US10000高精度0.05%压力传感器

EUMA0405Phase Cut & 0-10V Dimming ControllerUser ManualMarch, 2016SHANGHAI EUCHIPS INDUSTRIAL CO.,LTD- Please read this manual carefully before using products- Please keep the product instructions for inspectionCatalog1 Summary (3)1.1 Ordering Information (3)2Product Features (3)3Technical Parameters (4)3.1 Equipment size(mm) (4)4Function Show of the product (4)5LCD function (5)5.1 Control Mode (7)5.1.1 EU-BUS mode (7)5.1.2 DMX/RDM mode (7)5.1.3 DALI mode (7)5.1.4 Manual mode (7)5.2 Output mode (8)5.2.1 Channel Set (8)5.2.2 Fade Time Set (8)5.2.3 Threshold Set (8)5.3 Time Event(Only for EUMA0405-DDLT) (8)5.3.1 All Event (9)5.3.2 Create Event (9)5.3.3 Delete Event (10)5.3.4 Event Manage (10)5.4 System Setting (10)5.4.1 Time Setting （Only for EUMA0405-DDLT） (10)5.4.2 Factory Reset (10)5.4.3 Backlight (10)5.5 System Info (11)6Emergency Switch Function (11)7Wiring Diagram (11)8Event Case (12)1 Summary●Each circuit is equipped with emergency switch that control full brightness (100%) output function ●Can save up to 8 events●Standard 35 mm din rail, convenient installation3 Technical Parameters4 Function Show of the productFigure 1Figure 2 Figure 3FunctionConfirm key, confirm the selected state, enter the option to set the state Return key, return to the upper menu, exit the option to set the state5.1.1 EU-BUS modeIn the current mode, the output signal is controlled by EU-BUS command, the host computer can scan equipment, assign the box number, read parameters, update the firmware of equipment, achieve group and scene control . The device can operate according to the instruction of the upper computer.Select the EU-BUS mode, press the “ENTER” can view the device model, the box number, serial number (GUID), press “BACK” to return to the upper menu.Figure 45.1.2 DMX/RDM modeIn the current mode, the output signal is controlled by DMX. Press”ENTER”，then set DMX address for each channel . The X value can be set from 1 to 511. The addresses of 4 channels can be continuous or discontinuous, such as 1, 2, 3, 4, or 1, 5, 8, 9. That is to say, the addresses of the 4 channels are independent, but for any channel，the addresses of AC MOSFET phase cut channel and the corresponding 0-10V DC channel are the same. In addition, the addresses of 4 channels can be the same, so that they can be controlled simultaneously.When using RDM(2009), the upper computer can scan the device, and assign the address, read the parameters.Figure 5 Figure 65.1.3 DALI modeThe output signal is controlled by the DALI command in this mode. The address of the DALI mode is defined by the system itself and can be modified by the host computer. The addresses of 4 circuits are independent of each other, but the address of AC MOSFET for each circuit is the same as the corresponding 0-10V DC channel.Figure 7 Figure 85.1.4 Manual modeIn the current mode, the output brightness level of 4 channels can be manually set via the button and LCD. The X is brightness of each channel, range of 0-100%.Figure 9 Figure 105.2.1 Channel SetIn the current mode, each channel supports three functions:Figure 13 Figure 14Figure 15 Figure 16 5.3 Time Event(Only for EUMA0405-DDLT)5.3.1 All EventSet all the events are valid or invalid.Figure 17 Figure 185.3.2 Create EventClick "ENTER" to create the event, you can set if this event is valid, and the task of the event ,the trigger time. Only the event and All event are valid, the task will be triggered at the preset time.When the event is created, the system automatically names and saves the event, followed by 1,2,3,....... System can save up to 8 events.Note 1:The System Info will show the event details.5.3.2.1 EventSet whether this event is valid. Only All Event and Event are valid, the event will be triggered.Figure 19 Figure 205.3.2.2 Channel SelectSelect the channel to be triggered, you can choose one or more channels.Figure 21 Figure 225.3.2.3 Event TimeSet the time to trigger events, including the month, day, week, hour, minute, second.Figure 23 Figure 24 Figure 25Note 1:When creating the event, if you forget to set Event Time, then, default the time of creating event as the trigger time.Note 2: You must set date and week items. Only when both of them are satisfied, the event will be triggered.5.3.2.4 Event PurposeSet the event task. In this device, the content of the task is the output brightness, you can