Preview only show first 10 pages with watermark. For full document please download

H300 Mkii - Naval Technology

   EMBED


Share

Transcript

H300 MKII 300m ROV for subsea inspection & observation Main advantages ROV depth rated to 300 meters Powerful, while compact in size High performance viewing system Highly equipped in standard version Modular and flexible design; options simple to add Easy access to all sub-systems for maintenance Configure according to your needs! The control unit includes a power supply module. The umbilical cable (maximum length 400m) can be housed on a manual winch, easy to transport, and equipped with a slip ring assembly. A single and ergonomic hand controller allows the control of both the ROV and a 5 function manipulator arm. www.ecahytec.com H300 MKII 300m ROV for subsea inspection & observation VEHICLE Performance Movements Forward speed Operating depth Stability Payload : in three axis, plus rotation on its own axis : 3.5 knots (in 0 knot current) : 300 meters in sea water : inherent low center of gravity : 8 kg with removal of whole ballast General characteristics Dimensions (mm) : 900 L x 470 H x 600 W Weight in air : 70 kg excluding optional equipment Material : polypropylene frame, stainless steel fittings Navigation TV camera VS300 Low light B/W on top part of vehicle: - lens : 3.6 mm / F1.6 ; angle of view: 68° - resolution : 570 TV lines - sensitivity : 0.01 lux Headlights VSELED4000 - Two LED lights (4000 lumen), variable intensity Sensors Heading : 3 axis magnetometer sensor / Precision: +/- 1% : auto heading function : piezoresistive type sensor / Precision: 0.1% full scale : auto depth function : inside temperature - Water ingress - Amperage feedback Depth Propulsion Horizontal : 2 thrusters; forward thrust: 34 kg Vertical : 1 thruster; thrust: 17 kg Lateral : 1 thruster; thrust: 17 kg Each thruster is equipped with a brushless motor. Other sensors Telemetry unit Communication through RS485 data unit Advanced power management system Extra data link for sonar. Optional skids - 5 function hydraulic manipulator arm BMHLK2H300 - Single or double piece “Didson” type sonar DIDSONSKID - HY0834200 - Metal detector MD1H300X - Side scan sonar SN5H300 - NDT (CP + thickness + brush) NDTSKIDH300 - HY1207900 - MS1000 scanning sonar SNMS1000H300 Viewing system Inspection TV camera VS1673DL3SI Colour (PAL or NTSC) zoom camera mounted on external P/T unit VSPTH300 (Pan 140° ; Tilt 120°), with two lights: - lens : 10 x zoom (2.5-25 mm) / F1.8 - resolution : 460 TV lines - minimum illumination : 1.5 lux at F1.8 - shutter : electronic, adjustable 1/3 to 1/10 000 sec - laser 2D measurement : two integrated laser diodes 1 mW - two LED lights (4000 lumen), variable intensity VSELED4000 Optional equipment - Navigation and profiling sonar - 2 function electric manipulator arm BME2H300 - VSPN 304 digital still camera with VSF303 flash gun EVNH300-2 - LBL or USBL positioning system - Xenon strobe recovery unit EECL0000204 - Altimeter (comes with auto altitude function) ALTH300 / ALT2H300 - Rear B/W TV camera VS300H300AR - 30 kg dead weight LEST30KH300 - Acoustic pinger EDET0000071 SURFACE CONTROLS The PC, with 15 " TFT LCD screen, allows: A 19 200 bauds communication with vehicle, RS485 format Scroll-down menus on the screen for: - camera parameters: video gain, electric shutter, white balance - auto heading and auto depth - digital still camera controls - recording of photos on hard disk - self-diagnosis of whole system - control of lights (on/off, intensity) Selection of video signal from camera (inspection/navigation/still) Display on the screen of TV image, navigation parameters, amps & voltage, fault indicators. Dimensions (mm): 564 L x 900 H x 500 W - Weight: 70 kg Operating conditions Operating Temperature : 0° to +50°C Storage temperature : -10° to +60°C Humidity : 90% Umbilical cable Length Diameter Weight in air Volumic mass Buoyancy Strength Connector OMB300H300S10X : 300 m : 19.5 mm : 0.30 kg/m : 0.99 kg/dm3 : positively buoyant in water : 300 kg operational traction : Subconn type Winch TMO450 Storage capacity : 310 m of 19.5 mm cable Dimensions (mm) : 820 L x 750 H x 840 W Weight with 300 m cable : 110 kg Also available in ATEX version, certified Ex pz II A T4 Hand box controller HY0828100 - 4 axis joystick for ROV movements, with a POV (Point of View) for the P/T unit controls and 4 axis joystick for the manipulator arm. - Switches for colour TV camera controls (zoom, focus). E C A H Y T E C TM i s a T r a d e m a r k o f E C A R O B O T I C S - D e s i g n a n d s p e c i f i c a t i o n s s u b j e c t t o c h a n g e w i t h o u t n o t i c e ECA ROBOTICS S.A.S. 501, rue de la Croix de Lavit - B.P. 4403 34197 Montpellier Cedex 5 - FRANCE Tel: +33 (0)4 67 63 64 00 - Fax: +33 (0)4 67 52 14 88 - Email: [email protected] - Web: www.ecahytec.com ECA ROBOTICS 02/2013 Control unit VSRH300MKII Incorporates a PC, the power supply module and a digital recorder. Racked (19 ") in a shockproof case with removable front and rear covers ; IP 52 H800 800 m ROV for subsea inspection & light work NDT skid Configure according to your needs! (CP + Thickness + Brush) Main advantages 5-function manipulator arm skid !"#$%&'(#)*'%$#'+#,--#.%'%)/ "%)0#&+1%)234#56#'()3/'%)/78#1(94%#:+.&*:'#9;#/9<% =9>(#&%)2+).*;:%#?9%19;>#/0/'%. =9>(40#%@39&&%$#9;#/'*;$*)$#?%)/9+; A+$34*)#*;$#24%B9C4%#$%/9>;D#+&'9+;/#*;$#/E9$/# /9.&4%#'+#*$$ F*/0#*::%//#'+#*44#/3CG/0/'%./#2+)#.*9;'%;*;:% www.ecahytec.com H800 800 m ROV for subsea inspection & light work TECHNICAL SPECIFICATIONS VEHICLE Performance A+?%.%;'/ I+)1*)$#/&%%$# !&%)*'9;>#$%&'(# M'*C949'0# N*04+*$# Navigation TV camera "MP-H#9;#'()%%#*B%/8#&43/#)+'*'9+;#+;#?%)'9:*4#*B9/ H#JKL#E;+'/#59;#<%)+#E;+'#:3))%;'7 H#,--#.#9;#/%*#1*'%) H#9;(%)%;'8#$3%#'+#4+1#:%;'%)#+2#>)*?9'0 H#OO#E>#19'(#)%.+?*4#+2#C*44*/' H#*)+3;$#P-#E>#.+)%#19'(#9;:+)&+)*'9+;#+2#*$$9'9+;*4#C3+0*;:0 "%)0#4+1#49>('#_WV#+;#'+&#&*)'#+2#?%(9:4%#5*4/+#.+3;'*C4%#+;#)%*)#&*)'7H G#4%;/# H#PK6#..