Injection pump tools.
Injection pump tools.
Please excuse my drawings. Not what you might call machineshop standard.
However. This is the 'basket' required for holding the pump timing pulley in place on a 606.962 and 606.910 when the IP is removed. Only one of three lugs shown for clarity.
Basic materials are ID 80mm x L 50mm pipe with wall thickness approx 2mm - 3mm and squared off on at least one end. The ID is what holds the pulley.
3 pcs of (suggest) 18mm x 3mm and approx L 30mm flatbar with 7mm hole @ one end. Length is dependant on pipe wall.
Offer pipe up to pulley and hold in place. Bolt each piece of flatbar to a vacuum pump bolthole equidistant round the pipe and tack weld.
This is an OEM basket. There is no need, as far as I can determine, for the cut-outs in the side. It's only there to hold a pulley from dropping.
And inverted....
.
Also required is the IP locking tool. There is no real need for the complicated spring and circlip engineering nor the threaded nut which secures the OEM version to the IP. The 11mm dia rod is self-supported by the hole in the IP. This tool simply determines and locks the IP in the correct timing position.
The 11mm diameter might have to be relieved by a fraction to enter the hole in the IP. Mine calipered at 10.98mm DOH!. The 2mm slot however does have to be dead-on the centerline on the face end otherwise the timing will be wrong.
.
larsalan I guess I need to look at this stupid ass drip shit. What you have to like mess with those elements on the pump? What a fucking hassle. then use some wire to hold the throttle open or some shit?
Thank you. When I get some free time I'll make up pretty drawings and post back.
larsalan I guess I need to look at this stupid ass drip shit. What you have to like mess with those elements on the pump? What a fucking hassle. then use some wire to hold the throttle open or some shit?
(09-20-2013, 10:07 AM)Druk Please excuse my drawings. Not what you might call machineshop standard.This information is solid gold.
However. This is the 'basket' required for holding the pump timing pulley in place on a 606.962 and 606.910 when the IP is removed. Only one of three lugs shown for clarity.
Basic materials are ID 80mm x L 50mm pipe with wall thickness approx 2mm - 3mm and squared off on at least one end. The ID is what holds the pulley.
3 pcs of (suggest) 18mm x 3mm and approx L 30mm flatbar with 7mm hole @ one end. Length is dependant on pipe wall.
Offer pipe up to pulley and hold in place. Bolt each piece of flatbar to a vacuum pump bolthole equidistant round the pipe and tack weld.
This is an OEM basket. There is no need, as far as I can determine, for the cut-outs in the side. It's only there to hold a pulley from dropping.
And inverted....
.
Also required is the IP locking tool. There is no real need for the complicated spring and circlip engineering nor the threaded nut which secures the OEM version to the IP. The 11mm dia rod is self-supported by the hole in the IP. This tool simply determines and locks the IP in the correct timing position.
The 11mm diameter might have to be relieved by a fraction to enter the hole in the IP. Mine calipered at 10.98mm DOH!. The 2mm slot however does have to be dead-on the centerline on the face end otherwise the timing will be wrong.
.
(09-20-2013, 10:07 AM)Druk Please excuse my drawings. Not what you might call machineshop standard.This information is solid gold.
However. This is the 'basket' required for holding the pump timing pulley in place on a 606.962 and 606.910 when the IP is removed. Only one of three lugs shown for clarity.
Basic materials are ID 80mm x L 50mm pipe with wall thickness approx 2mm - 3mm and squared off on at least one end. The ID is what holds the pulley.
3 pcs of (suggest) 18mm x 3mm and approx L 30mm flatbar with 7mm hole @ one end. Length is dependant on pipe wall.
Offer pipe up to pulley and hold in place. Bolt each piece of flatbar to a vacuum pump bolthole equidistant round the pipe and tack weld.
This is an OEM basket. There is no need, as far as I can determine, for the cut-outs in the side. It's only there to hold a pulley from dropping.
And inverted....
.
Also required is the IP locking tool. There is no real need for the complicated spring and circlip engineering nor the threaded nut which secures the OEM version to the IP. The 11mm dia rod is self-supported by the hole in the IP. This tool simply determines and locks the IP in the correct timing position.
The 11mm diameter might have to be relieved by a fraction to enter the hole in the IP. Mine calipered at 10.98mm DOH!. The 2mm slot however does have to be dead-on the centerline on the face end otherwise the timing will be wrong.
.
Dang, I knew I needed to take a look at this over the weekend and never had time.
Image and video hosting sites are blocked here at work. I can't see any of it, yet.
Even without seeing it, Thank You!
(09-23-2013, 03:41 PM)hooblah Thanks Derek!
How necessary is this 'basket' when fitting/removing an IP?
Do you have a mercedes part number and how much are they?
(09-23-2013, 03:41 PM)hooblah Thanks Derek!
How necessary is this 'basket' when fitting/removing an IP?
Do you have a mercedes part number and how much are they?
Part number on basket...601 589 05 14 00
Part number on IP locking tool... 601 589 05 21 00
Wouldn't make any difference if the engine was out or in, the timing wheel's still going to fall into the front case if it's not secured somehow. Friend on here did suggest that he has stuffed rags around the timing wheel in the past to hold it in position but that would be your choice. OK for someone who knows exactly what they're doing but not something I would say to do if you're not absolutely certain of what you're at.
I did get a good look at (and saved) the sketch and pictures of the basket.
Thank you very much. That's all I should need to make one if/when the need arises.
It's not a stupid question. In fact IIRC the manual says that its unlikely to happen. Whats the worst case scenario? Rolling in a new chain?
I mounted my ip without basket. It actually was there, but I've removed it. I thought in needed to do this for access to the sprocket. It just stayed in place and didn't fall down. When
Mounting the pump again I just put my finger in the hole and stretch the chain. And the ip would simply slide in place.