set the output brightness of 4 channels separately. The range of brightness is 0-100%Figure 26 Figure 27 5.3.3 Delete EventPress “ENTER ” to enter the delete event mode, you can cancel the event that has been set up.Figure 28 Figure 29 5.3.4 Event ManagePress “ENTER ” to enter the event management interface, you can view and modify the event has been set up.Figure 30 Figure 31 5.4 System SettingAfter entering the system settings, you can set the current time, turn on or off the backlight and restore the factory settings.5.4.1 Time Setting （Only for EUMA0405-DDLT ）You can set the current time. Press "UP" and "DOWN" button to set the time, and press "ENTER" to save, then press "BACK" to exit.Figure 33 Figure 34 5.4.2 Factory Reset Press ENTER to choose whether to reset factory settings.Figure 34 Figure 35 5.4.3 BacklightEUMA0405-DDL:When the backlight is set to "ON",the display unattended operation over 60s, LCD will show “EUMA0405”. After 60s, LCD will automatically enter the sleep mode, press any key to end the sleep mode, enter the setting state.EUMA0405-DDLT:When the backlight is set to "ON", the display unattended operation over 60s, LCD will enter clock mode，show the current time and date. After 60s, LCD will automatically enter the sleep mode, press any key to end the sleep mode, enter the setting state.When the backlight is set to "OFF", the display will remain the current setting state.Figure 36 Figure375.5 System InfoFigure 38 Figure 39 Figure 40 Figure 41In this menu, the current system information can be displayed, which is shown as follows:Page 1: control mode and output typePage 2: control mode and fade timePage 3: control mode and thresholdOthers except the last page: event status and event contentLast page: product model and the current time6 Emergency Switch Function4 channel output, each channel corresponds to a button. If the channel has output, press the button to switch off the 0-10V channel and the corresponding phase cut channel output. If the channel doesn’t have output, press the button to switch on the 0-10V and the corresponding phase cut channel output.7 Wiring DiagramEUMA0405 dimming module signal port can be connected to EU-BUS network, DMX512/RDM or DALI master, and also can be access to Dynalite system via the Dynalite gateway. This device outputs 4 DC0-10V signal and 4 AC phase cut signal. EUMA0405 device can drive 4 channel DC0-10V dimming power supply and 4 channel phase cut dimming power supply at most.The maximum current of each channel of 0-10V is 20mA, the maximum number of 0-10V dimming power which can be connected to each channel is determined by signal interface current consumption.The maximum number of the phase cut dimming power supplies which can be connected to each channel is determined by watts and PF, such as, the power factor of the filament lamp is 1, the max load of each channel is5*220V*1=1100 watts, but at present, the LED lamp is widely used, the PF of led dimmable lamps and dimmable drivers is low, it is recommended that the power of each channel is not more than 800 watts. When the impactcurrent of phase cut dimmable lamps or drivers is more than 100A,the device may protect themselves and can not start (Impact protection function is provided to avoid broken),the fault information will be shown at LCD. In this situation, please set longer fade time to restart the device slowly.8 Event CaseThe following example details the event settings. For example, the phase cut channel 1 output 80% brightness at 8:00pm in April, from Monday to Friday. The setting method is as follows ： 1. Set All Event to ON by pressing “ENTER”Figure 43 Figure 44 Figure 452. Enter the Create Event, set Event to Enable by pressing “ENTER”.3. Press “DOWN” to enter Event Channel ,select the event channel, then, press “BACK” button to returnFigure 464. Enter the Event Time, set the trigger time, then, press “BACK” button to return◆Hour,minute,second:20:00:00Figure 47◆Weeks :from Monday to FridayFigure 48 Figure 49◆Months: AprilFigure 50 Figure 51◆Dates: AllFigure 52 Figure 53 Note：All dates must be selected.5. After setting up, the system automatically saves and named Event16. Enter the Event Manage to check or modify the event settings。

