X-Loc Micro

Locating system for locating blockages and pipe routes in microducts from 4 mm inner-Ø.

Order number: 104360

Product information "X-Loc Micro"

During fibre optic expansion, pipe blockages repeatedly prevent fibre optic cables from being blown in at network level 3 (FttB) and network level 4 (FttH). These damaged areas cause a great deal of expense and dissatisfaction among contractors, clients, network operators and customers.

Blockages often cannot be localised precisely and incorrectly placed excavations result in considerable costs.

To avoid this, efficient and precise localisation of blockages is necessary. Conventional probes are too large, cannot be blown in with compressed air or are difficult to locate over long distances.

The X-Loc Micro was therefore specially developed for locating routes and blockages in microducts with an internal diameter of 4 mm or more. The unique combination of the shear-stable Polykat® glass fibre profile and the integrated, trimmable copper strands enables fast and precise line location and optimised end point localisation over a distance of up to 250 m. The range is extended to up to 500 m when the X-Loc is used at both conduit inlets.

This technical market innovation positions the X-Loc Micro as a pioneering solution for the precise localisation of blockages in microducts.

The X-Loc Micro consists of a Polykat® glass fibre profile Ø 2.5 mm, integrated copper strands, connection box and a galvanised steel pipe frame. An earthing cable and 2 contact adapters are also included in the scope of delivery.

Product advantages:

- Suitable for microtubes from Ø 4 mm

- Optimised end point localisation

- Route localisation

- Copper strands can be terminated

- Can be combined with all common locating devices (not included in the scope of delivery)

- Mobile & robust

- Galvanised tubular steel frame

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Product Data

EAN: 4044489043604

Technical Data

Rod Ø: 2,5 mm
Rod length: 250 m
Bending radius min: 140 mm
Inner tube-Ø min: 4 mm

Packing Data

Length: 42 cm
Width: 18 cm
Height: 58 cm
Weight: 7 kg

FAQ

I can´t locate the blockage, what could be the reason?

The grounding cable must be properly installed and the frequencies in the receiver device optimally adjusted. b. Please also ensure correct handling according to the manufacturer’s specifications for the transmitter/receiver unit. c. Moisture in the empty conduit can worsen the localization of the blockage.

Can I repair the Polykat myself?

The rod is not suitable for on-site repair. Please contact our sales department to arrange a timely repair for you.

What can I do to improve the measurement result?

Insert the grounding spike as far away as possible at a 90° angle to the route. If a grounding spike cannot be used (urban environment), then connect the grounding cable to a downpipe, a hydrant, a fence, or similar installations with good grounding. In dry soil: moistening the soil around the grounding spike can also amplify the signal. b. Ensure the correct alignment of the receiver device. A lower frequency range reduces signal crossover to other cables and lines.

Which transmitter and receiver unit is recommended?

The X-Loc Micro can be operated with all common locating devices. An adjustment option for a low-frequency range is important. We have achieved very accurate test results with products from well-known manufacturers, which are available from us on request.

For which sizes/diameters of microducts is the X-Loc Micro suitable?

The X-Loc Micro is suitable for microducts with an inner diameter of 4 mm to 15 mm.

To what depths ca the signals be measured?

According to DIN standard 18220, the laying depth of 60-80 cm is well measurable.

What is the function of the supplied grounding cable?

The grounding cable significantly amplifies the signal over longer distances in conjunction with a grounding spike. It should be connected to a grounding spike or metallic objects that penetrate the ground.

Which lubricant should be used?

A small amount / few drops of Glit Air are sufficient. This should be estimated based on the length of the insertion.

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