Skip to main content

Special Tool - Universal Valve Spring Tool

Special Tool - Universal Valve Spring Tool
Date: May 2001
Order No.: S-SI-05/10a, 58/91a
Supersedes: SI-MBNA-05/10, 58/91
Group: 05, 58
Revision:
Revised comprehensive tool kit
SUBJECT:
ALL MODELS
VEHICLES WITH ENGINES 104, 111, 112, 113, 119, 120, 601-606 UNIVERSAL TOOL FOR REMOVING AND INSTALLING VALVE
SPRINGS
This comprehensive tool kit is available for removing and installing valve springs. With this tool kit, the anchoring of the lever arm (Circle, Figure 1)
is achieved using the existing threaded holes in the cylinder head. On engines with hydraulic lifters, the valve keepers can be removed and installed
by pressing down on the valve spring with the mounting element. The mounting element will also work with angled valves, as in V8 and V12
engines, and in the confined space of the engine compartment. This permits the valve springs to be easily removed and installed in order to change
valve stem seals, for example, with the engine still installed in the vehicle. The tool kit comes with a German instruction sheet. Attached to this
2000 Mercedes Benz Truck ML 55 AMG (163.174) V8-5.5L (113.981) 246
Service Information is an English version of the Operating Instructions.
Please ensure that a copy of the English Operating Instructions is placed inside the tool kit upon purchase to facilitate proper use of this special tool.
Special Tools
Engines without hydraulic lifters, or engines where the camshaft must be removed to mount the tool (engines: 604-606).
The valve keepers are removed and installed with a magnetic pen (part no. 210 589 00 40 00) or a magnetic finger (part no. 116 589 06 63 00), after
pressing down on the valve spring with the spring compressor (7, Figure 2).
2000 Mercedes Benz Truck ML 55 AMG (163.174) V8-5.5L (113.981) 247
The adjustable anchor (18, Figure 2) is attached to the appropriate foot (12-15, Figure 2) which is screwed into the existing threaded holes in the
cylinder head (Figure 3). A selection of anchor feet (12 - 15, Figure 2) is available for the various engines.
Engines 111, 119, 601, 602 with hydraulic lifters (except diesel engines 604 - 606).
The valve keepers are removed and installed using a mounting element (8, Figure 4), which is guided into the hydraulic lifter bore through a guide
sleeve (10, Figure 4). Use the same anchors and feet as previously mentioned (12 - 15, Figure 2) to anchor the lever arm in the existing threaded
holes located in the cylinder head itself (Figure 3).
Valve keeper removal
Insert guide sleeve (10, Figure 4) into the hydraulic lifter bore. Insert mounting element. Mount lever arm and turn adjustment screw (8a, Figure 4)
until the inner alignment shaft noticeably engages between the valve keepers. Press down lever arm (valve keepers are released). Release tension and
remove valve keepers from mounting element.
Valve keeper installation
Insert valve keepers into mounting element, observing proper positioning. Press down mounting element and lift inner alignment shaft, via the
2000 Mercedes Benz Truck ML 55 AMG (163.174) V8-5.5L (113.981) 248
adjustment screw (8a, Figure 4). Release tension (valve keepers are installed).
Operating Instructions
1. REMOVING VALVE KEEPERS
1. Remove all necessary components to expose valve spring retainers, utilize known method to prevent valves from falling into the cylinders,
sharply strike the valve spring retainers with the mandrel as supplied in the tool kit.
2. Install guide sleeve (10 for OM601/OM602, or 11 for engine M111, Figure 1). Mount appropriate anchor foot in existing holes located in the
cylinder head.
3. Insert mounting element (8 for engine M111, or 9 for OM601/OM602, Figure 1), attach adjustable anchor (18, Figure 1) and lever arm (6,
Figure 1) and allow to rest on the studs of the mounting element.
4. Turn adjustment screw clockwise while gently pressing down with lever arm (6, Figure 1), until inner alignment shaft noticeably engages
between the valve keepers.
5. Press down on mounting element (8 or 9, Figure 1) with lever until the mounting element bottoms out.
6. Slowly release tension, valve keepers are now secured in the mounting element.
7. For Diesel engines: use guide sleeve (11, Figure 1) and mounting element (9, Figure 1) and then follow steps 4., 5., 6. noted in this procedure.
2. INSTALLING VALVE KEEPERS
2000 Mercedes Benz Truck ML 55 AMG (163.174) V8-5.5L (113.981) 249
1. Insert mounting element (8 or 9, Figure 2) and press down on adjustment screw and lever arm (6, Figure 2), simultaneously, until it bottoms
out.
2. Continue pressing down on lever arm and lift up adjustment screw. Valve keepers are installed.