Package‘casino’October12,2022Type PackageTitle Play Casino GamesVersion0.1.0Description Play casino games in the R console,including poker,blackjack,and a slot machine.Try to build your fortune before you succumb to the gambler's ruin!License MIT+file LICENSEURL https://anthonypileggi.github.io/casino,https:///anthonypileggi/casinoBugReports https:///anthonypileggi/casino/issuesEncoding UTF-8LazyData trueRoxygenNote6.1.1Imports magrittr,dplyr,tibble,tidyr,purrr,crayon,R6,ggplot2,utilsSuggests knitr,rmarkdown,beeprVignetteBuilder knitrNeedsCompilation noAuthor Anthony Pileggi[aut,cre]Maintainer Anthony Pileggi<********************>Repository CRANDate/Publication2019-01-1717:40:03UTCR topics documented:Blackjack (2)Deck (3)delete (3)play (4)12Blackjack Player (4)players (4)play_blackjack (5)play_poker (5)play_slots (5)play_sound (6)Poker (6)setup (7)Slots (7)Index9 Blackjack Blackjack R6ClassDescriptionBlackjack R6ClassUsageBlackjackFormatAn object of class R6ClassGenerator of length24.Examplesset.seed(101315)setup()#sit at the blackjack tablex<-Blackjack$new(who="Player1",bet=10)#play a handx$play()x$hit()x$stand()#play a hand blind w/out drawingx$play()$stand()#clean-updelete()Deck3 Deck Deck R6ClassDescriptionDeck R6ClassUsageDeckFormatAn object of class R6ClassGenerator of length24.Examples#create a new deckx<-Deck$new()x#draw a cardx$draw(1)x#draw10cardsx$draw(10)#check how many cards are leftx$cards_left()#reset the deckx$shuffle()x#create a deck composed of5decksx<-Deck$new(decks=5)xdelete Delete all player history and re-lock the casinoDescriptionDelete all player history and re-lock the casinoUsagedelete()4players play Play in the casinoDescriptionPlay in the casinoUsageplay()Player Player R6ClassDescriptionPlayer R6ClassUsagePlayerFormatAn object of class R6ClassGenerator of length24.Examplessetup("my_profile")Player$new("Player1")Player$new("Player2")delete()players List all player profilesDescriptionList all player profilesUsageplayers(file=Sys.getenv("CASINO_FILE"))Argumentsfile full path tofile containing player profilesplay_blackjack5 play_blackjack Play blackjackDescriptionPlay blackjackUsageplay_blackjack(name)Argumentsname player nameplay_poker Play pokerDescriptionPlay pokerUsageplay_poker(name,type)Argumentsname player nametype game type(’draw’or’stud’)play_slots Play the slot machineDescriptionPlay the slot machineUsageplay_slots(name)Argumentsname player name6Poker play_sound Play a sound(if possible)DescriptionPlay a sound(if possible)Usageplay_sound(sound="fanfare")Argumentssound character string or number specifying the sound(see beep)Noterequires the‘beepr‘packagePoker Poker R6ClassDescriptionPoker R6ClassUsagePokerFormatAn object of class R6ClassGenerator of length24.Examplesset.seed(101315)setup()#draw pokerx<-Poker$new(who="Player1",type="draw",bet=10)x$play()x$hold(1,2,5)x$draw()#stud poker(bet20)x<-Poker$new(who="Player1",type="stud",bet=20)setup7 x$play()#clean-updelete()setup Allow casino to store player profiles in a localfileDescriptionAllow casino to store player profiles in a localfileUsagesetup(file=file.path(getwd(),".casino"))Argumentsfile full path tofileSlots Slots R6ClassDescriptionSlots R6ClassUsageSlotsFormatAn object of class R6ClassGenerator of length24.Examplesset.seed(101315)setup()#start the slot machinex<-Slots$new(who="Player1",bet=10)#play1gamex$play()#play>1game at a time8Slots x$play(spins=3)#clean-updelete()Index∗datasetsBlackjack,2Deck,3Player,4Poker,6Slots,7beep,6Blackjack,2Deck,3delete,3play,4play_blackjack,5play_poker,5play_slots,5play_sound,6Player,4players,4Poker,6setup,7Slots,79。

ABB EntrelecSommaireBU0402061SNC 160 003 C0205SummarySelection guide ....................................................................................page 1Screw clamp ........................................................................................page 2Feed through and ground terminal blocks .......................................................page 2 - 5 to 10Single pole, multiclamp terminal blocks..........................................................................page 4Feed through terminal blocks - Double-deck................................................................page 11Feed through terminal blocks - Triple-deck...................................................................page 12Three level sensor, terminal blocks without ground connection...................................page 13Three level sensor, terminal blocks with ground connection ........................................page 