Lapp ÖLFLEX 3 Core, Black Polytetrafluoroethylene PTFE Sheath Power Cable +260°C
- RS Stock No.:
- 807-9326
- Mfr. Part No.:
- 0091311
- Manufacturer:
- Lapp
Price 1 Reel of 50 Metre(s)
HK$4,599.10
1 In stock for delivery within 3 working days*
* Delivery dates may change based on your chosen quantity and delivery address.
FREE delivery for orders over HK$850.00
Reel(s) | Per Reel | Per Metre** |
---|---|---|
1 + | HK$4,599.10 | HK$91.982 |
**price indicative
- RS Stock No.:
- 807-9326
- Mfr. Part No.:
- 0091311
- Manufacturer:
- Lapp
- COO (Country of Origin):
- DE
Olflex Heat 260° Cable
From Lapp, the Olflex Heat 260 C MC cable is a heat-resistant solution for power and control applications where fluctuating temperatures would render conventional cables unusable.
This cable is also shielded, featuring copper screening that ensures EMC compliance even under extreme loads. Coupled with its stress crack resistance, these factors make the Olflex Heat 260 C MC range of cables ideal for use in sensor system applications.
The cable is made of fine-twisted nickle-plated copper strands, with a PTFE core insulation. It also has a PTFE based outer sheath that is flame retardant.
Despite its robustness, the Olflex Heat cable is lightweight with a small diameter, which makes it convenient for fixed or occasional flexing installations where space-saving is a factor.
Features and Benefits
Copper-screened for EMC Compliance
Space saving design
Stress crack resistant
Resistant to contact with mostly all highly aggressive chemical media
Low outgassing behavior
UV resistant and suitable for outdoor use
Oil, acid, and chemical resistance
Low water absorption
Resistant to microbes
Applications
Olflex Heat high-temperature cable is used in a variety of applications, and it's EMC shielding ensures it can be used for purposes where interference from electromagnetic signals is a concern. With its resistance to temperature and media, this cable range is also ideal for harsh environments and suitable for both indoor and outdoor use.
Industrial furnaces
Foundries
Chemical industry
Paint shop line technology
Heating elements
Wind turbines
Temperature resistance of -190°C up to +260°C
Accessories
405-8744 is an M16 IP68 and EMC rated Cable Gland
405-8750 is an M20 IP68 and EMC rated Cable Gland
405-8766 is an M25 IP68 and EMC rated Cable Gland
405-8772 is an M32 IP68 and EMC rated Cable Gland
405-8788 is an M40 IP68 and EMC rated Cable Gland
405-8794 is an M50 IP68 and EMC rated Cable Gland
This cable is also shielded, featuring copper screening that ensures EMC compliance even under extreme loads. Coupled with its stress crack resistance, these factors make the Olflex Heat 260 C MC range of cables ideal for use in sensor system applications.
The cable is made of fine-twisted nickle-plated copper strands, with a PTFE core insulation. It also has a PTFE based outer sheath that is flame retardant.
Despite its robustness, the Olflex Heat cable is lightweight with a small diameter, which makes it convenient for fixed or occasional flexing installations where space-saving is a factor.
Features and Benefits
Copper-screened for EMC Compliance
Space saving design
Stress crack resistant
Resistant to contact with mostly all highly aggressive chemical media
Low outgassing behavior
UV resistant and suitable for outdoor use
Oil, acid, and chemical resistance
Low water absorption
Resistant to microbes
Applications
Olflex Heat high-temperature cable is used in a variety of applications, and it's EMC shielding ensures it can be used for purposes where interference from electromagnetic signals is a concern. With its resistance to temperature and media, this cable range is also ideal for harsh environments and suitable for both indoor and outdoor use.
Industrial furnaces
Foundries
Chemical industry
Paint shop line technology
Heating elements
Wind turbines
Temperature resistance of -190°C up to +260°C
Accessories
405-8744 is an M16 IP68 and EMC rated Cable Gland
405-8750 is an M20 IP68 and EMC rated Cable Gland
405-8766 is an M25 IP68 and EMC rated Cable Gland
405-8772 is an M32 IP68 and EMC rated Cable Gland
405-8788 is an M40 IP68 and EMC rated Cable Gland
405-8794 is an M50 IP68 and EMC rated Cable Gland
Lapp ÖLFLEX Series Power Cable, 17 AWG, Nickel Plated Copper Conductor - 0091311
This power cable by Lapp features a 17 AWG nickel-plated copper conductor and flame retardant PTFE insulation. It is designed to withstand high temperatures with a voltage rating of 500V. Ideal for various industrial applications, this power cable ensures reliable performance in demanding environments.
Features & Benefits
• 17 AWG conductor for efficient power transmission
• Flame retardant PTFE insulation for safety
• 500V voltage rating for versatility
• Nickel-plated copper conductor for conductivity
• Flame retardant PTFE insulation for safety
• 500V voltage rating for versatility
• Nickel-plated copper conductor for conductivity
Applications
• Ideal for power transmission in high-temperature environments
Can it withstand high temperatures?
Yes, the power cable is designed to operate at a maximum temperature of +260°C.
Is it suitable for industrial applications?
Yes, it is ideal for use in automation, electronics, electrical, and mechanical industries.
Will it provide efficient power transmission?
Yes, with a 17 AWG nickel-plated copper conductor, the cable ensures reliable power transmission.
Can it be used in flame-prone areas?
Yes, the power cable is flame retardant, making it safe for use in such environments.
Does it have a long-lasting sheath?
Yes, the black PTFE sheath provides durability and protection for the cable.
Attribute | Value |
---|---|
Cross Sectional Area | 1 mm² |
Number of Cores | 3 |
Sheath Colour | Black |
Length | 50m |
Sheath Material | Polytetrafluoroethylene PTFE |
Outer Diameter | 5.1mm |
Voltage Rating | 500 V |
American Wire Gauge | 17 AWG |
Insulation Material | PTFE |
Fire Behaviour | Flame Retardant |
Maximum Operating Temperature | +260°C |
Conductor Material | Nickel Plated Copper |
Minimum Operating Temperature | -190°C |
Series | ÖLFLEX |
Standards Met | CE |