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[]
[]
[]
[null,null,null,null,null,null,"Teledyne Reson T50-S "]
[null,null,null,null,null,null,"Multibeam Inspection Checklist"]
[]
[null,"Customer: ",null,null,null,null,"Date of Inspection: ",null,{"$f":"NOW()","v":"2019-11-02T20:28:34.300"}]
[null,"Job Number: ",null,null,null,null,"Pre/Post Rental: "]
[null,"Asset Number: ",null,null,null,null,"Serial Number: "]
[null,null,null,null,null,null,"Checked by: ",null,{"$f":"Username()","v":"Unique"}]
[]
[null,null,null,null,null,null,null,null,null,"PASS","FAIL","N/A"]
[null,"Check all items and cables with system have been returned."]
[null,"Inspect all the projectors and receivers. Pay attention to the bulkhead connectors and the transducer faces for damage, leaks or corrosion."]
[null,"Meter and megger the processor - transmitter and processor to receiver cables. Do the same with the processor to minisvs cable and aux port cable if supplied with the system.\nEnsure that the cables are discharged correctly when meggering and prior to being plugged into the system."]
[null,"Remove the aux port and lan2 port protective caps on the processor bottle and ensure no damage to pins."]
[null,"Plug each receiver cable (blue) into a receiver transducer and then connect one receiver to rx1 and the other receiver to rx2 port on bottle"]
[null,"Plug black projector cables into each projector and then into the tx1 and tx2 ports on bottle."]
[null,"Plug 5M tail into Aux port bulkhead on bottle. You will need to use a terminal block on the tail to connect pps in, time and motion lines. For motion and time, connect a d type for both. Follow Bottle pin out diagram on page 101 of Seabat T-Series Subsea Operators Manual Version 7."]
[null,"Connect a rs232 motion string (TSS1, 115200 baud rate 50hz update rate minimum) to the aux port cable motion wires"]
[null,"Connect a rs232 zda time string ($GPZDA, 115200 baud rate, 1hz update rate) to the aux port cable time wires"]
[null,"Connect a pps cable to the pps in and pps return wires of the aux port cable. A TTL signal can be supplied from a signal generator but for more accurate timing (and for software to be more likely to sync the time and pps accurately) its best to use a pps signal from a gps system like a Hemisphere, Trimble or POSMV."]
[null,"If you have mounting bracket for the t50 heads then mount them in the bracket and then deploy heads in the test tank - otherwise deploy them in a large bucket of water with the projectors and receivers sitting in the approximate orientation they would be in a bracket"]
[null,"Connect the dedicated T50-S minisvs cable from svs port on bottle to a minisvs. Ensure minisvs is set to format 1234.567m/s (commnd #082;3 in hyperterminal) and to cycle \"as fast as possible\" using command M in hyperterminal. Note baud rate minisvs is set to and then put it in tank."]
[null,"Ensure all bulkhead connectors on bottle are securely mated with their interface cables and also deploy bottle either in tank or in a large bucket of water to keep it cool whilst testing."]
[null,"Using direct test power / comms cable supplied with unit connect the 13 subcon end to the host bulkhead on the bottle and the ethernet cable to a laptop. Ensure the 48VDC 10A supply with the system is used to power it especially if using a dual head system as it will draw a maximum of 8A with full power on."]
[null,"Ensure Sonar UI is installed on laptop and set pc lan card to 10.11.10.5, subnet mask: 255.255.255.0. Ensure network card speed is set to auto (the system should auto set it to 1GB connection when T50-S System is connected)"]
[null,"Apply power to system and open up command prompt - type ping 10.11.10.1 /t and system should reply once its connected. \nAt this point open the Sonar GUI and the system should go through the normalisation check (if not - click the norm button on top taskbar to force it to normalise).\n\nThe system has a \"autoconfig\" feature that when it normalises it detects the type of transducers and frequency of them thats connected to it and loads the correct file from with its file list for that type of system eg 400khz T50-S for single head or T50-R IDH (400Khz) for a dual head plugged into the processor.\n\nThe system will show on top taskbar what configuration of system it has detected. To begin with as dual head mode is being testing ensure it says T50-S IDH 400Khz. Norm button on top taskbar should go green when normalisation is complete."]
[null,"Ensure in the dropdown box next the service button on taskbar that the LAN1 host port address of the bottle 10.11.10.1 appear to confirm connect to bottle. If not, type it in manually and press return. The LAN2 port on the bottle is set as default to 10.11.10.2 (although a seperate cable wired in the LAN2 connector type would be required to communicate on this port (for data transfer)."]
[null,"In the hardware pane set the cable length to 3M - this will be the processor bottle to transducer cable length."]
[null,"Click the licence key tab on far right taskbar in the Sonar UI software and take screenshot of enabled licences on system bottle."]
[null,"Click the \"I\" information tab next to licence icon on taskbar and note the GUI version (5.0.0.13 and 7KCentre version 6.3.0.12 (this is on the bottle). Take screenshot of it."]
[null,"In Application settings section take screenshot on window showing computer name and LAN1 And 2 port addresses. Give window a few moments once opening to populate information."]
[null,"Also in hardware pane ensure enable roll stabilisation is ticked and motion format and baud of string being fed in bottle aux port is correct."]
[null,"Set the sv port format and parameters to match sv sensors settings. Set motion port format and baud rate. Set time format and baud rate."]