3. Release tension and remove mounting element.

Comments

Popular posts from this blog

B14 (Ambient temperature display temperature sensor) : Short circuit to positive (P0073)

P0073 B14 (Ambient temperature display temperature sensor) : Short circuit to positive (P0073) Possible cause: ­ B14 (Ambient temperature display temperature sensor) Affected functions: ­ Engine output ­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­ Test 1: Ambient temperature Test 2: Check component B14 (Ambient temperature display temperature sensor). 1. Ambient temperature Preconditions for test Ambient temperature Test prerequisite 10.52SS Page 8312010 Mercedes Benz E 63 AMG Sedan (212.077) V8­6.3L (156.985) Copyright ? 2013, ALLDATA 10.52SS Page 832 ­ Air filter and associated hoses are correctly fitted. Test sequence ­ Drive vehicle with constant engine load at a speed of > 50 km/h (> 31 mph) for approx. 5 min. Status of the relevant actual values: ­ Ambient temperature:Warning! Communication with ECU required. ­ Intake air temperature:Warning! Communication with ECU required. Question ­ Is the temperature difference between component B14 (Ambie...

Disc Brake Pad Set - Front - Genuine Mercedes 0084203520 Disc Brake Pad Set - Front

Mercedes-Benz Mercedes Benz OEM Parts Mercedes Benz OE Replacement Parts Disc Brake Pad Set - Front - Genuine Mercedes 0084203520 Disc Brake Pad Set - Front

2026 Mercedes-Benz GLB Review: Handling Dynamics Under Duress

2026 Mercedes-Benz GLB Review: Handling Dynamics Under Duress Part 7 of 10 | Is the Utility King also a True Driver's Companion? Testing its Grip, Feel, and Cornering Confidence. Many crossovers are glorified golf carts with bigger badges. The GLB dares to be different. While it embraces the boxy silhouette, its engineering guts defy that stereotype. This review pushes the GLB—from smooth suburban cruises to aggressive highway sweeps—to its limits, determining if this SUV truly offers a *driver's experience*, not just a passenger experience. [Cornering Confidence] See GLB handle tight turns like a dream! Watch our dynamic review video. The Direct Link: Steering Feel That Connects You to the Road In a vehicle designed for practicality, steering often becomes dull. The GLB avoids this trap with an electric-assisted system that feels perfectly weighted—light enough for parki...

Mercedes-Benz ML63 AMG Reliability - 2018 Ratings

New AMG SUV is the first full-size SUV which has that two way of building combined. 2 separate 1/4 mile records were made by two separate RENNtech cars at Palm Beach International Raceway on Wednesday night. The C350 took everything up a notch, but again not a night and day experience, while the C63 is otherworldly, its power devastating, adhesion and correlating road manners unfathomable for such a solid, substantial four-door sedan. I took my girlfriend to an Italian restaurant in Austin, Texas that we had both wanted to try for a while. While the show car does not look anything like the current Impreza, equally Subaru insists the concept鈥檚 styling forms only a guide to the production WRX. The interior of this car has been designed to have an elegant yet sporty look that matches perfectly with the vehicle鈥檚 overall appeal. To get the power onto the road, the rear tires are wider than the front ones on a mid-engined car - usually about 30% wider. Also look for a return of the hybrid S...

