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Whyte Technologies 600mm Trunk & Tap Leads
Product Code: WTL5X60
- 600mm Trunk & Tap Leads
- High quality
Payment methods accepted
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Product Description
These high-quality trunk & tap leads from Whyte Technologies are incredibly useful for connecting taps to multiswitches, and have a range of uses when installing IRS (integrated reception systems - a system that collects signals from your TV and radio aerials and satellite dishes, and distributes them to points throughout your property).
The five 60cm long leads are colour coded to simplify your installation and keep everything organised. Importantly, they keep all signals at a high quality through low loss cables and F-connectors (F-connectors are a type of coaxial RF connector used to connect with RG-6/U or RG-59/U to carry TV and radio signals)
These colour-coded Whyte trunk and tap leads boast a range of handy features, including...
- 5 colour coded F-connector leads per pack
- All leads 600mm long
- Handy for connecting Taps to Multiswitches and other uses in IRS System installation
- High quality low loss cable and F-Connectors
- Max Attenuation at 790MHz = 0.53dB max
- Max Attenuation at 2150MHz = 1.15dB max
Technical Specification
Width
20mm
Depth
20mm
Height
630mm
Weight
0.26kg
25/02/2025
11/02/2025
Amazingly quick de.ivery. Ordered at the weekend , arrived on Monday !
09/02/2025
Product as described and arrived on time, kept informed on progress throughout
04/02/2025
Somewhat confusing with the emails I received not identifying Blake UK as the sender easily
04/02/2025
Quick service and Quick delivery
Google Company Reviews
08/03/2025
Prompt delivery, hassle free purchase. I would use this company again.
02/03/2025
very good service
27/02/2025
Fantastic customer service - Thanks
17/02/2025
Cheapest on the net and received within in two days
14/02/2025
Great product and good service nice to find what you need
Payment methods accepted
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I’m pleased with the ærial overall. I did have to fix two separate issues though… 1. Many of the elements were bent, some quite badly. Happily they all bent straight again without any fatigue fracture. 2. Many of the elements were not seated properly in the booms. In one case, a vertical element was touching one on the other boom. I was able to pull the unseated ones out to seat better but I’m not sure how long they’ll stay like this.