Milling method for speedpipe bundles ground for the new construction of duct routes

Milling technologies and trenching.

A cheap and quick variant for the new construction of fibre optic routes within localities.

Quickly also within localities.

Narrow duct trenches are milled in and under asphalt in applying the trench milling method.

After having layed the speedpipe ground bundle in the duct trench under tension, the road surface is closed with the appropriate filling.

Speedpipe Rohrverband SRV-g tc Trenchinverfahren

How it works:

We recommend the application of this method preferably on pavements, cycle paths and roads with reduced load. So far no long-term experience is available concerning road damages and effects on speedpipe ground.

gabocom speedpipe Rohrverband SRV-g tc einfraesen

Benefits Milling technologies and trenching

Saves on construction costs € 40 to 80 per metre
High daily output (250 to 600 m)
Less impact on traffic and local residents thanks to short construction times

Source: Installation concepts in fibre optic expansion - Adams Consult (Whitepaper)

What is strictly to observe at the milling process?

No stones on speedpipe ground or SRV-G tc
Straight laying of SRV-G tc
Laying under tension
Lay SRV-G tc linearly, planely and without twisting
Branching by use of TBS and LBS
never expose speedpipe ground and SRV-G tc to temperatures higher than 80 °C

Impressions from practice

Laying instruction & Whitepaper

Laying Instruction for

speedpipe bundle ground SRV-G / SRV-G tc

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Online Ansehen

Whitepaper

Installation concepts in fibre optic expansion

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speedpipe bundles ground

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Name	Colour	L (m)	speedpipe amount	Dxs (mm)	kg / m	Coil (mm)	G (kg)*	Variant	Art. No.
SRV-G 2 × 7 tc	orange	400	2	7×1,5	ca. 0,08	700×370	ca. 50	DIN	1445
SRV-G 7 × 7 tc	orange	4000	7	7×1,5	ca. 0,25	2400×1200	ca. 1325	DIN	1529
SRV-G 8 × 7 + 1 × 12 tc	orange	4000	8 \| 1	7×1,5 \| 12×2,0	ca. 0,34	2400×1200	ca. 1685	DIN	1850
SRV-G 12 × 7 tc	orange	4000	12	7×1,5	ca. 0,36	2400×1200	ca. 1765	DIN	1767
SRV-G 12 × 7 + 1 × 14 tc	orange	2650	12 \| 1	7×1,5 \| 14×2,0	ca. 0,46	2400×1200	ca. 1600	DIN	1458
SRV-G 14 × 7 tc	orange	2650	14	7×1,5	ca. 0,45	2400×1200	ca. 1520	DIN	1535
SRV-G 18 × 7 tc	orange	2650	18	7×1,5	ca. 0,55	2400×1200	ca. 1785	gabo	1242
SRV-G 22 × 7 + 1 × 12 tc	orange	1950	22 \| 1	7×1,5 \| 12×2,0	ca. 0,72	2400×1200	ca. 1730	DIN	2902
SRV-G 24 × 7 tc	orange	1950	24	7×1,5	ca. 0,71	2400×1200	ca. 1710	DIN	1541
SRV-G 24 × 7 + 1 × 14 tc	orange	1570	24 \| 1	7×1,5 \| 14×2,0	ca. 0,79	2400×1200	ca. 1570	DIN	1527
SRV-G 2 × 10 tc	orange	900	2	10×2,0	ca. 0,14	1200×370	ca. 160	DIN	2387
SRV-G 7 × 10 tc	orange	3650	7	10×2,0	ca. 0,41	2400×1200	ca. 1760	DIN	2556
SRV-G 12 × 10 tc	orange	1800	12	10×2,0	ca. 0,67	2400×1200	ca. 1535	DIN	1839
SRV-G 24 × 10 tc	orange	900	24	10×2,0	ca. 1,27	2400×1200	ca. 1470	DIN	2625
SRV-G 3 × 7 tc	orange	4000	3	7×1,5	ca. 0,1	2400×1200	ca. 730	DIN	1744
SRV-G 3 × 7 + 3 × 12 tc	green	4000	3 \| 3	7×1,5 \| 12×2,0	ca. 0,291	2400×1200	ca. 1490	DIN	3289
