13.Remove retaining ring (37) from the bore on the flange end of the housing assembly (15). Press the shaft (31), shaft seal (36), and washer (35) from the housing assembly.

14.Remove retaining ring (32), washer (35), thrust bearing (34), second washer (35), and second retaining ring (32) from the shaft (31).

15.Remove screws (7), trunnion cover (8), O±ring cov- er (9), O±ring (10), washer (11), inner race (12), and bearing (13). Remove screws (7), seal cover (16), shaft seal (17), washer (11), and bearing (13).

16.Position camplate (20) to one side and remove from the housing assembly (15).

Inspection

CAUTION

Use eye protection such as goggles when using compressed air

1.Wash all parts in solvent. Dry parts with compressed

air.

2.Inspect charge pump adapter assembly (see Fig.

25).

A.Check relief valve seat inside suction port. Make sure that seat is smooth and free of burrs or other defects. Relief valve spring must not be damaged.

B.Bearing needles must remain in bearing cage and move freely. Verify that bearing depth on the flange side meets the dimension in Figure 27.

C.Make sure gerotor pocket inside the pump is not excessively scored.

3.Inspect backplate assembly (25) (see Fig. 24).

A.Bearing needles must remain in bearing cage and move freely. Verify that bearing height on the numbered end meets the dimension in Figure 28.

B.Check that the roll pin is tight and meets the height in Figure 28.

C.Replace entire assembly as a unit.

4.Inspect camplate assembly (20) (see Fig. 24). There should be no signs of scoring on the piston shoe surfaces.

FLANGE

0.090 to 0.100 in.

 

(2.54 to 2.89 mm)

BEARING

DEPTH

GEROTOR POCKET

 

Figure 27

 

 

0.070 to 0.080 in.

0.105 to 0.115 in.

(1.78 to 2.03 mm)

(2.67 to 2.92 mm)

BEARING

ROLL PIN

HEIGHT

HEIGHT

 

 

Figure 28

FLANGE END OF HOUSING

Hydraulic System

0.062 to 0.078 in.

(1.57 to 1.98 mm)

 

NUMBERED END

 

 

 

BEARING

DEPTH

Figure 29

5.Inspect housing assembly (15) (see Fig. 24).

A.Verify that bearing depth on the numbered end meets the dimension in Figure 29.

B.Bearing needles must move freely and remain in their cage.

Reelmaster 2300±D/2600±D

Page 4 ± 41

Hydraulic System

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Toro 2600D, 2300-D service manual Hydraulic System
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2600D, 2300-D specifications

The Toro 2300-D and 2600-D are industry-leading reel mowers specifically designed for the professional turf care market. Known for their durability, efficiency, and advanced technology, these models provide exceptional cutting performance for golf courses, sports fields, and other high-quality turf applications.

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The Toro 2300-D and 2600-D also feature a robust maintenance management system that alerts operators of necessary maintenance tasks, promoting longer lifespans for components and enhancing overall performance.

In summary, the Toro 2300-D and 2600-D deliver cutting-edge technologies and features, including powerful engines, versatile cutting systems, ergonomic design, advanced traction control, and sustainability focus. These models represent the pinnacle of reel mower engineering, making them ideal choices for professionals dedicated to maintaining the finest playing surfaces.
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