Information delivery- valve holder
BOSCH
9 411 619 722
9411619722
ZEXEL
141137-6600
1411376600
ISHIKAWAJIMA-H
121084
121084
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Engine ECM Control Module Floor Cavity 2.0L Fits 2014 14 Forester 22611AW064
Generic Conditions & Options: 22611AW064, Stock #: CEE97 || Inventory Id: 121084, Mileage: 0 || Designation: Used, Year: 0 || Compatible with Genuine Oem: Yes
Generic Conditions & Options: 22611AW064, Stock #: CEE97 || Inventory Id: 121084, Mileage: 0 || Designation: Used, Year: 0 || Compatible with Genuine Oem: Yes
$12.99
07 Sep 2023
0.4[0.18] Pounds
US: Work House Signs
Immerse Yourself In A World Of Furry Fun BLACK Aluminum Composite Sign - 8.5"x10"
Work House Signs Our Aluminum Composite Signs are crafted from premium grade industrial materials, guaranteeing quality and reliability for years to come. With their professional grade graphics and superior printing capabilities, our signs look great both indoors and outdoors. || Our heavy-duty aluminum composite substrates are guaranteed to never rust, plus we round off all of the corners to make sure the signs remain safe to use. And because the signs are completely made in the United States of America, you can trust you're getting the best quality. || Work House Signs is proud to offer these truly luxurious aluminum composite signs that are sure to make your family, friends, guests, and customers take notice. No matter how long they're in place, you can rest assured our signs won't fade or look shabby
Work House Signs Our Aluminum Composite Signs are crafted from premium grade industrial materials, guaranteeing quality and reliability for years to come. With their professional grade graphics and superior printing capabilities, our signs look great both indoors and outdoors. || Our heavy-duty aluminum composite substrates are guaranteed to never rust, plus we round off all of the corners to make sure the signs remain safe to use. And because the signs are completely made in the United States of America, you can trust you're getting the best quality. || Work House Signs is proud to offer these truly luxurious aluminum composite signs that are sure to make your family, friends, guests, and customers take notice. No matter how long they're in place, you can rest assured our signs won't fade or look shabby
$40.27
14 Sep 2021
IN: Zhr Entiques
Antique Nautical Sundial Compass 2.5 inch in Antique Finish
Generic Material:Solid Brass || Color: Brown Antique finish || Size :2.5 inch
Generic Material:Solid Brass || Color: Brown Antique finish || Size :2.5 inch
Cross reference number
Zexel num
Bosch num
Firm num
Name
141137-6600
9 411 619 722
121084 ISHIKAWAJIMA-H
DELIVERY- VALVE HOLDER
C 24XX HOLDER;D.V. PF parts PF
C 24XX HOLDER;D.V. PF parts PF
141137-6600
9 411 619 722
121084 ISHIKAWAJIMA-S
DELIVERY- VALVE HOLDER
C 24XX HOLDER;D.V. PF parts PF
C 24XX HOLDER;D.V. PF parts PF
141137-6600
9 411 619 722
112262 NKK
DELIVERY- VALVE HOLDER
C 24XX HOLDER;D.V. PF parts PF
C 24XX HOLDER;D.V. PF parts PF
Information:
Cylinder Liner
Use same piston which was removed from cylinder liner being checked.Use the following procedure to check a liner:
Fig. 6-Piston to Liner Clearance1. Put piston in liner with piston "front" and liner "front" aligned. Move piston down until bottom edge of piston skirt is 1.00 in. (25.4 mm) (1, Fig. 6) above bottom of liner.Use a feeler gauge to measure distance (2) between piston skirt and liner 90° to piston pin bore. Record the measured distance (2).Piston to cylinder liner clearance for new parts is: 2. Turn piston 90° in liner. Use a feeler gauge to measure distance between piston skirt and liner 90° to piston pin bore. Record the measured distance.The difference between the distance measured in Step 1 and the distance in Step 2 is the distance the liner is out of round at the bottom of the liner.
Fig. 7-Piston to Liner Clearance3. Pull piston out of liner. Put piston in liner up-side down with piston "front" and liner "front" aligned. Move piston so bottom edge of piston skirt is 1.00 in. (25.4 mm) (1, Fig. 7) below top of liner.Use a feeler gauge to measure distance (2) between piston skirt and liner at 90° to piston pin bore. Record the measured distance (2).4. Turn piston 90° in liner. Use a feeler gauge to measure distance between piston skirt and liner 90° to piston pin bore. Record the measured distance.The difference between the distance measured in Step 3 and the distance measured in Step 4 is the distance the liner is out of round at the top of the liner.If liner is out of round more than 0.002 in. (0.05 mm), at top or bottom, install a new one.5. Find difference between distance measured in Step 1 and distance measured in Step 3. This is the distance the liner is tapered.If liner is tapered more than 0.002 in. (0.05 mm), install a new one.Use a wire brush to carefully remove all rust and scale from the outside of the cylinder liners. Make certain there are no nicks or burrs in the areas where the packings will seat.After removing the rust and scale from the cylinder liners wash thoroughly with solvent and dry them.
