Lapp Data Cable, 28 Cores, 0.25 mm2, Screened, 24, 100m, Data Cable

LAPP Data Cable, 100m Length, Screened - 11139515

This data cable is a high-flexibility solution ideal for power chains and automatic manipulators. Designed with 14 twisted pairs and a grey PUR sheath, it features a round shape and an outer diameter of 12mm. The cable is engineered for harsh environments, capable of withstanding temperatures from -40°C to +80°C, and offers a maximum voltage rating of 500V.

This data cable is a high-flexibility solution ideal for power chains and automatic manipulators. Designed with 14 twisted pairs and a grey PUR sheath, it features a round shape and an outer diameter of 12mm. The cable is engineered for harsh environments, capable of withstanding temperatures from -40°C to +80°C, and offers a maximum voltage rating of 500V.

Features & Benefits

• Screened design protects against electromagnetic interference • Flame retardant construction ensures safety in critical usage • Oil, abrasion, and tear-resistant for durability in tough conditions • Flexible structure suitable for dynamic and static use • Torsion resistant for reliable performance in wind turbines • Low capacitance enhances signal integrity and performance

• Screened design protects against electromagnetic interference • Flame retardant construction ensures safety in critical usage • Oil, abrasion, and tear-resistant for durability in tough conditions • Flexible structure suitable for dynamic and static use • Torsion resistant for reliable performance in wind turbines • Low capacitance enhances signal integrity and performance

Applications

• Used in automation systems requiring high flexibility • Ideal for wiring in continuously moving machinery • Suitable for installation in industrial environments • Designed for in wind turbine technology • Utilised in cable tracks and power chains

• Used in automation systems requiring high flexibility • Ideal for wiring in continuously moving machinery • Suitable for installation in industrial environments • Designed for in wind turbine technology • Utilised in cable tracks and power chains

What makes the screened design beneficial in industrial settings?

The screened design helps to mitigate interference from other electrical devices, ensuring stable communication and data transmission even in environments with high electromagnetic interference. This is crucial for applications where precision is essential, such as in automation systems.

The screened design helps to mitigate interference from other electrical devices, ensuring stable communication and data transmission even in environments with high electromagnetic interference. This is crucial for applications where precision is essential, such as in automation systems.

How does the flame retardant feature enhance safety?

The flame retardant property helps prevent the spread of fire, making it a safer choice for installations where equipment may be exposed to heat or fire hazards. Its compliance with safety standards reinforces its reliability in critical applications.

The flame retardant property helps prevent the spread of fire, making it a safer choice for installations where equipment may be exposed to heat or fire hazards. Its compliance with safety standards reinforces its reliability in critical applications.

Can this cable handle significant bending and flexing?

Yes, the cable is designed to withstand extensive bending cycles and is suitable for environments requiring repeated flexing, such as in power chains and automated equipment. It can endure up to 5 million bending cycles, making it very durable.

Yes, the cable is designed to withstand extensive bending cycles and is suitable for environments requiring repeated flexing, such as in power chains and automated equipment. It can endure up to 5 million bending cycles, making it very durable.

What type of core configuration is used in this cable?

The cable consists of 28 cores, arranged in 14 pairs, twisted together to reduce crosstalk and improve performance. This configuration is advantageous in data transmission, promoting clearer signals over longer distances.

The cable consists of 28 cores, arranged in 14 pairs, twisted together to reduce crosstalk and improve performance. This configuration is advantageous in data transmission, promoting clearer signals over longer distances.