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MT3000 Complete - Electric - MaxFlight Corporation

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11. When all three green blocks are there, another window will state auto run test completed successfully.<br />

12. Close the window by clicking “OK”<br />

13. Close the program by clicking “X” top right. You are now back to the desktop.<br />

14. System is now ready to perform any other tests or run the program.<br />

CHAPTER 3 MECHANICAL<br />

3-1 Mechanical are those bits and pieces such as nuts, bolts, machined parts and cabinetry<br />

that when assembled correctly make up the major portion of the flight simulator that one<br />

sees. These are the important parts that give the unit substance.<br />

1. “A” frame two each, right and left. See drawing DET-014.<br />

These are assembled from the parts listed in the drawing and make up the supporting<br />

backbone of this machine.<br />

2. Center weldment. See drawing DET-017<br />

Manufactured part by machine welding various machined plates together. The pitch<br />

shafts, tail shaft and counterweight and roll motor and hub assembly are bolted to this<br />

unit.<br />

3. Pitch arms two. See drawing DET-016,017.<br />

Manufactured part. Left side has tail shaft with keyway for the pitch motor mounting and<br />

grooved for the spring retaining clip. It also has mount for the signal pitch rings. Right<br />

side is drilled so that set screws can be inserted into power ring adapter. The shafts are<br />

bolted and safety wired to the center weldment.<br />

4. Tail shaft. See drawing DET-017,018.<br />

Machined part, supports the counterweight, H frame at the rear. Through the center<br />

passes a threaded rod that retains in place the tail shaft retention plug. Bolted and safety<br />

wired to the center weldment.<br />

5. H frame assembly, attached to the tail shaft. See drawing DET-018,017.<br />

Is the mounting support for the tail boom cover, the counterweight drive screw rear<br />

alignment plate and the counterweight side alignment bar.<br />

6. Counterweight gear and gear box.<br />

Sole function is to move the counterweight forwards and rearwards on the tail shaft. This<br />

allows the machine to balance about the pitch shaft axis.<br />

7. Counterweight @300 pounds. See drawing DET-017.<br />

Machined and welded steel plates. Contain slide bushings and a mount for drive clutch at<br />

the top. Its function is to counterbalance the weight of the cockpit area.<br />

8. Chair assembly. See drawing DET-040,041,042.<br />

Machined and welded aluminum square tubing and plates. This is the main support for<br />

the entire cockpit area.<br />

9. Seat back assembly. See drawing DET-040,041,042.<br />

Interface between the roll hub and the seat frame assembly. Transmits roll motion to the<br />

cockpit area. Supports the entire cockpit assembly.<br />

10. Lift drive network. See drawing DET-047,048. See paragraph 3-2 for detailed installation.<br />

This moves the entire motion platform in the vertical axis up or down.<br />

11. Roll motor mounting. See drawing DET-045.<br />

Held to the center weldment by four bolts. Acts as the roll motion generator and the rear<br />

pivot mounting for the roll hub assembly.<br />

12. Pitch motor mounting. See drawing DET-011.<br />

Pitch motor is mounted to the left pitch shaft, by the pitch shaft going through the center<br />

of the pitch gearbox. Prior to mounting, pitch shaft is coated with antiseaze compound.<br />

13. Roll hub assembly. See drawing DET-045.

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