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1 This document is provided for viewing purposes only. Any changes to the text, images and technical information contained within are not authorized by will not be responsible for any circumstances that arise from such changes.

2 MVP INSTALLATION GUIDE October 2017

3 WARNING - THE MVP SYSTEM SHOULD ONLY BE OPERATED BY TRAINED PERSONNEL Winch hardware is microprocessor controlled with local and remote modes of operation. Ensure that personnel are clear of all moving parts (including boom) whenever main power is ON. WARNING: The Main Circuit Breaker at the High Power Electrical Box and the Controller Interface Box in the lab must be turned OFF whenever working on the tow cable and cabling in the Free Fall Fish. High Voltage is present in these cables. If the winch is to be operated in hand mode with the Power Module or DTM disconnected from the tow cable, the Controller Interface Box in the lab must be turned OFF. If the end of the tow cable is to be submerged, ensure a dummy plug is connected to the end of the tow cable to eliminate damage to the connector and cable.

4 MVP Installation Guide i TABLE OF CONTENTS 1 MVP200 SYSTEM SPECIFICATIONS OPERATING DEPTH WINCH AND HYDRAULIC POWER UNIT FREE FALL FISH MVP200 Single-Sensor Free Fall Fish Multi-Sensor Free Fall Fish MVP CONTROLLER POWER REQUIREMENTS Winch Power Ratings MVP Controller (Lab Computer) Power Ratings: MVP Controller Interface Box Power Ratings: MVP300 SYSTEM SPECIFICATIONS OPERATING DEPTH WINCH AND HYDRAULIC POWER UNIT FREE-FALL FISH MVP300 Single-Sensor Free-Fall Fish MVP300 Dual-Sensor Free-Fall Fish Multi-Sensor Free-Fall Fish MVP CONTROLLER POWER REQUIREMENTS Winch Power Ratings MVP Controller (Lab Computer) Power Ratings MVP Controller Interface Box Power Ratings: MVP INSTALLATION PROCEDURE PRE INSTALLATION INFORMATION Receiving Shipping Crate INITIAL ASSEMBLY Boom Installation INSTALLING ON THE SHIP Mechanical Installation Running the Tow Cable through the Boom Removing the Metering Sheave for Cable Installation Removing the Overboarding Sheave for Cable Installation Filling Reservoir with Hydraulic Oil MVP CONTROLLER INSTALLATION Controller Connections CABLING CONNECTIONS Electrical Power Connection Controller Interface Cable Connection MVP SYSTEM START UP ELECTRIC MOTOR START UP MVP CONTROLLER COMPUTER SET UP FASTENER TORQUES Contact AML Oceanographic... 22

5 MVP Installation Guide 1 1 MVP200 SYSTEM SPECIFICATIONS 1.1 OPERATING DEPTH Cable Length 350 m Cable Length 660 m knots* knots* knots knots knots knot NOTE: Ensure sensor(s) are rated for this depth before operations. 1.2 WINCH AND HYDRAULIC POWER UNIT MVP200 system Safe Working Load: 180 kg (400 lbs) Electric Motor: 15 HP TEFC 230/460VAC 60 Hz, 208/416VAC 50 Hz, 3-phase Footprint: 1.22m x 0.71m (48 x 28 ) excluding boom Height: 3.18m (125 ) Approximate Weight: 760 kg (1675 lbs.) Tow Cable: - Braided Polyester Outer Jacket with Braided Vectran strength member - Four (#24 AWG) Conductor Electro-Mechanical kg (4000 lbs.) Maximum Break Strength kg (800 lbs) Working Load Limit - Nominal Diameter of 6.8 mm (0.269 in) - DC Resistance of 13.1ohms per 100 m (328 ft) per conductor Winch Drum: - Capacity: 660 m (2165 ft) of Tow Cable - Line Pull Bare Drum: kg (903 lbs.) - Line Pull Full Drum: kg (485 lbs.) - Drum Speed: 80 rev per minute Maximum operating pressure: 3000psi (207 bar) Maximum suction pressure: -5 in.hg (-16 kpa) Suction line filter: Donaldson LHA Element #SPE-15-BTA-10 (p/n P560693) Hydraulic Oil Reservoir Capacity: 40 litres (10 gallons) Oil Viscosity rating (Refer to Chart below): - VG 22: -20 C to +50 C (VG stands for Viscosity Grade) - VG 32: -10 C to +60 C ( Standard ) - VG 46: -0 C to +70 C - VG 68: C to +80 C - VG 100: C to +80 C (The max temperature is limited by the seal material on the pump shaft.)

