BS EN 50182 Certified ACSR LYNX & PANTHER Conductor up to 400kV for Overhead Transmission
BS EN 50182 Certified ACSR LYNX & PANTHER Conductor up to 400kV for Overhead Transmission
Product Overview
ACSR (Aluminum Conductor Steel Reinforced) is the most widely used overhead transmission conductor globally, combining the high conductivity of aluminum with the high strength of a galvanized steel core. LYNX and PANTHER are standard code names defined under BS EN 50182 for specific cross-sectional configurations used in medium to high voltage overhead lines up to 400kV.
| Code Name | Nominal Aluminum Area | Stranding (Al/Steel) | Application |
|---|---|---|---|
| LYNX | 175 mm² | 30/7 | Medium-load transmission, optimal balance of capacity and strength |
| PANTHER | 200 mm² | 30/7 | Heavy-load transmission, longer spans, higher current capacity |
Key Features
- High Strength-to-Weight Ratio – Galvanized steel core provides excellent mechanical performance for long-span installations
-
Excellent Electrical Conductivity – Hard-drawn aluminum strands (1350-H19) ensure efficient power transmission with minimal losses
-
Corrosion Resistance – Galvanized steel core (Class A or Class B) protects against environmental degradation
-
Sag Performance – Optimized design reduces sag at high operating temperatures, suitable for long-span river crossings and mountainous terrain
-
Standard Compliance – Manufactured in strict accordance with BS EN 50182 and BS 215 Part 2
| Layer | Material | Description |
|---|---|---|
| Core (Inner Layer) | Galvanized steel wire (Class A or Class B zinc coating) | 7 strands providing mechanical strength and support |
| Outer Layer(s) | Hard-drawn aluminum wire (1350-H19 grade) | 30 strands in multiple concentric layers for current transmission |
- Grade: 1350-H19 (hard-drawn)
- Resistivity: 28.264 nΩ·m at 20°C (61.2% IACS)
- Temperature rating: 85°C continuous, 125°C emergency, 180°C short-circuit
- Grade: Galvanized steel (high strength)
- Zinc coating: Class A or Class B as per BS EN 50182
- Temperature rating: 85°C continuous
Application
BS EN 50182 ACSR LYNX and PANTHER conductors are designed for overhead power transmission and distribution up to 400kV, including long-span river crossings, rural electrification, urban feeders, substation connections, renewable energy collector systems, industrial power supply, and railway electrification. They deliver an optimal balance of electrical capacity, mechanical strength, and sag resistance for reliable overhead power delivery.
| Parameter | Value |
|---|---|
| Standard | BS EN 50182 / BS 215 Part 2 |
| Code Name | LYNX |
| Aluminum Strands | 30 |
| Steel Strands | 7 |
| Nominal Aluminum Area | 175 mm² |
| Actual Aluminum Area | 183.4 mm² |
| Steel Area | 42.8 mm² |
| Total Cross Section | 226.2 mm² |
| Overall Diameter | 18.79 mm |
| Aluminum Wire Diameter | 2.79 mm |
| Steel Wire Diameter | 2.79 mm |
| Weight per km | 696 kg/km |
| Breaking Load | 68.6 kN |
| DC Resistance at 20°C | 0.1580 Ω/km |
| Current Rating (80°C rise) | 670 A |
PANTHER Conductor (200 mm²)
| Parameter | Value |
|---|---|
| Standard | BS EN 50182 / BS 215 Part 2 |
| Code Name | PANTHER |
| Aluminum Strands | 30 |
| Steel Strands | 7 |
| Nominal Aluminum Area | 200 mm² |
| Actual Aluminum Area | 209.6 mm² |
| Steel Area | 48.9 mm² |
| Total Cross Section | 258.5 mm² |
| Overall Diameter | 20.07 mm |
| Aluminum Wire Diameter | 2.98 mm |
| Steel Wire Diameter | 2.98 mm |
| Weight per km | 795 kg/km |
| Breaking Load | 77.3 kN |
| DC Resistance at 20°C | 0.1383 Ω/km |
| Current Rating (80°C rise) | 730 |
Selection Guideline:
-
Choose LYNX for medium-load lines, shorter spans, or projects with weight constraints
-
Choose PANTHER for higher current demand, longer spans, or higher voltage applications
Quality Assurance
Zhongdong Cable Co., Ltd. ensures every meter of ACSR conductor meets or exceeds BS EN 50182 requirements through:
-
Raw Material Traceability – Full documentation of aluminum and steel wire sources
-
In-Process Inspection – Continuous monitoring of stranding pitch, lay length, and compaction
-
Mechanical Testing – Breaking load verification on every production batch
-
Electrical Testing – DC resistance measurement at 20°C
-
Galvanizing Verification – Zinc coating weight and uniformity per BS EN 50182
FAQ
1. What is the difference between LYNX and PANTHER?
LYNX (175mm²) is lighter and suited for medium-load lines (66–132kV). PANTHER (200mm²) is larger, stronger, and handles higher current (132–220kV) and longer spans.
2. What standards do these conductors meet?
BS EN 50182 and BS 215 Part 2. Also available to IEC, ASTM, or DIN standards upon request.
3. What steel core galvanizing options are available?
Class A (standard) and Class B (heavier coating for coastal/corrosive environments).
4. What is the maximum operating temperature?
85°C continuous, 125°C emergency, 180°C short-circuit.
5. Which conductor should I choose for my project?
Choose LYNX for lower current, shorter spans, and cost efficiency. Choose PANTHER for higher current, longer spans, and higher voltage (up to 220kV).
6. Can you provide sag-tension data?
Yes. Contact our technical team with your span and loading conditions for custom sag-tension calculations.
7. What is the lead time?
Typically 7–30 days for standard quantities.
8. Do you offer free samples?
Sample lengths (up to 500 meters) are available upon request. Shipping charges apply.
Why Buy From Us?
-
Direct manufacturer – no middleman, factory price
-
ISO 9001, CE, RoHS certified
-
Free samples available (shipping cost only)
-
12-month warranty against manufacturing defects
-
OEM/ODM supported (custom printing, sheath color, packaging)
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.