CHAPTER 8 WEIGHT AND BALANCE. Section Title Page
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1 CHAPTER 8 WEIGHT AND BALANCE Section Title Page 8-10 Leveling Leveling for Weight and Balance Leveling for Rigging Weighing Preparing Helicopter for Weighing Weighing Procedure and Calculations Fixed Ballast Nose Ballast Empennage Ballast OCT 2010 R66 Maintenance Manual Chapter 8 Weight and Balance Page 8.i
2 Intentionally Blank Page 8.ii Chapter 8 Weight and Balance R66 Maintenance Manual 25 OCT 2010
3 CHAPTER 8 WEIGHT AND BALANCE 8-10 Leveling NOTE Perform leveling and weighing in a zero-wind environment. NOTE Verify spirit level is calibrated by placing level on a designated surface and noting bubble position. Rotate spirit level 180 ; verify bubble is in the same position Leveling for Weight and Balance NOTE Main rotor blade position does not affect weight and balance calculations. 1. Jack helicopter per Section Refer to Figure 8-1. Place a spirit level laterally on F463-1 aft tunnel cover. Verify cover is flat; if cover is not flat, remove cover and place spirit level across keel panel flanges. 3. Adjust jacks at (landing gear) aft strut assembly jack tabs until helicopter is level laterally. 4. Position spirit level longitudinally on aft tunnel cover, or atop left or right keel panel if cover is removed. Adjust jack under ground handling ball until helicopter is level longitudinally. 25 OCT 2010 R66 Maintenance Manual Chapter 8 Weight and Balance Page 8.1
4 FIGURE 8-1 LEVELING FOR WEIGHT AND BALANCE (Lateral shown; view looking down between aft seat footwells) FIGURE 8-2 LEVELING FOR RIGGING (Lateral shown) Page 8.2 Chapter 8 Weight and Balance R66 Maintenance Manual 25 OCT 2010
5 8-12 Leveling for Rigging 1. Refer to Figure 8-2. Place cyclic stick in vertical position and apply cyclic friction. Position main rotor blades approximately fore and aft and apply rotor brake. (Teeter hinge bolt is aligned with lateral axis of helicopter.) 2. Jack helicopter per Section Place a spirit level parallel with teeter hinge bolt at location marked "LEVEL HERE" on top of main rotor hub. 4. Adjust jack at (landing gear) aft strut assembly jack tabs until helicopter is level laterally. 5. Release rotor brake and rotate main rotor until teeter hinge bolt is aligned with longitudinal axis of the helicopter. Apply rotor brake. Verify cyclic stick is in vertical position with friction applied. 6. Adjust jack under ground handling ball until helicopter is level longitudinally. Remove spirit level. 25 OCT 2010 R66 Maintenance Manual Chapter 8 Weight and Balance Page 8.3
6 Intentionally Blank Page 8.4 Chapter 8 Weight and Balance R66 Maintenance Manual 25 OCT 2010
7 8-20 Weighing Reweigh helicopter when helicopter empty weight and empty weight center of gravity have been modified and if the accuracy of additional calculations is suspect. Maintain a continuous record of the helicopter s weight and balance using the Weight and Balance Record in R66 Pilot s Operating Handbook (POH) Section 6. NOTE Verify scales are calibrated. Operate scales according to scale manufacturer s instructions. NOTE Never weigh the helicopter in the wind. Weigh helicopter on a flat, hard surface in a zero-wind environment for accurate scale readings Preparing Helicopter for Weighing 1. Defuel helicopter per Section Service engine oil, hydraulic fluid, and main & tail rotor gearboxes per Chapter Clean aircraft per Section Ensure helicopter is completely dry prior to weighing. 4. Remove foreign objects from baggage compartments and stowage areas. 5. Verify cowlings, removable panels, cabin doors, removable controls, and R66 Pilot s Operating Handbook (POH) are installed. 6. Verify Equipment List/Weight and Balance Data sheet (RF 134) and modifications recorded in the Weight and Balance Record correspond with installed equipment and recorded equipment locations. 25 OCT 2010 R66 Maintenance Manual Chapter 8 Weight and Balance Page 8.5