6 MVP Installation Guide FREE FALL FISH MVP200 Single-Sensor Free Fall Fish Weight: 32 kg (71 lbs.) with sensor, in air Body Length: 673 mm (26.5 ) excluding bridle Body Diameter:114 mm (4.5 ) Standard Supplied Sensors: - AML MVP X SVTP - AML MVP X CTD Multi-Sensor Free Fall Fish Weight: 88.5 kg (195 lbs.) with sensor, in air Body Length: 1041 mm (41 ) excluding bridle Body Section: 147 mm x 279 mm (5.8 x 11.0 ) Standard Supplied Sensors: - AML MVP X SVTP - AML MVP X CTD 1.4 MVP CONTROLLER Minimum requirements (refer to system factory configuration for details) Operating system: Windows XP Professional Processor: Pentium 600 or higher Ram: 128 Mb

7 MVP Installation Guide 3 Hard Disk: 5 GB Hard drive Video: 1024x768 SVGA with 64 thousand colors Pointing Device: Microsoft Wheel Mouse Serial ports: 4 serial (RS232) ports Drive: CD-ROM drive and a 1.44 Mb Floppy drive Monitor: 15 Video Monitor Keyboard: PS/2 Keyboard Hardware: Network Card 1.5 POWER REQUIREMENTS Winch Power Ratings Vessel circuit breaker value: 90A at 230v and 45A at 460v (maximum allowable setting based on Electrical Code Book). MVP Power Box has internal protection. Voltage: 3-phase, 4-wire 208/416V ±10%, 50 Hz 230/460V ±10%, 60 Hz NOTE: System supply voltage must be selected at time of order. It is not a field configurable item. 15 HP Motor, dual frequency rating with 110V anti-condensation heater Motor contactor with thermal overload. Includes internal 110V auxiliary distribution: 7A/120V/840W MVP Controller (Lab Computer) Power Ratings: Voltage: 1-phase, VAC Current: 5-8A Frequency: 50 or 60 Hz 3U-19 inch Rack Mount, 18 inches deep Weight: 12 kg (26 lbs) MVP Controller Interface Box Power Ratings: Voltage: 1-phase, VAC Current: 5-8A Frequency: 50 or 60 Hz 3U-19 inch Rack Mount, 17inches deep Weight: 14 kg (30 lbs)

8 MVP Installation Guide 4 2 MVP300 SYSTEM SPECIFICATIONS 2.1 OPERATING DEPTH Cable Length 1860m Cable Length 3700m knots* knots* knots knots knots knots NOTE: Ensure sensor(s) are rated for this depth before operations. 2.2 WINCH AND HYDRAULIC POWER UNIT Drum Dimensions: mm (24.0 ) barrel diameter mm (24.75 ) wide mm (40.0 ) flange OD Line Pull: Bare Drum kg (1600 lbs.) Cable: Jacketed Electro-Mechanical, 4 conductor, 3628 kg (8000 lbs.) maximum break strength Hydraulic Winch Motor: Valmet Black Bruin Rotator Motor: White # DT C8540ALAAA Slip Ring: Focal Technologies Hydraulic Pump: Rexroth #AA10VG28HD11/10R-NSC60-F004S Reservoir: 40 litre Stainless Steel Reservoir Oil Viscosity rating (Refer to Chart Section 1.2) : - VG22: -20 C to +50 C (VG stands for Viscosity Grade) - VG 32: -10 C to +60 C ( Standard ) - VG 46: - 0 C to +70 C - VG 68: C to +80 C - VG 100: C to +80 C (The max temperature is limited by the seal Material on the pump shaft.) Maximum operating pressure: 3000 psi (207 Bar) Electric motor: 25 hp TEFC 230/460VAC 60 Hz, 208/416VAC 50 Hz, 3-phase Suction line filter: LHA Element #SPE-15-BTA-10 Footprint: 1.40m x 1.98m (55 x 78 ) excluding boom Height: 3.46m (136 ) Approximate Weight: - MVP kg (3968 lbs.)

