Installation du Rail et Robot chez Bombardier
Project file
PROJ Installation du robot inst_robot
Notes:
- Voir PDF en pieces jointe pour schema
- Acteurs:
- Infos
- There will be 2 installations, one at your facility and other at Bombardier.
- Supervision will be part of both installations.
- The supervision quote will consist of a week per install. However, the final charge will only be for the actual time.
- The floor height deviation should be checked before the installation begins.
- The KL4000 have 10mm adjustment. If more is required, a 10mm adjustment ring and/or a plate up to 40mm can be added.
- The floor must be checked for cracks and damages. The pads distance from the foundation edge or cracks must be minimum 175mm.
- Please verify there are no water or electrical line under the area of the installation.
- For the measurements, a FARO laser ( Ion or Vantage) as well as 2 1.5" targets (SMR), large edge nest, drift nest and a small flat nest will be required.
- Once the KL layout will be available, I will send you a copy.
- Based on the layout, the plates and the track can be pre-positioned prior to my arrival.
- Anchoring can start only after it will be confirmed the track is level able.
- There will be 2 installations, one at your facility and other at Bombardier.
Tasks:
DONE Finir de lire email d'installation de bombardier
CNCL Produce a installation methodology based on KUKA documentation
DONE Recuillir mes question et les envoyer a Michel
DONE Lire le TRD
DONE Modifier les documents d'acceptation avec les requirement du PRD et Kuka et le renvoyer a Michel
DONE Go through the installation step and list question to ask KUKA.
DONE Lister tout les outils qu'on a besoin pour l'installation du robot
DONE Modifier les fichiers d'acceptance avec les nouvelles valeur de répétabilité trouvé dans la matrice et dans la doc fichier KUKA
CNCL Waiting response from Patrick Beaumier on
DONE Send my questions to Kuka support instead of Patrick
DONE Waiting response from TJ Bassi on
DONE Waiting response from KUKA Global Customer Service on
Got response here:
DONE Completer la méthodologie d'installation électrique
DONE Forward this email à Michel et Gariel work @Michiel @Gabriel
Outputs:
Méthodologie d'installation du robot
- DONE Assembler les mounting plate
- DONE Disposer les mounting plate au sol sans les ancrer ou percer de trou
- DONE Mesurer la deviation entre les mounting plate
- Ajuster si besoin à l'aide de spacer (Max 40mm)
- Confirmer que l'ajustement est possible avant le perçage!
- References:
- Équipement nécessaire:
- Requis:
- Résultat chez TDNDE:
Les mesures sont prise relativa à la hauteur arbitraire du niveau laser, du coté negatif (-) du rail, jusqu'au coté positif (+), de gauche a droite.
- 2.15
- 1.9
- 2.25
- 2.2
- 2.5
- 2.3
- 2.4
- 2.4
- 2.15
- 2.35
- 2.1
- 2.2
- 2.1
- 2.25
- 2.1
- 2.25
Écart maximum: 0.6 mm
- DONE Lever les beam et les déposer sur les mounting plate
- DONE Ancrer les trous extérieurs des mounting plates
- DONE Enlever les beam
- DONE Ancrer les trous internes des mounting plates
- References:
- Materiel nécessaire:
- Questions:
- [i] Peut-on faire moins de trous d'ancrage?
- KUKA nous a shipper 180 ancrage. Assez pour faire 3 installation complete.
- No we need all of them to pass buyoff and warranty:
- [i] Y a t-il un ordre pour fixer les ancrage?
- Drill set order
- Preferred order:
- lay the KL slide on the assembled feet and adjustments to drill the outer parts of the feet first. I would recommend marking the floor on the corners to help maintain some squareness to the cast feet. Then you can lift the KL slide and drill the inner holes to anchor the rest of the cast feet and epoxy all of them in place.
- [i] Unknown parts (center tap and ring)
- [i] What should the levelness be and where to measure it?
- [i] Peut-on faire moins de trous d'ancrage?
- References:
- DONE Lever les beam et les re-déposer sur les mounting plate
- DONE Ajustement préliminaire des beam sans laser
- DONE Installer le système d'approvisionnement en énergie (chenille)
- DONE Installer le robot sur le chariot
- Lever le robot avec les deux points d'attache sur coins opposé. Sécuriser le ballant avec système de corde et poulies.
- DONE Router les cables au bon endroit et les connecter
- References:
Robot: Routing: All the cables:
- Cables:
- From ROBOT to CONNECTOR PLATE (energy supply chain)
- (1) X30 - X30.1
[3/3]
- (2) X31 - X31.1
[3/3]
- (3) XM7
[3/3]
- XG01 - XG01.1
[3/3]
"Control and signal cable XG01 for "permanent lubrication unit ‘premium’"
- XG76 - XG76.1
[3/3]
"control cable XG76"
- XD1 - XD1.1
[3/3]
"Power supply XD1"
- XG1 - XG1.1
[3/3]
The interface is used for activation of an optional peripheral contactor. (In- ternal use)
- (1) X30 - X30.1
- From CONTROLLER to CONNECTOR PLATE
- From CONTROLLER to …
- On the ROBOT
- From ROBOT to CONNECTOR PLATE (energy supply chain)
- References:
- DONE Connecter le 600V
- DONE Formation sur le laser
- DONE Ajuster le niveau des beam avec laser
- References:
- Requis:
- Questions:
- [i] In the Assembly and Operating Instructions, in the Fig.8-5, why is the measuring points 4 and 5 are not aligned with the center of a mounting base like the others?
They are ranges, not points like the other numbers.
- [i] Quand allons nous faire la formation pour le laser par rapport a l'installation? @Michel
Avoir un petit buffer entre les deux au cas ou on a besoin de s'ajuster avant l'installation
- [i] In the Assembly and Operating Instructions, in the Fig.8-5, why is the measuring points 4 and 5 are not aligned with the center of a mounting base like the others?
- Équipement nécessaire:
- References:
- DONE Ajuster le straightness des beam avec laser
- DONE Ajuster le parallelism des beam avec laser
- STRT Robot startup and preliminary tests
- Connection réseau (XF5)
- Config controlleur
- No-Go Zones
- TODO Ajuster le rack du rail
- TODO Ajuster le backlash
- TODO Mastering du rail
- TODO Mastering du robot
- TODO Installer le sensor de safety
Gabriel s'en occupe
- TODO Re-huiler les track
Email de question pour KUKA
I have a few question about the rail installation:
- Can you give me more details on the order we need to follow regarding the placement, drilling and anchoring of the mounting bases? For exemple, is it possible to first ruffly place the mounting base, place the beam on them, mark the holes, remove the beam, then drill the hole and anchor the mounting bases? Or is it preferable to limit the beam transport and just anchor the mounting base by measurement?
- Is it possible to mount only a subset of the anchor per mounting base or they are all needed?
- I see in the MAKL4000150781en.pdf that there is two set of drill hole. Those inside, and those on the outside. I would like clarification on why.

- I'm not sure what these parts are:

- Where can I find the Operating and Programming Instructions? I need the mastering information in it.
