Heavy-duty T45-50/10 copper tube terminal with a 45-degree angle offset. Designed for 1/0 AWG (50mm²) cables and 10.5mm (M10) studs. Ideal for tight-space battery and inverter connections with corrosion-resistant tin plating.
Abmessungen
Datenübersicht
Item No.
Wire Range (mm²/AWG)
ΦE (mm) Stud Hole
ΦD (mm)
φd (mm)
W (mm)
C (mm)
B (mm)
T45-50/6
50mm² (1/0)
6.4
12.5
9.5
18
20
18
T45-50/8
50mm² (1/0)
8.3
12.5
9.5
18
20
18
T45-50/10
50mm² (1/0)
10.5
12.5
9.5
18
19
22
T45-50/12
50mm² (1/0)
13.2
12.5
9.5
18
20
22
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cURL Too many subrequests.
Merkmal
Vorteil
Nutzen
Space Optimization
Unique 45-degree angled barrel design.
Allows for clean cable routing in confined spaces where straight lugs won’t fit.
Easier Installation: Prevents excessive cable bending and stress on battery terminals, ensuring a professional and safe setup.
Marine Reliability
Premium Tin-Plated coating over a seamless copper body.
Protects the high-conductivity copper from “green death” corrosion in humid or acidic environments.
cURL Too many subrequests. Maintains low-resistance current flow for years, critical for high-load solar and marine systems.
High Current Handling
Manufactured from seamless high-conductivity copper tubing.
Provides maximum electrical efficiency for 50mm² (1/0 AWG) cables.
Safety & Cool Operation: Minimizes voltage drop and heat buildup during heavy-duty inverter power draws.
Precise Fit
cURL Too many subrequests. 10.5mm (M10) cURL Too many subrequests.
Ensures a flush and secure mounting surface for standard battery bolts and busbars.
Vibration Resistance: Provides a rock-solid electrical bond that won’t loosen in automotive or off-road RV applications.
FAQs
Q1: When should I choose a 45° angled lug over a straight one?
Angled lugs are essential when your cable entry is at an offset to the battery post. They prevent the heavy 1/0 AWG cable from putting physical leverage on the terminal, which can cause internal battery damage or connection failure over time.
Q2: Is this T45-50/10 lug compatible with LiFePO4 battery terminals?
Yes. Most large LiFePO4 batteries use M8 or M10 bolts. The 10.5mm hole on this model is specifically designed for M10 studs, providing a secure, flush fit for high-current discharge.
Q3:What is the best way to crimp these angled terminals?
We recommend using a hydraulic crimping tool with 50mm² (or 1/0 AWG) dies. The seamless copper barrel is designed to handle high-pressure crimping to create a permanent, gas-tight bond.