maintenance

7.Once the correct adjustment is made, tighten the lock nut on the trowel arm to lock in place.

8.Loosen locking nuts on the adjustment fixture, and remove trowel arm.

9.Repeat steps for the remaining trowel arms.

ReAssembly

1.Clean and examine the upper/lower wear plates and thrust collar. Examine the entire spider assembly. Wire brush any concrete or rust buildup. If any of the spider components are found to be damaged or out of round, replace them.

2.Make sure that the bronze trowel arm bushing is not damage or out of round. Clean the bushing if necessary. If the bronze bushing is damaged or worn, replace it.

3.Reinstall bronze bushing onto trowel arm.

4.Repeat steps 2 -3 for each trowel arm.

5.Make sure that the spring tensioner is in the correct position to exert tension on the trowel arm.

6.Insert all trowel arms with levers into spider plate (with bronze bushing already installed) using care to align grease hole on bronze bushing with grease hole fitting on spider plate.

7.Lock trowel arms in place by tightening the hex head bolt with zerk grease fitting and jam nut.

8.Reinstall the blades onto the trowel arms.

9.Install stabilizer ring onto spider assembly.

10.Reinstall lower wear plate, thrust collar and upper wear ring in the reverse order that they were disassembled onto the spider shaft. Make sure that there is little or no lateral movement between the thrust collar and the spider shaft.

11.Carefully lift the upper trowel assembly, line up the keyway on gear box main shaft and insert into spider assembly.

12.Reinstall square head cone point into spider plate and tighten in place. Tighten jam nut. Use care in making sure point of set screw engages groove in gear box main shaft.

13.Lubricate all grease points (zerk fittings) with premium "Lithum 12" based grease, conforming to NLG1 Grade #2 consistency.

Installing Pans Onto Finisher Blades

These round discs, sometimes referred to as "pans", attach to the spiders arms and allow early floating on wet concrete and easy movement from wet to dry areas. They are also very effective in embedding large aggregates and surface hardeners.

Refer to Figure 57 when installing pans onto finisher blades.

KNOB, TIE-DOWN Z-CLIP PANS

TIE-DOWN, BLADE

BLADE ASSEMBLY

Z-CLIP, PAN

Figure 57. Z-Clip Finisher Pan Installation

1.Lift trowel just enough to slide pan under blades. Lower finisher onto pan with blades adjacent to Z-Clips.

2.Rotate blades into position under Z-Clips. Ensure that the blades are rotated in the direction of travel when the machine is in operation or use the engine to rotate the blades into position.

3.Attach the blade tie-downs to the far side of the Z-Clip brackets with tie-down knobs as shown in Figure 57.

4.Check to make certain that the blade edges are secured under the Z-Clips and the tie-downs are secured completely over the edges of the blade bar before the machine is put back into operation.

page 36 — J36S60 WALK-BEHIND TROWEL • operation and parts manUAL — rev. #1 (01/23/13)

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Multiquip J36S60 manual ReAssembly, Installing Pans Onto Finisher Blades
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J36S60 specifications

The Multiquip J36S60 is a versatile and robust generator designed for various applications, ranging from construction sites to outdoor events. With a focus on reliable power and durability, the J36S60 is engineered to meet the demanding requirements of professionals and contractors alike.

At the heart of the J36S60 is its powerful engine, which provides a maximum output of 36 kVA. This generator is equipped with a 60Hz, 240V output, making it suitable for a wide range of equipment and tools. The J36S60 features a fuel-efficient design, allowing for extended run times that minimize downtime on job sites. It can operate for hours on end, ensuring that you have continuous power for critical tasks.

One of the standout features of the J36S60 is its state-of-the-art control panel. The intuitive control panel provides clear access to various functions, making it easy for users to monitor power output, fuel levels, and maintenance intervals. The panel includes circuit breakers, hour meters, and an easy-to-read digital display, ensuring that operators have all necessary information at their fingertips.

Additionally, the Multiquip J36S60 generator incorporates advanced technologies for noise reduction and fuel efficiency. Its innovative design includes sound-dampening materials and a high-capacity silencer, resulting in quieter operation compared to traditional generators. This feature makes it especially suitable for urban environments where noise regulations are strictly enforced.

The J36S60 is built with durability in mind. The heavy-duty steel frame and powder-coated finish ensure that it can withstand the rigors of demanding job sites and adverse weather conditions. Furthermore, the unit is designed for easy transport, with integrated lifting hooks and a compact design that allows for convenient positioning and relocation.

Safety is a priority with the J36S60, which comes equipped with multiple safety features including low oil shutdown, overload protection, and an emergency stop button. These safety mechanisms ensure that both the operator and the machinery are protected during operation.

Overall, the Multiquip J36S60 is a high-performance generator that excels in providing reliable power in a variety of settings. Its combination of power output, efficient fuel consumption, user-friendly controls, and robust build quality makes it an excellent choice for construction professionals, event coordinators, and anyone in need of dependable portable power.
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