9 MVP Installation Guide FREE-FALL FISH MVP300 Single-Sensor Free-Fall Fish Weight: 68 kg (150 lbs.) with sensor, in air Body Length: 908 mm (35.8 ) excluding bridle Body Diameter: 203 mm (8.0 ) Sensor: - AML MVP X SVTP - AML MVP X CTD MVP300 Dual-Sensor Free-Fall Fish Weight: 78 kg (172 lbs.) with sensor, in air Body Length: 907 mm (35.7 ) excluding bridle Body Diameter: 203 mm (8.0 ) Sensor: - AML MVP X SVTP - AML MVP X CTD Multi-Sensor Free-Fall Fish Weight: 88.5 kg (195 lbs.) with sensor, in air Body Length: 1041 mm (41 ) excluding bridle Body Section: 147 mm x 279 mm (5.8 x 11.0 ) Sensor: - AML MVP X SVTP - AML MVP X CTD 2.4 MVP CONTROLLER Minimum requirements (refer to system factory configuration for details) Operating system: Windows 2000 Professional Processor: Pentium 600 or higher Ram: 128 Mb Hard Disk: 5 GB Hard drive Video: 1024x768 SVGA with 64 thousand colors Pointing Device: Microsoft Wheel Mouse Serial ports: 4 serial (RS232) ports Drive: CD-ROM drive and a 1.44 Mb Floppy drive Monitor: 15 Video Monitor Keyboard: PS/2 Keyboard Hardware: Network Card 2.5 POWER REQUIREMENTS Winch Power Ratings Voltage: 3-phase, 4-wire 230/460V ±10%, 58/29A at 60 Hz or

10 MVP Installation Guide 6 208/416V ±10%, 66/33A at 50 Hz NOTE: System supply voltage must be selected at time of order. It is not a field configurable item. 100A main disconnect, circuit breaker 25 HP Motor, dual frequency rating with 110V anti-condensation heater Motor contactor with thermal overload. Includes internal 110V auxiliary distribution: 7A/120V/840W MVP Controller (Lab Computer) Power Ratings Voltage: 1-phase, VAC Current: 5-8A Frequency: 50 or 60 Hz MVP Controller Interface Box Power Ratings: Voltage: 1-phase, VAC Current: 5-8A Frequency: 50 or 60 Hz 3U-19 inch Rack Mount, 17inches deep Weight: 14 kg (30 lbs)

11 MVP Installation Guide 7 3 MVP INSTALLATION PROCEDURE 3.1 PRE INSTALLATION INFORMATION Confirm the MVP system power supply (winch and control system) is compatible with the intended vessel power supply. Refer to the Factory Configuration (section II of the Operations Manual) for MVP settings as shipped. Confirm intended routing of the MVP power cable through the vessel to the vessel power supply. Confirm MVP mounting location has been prepared before installation. User to supply the appropriate grade and quantity of hydraulic oil for the MVP system along with a means to have the oil filtered when filling the reservoir. Refer to the system specifications for further details. Confirm a water supply is available for the MVP hydraulic oil cooler. Confirm an appropriate place is set aside inside the vessel to install the MVP Controller and Controller Interface Box. User to provide the required NEMA strings to be interfaced with the MVP Controller Interface Box. User to install a section of controller interface cable from the installed junction box next to the MVP winch to the installed junction box next to the Controller Interface Box Receiving Shipping Crate Remove packaging from the winch system and visually inspect that no damage has occurred during shipping. NOTE: Notify AML Oceanographic if any damage has occurred. Referencing the shipping list in the Factory Configuration (section II in the Operations Manual) confirm that all components were received. 3.2 INITIAL ASSEMBLY Boom Installation 1. If the MVP unit has the boom removed for shipping, it will need to be installed first. Connect the horizontal section of the boom to the vertical boom section using the six 5/8" bolts supplied (refer to Figure 1). Make sure the rib at the end of the boom is aligned vertically and that nothing gets trapped between the spigot on the horizontal boom section and the recess on the main boom and torque bolts appropriately. The boom should be assembled according to the assembly drawing in the maintenance manual.

12 MVP Installation Guide 8 Figure 1: Boom Section Installation 2. Mount the overboarding sheave to the boom extension using the four ½ bolts supplied and torque bolts appropriately (refer to Figure 2). Figure 2: Overboarding Sheave 3. Using the p-clamps provided, secure the overboarding sheave limit switch cable along the boom horizontal section and place the cable through the hole provided at the end of the boom and attach to the limit switch (refer to Figure 3). Ensure there is enough play in the cable to allow the sheave to flag freely.

