050059 - Fuse – 30A by AftermarketElectrical Part Land Rover Range Rover

050059 - Zekering 30A

- €0,75

€0,75

€0,75 - €0,75

€0,75

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Aftermarket: Quality alternative. This is a quality alternative, designed to fit and function like the original part, often at a more competitive price.

Beschrijving:
Zekering 30A voor gebruik in elektrische systemen van Land Rover. Beschermt circuits tegen overbelasting en kortsluitingsfouten.

Alle productcodes / identificatiegegevens:
050059 050059

Alternative Codes

050059

In stock 50 units

50 · Gouda 0 · Drachten

Express delivery available

When will my order arrive?

Order before 15:00 (Mon–Fri): same-day dispatch for in-stock items.
UPS Express (order before 14:00): dispatched today, delivered tomorrow where available.
Netherlands / Belgium / Germany: 2–4 working days.
Other EU countries + UK: 4–8 working days.
Outside EU/UK: delivery times vary — contact us for an estimate.

Items may ship from multiple warehouses at no extra cost.

Job kits containing this part

This part is included in 0 job kit(s) below. Pick the kit that matches your vehicle and job, then add what you need.

Frequently asked questions

What is the Fuse 30A used for?

The Fuse 30A is a 30-amp blade fuse that protects a Land Rover electrical circuit against overload and short-circuit faults. The 30A rating typically suits higher-current circuits such as heater blowers, window motors, or auxiliary feeds. It blows deliberately to break the circuit before the wiring or components are damaged.

How do I know if the 30A fuse has blown?

A blown 30A fuse usually shows a broken metal strip inside the clear housing, and the circuit it protects stops working. Replace it only with another fuse rated at 30 amps. A lower rating will blow under normal load; a higher rating removes the protection and risks overheating the wiring.

Can I replace a 30A fuse with a different amp rating?

No. Always replace a 30A fuse with another rated at 30 amps. A higher rating lets too much current pass before the fuse breaks, which can damage wiring or cause a fire, while a lower rating blows under normal load. The amp rating must match what the circuit was designed for.