Fig. 8-D17004BR Cylinder BrushUse D17004BR Cylinder Brush (Fig. 8) to deglaze each cylinder liner. Match the existing cross hatch pattern when deglazing.Refer to "Basic Engine" in FOS Manual-ENGINES for additional information on deglazing cylinder liners.Immediately after deglazing, clean cylinder liner bore with waterless hand cleaner or soap. Rinse cylinder liner bores with clean water until rinse water is clear. Dry liners with clean towels. Wipe bore with clean engine oil. IMPORTANT: Solvents will not remove honing residue.Recheck liner-to-piston skirt clearance. See Group 0403 for piston repair.Piston Cooling Orifices
Inspect for damage or clogging.
Fig. 9-Piston Cooling OrificeIf a piston cooling orifice (2, Fig. 9) is clogged, use a soft wire (1) to push material out of hole.If an orifice is damaged install a new one.Installation
Fig. 10-Piston Cooling OrificesInstall piston cooling orifices (Fig. 10) and tighten to
Use same piston which was removed from cylinder liner being checked.Use the following procedure to check a liner:
Fig. 6-Piston to Liner Clearance1. Put piston in liner with piston "front" and liner "front" aligned. Move piston down until bottom edge of piston skirt is 1.00 in. (25.4 mm) (1, Fig. 6) above bottom of liner.Use a feeler gauge to measure distance (2) between piston skirt and liner 90° to piston pin bore. Record the measured distance (2).Piston to cylinder liner clearance for new parts is: 2. Turn piston 90° in liner. Use a feeler gauge to measure distance between piston skirt and liner 90° to piston pin bore. Record the measured distance.The difference between the distance measured in Step 1 and the distance in Step 2 is the distance the liner is out of round at the bottom of the liner.
Fig. 7-Piston to Liner Clearance3. Pull piston out of liner. Put piston in liner up-side down with piston "front" and liner "front" aligned. Move piston so bottom edge of piston skirt is 1.00 in. (25.4 mm) (1, Fig. 7) below top of liner.Use a feeler gauge to measure distance (2) between piston skirt and liner at 90° to piston pin bore. Record the measured distance (2).4. Turn piston 90° in liner. Use a feeler gauge to measure distance between piston skirt and liner 90° to piston pin bore. Record the measured distance.The difference between the distance measured in Step 3 and the distance measured in Step 4 is the distance the liner is out of round at the top of the liner.If liner is out of round more than 0.002 in. (0.05 mm), at top or bottom, install a new one.5. Find difference between distance measured in Step 1 and distance measured in Step 3. This is the distance the liner is tapered.If liner is tapered more than 0.002 in. (0.05 mm), install a new one.Use a wire brush to carefully remove all rust and scale from the outside of the cylinder liners. Make certain there are no nicks or burrs in the areas where the packings will seat.After removing the rust and scale from the cylinder liners wash thoroughly with solvent and dry them.
Fig. 8-D17004BR Cylinder BrushUse D17004BR Cylinder Brush (Fig. 8) to deglaze each cylinder liner. Match the existing cross hatch pattern when deglazing.Refer to "Basic Engine" in FOS Manual-ENGINES for additional information on deglazing cylinder liners.Immediately after deglazing, clean cylinder liner bore with waterless hand cleaner or soap. Rinse cylinder liner bores with clean water until rinse water is clear. Dry liners with clean towels. Wipe bore with clean engine oil. IMPORTANT: Solvents will not remove honing residue.Recheck liner-to-piston skirt clearance. See Group 0403 for piston repair.Piston Cooling Orifices
Inspect for damage or clogging.
Fig. 9-Piston Cooling OrificeIf a piston cooling orifice (2, Fig. 9) is clogged, use a soft wire (1) to push material out of hole.If an orifice is damaged install a new one.Installation
Fig. 10-Piston Cooling OrificesInstall piston cooling orifices (Fig. 10) and tighten to
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Group cross 141137-6600 ZEXEL
Ishikawajima-H
141137-6600
9 411 619 722
121084
DELIVERY- VALVE HOLDER
Ishikawajima-S
141137-6600
9 411 619 722
121084
DELIVERY- VALVE HOLDER
Nkk
141137-6600
9 411 619 722
112262
DELIVERY- VALVE HOLDER