13 MVP Installation Guide 9 Figure 3: Overboarding Sheave P-Clamps 4. Attach the cable counter, inner sheave limit switch and load cell (if applicable) cables to the metering sheave (refer to Figure 4). Figure 4: Metering Sheave 5. Secure the boom assembly using the lifting lug labelled Boom Lift Point with a hoist (refer to Figure 5), forklift or crane and raise the boom over the frame. Proceed to lower the vertical section of the boom into its bushing supports on the frame (refer to Figure 6). There are boom stop nuts installed, one secured to the bottom of the boom sprocket and the other attached to the frame. The boom stop nuts are used to prevent the boom from rotating more than 350 degrees and damaging the cables installed between the control box and the boom. Depending on the winch installation on the vessel, the stop nuts can be relocated on the sprocket or on the frame to provide the ideal operating position and to prevent the boom from contacting vessel structures. Figure 5: Boom Lift Point

14 MVP Installation Guide 10 Figure 6: Boom Installation Starting and Finishing 6. Once the boom is lowered into the frame, it is secured by bolting the boom thrust ring to the bottom of the boom (refer to Figure 7). The thrust ring must be installed after the boom has been lowered into the frame; ensure the ring is installed before releasing the boom from the hoisting mechanism used to lower the boom in place. MVP200 MVP300 Figure 7: Thrust Ring Installed on Boom 7. Manually rotate the boom so that the boom is positioned directly over the Control Box, this will assist with installing the boom chain and lifting the system onto the deck. 8. Install the chain for the boom drive by wrapping the chain around the two sprockets and securing with the master link (refer to Figure 8). Install the chain guard by bolting the halves together around the boom and over the chain. Secure the guard to the frame with four bolts. Figure 8: Chain and Chain Guard Installation

15 MVP Installation Guide Continue to run the cables down the boom, over the chain guard and along the frame using the p-clamps provided. Allow enough slack in the cables to be able to rotate around the boom during rotation. Attach the cables to the control box referring to the labels to ensure the cables are connected to the side of the Control Box correctly (refer to Figure 9). Figure 9: Connection of Boom Cables to Control Box 3.3 INSTALLING ON THE SHIP Refer to the following illustration drawings for installation details: (MVP200 General Arrangement) and (MVP300 - General Arrangement) (MVP200 - Bolt down detail) and (MVP300 Weld Down Plates) (MVP200 - Deck Reactions) and (MVP300 Deck Reactions) (MVP200 - Side Deployment Installation of Towing Stay) and (MVP300 Side Deployment Installation of Towing Stay) Mechanical Installation 1. Using the lifting sling provided, connect the sling to the MVP frame with the short lengths attached to the lugs on the top section of the frame at the back and the long lengths attached to the lugs on the lower section of the frame at the front (between the Control Box and the Power Box). Lift and position the winch to the prepared mounting location on the vessel and secure to the deck. The MVP200 bolt down angles are typically bolted to the aluminum frame at each corner and then bolted to the deck (refer to Figure 10). The MVP300 weld plates are typically bolted to the frame at each corner and then welded to the deck.

16 MVP Installation Guide 12 MVP200 MVP300 DO NOT ATTEMPT TO WELD THE ALUMINUM FRAME DIRECTLY TO THE VESSEL S DECK. MVP200 MVP200 MVP300 Figure 10: Installation of MVP - Lifting Position, Bolt Down Angles and Weld Plates 2. If deployment is to take place over the side of the vessel, the boom needs to be perpendicular to the vessel and supported with a stay wire, refer to the side deployment installation drawing (refer to section IV of the Operations Manual heading 2.3). CAUTION: Do not attempt deployments from the side of the vessel without a stay wire. The boom rotator motor (gears) cannot handle side deployment loads. 3. If required, connect the water cooled hydraulic oil cooler to the vessel s designated water source.

17 MVP Installation Guide Running the Tow Cable through the Boom 1. The system was shipped with the cable wrapped around the drum on the MVP200 or wrapped in a small spool on the drum on the MVP300 (refer to Figure 11). Manually unwrap cable from the drum to completely feed through the boom and past the Outer Sheave assembly. CAUTION: Do not remove cable without operating winch controls. Spooling will go out of sync. (MVP300 only) MVP200 MVP300 Figure 11: Tow Cable wrapped on winch drum 2. Run the cable up through the vertical section of the boom (one of the rollers below the Boom Thrust Ring on the MVP300 will need to be removed to install the tow cable up through the vertical section of the boom). Remove the sheave axle bolt and lower the sheave wheel only. Install the cable behind the sheave standoffs and around the Metering Sheave wheel and then along through the horizontal section of the boom. Once the cable has been passed through the Metering Sheave, re-install the sheave wheel and axle bolt with the castle nut secured in place (refer to Figure 12). Figure 12: Installing the Tow Cable around the Inner Sheave and through Boom