#W#IOK6#D#*;>4%#+2#?9%1H#6,] G#)%/+43'9+;# H#LU-#\"#49;%/ G#/%;/9'9?9'0# H#P#B#O-GJ#43B#*'#IOKJ Headlights G#\1+#TFQ#49>('/#5J---#43.%;78#?*)9*C4%#9;'%;/9'0# General characteristics Q9.%;/9+;/#5..7# V%9>('#9;#*9)# A*'%)9*4# H#RRS#T B#US-#V#B#LLO#= H#RR#E>#%B:43$9;>#+&'9+;*4#%@39&.%;' H#&+40&)+&04%;%#2)*.%8#/'*9;4%//#/'%%4#29''9;>/ Sensors =%*$9;> H#P#*B9/#.*>;%'+.%'%)#/%;/+)#G#N)%:9/9+;#`WG#Oa#G# Y3'+#(%*$9;>#23;:'9+; Q%&'( H#N9%<+)%/9/'9?%#'0&%#/%;/+)#G#N)%:9/9+;H#-KOa#2344#/:*4%#G# Y3'+#$%&'(#23;:'9+; !'(%)#/%;/+)/#H#Z;/9$%#'%.&%)*'3)%#G#V*'%)#9;>)%//#G#Y.&%)*>%#2%%$C*:E Propulsion 6B#$:#'()3/'%)/ I+)1*)$#'()3/'# T*'%)*4#'()3/' "%)'9:*4#'()3/' Optional equipment H#JB#(+)9<+;'*4#5?%:'+)%$7#W#SB#?%)'9:*4# H#LR#E> H#SU#E> H#PJ#E> Telemetry unit X+..3;9:*'9+;#'()+3>(# MJ,L#$*'*#3;9'#G#Y$?*;:%$#&+1%)#.*;*>%.%;'#/0/'%.#G FB')*#$*'*#49;E#2+)#/+;*)#*;$#.34'9C%*.#/+;*) Viewing system Inspection TV camera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bM_T &+/9'9+;9;>#/0/'%.# G#c%;+;#/')+C%#)%:+?%)0#3;9' G#Y4'9.%'%)#5:+.%/#19'(#*3'+#*4'9'3$%#23;:'9+;7 G# %*)#_WV#\"#:*.%)* G#P-#E>#$%*$#1%9>(' G#Y:+3/'9:#&9;>%) Optional skids G#L#23;:'9+;#(0$)*349:#+)#%4%:')9:#.*;9&34*'+)#*). G#M9;>4%#+)#$+3C4%#&9%:%#9.*>9;>#/+;*) G#A%'*4#$%'%:'+) G#M9$%#/:*;#/+;*) G#[Q\ /%;/+)/#5X*'(+$9:#N)+'%:'9+;8#\(9:E;%//7#`#_)3/( SURFACE CONTROLS Control unit Hand box controller Z;:+)&+)*'%/#*#NX#*;$#*#$9>9'*4#)%:+)$%)K# *:E%$#5ORd7#9;#*#/(+:E&)++2#:*/%#19'( )%.+?*C4%#2)+;'#*;$#)%*)#:+?%)/D#ZN LS G#J#*B9/#^+0/'9:E#2+)# !"#.+?%.%;'/8#19'(#*#N!"#5N+9;'#+2#" 9%17#2+)#'(%#NW\ 3;9' :+;')+4/#*;$#J#*B9/#^+0/'9:E#2+)#'(%#.*;9&34*'+)#*).K# G#M19':(%/#2+)#:+4+3)#\"#:*.%)*#:+;')+4/#5<++.8#2+:3/7 Q9.%;/9+;/#5..7H#LSJ#V#B#JRR#=#B#P6-#Q#G#V %9>('H#JS#E> Operating conditions !&%)*'9;>#'%.&%)*'3)% M'+)*>%#'%.&%)*'3)%# =3.9$9'0# N+1%)#/3&&40#)%@39)%$# H#-]#'+#`#L-]X H#GO-]#'+#`6-]X H#R-a H#PGP,-"#YX#D#,#f"Y Umbilical cable T%;>'(#*;$#!Q# !&'9+;*4# _3+0*;:0 X+;;%:'+)# H#L--#.#B#ORKL#..# H#,--#.#B#OU#..#19'(#29C%)#+&'9:#2+)#$*'*#*;$#?9$%+# H#N+/9'9?%40#C3+0*;'#9;#1*'%) H#M3C:+;;#'0&% Winch H#!&'9+;*4 E C A H Y T E C TM i s a T r a d e m a r k o f E C A R O B O T I C S - D e s i g n a n d s p e c i f i c a t i o n s s u b j e c t t o c h a n g e w i t h o u t n o t i c e ECA ROBOTICS S.A.S. 501, rue de la Croix de Lavit - B.P. 4403 34197 Montpellier Cedex 5 - FRANCE Tel: +33 (0)4 67 63 64 00 - Fax: +33 (0)4 67 52 14 88 - Email: [email protected] - Web: www.ecahytec.com ECA ROBOTICS 10/2012 \(%#NX8#19'(#OUd#\I\ TXQ#/:)%%;8#*44+1/#*#OR#S--#C*3$/#:+..3;9:*'9+;#19'(#?%(9:4%8 MJ,L#2+).*'#/:)+44G$+1;#.%;3/#+;#'(%#/:)%%;#2+)H G#:*.%)*#&*)*.%'%)/H#?9$%+#>*9;8#%4%:')9:#/(3''%)8#1(9'%#C*4*;:% G#*3'+#(%*$9;>#*;$#*3'+#$%&'( G#$9>9'*4#/'944#:*.%)*#:+;')+4/ G#)%:+)$9;>#+2#&(+'+/#+;#(*)$#$9/E G#/%42G$9*>;+/9/#+2#1(+4%#/0/'%. G#:+;')+4#+2#49>('/#5+;W+228#9;'%;/9'07 M%4%:'9+;#+2#?9$%+#/9>;*4#2)+.#:*.%)*#59;/&%:'9+;W;*?9>*'9+;W/'9447 Q9/&4*0#+;#'(%#/:)%%;#+2#\"#9.*>%8#;*?9>*'9+;#&*)*.%'%)/8#*.&/#e#?+4'*>%8#2*34'#9;$9:*'+)/K