Kemet HDD Suite · Module 1 Upgrade – 3D Profile Geometry with curved crossings

KEMET·GLOBAL

HDD Technical Office · P2 Wireline

Licence

This computer's code: . To buy or upgrade, copy the request code below and send it to Kemet Global with your order; it holds this computer's code and, for a pay-per-project key, this project's Drawing / ref no and location.

Licence key

Feature	Tier 1 Free trial	Tier 2 Pay-per-project	Tier 3 Pro	Tier 4 Enterprise
Key valid for	7 days	one crossing (its Drawing / ref no and entry / exit location), one time	1 year	1 year
Profile design, checks, drawing and report on screen	✓	✓	✓	✓
Watermark “Calculated by Kemet Global Technical Office”	yes	–	–	–
“Licensed to” your company printed on every report and export	–	✓	✓	✓
Print / save the report as PDF	🔒	✓	✓	✓
Tables under the profile, rod steering and coil tables, Excel and CSV	🔒	✓	✓	✓
P2 coil plan	🔒	✓	✓	✓
Your company name and logo replace Kemet (white label)	🔒	✓	✓	✓
DXF export for CAD	🔒	✓	✓	✓
Projects	any, during the trial	one	unlimited	unlimited
Users	1	1	1	several (one computer per seat)
Prepared / checked / approved sign-off block on the report	–	–	–	✓
Company branding set by the licence for every user	–	–	–	✓

Your 7-day free trial has ended

Enter a Pay-per-project, Pro or Enterprise licence key to keep working. Your project is kept on this computer: save it with “Save project”.

Survey input

Points are entered as

Entry and exit points

Entry and exit taken from Entry point Exit point

Entry Easting (m) Entry Northing (m) Entry elevation (m) Exit Easting (m) Exit Northing (m) Exit elevation (m)

Survey points

Load surveyor file (.xlsx / .csv / .txt)

Paste rows from Excel instead (Point, Easting, Northing, Elevation, Description)

Blue cells are editable. Away = distance along entry → exit. R/L = offset from the drill line: right = +, left = −.

Project

Project Client / main contractor HDD contractor Location Drawing / ref no Revision Date Prepared by Checked by Approved by

Your company on the report

Company name (replaces Kemet Global) Company subtitle

Company logo…

Obstacle

Obstacle type Obstacle name

Edge 1 (entry side)

Edge 1 given as Survey point Easting (m) Northing (m) Away from entry (m) Right (+) / left (−) (m) Edge 1 elevation (m)

Edge 2 (exit side)

Edge 2 given as Survey point Easting (m) Northing (m) Away from entry (m) Right (+) / left (−) (m) Edge 2 elevation (m)

Channel bed and banks

Channel bed level (m) Road top surface level (m) Side slope (horizontal per 1 vertical) Min cover to pipe crown (m)

Level = top of the utility. A pipe's bottom is its top level less its diameter; a cable's bottom is its level.

Profile design

Entry

Entry angle (°) Entry radius (m) Entry elevation (m)

Exit

Exit angle (°) Exit radius (m) Exit elevation (m)

Depth

Bottom of the profile set by Max depth below entry (m) Max depth below exit (m) Bottom level, pipe CL (m) Depth (m) at a distance of (m) measured from

Length

Crossing length set by Straight section (m) Crossing length, entry → exit (m)

Type a straight section or a crossing length; the other one is calculated. With a straight section the entry stays fixed and the exit moves to where the exit tangent meets the ground (or the exit elevation typed above).

Move entry / exit

Move entry (m) Move exit (m)

+ moves a point towards (entry) or beyond (exit) the far end along the drill line, − moves it back. Try distances, read the new ground levels below, then confirm: the profile is recalculated from the new entry to the new exit, with the crossing length set to the distance between them.

Drill rods

Drill rod length (m) Rod minimum bend radius (m)

Pipe

Pipe material Pipe OD (m) Pipe minimum radius (× OD)

NASTT MM-T1-03 §3.2: HDPE lower-bound radius 40–50 × OD.

Standard size (API 5L / ASME B36.10) Pipe diameter (mm) Wall thickness (mm) Steel grade

Calculated curvature radii – pick one for the profile

P2 coil

Coil arrangement Loop direction No of coils (equal split) Coil width, from the drill line (m) Extension before entry (m) Extension after exit (m) Auto set-out point spacing (m) On-path tolerance (m) Corner merge tolerance (m)

Automatic loops run clockwise: along the drill line towards the exit, 90° right to the offset line, back, then close. Set-out points are added every spacing where no surveyed point is within half of it (0 = off).

Licence

Your 7-day free trial has ended

Survey input

Entry and exit points

Survey points

Project

Obstacle

Profile design

Pipe

P2 coil

Design checks

Results

Depth at a distance

P2 coil plan 🔒

P2 coil plan

Coil sequence (clockwise)

Design profile

Rod-by-rod steering table 🔒

Rod-by-rod steering table

3D profile geometry

Plan view

Side view – developed along the route

Curved rod-by-rod steering table 🔒

Curved rod-by-rod steering table

Client report · A4 landscape

Licence

Your 7-day free trial has ended

Survey input

Entry and exit points

Survey points

Project

Obstacle

Profile design

Pipe

P2 coil

Design checks

Results

Depth at a distance

P2 coil plan 🔒

P2 coil plan

Coil sequence (clockwise) Copy table for Excel

Design profile

Rod-by-rod steering table 🔒

Rod-by-rod steering table Copy table for Excel

3D profile geometry

Plan view

Side view – developed along the route

Curved rod-by-rod steering table 🔒

Curved rod-by-rod steering table Copy table for Excel

Client report · A4 landscape

Coil sequence (clockwise)

Rod-by-rod steering table

Curved rod-by-rod steering table