18 MVP Installation Guide Continue to run the cable down through the horizontal section of the boom. Remove the sheave axle bolt and lower the outer sheave wheel only (refer to Figure 13). Pass the cable through the Outer (Overboarding) Sheave and down through the cable guide (refer to Figure 14). Proceed to re-install the sheave wheel and axle bolt with the castle nut secured in place. Figure 13: Installing the tow cable in Outer Sheave Figure 14: Installing the tow cable through the Cable Guide 4. Pull all the slack cable through the Outer Sheave so as to leave tension on the drum.

19 MVP Installation Guide Attach the Free Fall Fish to the tow cable as described in the Free Fall Fish Section of the manual (refer to Figure 15). MVP200 MVP300 Figure 15: Installing tow cable on Free Fall Fish Bridle Removing the Metering Sheave for Cable Installation 1. While supporting the sheave from below, remove the load cell assembly (if applicable). If an axle bolt is installed, remove the cotter pin and bolt while at the same time securing the sheave wheel. 2. Pull the sheave wheel out from between the side plates. 3. Put the cable up in between the sheave side plates and ensure that the tow cable is installed behind the sheave standoffs. 4. Insert the sheave wheel back between the side plates ensuring that the cable is sitting in the sheave groove Removing the Overboarding Sheave for Cable Installation 1. To release the sheave for cable installation, remove the bolts from the flagging arm cable guide. Remove the block from the flagging arm and pull apart, this block is held together with pressed plastic bushings. 2. Remove the sheave standoff at the bottom of the sheave assembly. 3. Remove the stainless steel cotter pin and slotted hex nut. While holding the sheave to prevent it from dropping, remove the sheave pin.

20 MVP Installation Guide While securely holding onto the side plates, lower the sheave wheel out of the assembly. Gently allow the sheave wheel to rotate as the sheave is removed. CAUTION: Removal of the sheave wheel will cause the Overboarding Sheave to become top heavy and the counterweight to swing down. This could injure unsuspecting personnel. 5. Position the cable around the sheave and place the sheave back between the side plates. 6. Re-install the sheave pin assembly, securing the nut with the stainless steel cotter pin. 7. Re-install the standoff at the bottom of the sheave. 8. Place the two halves of the flagging arm cable guide around the cable with the two plastic bushings closest to the ground. Align the bushings with the corresponding holes and press together; slide back into place between the flagging arms and re-install bolts Filling Reservoir with Hydraulic Oil Slowly fill the HPU reservoir with ISO VG hydraulic oil as required. If the system is to be used in a very hot climate where the system has no time to cool down, use the appropriate viscosity hydraulic oil. (Refer to chart in specifications section 1.2) NOTE: The oil must be filtered to remove contaminants with a 10-micron filter as the reservoir is filled. Ensure that the shut off ball valve between the reservoir and filter element is in the open position once the oil is installed. The oil level can be read on the sight gauge on the side of the reservoir and should be kept filled up to the upper mark (refer to Figure 16). Figure 16: Oil Reservoir Site Gauge

21 MVP Installation Guide MVP CONTROLLER INSTALLATION The MVP Controller software enables the operator to perform computer automated profiles (based on a specified deployment criterion) with the MVP winch. The software utilizes data received from the winch (embedded controller), the main instrument in the tow body and vessel navigation data (GPS and bottom depth sounder) to launch and recover the Free Fall Fish during a deployment cycle. The MVP Controller software also enables the operator to automatically output sound velocity data to a multibeam system at the end of each profile or the data can be sent manually. Refer to the system interface illustration drawing for connection details (refer to Section IV of the Maintenance Manual) Controller Connections 1. Locate the MVP Controller in a lab or other interior location - DO NOT LOCATE OUTSIDE! Connect the computer and monitor to a 100/220v 50/60 Hz single-phase power source. NOTE: Prior to connecting to the lab power supply, verify that the Controller Computer power supply is configured for the proper voltage. The computer supply voltage may need to be manually configured. The monitor supply voltage is automatically configured. 2. Locate the Controller Interface Box near the MVP Controller (refer to Figure 17) and make the connection to the Main Control Box using the controller interface cable connection. Figure 17: MVP Controller Interface Box and Controller Computer 3. Connect the Fish Interface Serial Out and Winch Interface Serial Out serial communication cables from the Controller Interface Box to the RS232 ports on the MVP Controller Computer. Typically, the fish interface serial out data is connected to COM 3 and the winch interface serial out data is connected to COM 4 (refer to Figure 18).

