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TRU COMPONENTS TC-7572796 Phone cord J-Y(ST)Y 4 x 0.80 mm Grey 25 m
EAN:
Part number:
Item no:
Product type
Phone cord
Cable type
J-Y(ST)Y
No. of leads
4 x
Cross section (each core)
0.8 mm
No. of leads (part 2)
4 x
Quantity (Set(s))
Unit Price
Package size (plus VAT.)
1
1 M = € 0.37
€ 9.24
3
1 M = € 0.35
€ 8.71
Volume discounts vary depending on the seller
You save € 0.00
Number
Total (1 m = € 0.37)
€ 9.24
plus VAT.
14-day return policy included
Technical specifications
- Product type
Phone cord
- Cable type
J-Y(ST)Y
- No. of leads
4 x
- Cross section (each core)
0.8 mm
- No. of leads (part 2)
4 x
- Cross section (each core) (part 2)
0.80 mm
- Cross section
2 x 2 x 0.8 mm + 4 x 0.80 mm
- Cable features
Shielded
CCAW
- Outside Ø
5 mm
- Factory colour
Grey
- Content
25 m
- Nominal voltage
48 V
- Packaged
Yes
- Sold per metre
No
- Halogen-free
No
- Shielded
Yes
- Manufacturer part #
TC-7572796
- Insulation material
PVC
- Min. temperature range (fixed installation)
-20 °C
- Max. temperature range (fixed installation)
+70 °C
- Min. temperature range (flexible installation)
-20 °C
- Max. temperature range (flexible installation)
+70 °C
- Type
TC-7572796
- Max. length sold by the metre
25 m
- Twisted pair cabling (part 1)
Yes (1)
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 1893199 TRU COMPONENTS TC-7572796 Phone cord J-Y(ST)Y 4 x 0.80 mm Grey 25 m
Description
CCA describes bi-metallic single and multi-wired lines/cables that are copper-plated with an aluminium core for high-frequency usage areas.
Specification explanation:
The "skin-effect", also known as current displacement, is a physical phenomenon caused by high-frequency alternating currents. The current density inside the conductor reduces compared to that at the outer surface as the frequency increases.
Specification explanation:
The "skin-effect", also known as current displacement, is a physical phenomenon caused by high-frequency alternating currents. The current density inside the conductor reduces compared to that at the outer surface as the frequency increases.