- Posts: 883
- Thank you received: 195
What's behind these plugs?
- dcarver220b
- Topic Author
- Offline
- Sustaining Member
Less
More
3 years 2 months ago - 3 years 2 months ago #29813
by dcarver220b
What's behind these plugs? was created by dcarver220b
Last edit: 3 years 2 months ago by dcarver220b.
Please Log in or Create an account to join the conversation.
- Kawboy
- Offline
- Sustaining Member
Less
More
- Posts: 3129
- Thank you received: 1098
3 years 2 months ago #29814
by Kawboy
Replied by Kawboy on topic What's behind these plugs?
No surprises behind them Don. Just oil gallery machining access points. the ones that look like a shouldered nut should have o-rings under them. There are a couple of plugs on the back side of the oil pan that are pipe plugs. The 2 in your pic look like they have silicone sealer on them? Maybe the previous owner opted to leave off the o-rings and just used silicone sealer?
The only caution I see here is the integrity of the casting that the threads were machined in to. I've seen similar plugs and when someone tried to break free with a Johnson bar and socket the shouldered nut plug, the casting cracked. It's a good job for an impact with a light touch to break them free, then deal with the leaking issue.
According to the torque chart on pg 37 of the manual, the "oil pan passage plugs at oil pan"are a 20mm x 1.5mm to be torqued to 16.5 lbs/ft
The only caution I see here is the integrity of the casting that the threads were machined in to. I've seen similar plugs and when someone tried to break free with a Johnson bar and socket the shouldered nut plug, the casting cracked. It's a good job for an impact with a light touch to break them free, then deal with the leaking issue.
According to the torque chart on pg 37 of the manual, the "oil pan passage plugs at oil pan"are a 20mm x 1.5mm to be torqued to 16.5 lbs/ft
The following user(s) said Thank You: dcarver220b
Please Log in or Create an account to join the conversation.
- dcarver220b
- Topic Author
- Offline
- Sustaining Member
Less
More
- Posts: 883
- Thank you received: 195
3 years 2 months ago #29819
by dcarver220b
Replied by dcarver220b on topic What's behind these plugs?
Sincere Thanks Kawboy.
Please Log in or Create an account to join the conversation.
- dcarver220b
- Topic Author
- Offline
- Sustaining Member
Less
More
- Posts: 883
- Thank you received: 195
3 years 2 months ago #29822
by dcarver220b
Replied by dcarver220b on topic What's behind these plugs?
Kawboy, how about the plug that's in the crankcase?
Please Log in or Create an account to join the conversation.
- Kawboy
- Offline
- Sustaining Member
Less
More
- Posts: 3129
- Thank you received: 1098
3 years 2 months ago #29823
by Kawboy
Replied by Kawboy on topic What's behind these plugs?
Same deal Don. Just another machining access point for drilling the oil feed to #7 main bearing. Nothing shows in the parts manual regarding it. I suspect it also is a machined plug with an o-ring similar to the ones in the oil pan. I would treat it the same.
There's only two restrictors. One in an oil gallery and as I remember it, it's located in the upper half of the crankcase at the interface to the cylinder piston block on or about the midpoint on the back side. it restricts the flow of oil to the camshaft bearings. The second one on some of the KZ1300's there is one in the stator cover right side to restrict the flow of oil squirting on the stator rotor for cooling. Some models have the stator cooling , some don't. and as I remember it, its a .5mm orifice.
There's only two restrictors. One in an oil gallery and as I remember it, it's located in the upper half of the crankcase at the interface to the cylinder piston block on or about the midpoint on the back side. it restricts the flow of oil to the camshaft bearings. The second one on some of the KZ1300's there is one in the stator cover right side to restrict the flow of oil squirting on the stator rotor for cooling. Some models have the stator cooling , some don't. and as I remember it, its a .5mm orifice.
Please Log in or Create an account to join the conversation.
Time to create page: 0.135 seconds