LAPP Heating element cable 2 x 0.22 mm² Black, White 161051/1 Sold per metre
EAN:
Part number:
Item no:
Product type
Heating element cable
No. of leads
2 x
Cross section (each core)
0.22 mm²
Outside Ø
4.60 mm
Content
Sold per metre
Datasheet (PDF)
Quantity (meter)
Savings
Package size (plus VAT.)
1
-
€ 3.61
10
7% = € 0.27
€ 3.34
25
11% = € 0.38
€ 3.23
Volume discounts vary depending on the seller
You save € 0.00
Number
Total (€ 3.61 / piece)
€ 3.61
plus VAT.
14-day return policy included
Highlights & Details
LAPP Heating element cable 2 x 0.22 mm² Black, White 161051/1 Sold per metre
- For transfer of temperature measuring values
Technical specifications
- Resistance of double cable to DIN 43713: 2772 Ω/km
- Product type
Heating element cable
- No. of leads
2 x
- Content
Sold per metre
- Cross section (each core)
0.22 mm²
- Outside Ø
4.60 mm
- Packaged
No
- Type
PVC-PVC
- Bend radius (no. of ODs for fixed installation)
12
- Halogen-free
No
- Manufacturer part #
161051/1
- Factory colour
Black
White
- Insulation material
PVC
- Core layout
7 x 0.20 mm
- Material (details)
Iron - Copper-Nickel
- Max. length sold by the metre
100 m
- Sold per metre
Yes
- Certification marks
Referring to: boundry deviation according to DIN 42714 of class 2
- Cross section
2 x 0.22 mm²
- Type
FE/CU-NI, J/2X0.22/IEC PVC-PVC
- Cable type
FE/CU-NI, TYPE J/2X0.22/IEC PVC-PVC (iron
- Type
FE/CU-NI, TYPE J/2X0.22/IEC PVC-PVC (iron
- Cross section
2 x 0.22 mm²
- Bend radius
(without metal braiding) 12 x wire -Ø
(with metal braiding) 15 x wire-Ø
- Temperature range
-5 - +70 °C
Documents & Downloads
Datasheet
Datasheet 600848 LAPP Heating element cable 2 x 0.22 mm² Black, White 161051/1 Sold per metre
User & Safety Instructions
User & Safety Instructions 600848 LAPP Heating element cable 2 x 0.22 mm² Black, White 161051/1 Sold per metre
Information
Information 600848 LAPP Heating element cable 2 x 0.22 mm² Black, White 161051/1 Sold per metre
Description
A coupled thermal cable consists of two conductors of different materials between which a temperature-dependent voltage is produced. The compensation cable transfers this voltage to a comparison point. At this point the temperature can be determined from the voltage level.