A L L Diagnostic Trouble Codes ( DTC ): Manufacturer Code Charts 0420 eating of component 3/6 (Right O2 sensor, after TWC AT) : eating capacity is too lo. (P0141)

2010 Mercedes Benz C 300 4MATIC (204.081) V6-3.0L (272.948) A L L  Diagnostic Trouble Codes ( DTC ): Manufacturer Code Charts 0420 eating of component 3/6 (Right O2 sensor, after TWC AT) : eating capacity is too lo. (P0141) Possible cause: - 3/6 (Right O2 sensor after TWC [KAT]) Affected functions: - Engine diagnosis - Exhaust system ------------------------------------------------   Test 1: Check component 3/6 (Right O2 sensor after TWC [KAT]).   Test 2: Check component 3/6 (Right O2 sensor after TWC [KAT]). 1. Check component 3/6 (Right O2 sensor, after TWC AT). Warning!Communication ith EC reuired. 2. Check component 3/6 (Right O2 sensor, after TWC AT). Warning!Communication ith EC reuired.

A L L Diagnostic Trouble Codes ( DTC ): Manufacturer Code Charts 0446 Heating of component G3/3 (Left O2 sensor, before TWC [KAT]) : Short circuit to ground (P0051)

2010 Mercedes Benz C 300 4MATIC (204.081) V6-3.0L (272.948) A L L  Diagnostic Trouble Codes ( DTC ): Manufacturer Code Charts 0446 Heating of component G3/3 (Left O2 sensor, before TWC [KAT]) : Short circuit to ground (P0051) Possible cause: - G3/3 (eft O2 sensor, before TWC [KAT]) Affected functions: - Engine diagnosis - Exhaust system ------------------------------------------------   Test 1: Check component G3/3 (eft O2 sensor, before TWC [KAT]). 1. Check component G3/3 (Left O2 sensor, before TWC [KAT]). Warning!Communication with ECU required.

For BMW X5 E70 2006-2013 Electric Parking Handbrake Brake Switch Button E7CX

29,62 CAD Date de fin: dimanche sept.-22-2019 10:53:26 CEST Achat immédiat pour seulement: 29,62 CAD Achat immédiat | Ajouter à vos Affaires à suivre

Disc Brake Pad Set - Rear - Genuine Mercedes 0014200620 w/o ASR Buy

Mercedes-Benz Mercedes Benz OEM Parts Mercedes Benz OE Replacement Parts Disc Brake Pad Set - Rear - Genuine Mercedes 0014200620 w/o ASR

2010 Mercedes Benz C 300 4MATIC (204.081) V6-3.0L (272.948) A L L Diagnostic Trouble Codes ( DTC ): P Code Charts M166 (Throttle valve actuator) : Throttle valve adaptation is faulty. (P2101)

2010 Mercedes Benz C 300 4MATIC (204.081) V6-3.0L (272.948)   A L L  Diagnostic Trouble Codes ( DTC ): P Code Charts M166 (Throttle valve actuator) : Throttle valve adaptation is faulty. (P2101) M166 (Throttle valve actuator) : Throttle valve adaptation is faulty. (P2101) Possible cause: - M16/6 (Throttle valve actuator) Affected functions: - Engine diagnosis - Engine running ------------------------------------------------   Test 1: earning of the throttle valve stop 1. Learning of the throttle valve stop Warning!Communication with EC reuired.

The ignition coil output stage of cylinder 7 detects a line discontinuity. (P0357)

The ignition coil output stage of cylinder 7 detects a line discontinuity. (P0357) The ignition coil output stage of cylinder 7 detects a line discontinuity. (P0357) Possible cause: ­ Line from ignition coil to control unit Affected functions: ­ Engine running ­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­­ Test 1: Check component T1/x (ignition coil(s)). 1. Check component T1/x (ignition coil(s)). Test 1.1: Check component T1/7 (ignition coil cylinder 7). 1.1. Check component T1/7 (ignition coil cylinder 7). Warning!Hazard as a result of high voltage at the ignition system!2010 Mercedes Benz E 63 AMG Sedan (212.077) V8­6.3L (156.985) Copyright ? 2013, ALLDATA 10.52SS Page 235 ­ Electronic ignition systems operate within a hazardous power range both at the low voltage side (primary circuit) as well as on the high voltage side (secondary circuit). ­ Contacts with such parts can result in burns, heart flutter or cardiac arrest. Rules of conduct and protective measu...