22 MVP Installation Guide 18 Figure 18: MVP Controller Computer Rear Panel 4. Connect the vessel s Navigation System to one of the RS232 ports (typically COM2). NOTE: The raw NMEA 0183 data streams are not compatible with RS232. They must be conditioned through an external device to present proper voltage levels. 3.5 CABLING CONNECTIONS Electrical Power Connection The winch has either a 15 Hp (MVP200) or a 25 Hp (MVP300) three-phase 50/60 Hz electric motor. Connect the power cable from the High Power Electrical Box to the vessel s power supply (refer to section 1 and 2 for system voltage configuration). Ensure that there is adequate power available at the breaker. Refer to section 1 and/or 2 for system specifications Controller Interface Cable Connection 1. The Controller Interface Cable needs to be installed on the vessel between the MVP winch and the Controller Interface Box. 2. Proceed to secure and connect the cable to the MVP winch (refer to Figure 19). Figure 19: MVP Controller Interface Cable Connection to the Control Box

23 MVP Installation Guide Connect the other end to the Controller Interface Box (refer to Figure 20). Figure 20: MVP Controller Interface Box Controller Interface Cable Connections 4 MVP SYSTEM START UP 4.1 ELECTRIC MOTOR START UP Ensure the rotation of the electric motor is correct (matches arrow label on motor) when the winch is briefly turned ON, then OFF, using the manual motor run switch on the High Power Electrical Box. NOTE: Ensure there is oil in the reservoir and that the shut off ball valve between the reservoir and the filter element is in the open position. Running the system in the wrong direction will damage the hydraulic pump and contaminate the hydraulic system. 4.2 MVP CONTROLLER COMPUTER SET UP 1. Turn the MVP Controller Computer and Controller Interface Box power ON. 2. Start the MVP Controller software by double clicking on the MVP icon on the desktop window. 3. Verify all the system configuration parameters are set up properly (or as expected) to interface to all incoming and outgoing data from the MVP Controller Computer. 4. Verify receipt and decoding of the bottom depth, GPS position, vessel speed and GPS time telegrams from the vessels NAV are being displayed properly in the deployment data panel. 5. Verify winch communications can be observed in the Debug/Winch interface window then close the window. 6. Verify instrument communications can be observed in the Debug/Fish interface window then close the window.

24 MVP Installation Guide 20 5 FASTENER TORQUES The following tables give recommended values for fastener torques. Use these values unless specific values are given for specific fasteners. Recommended Torque Values for 304 Stainless Steel Fasteners Bolt Size Dry Torque Nm [foot pound] [2] [2.7] 1/ [6] 1/ [8] 5/ [11] 5/ [12] 3/ [20] 3/ [22] 7/ [31] 7/ [33] 1/ [43] 1/ [45] 5/ [93] 5/ [104] 3/ [128] 3/ [124] [287] [259] NOTE: Torque values are for dry threads only. For plated threads reduce torque values by 40%. This table is only valid for 304 stainless steel. Useful Conversions: Lbf-ft x = Nm Nm x = lbf-ft Nm x = lbf-in

25 MVP Installation Guide 21 Suggested Assembly Torques for Plated Bolts in Foot Pounds [Inch Pounds] Diameter TPI Dry Threads Lubricated Threads 1/ [108] 5 [60] [120] 6 [72] 5/ [205] 10 [120] [240] 12 [144] 3/ [370] 19 [230] [420] 21 [250] 7/ [600] 30 [360] [395] 1/ [540] [610] 9/ / / / / / / / M Nm [81 lbf-ft] M Nm [202 lbf-ft] M Nm [256 lbf-ft] M Nm [402 lbf-ft] M Nm [542 lbf-ft]

26 MVP Installation Guide 22 6 Contact AML Oceanographic Service To request an RMA or technical support service@amloceanographic.com Phone: Phone: (NA) Fax: Sales For all general sales inquiries sales@amloceanographic.com Phone: Phone : (NA) Fax: Website Pacific Location AML Oceanographic 2071 Malaview Ave. Sidney, BC V8L 5X6 Canada Atlantic Location AML Oceanographic 800A Windmill Rd., Unit 6C Dartmouth, NS B3B 1L1 Canada