8 FIGURE 8-3 WEIGHING (Scale indications for demonstration only) Page 8.6 Chapter 8 Weight and Balance R66 Maintenance Manual 25 OCT 2010
9 8-22 Weighing Procedure and Calculations NOTE Arm is the distance in inches from datum. Datum is located 100 inches forward of main rotor centerline. CG (arm) is determined by dividing total moment by total weight. 1. Refer to Section Prepare helicopter for weighing per Section Refer to Figure 8-3. Place a jack and one 1000-lb capacity (minimum) scale under each (landing gear) aft strut assembly jack tab and under the ground handling ball. 3. Zero scales, or record tare weight (items between scale and weighing point such as adapter, jack, stand, sandbags, etc.) at each scale. 4. Level helicopter for weight and balance per Sections 8-10 and Remove spirit level. If removed, carefully replace F463-1 aft tunnel cover, unsecured, on top of keel panels. 5. Calculate net weights: Weighing Point Scale Indication Tare Weight Net Weight Forward: = lb Left: = lb Right: = lb 25 OCT 2010 R66 Maintenance Manual Chapter 8 Weight and Balance Page 8.7
10 8-22 Weighing Procedure and Calculations (continued) 6. Calculate weight and CG per the following table. Adjust ballast per steps 6b thru 6e as required until calculated CG is between and per step 6a. Item Weight (lb) Longitudinal CG (arm, inches) Forward Net: x = Left Net: x = Right Net: x = Moment (in.-lb) Pilot (right forward seat; add): x = Unusable fuel (add): 6.70 x = Calculated weight and CG: a. If Calculated CG is between and , (additional) ballast is not required. Proceed to step 7. b. If Calculated CG is less than and nose ballast is not installed, install empennage ballast per Section Reweigh helicopter and calculate new weight and CG per the previous steps. c. If Calculated CG is less than and nose ballast is installed, determine (minimum) nose ballast to remove: ( Calculated CG) X Calculated weight = lb Round down to nearest 0.25 lb. Remove nose ballast per Section Reweigh helicopter and calculate new weight and CG per the previous steps. d. If Calculated CG is greater than and empennage ballast is installed, remove empennage ballast per Section Reweigh helicopter and calculate new weight and CG per the previous steps. e. If Calculated CG is greater than and empennage ballast is not installed, determine (minimum) additional nose ballast required: (Calculated CG ) X Calculated weight = lb Round up to nearest 0.25 lb. Install nose ballast per Section Reweigh helicopter and calculate new weight and CG per the previous steps. 7. Lower helicopter per Section Secure aft tunnel cover. Page 8.8 Chapter 8 Weight and Balance R66 Maintenance Manual 25 OCT 2010
11 8-22 Weighing Procedure and Calculations (continued) 8. Calculate basic empty weight and longitudinal CG: Item Weight (lb) Longitudinal CG (arm, inches) Forward Net: x = Left Net: x = Right Net: x = Moment (in.-lb) Unusable fuel (add): 6.70 x = Basic empty weight and longitudinal CG: 9. Calculate basic empty weight and lateral CG: Item Weight (lb) Lateral CG (arm, inches) Forward Net: x 4.13 = Left Net: x = Right Net: x = Moment (in.-lb) Unusable fuel (add): 6.70 x = Basic empty weight and lateral CG: 25 OCT 2010 R66 Maintenance Manual Chapter 8 Weight and Balance Page 8.9
12 FIGURE 8-4 NOSE BALLAST (View inside lower console assembly with upper console hinged aft) Page 8.10 Chapter 8 Weight and Balance R66 Maintenance Manual 25 OCT 2010
