159382-1200 ZEXEL 9 421 616 613 BOSCH CONTROL LEVER 9421616613 1593821200 me741898


 

Information control lever

BOSCH 9 421 616 613 9421616613
ZEXEL 159382-1200 1593821200
MITSUBISHI ME741898 me741898
159382-1200 CONTROL LEVER
Rating:
11
Buy CONTROL LEVER 159382-1200 zexel genuine, new aftermarket engine parts with delivery

Include in ###:

Number on scheme 181
CONTROL LEVER
1059233640 as CONTROL LEVER

Cross reference number

Zexel num
Bosch num
Firm num
Name
159382-1200 
9 421 616 613 
ME741898  MITSUBISHI
CONTROL LEVER
C 14GJ LEVER GOV




Information:

To Remove the Flywheel
1. Remove the gearbox and flywheel housing.2. Remove clutch assembly.3. Remove the flywheel (see Note). With some applications, the flywheel is secured to the crankshaft with 12 setscrews and washers.4. Remove the clutch pilot bearing (if fitted). To facilitate safe flywheel removal, remove two diametrically opposed securing setscrews and in their place, fit two suitably sized studs, finger tight only. The remaining setscrews can now be removed and the flywheel withdrawn under control.To Renew the Flywheel Ring Gear
1. Place the flywheel in a suitable container of clean cold water and support it by positioning four metal blocks under the ring gear. Arrange the flywheel assembly so that, when placed in the water the ring gear is uppermost and clear of the water line by approximately 1/4 in (6,5 mm). Heat the ring gear evenly around its circumference, thus expanding it. This will allow the flywheel to drop away from the ring gear.2. Heat the new ring gear to an approximate temperature of 475°F (246°C). Fit the gear over the flywheel with the lead-in on the teeth facing towards the front of the flywheel and allow the ring to cool.To Refit the Flywheel
1. Using the method of removal but in reverse, mount the flywheel to the crankshaft flange so that the untapped hole in the flange is in line with the seventh unused smaller hole in the flywheel.2. Engage the securing setscrews with new hardened steel washers and tighten to a torque of 80 lbf ft (11,0 kfg m) -108 Nm. Where the flywheel is secured with place bolts, without washers, these should be tightened to 90 lbf ft (12,4 kgf m) - 122 Nm. Place bolts can be identified by the 6 slots cut in the head face and the embossed letter 'T'.3. Set up a clock indicator gauge with the base secured to the flywheel housing or cylinder block and adjust the clock so that the stylus is contacting the flywheel periphery. Turn the crankshaft and check the total reading. The flywheel should run true within 0.012 in (0,30 mm) total indicator reading.
P14. Now adjust the clock gauge so that the plunger is at right angles to the crankshaft flange and rests on the vertical machined face of the flywheel, at the outermost point of the face (Fig. P.1). Press the crankshaft one way to take up the end float, and turn the flywheel. The run-out on the flywheel face should be within 0.001 in (0,025 mm) per inch (25 mm) of flywheel radius from the crankshaft axis to the clock gauge stylus. If not, remove flywheel and check mating faces for burrs and dirt.5. Lock the setscrews with the tab washers where fitted.6. Refit the clutch and gearbox, etc.To Remove the Flywheel Housing
1. Remove the flywheel.2. Unscrew the nuts or setscrews securing the flywheel housing

Have questions with 159382-1200?





Group cross 159382-1200 ZEXEL

Mitsubishi 

159382-1200  
9 421 616 613 
ME741898 
CONTROL LEVER
Back to top