Extension cable; LX; DIN; PVC-PVC-S-PVC – Round; 24X1.5
Benefits
- Clear identification of the cable type based on the article name. Thermocouple cables: Abbreviation of the thermocouple („K“, „N“, …). Thermoelectric cables: Abbreviation of the thermocouple supplemented by an X („JX“, „LX“, …). Compensating cables: Abbreviation of the thermocouple supplemented by a C and, if applicable, an abbreviation for different compensating materials („KCA“, „RCB/SCB“, …).
- Multi-pair thermoelectric and compensating cables bundle several thermocouples in one cable. This saves costs and space and simplifies installation, as several measuring points are connected with one cable.
- Thermocouple cables can be used both directly as a thermocouple in a thermocouple element and as a reliable connection between the connection point and the reference junction.
- Thermoelectric and power cables provide a reliable connection between the connection point and the cold junction.
- Thermocouple and thermoelectric cables are made of the same alloy as the thermocouple. They correspond to accuracy class 1 or 2 according to IEC 60584, whereby class 1 offers the higher accuracy.
- Thermocouple cables are designed for use up to the maximum temperature of the thermocouple, while thermoelectric cables are calibrated in the standardised application range.
- Compensating cables use materials that have similar thermoelectric properties to the thermocouple element but are less expensive. They are calibrated in the standardised application range and correspond to accuracy class 2 in accordance with IEC 60584.
- Numerous dimensions and alloys available for a wide range of applications.
- Available in variants for applications with temperatures up to +1200 °C as well as for applications with increased radiation exposure, such as medical applications.
Applications
- For transmitting the thermoelectric voltage of thermocouple elements in temperature measurement technology.
- For temperature measurement in places where non-contact temperature measurement is not possible or practical.
- For use with the SILVYN® HIPROJACKET and SILVYN® SSUE protective conduits.
- For use with the FLEXIMARK® stainless steel FCC marking system.
- For fixed installation and occasional movement.
Product notes
- Trade product, not a LAPP product.
Technical specifications
General information
| Product type | Extension cable |
|---|---|
| Weight | 847 kg/km |
| Industry segment | Ships & boats |
| customs code | 85444993 |
Product design
| Extension and compensating cable type | LX |
|---|---|
| Cable dimensions | 24X1.5 |
| Nominal conductor cross-section (metric) | 1.5 mm² |
| Conductor design | 48 x 0.20 mm |
| Including protective earth | No |
| Number of cores | 24 |
| Stranding type | Layered stranding |
| Shielded | No |
| With armouring | Yes |
| Armouring type | Galvanised steel wire braiding |
| Nominal outer diameter | 23.8 mm |
| Cable shape | Round |
| Extension and compensating cables design | PVC-PVC-S-PVC – Round |
| Core insulation basic material | Polyvinylchloride |
| Core insulation basic material, short form | PVC |
| Basic material of inner sheath | Polyvinylchloride |
| base material inner sheath shortname | PVC |
| Inner sheath colour | blue |
| Basic material of outer sheath | Polyvinylchloride |
| Basic material of outer sheath, short form | PVC |
| Outer sheath colour | blue |
| Core identification | Colours |
| Conductor colour code | DIN 43710 |
| Extension and compensating cable colour code | DIN |
Product features
| Application area | Flexible; Fixed installation |
|---|---|
| Minimum bending radius, stationary | 15 x outer diameter |
| Minimum bending radius in mm, fixed installation | 357 mm |
| Minimum bending radius, occasionally flexing | 15 x outer diameter |
| Minimum bending radius in mm, occasionally flexing | 357 mm |
| Temperature, fixed installation | -40 °C to 80 °C max. conductor temperature |
| Temperature, fixed installation max | 80 °C |
| Temperature, fixed installation min | -40 °C |
| max. conductor temperature, occasionally moved | -5 °C to 80 °C max. conductor temperature |
| Temperature, occasionally moved max | 80 °C |
| Temperature, occasionally moved min | -5 °C |
| Flame-retardant | Yes |
| Flame retardance according to | IEC 60332-1-2 |
| UV-resistant | No |
| Chemical resistant | No |
| Halogen-free | No |
| Oil-resistant | No |
| PWIS-free | Yes |
| PWIS-free according to | VDMA 24364-B2-L |
Certifications and standards
| CE marking | Yes |
|---|---|
| EAC-certified | Yes |
| EAC certification number | ЕАЭС N RU Д-DE.АЮ64.В.00130/20 |
| Flame retardance tested according to UN/ECE-R118 | No |
Datasheets and certificates
- Data sheet: DB0155501EN.pdf
- Technical table: T8_Extension and compensating cables – colour codes and background information_int.pdf
Manufacturer notes
- Unless specified otherwise, the product values shown are rated values at room temperature. You can receive further values, such as tolerances, upon request if they are available and have been released for publication.
- Photographs and graphics are not to scale and do not represent detailed images of the respective products.
LAPP product information and documents
Manufacturer nominal values; images are representative. The confirmed configuration, quantity and displayed total apply to the order.
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