS Stock No.: 254-6362Brand: Schneider ElectricManufacturers Part No.: DZ5CE002
brand-logo
View all in Bootlace Ferrules

Technical Document

Specifications

Maximum Wire Size mm²

0.25mm²

Maximum Wire Size (mm²)

0.25mm²

Pin Diameter

1.2mm

Number of Entries

1

Insulation Material

Plastic

Colour

Yellow

Pin Length

8.2mm

Insulation

Insulated

Maximum Wire Size AWG

26AWG

Maximum Wire Size (AWG)

26AWG

Overall Length

13mm

Series

DZ5CE

Better World Verification

Green Premium

Better World Product (Find out more)

Yes

Country of Origin

Germany

Product details

Schneider Electric Cable Ends

Schneider Electrics cable ends are commonly referred to as a crimp bootlace ferrule, they are comprised of tin-plated copper tubes that have been crimped (compressed for joining) over a standard wire to accomplish a reliable connection. This range of bootlace ferrules features a variety that has a colour coded insulation collar, this helps to protect the connection from contacts.

• Facilitates introduction unto the terminals
• Ends are packaged in small boxes of 100 pieces.
• Any bootlace ferrule that is colour coded allows the user to easily identify and access them

What is a Bootlace Ferrule?

These bootlace ferrules are moulded with a colour-coded insulating collar which is made up of plastic. The ferrule is slipped over the end of a multi-stranded wire or cable, crimped and then inserted into a screw or spring clamp connection. When a multi-stranded wire has been stripped and placed under a screw terminal, the strands of wire will naturally fan out due to the pressure of the screw, with some of the strands going completely astray - this dramatically reduces the quality of an electrical connection, it could also result in an electrical short. This is when a bootlace ferrule comes in to play, their flared design and insulated funnel restricts all the fanned-out strands. Once a bootlace ferrule has been applied, it is then crimped together with a crimp tool and inserted into a terminal to create the electrical connection.

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

P.O.A.

Schneider Electric, DZ5CE Insulated Crimp Bootlace Ferrule, 8.2mm Pin Length, 1.2mm Pin Diameter, 0.25mm² Wire Size,

P.O.A.

Schneider Electric, DZ5CE Insulated Crimp Bootlace Ferrule, 8.2mm Pin Length, 1.2mm Pin Diameter, 0.25mm² Wire Size,
Stock information temporarily unavailable.

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more

Technical Document

Specifications

Maximum Wire Size mm²

0.25mm²

Maximum Wire Size (mm²)

0.25mm²

Pin Diameter

1.2mm

Number of Entries

1

Insulation Material

Plastic

Colour

Yellow

Pin Length

8.2mm

Insulation

Insulated

Maximum Wire Size AWG

26AWG

Maximum Wire Size (AWG)

26AWG

Overall Length

13mm

Series

DZ5CE

Better World Verification

Green Premium

Better World Product (Find out more)

Yes

Country of Origin

Germany

Product details

Schneider Electric Cable Ends

Schneider Electrics cable ends are commonly referred to as a crimp bootlace ferrule, they are comprised of tin-plated copper tubes that have been crimped (compressed for joining) over a standard wire to accomplish a reliable connection. This range of bootlace ferrules features a variety that has a colour coded insulation collar, this helps to protect the connection from contacts.

• Facilitates introduction unto the terminals
• Ends are packaged in small boxes of 100 pieces.
• Any bootlace ferrule that is colour coded allows the user to easily identify and access them

What is a Bootlace Ferrule?

These bootlace ferrules are moulded with a colour-coded insulating collar which is made up of plastic. The ferrule is slipped over the end of a multi-stranded wire or cable, crimped and then inserted into a screw or spring clamp connection. When a multi-stranded wire has been stripped and placed under a screw terminal, the strands of wire will naturally fan out due to the pressure of the screw, with some of the strands going completely astray - this dramatically reduces the quality of an electrical connection, it could also result in an electrical short. This is when a bootlace ferrule comes in to play, their flared design and insulated funnel restricts all the fanned-out strands. Once a bootlace ferrule has been applied, it is then crimped together with a crimp tool and inserted into a terminal to create the electrical connection.