[null,"Ensure in the IO tab that time (port 1, serial, generic zda + 1PPS and correct baud rate are selected, sound velocity comm3 (SV port on bottle), serial and Valeport miniSVS format are ticked, motion, comm2 on bottle aux port, tss1, serial and 115200 are enabled "]
[null,"Click the service tab  on top taskbar then select IO Module QC Tab. Ensure that the sv, time and motion are coming into the software and being accepted (data will have green icon if its being accepted by the system). It may be neccesary to restart the system with all the inputs already plugged into the bottle to get them all synchronised together initially"]
[null,"Check the PPS led on the top taskbar is green to confirm pps is being received and accepted."]
[null,"Check roll stab on top taskbar is green."]
[null,"In main tab on bottom taskbar set the range to minimum 3M range and switch power on to low level. Slowly ramp the power up and set the gain, pulse length and power levels so that the side of the tank can be tracked well if heads are in mounting frame. If they are in bucket then this won't be posisible but the transmission tests as described in manual can be performed."]
[null,"If no mounting bracket used and transducers are to be deployed in bucket then section B6 - System Check of SeaBat T-Series Subsea Operator's Manual Page 110 Version 7 should be followed. This check can also be followed as an extra check even when transducers are in mounting bracket."]
[null,"With the test cable provided the system will likely autoset speed to 100mb sec which shows as a NIC network bandwidth error in the IO module of the status tab in \"Service\" area of software. We have ensured this goes away and the system is auto set its netwok speed to 1GB as expected when we check the T-50 single or dual head through the Innova Mux Channel 1 or 2 (which are dedicated high spec cables and GB channel on these ports).\n\nCheck dual head system through Innova Mux if possible. Mux channel 1 or 2 to T50-S processor bottle cable has been made previously for Unique stock. The T50 transducers still interface to the bottle subsea then the one cable goes from Host port on subsea bottle to the Mux.\nThe NIC error will disappear when used through the mux as it will auto set the bottle and pc to a 1GB connection."]
[null,"In advanced tab on bottom taskbar check system in cw and fm pulse type. Ensure sv is correct in main window and that sv overide tickbox isn't ticked."]
[null,"Take screenshots showing the data being received by the system in the tank and with all inputs to the system being accepted in the IO Module QC Section and the button on top taskbar 1pps, roll stab and norm all green."]
[null,"Within Service Section of software click on status tab and ensure all system sections in left diagram are green. Take screenshot of this then click the \"save snapshot\" button to save all the system information, voltages etc at this moment in an html file format that can be viewed in a web browser. Ensure this file is saved into the ax asset folder."]
[null,"Power system down and remove one set of projector and receiver from the bottle (remove those plugged into the TX2 and RX2 bulkheads and install dummy plugs in those bulkheads. Deploy system back in tank and power it up. This time when the Software performs a normalisation upon starting the sowftware, it should auto detect that its now a single head system thts plugged in and changed the T50-S 400khz when normailating in the normalisation box and then on top section header in software show \"t50-S (400khz) instead of dual head 400Khz IDH as before."]
[null,"Ensure system performs as expected in tank in single head mode."]
[null,"Record Software Version on USB Stick (as installed on laptop):"]
[null,"Record software Version on Bottle:"]
[null,"Record 7KCentre Version on Bottle (as confirmed in \"I\" icon in software when system powered up):"]
[null,"Record versions of manuals provided with system in pdf format:\n\n\n\n\n\n\n"]
[null,"Ensure there is a copy of the processor bottle licence file saved on the usb provided."]
[null,"Ensure system is clean and presentable then pack back in their transit cases"]
[null,"Ensure all screenshots are saved in AX asset folders"]
[]
[null,"Qty","Package unit in transit case complete with:",null,null,null,null,null,null,null,"Tick as required"]
[null,2,"Subsea Processor Bottles"]
[null,2,"Blanking caps each c/w o rings (1x aux port, 1 x lan2 port)"]
[null,1,"13 Pin Female Subcon Dummy Plug c/w locking collar"]
[null,2,"13 Pin Male Subcon Dummy Plugs c/w locking collars"]
[null,1,"6 Pin Male Microsubcon Dummy Plug c/w locking collar"]
[null,2,"8 Pin Male Microsubcon Dummy Plugs c/w locking collars"]
[null,3,"Receiver transducers c/w cable clamp and 4 x allen mounting bolts"]
[null,3,"Projector transducers c/w dummy plug and 2 x allen mounting bolts"]
[null,3,"3M Black Subsea Bottle - Projector interface cables (8 Pin Microsubcon - 8 Pin Microsubcon)"]
[null,3,"3M Blue Subsea Bottle - Receiver interface cables (13 Pin Subcon - 13 Pin Subcon)"]
[null,1,"3M Aux Port Bare ended tail"]
[null,1,"SVS Port - MiniSVS Processor interface cable (6WM-6WM Microsubcon)"]
[null,1,"Direct Comms Test Cable (RJ45 cable + Power Banana Plugs - 13 Pin Female Subcon)"]
[null,1,"48VDC 10A Power Supply"]
[null,2,"13 Pin Female Subcon Tails c/w locking collars (For Client creating Interface Cable - Mux)"]
[null,1," Official 13WF Subcon Bulkhead Connector (For installation to client Mux Bottle If required)"]
[null,1,"USB Stick containing latest software + manuals"]
[null,1,"System Quickstart Document"]
[null,1,"Set of wiring diagram for Bottle Aux port and Host Port Pin Outs"]
[null,5,"Black Plastic Transit Cases"]
[]
[null,"Comments:"]