13 8-30 Fixed Ballast 8-31 Nose Ballast Refer to R66 Illustrated Parts Catalog (IPC) Figure 8-1. NOTE Maximum allowable nose ballast is lb. CAUTION Altering fixed ballast can appreciably affect helicopter center of gravity (CG). If fixed ballast information is unknown, reweigh helicopter per Section Refer to Figure 8-4. Remove screws securing B or -23 upper console assembly to F033-1 lower console assembly and hinge upper console assembly aft. Protect instrument face with foam support or equivalent. 2. Remove hardware securing A941-5 or -6 ballast plate(s), if installed, to F361-1 panel. 3. Remove or install ballast plates per calculations performed in Section Select NAS6603 bolt length to meet torque requirements per Section Install hardware, torque bolts per Section 20-32, and torque stripe per Figure Hinge upper console assembly forward and install screws securing upper and lower console assemblies. Verify security. 5. Reweigh and/or calculate basic empty weight and CG per Section Revise Weight and Balance Record in R66 Pilot's Operating Handbook (POH) Section 6 to reflect ballast removal or installation using the following data: Weight Longitudinal Longitudinal Lateral Arm Lateral Arm Moment Moment Nose ballast lb 5.15 in. Variable 0.00 in in.-lb 25 OCT 2010 R66 Maintenance Manual Chapter 8 Weight and Balance Page 8.11
14 FIGURE 8-5 EMPENNAGE BALLAST Page 8.12 Chapter 8 Weight and Balance R66 Maintenance Manual 25 OCT 2010
15 8-32 Empennage Ballast Refer to R66 Illustrated Parts Catalog (IPC) Figure 8-1. A. Removal NOTE Use only approved materials listed in Section CAUTION Altering fixed ballast can appreciably affect helicopter center of gravity (CG). If fixed ballast information is unknown, reweigh helicopter per Section WARNING Maximum allowable empennage ballast is 3.00 lb. If empennage ballast is required per Section 8-22, two D301-2 weights must be installed as shown in Figure Refer to Figure 8-5. Remove empennage assembly, including D301-2 ballast weights, per Section Solvent-clean bare metal around and between bolt holes on horizontal stabilizer upper and lower surfaces. 3. Apply light coat zinc-chromate or epoxy primer to bare metal surfaces. While primer is wet, install empennage assembly per Section Topcoat hardware with colored paint as desired. 4. Reweigh and/or calculate basic empty weight and CG per Section Revise Weight and Balance Record in R66 Pilot's Operating Handbook (POH) Section 6 to reflect ballast removal using the following data: Weight Longitudinal Longitudinal Lateral Lateral Arm Moment Arm Moment Empennage ballast 3.00 lb in in.-lb 4.45 in in.-lb B. Installation 1. Refer to Figure 8-5. Remove empennage assembly per Section Solvent-clean bare metal around and between bolt holes on horizontal stabilizer upper and lower surfaces. 3. Temporarily install D301-2 weights per R66 IPC Figure 8-1. Torque bolts per Section Trace outline of weights onto horizontal stabilizer upper and lower surfaces using felt-tip, non-permanent marker or tape. Remove weights. 25 OCT 2010 R66 Maintenance Manual Chapter 8 Weight and Balance Page 8.13
16 8-32 Empennage Ballast (continued) B. Installation (continued) 5. Remove paint within traced outlines on stabilizer by block sanding (to maintain flatness). Finish sanding using 320-grit or finer wet-or-dry sandpaper, or using approved stripper per Section Similarly, on each D301-2 weight, remove paint from one flat surface which will clamp against stabilizer. 6. Remove tracing media. Solvent-clean bare metal on horizontal stabilizer and weight clamping surfaces. 7. Reweigh and/or calculate basic empty weight and CG per Section Revise Weight and Balance Record in R66 Pilot's Operating Handbook (POH) Section 6 to reflect ballast installation using the following data: Weight Longitudinal Longitudinal Lateral Lateral Arm Moment Arm Moment Empennage ballast 3.00 lb in in.-lb 4.45 in in.-lb Page 8.14 Chapter 8 Weight and Balance R66 Maintenance Manual 25 OCT 2010
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