SRV-G 4 × 7 tc	orange	4000	4	7×1,5	ca. 0,125	2400×1200	ca. 850	DIN	1746
SRV-G 10 × 7 + 1 × 16 tc	orange	2650	10 \| 1	7×1,5 \| 16×2,0	ca. 0,37	2400×1200	ca. 1306	DIN	2831
SRV-G 12 × 7 + 3 × 14 tc	orange	1570	12 \| 3	7×1,5 \| 14×2,0	ca. 0,57	2400×1200	ca. 1220	DIN	2870
SRV-G 12 × 10 + 1 × 16 tc	green	1800	12 \| 1	10×2,0 \| 16×2,0	ca. 0,72	2400×1200	ca. 1620	DIN	3315
SRV-G 14 × 10 tc	orange	1800	14	10×2,0	ca. 0,731	2400×1200	ca. 1641	DIN	2814
SRV-G 7 × 7 tc	orange	750	7	7×1,5	ca. 0,25	2000×1200	ca. 400	gabo	1993
SRV-G 12 × 7 tc		1950	12	7×1,5	ca. 0,36	2000×1200	ca. 900	DIN	2385
SRV-G 12 × 7 + 1 × 14 tc	orange	1550	12 \| 1	7×1,5 \| 14×2,0	ca. 0,46	2000×1200	ca. 910	DIN	2041
SRV-G 14 × 7 tc	orange	1550	14	7×1,5	ca. 0,45	2000×1200	ca. 895	gabo	1946
SRV-G 22 × 7 + 1 × 12 tc	green	950	22 \| 1	7×1,5 \| 12×2,0	ca. 0,72	2000×1200	ca. 875	DIN	3346
SRV-G 24 × 7 tc	green	850	24	7×1,5	ca. 0,71	2000×1200	ca. 810	DIN	3399
SRV-G 24 × 7 + 1 × 14 tc	orange	750	24 \| 1	7×1,5 \| 14×2,0	ca. 0,79	2000×1200	ca. 785	DIN	2043
SRV-G 12 × 10 tc	orange	1000	12	10×2,0	ca. 0,67	2000×1200	ca. 880	DIN	2080
SRV-G 7 × 7 tc	orange	4000	7	7×1,5	ca. 0,25	2400×1200	ca. 1325	gabo	1283
SRV-G 8 × 7 + 1 × 12 tc	orange	4000	8 \| 1	7×1,5 \| 12×2,0	ca. 0,34	2400×1200	ca. 1685	gabo	1289
SRV-G 12 × 7 tc	orange	4000	12	7×1,5	ca. 0,36	2400×1200	ca. 1765	gabo	1238
SRV-G 12 × 7 + 1 × 14 tc	orange	2650	12 \| 1	7×1,5 \| 14×2,0	ca. 0,46	2400×1200	ca. 1600	gabo	1734
SRV-G 14 × 7 tc	orange	2650	14	7×1,5	ca. 0,45	2400×1200	ca. 1520	gabo	1285
SRV-G 22 × 7 + 1 × 12 tc	orange	1950	22 \| 1	7×1,5 \| 12×2,0	ca. 0,72	2400×1200	ca. 1730	gabo	1291
SRV-G 24 × 7 tc	orange	1950	24	7×1,5	ca. 0,71	2400×1200	ca. 1710	gabo	1287
SRV-G 24 × 7 + 1 × 14 tc	orange	1570	24 \| 1	7×1,5 \| 14×2,0	ca. 0,79	2400×1200	ca. 1570	gabo	1294
SRV-G 2 × 10 tc	orange	900	2	10×2,0	ca. 0,14	1200×370	ca. 160	gabo	1443
SRV-G 7 × 10 tc	orange	3650	7	10×2,0	ca. 0,41	2400×1200	ca. 1760	gabo	1756
SRV-G 12 × 10 tc	orange	1800	12	10×2,0	ca. 0,67	2400×1200	ca. 1535	gabo	1269
SRV-G 12 × 7 + 1 × 14 tc	orange	1550	12 \| 1	7×1,5 \| 14×2,0	ca. 0,46	2000×1200	ca. 910	gabo	2804
SRV-G 22 × 7 + 1 × 12 tc	orange	950	22 \| 1	7×1,5 \| 12×2,0	ca. 0,72	2000×1200	ca. 875	gabo	2084
SRV-G 24 × 7 tc	orange	850	24	7×1,5	ca. 0,71	2000×1200	ca. 810	gabo	1991
SRV-G 24 × 7 + 1 × 14 tc	orange	750	24 \| 1	7×1,5 \| 14×2,0	ca. 0,79	2000×1200	ca. 785	gabo	1954

After entering your personal data, you will receive access data to our download module to the email address you provided. You can then download the required documents for this product. Please select the relevant documents above the form.

Download description	Category	Last update
Laying Instruction SRV 50-8x10	Installation instructions	11.01.2022
Laying Instructions SRV-G / SRV-G tc	Installation instructions	11.01.2022
Installation concepts in fibre optic expansion Access to the document, register here.	Whitepaper	23.12.2021

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Made in Germany
Learn more about your manufacturer of integral microduct systems! At our company location in Niederwinkling in Lower Bavria you'll find development, production, quality control and service.
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