14Terminal blocks for distribution boxes, double deck + protection .......................page 15 - 16Interruptible terminal blocks for neutral circuit......................................................page 17 - 18Distribution : phase, ground terminal blocks .......................................................page 19 to 21Single pole or four pole distribution blocks..........................................................page 22 to 24Heavy duty switch terminal blocks with blade......................................................page 25 - 26Heavy duty switch terminal blocks with push-turn knob..............................................page 26Heavy duty switch terminal blocks with contact control pull lever...............................page 29Heavy duty switch terminal blocks with blade - Double-deck .....................................page 27Fuse holder terminal blocks for 5x20 mm (.197x.787 in.) and 5x25 mm (.197x.984 in.)or 6.35x25.4 mm (1/4x1 in.) and 6.35x32 mm (1/4x11/4 in.) fuse s.........................................page 28 - 29Fuse holder terminal blocks for 5x20 mm (.197x.787 in.) and 5x25 mm (.197x.984 in.) fuses -Double-dec k.....................................................................................................................page 27Terminal blocks for test circuits with sliding bridge ......................................................page 30Terminal blocks for metering circuits.............................................................................page 31ESSAILEC terminal blocks.............................................................................................page 32Safety connection terminal blocks ................................................................................page 33Miniblocks for EN 50045 (DIN 46277/2) rail ..........................................................page 34 - 35Spring clamp ......................................................................................page 36Angled terminal blocks - Feed through and ground .....................................................page 36Feed through and ground terminal blocks ...........................................................page 37 to 41Feed through terminal blocks - Double deck ................................................................page 42Terminal blocks for sensors / actuators ........................................................................page 42Terminal blocks for distribution boxes...........................................................................page 43Switch terminal blocks for neutral conductor........................................................page 44 - 45Heavy duty switch terminal blocks with blade..............................................................page 46Fuse holder terminal blocks for 5x20 mm (.197x.787 in.) and 5x25 mm (.197x.984 in.) fuse s....page 47Miniblocks Spring clamp ......................................................................................page 48 to 52ADO - Screw clamp ...........................................................................page 53Feed through and ground terminal blocks ...........................................................page 53 to 56Feed through and ground terminal blocks - Double-deck............................................page 57Heavy duty switch terminal blocks with blade..............................................................page 58Fuse holder terminal blocks for 5x20 mm (.197x.787 in.) and 5x25 mm (.197x.984 in.) fuse s ......page 59 - 60Miniblocks ADO - Screw clamp............................................................................page 61 to 65ADO - ADO .........................................................................................page 66Feed through and ground terminal blocks ...........................................................page 66 to 69Feed through and ground terminal blocks - Double-deck............................................page 70Terminal blocks for sensors / actuators ........................................................................page 71Heavy duty switch terminal blocks with blade..............................................................page 72Fuse holder terminal blocks for 5x20 mm (.197x.787 in.) and 5x25 mm (.197x.984 in.) fuse s ......page 73 - 74Miniblocks ADO - ADO .........................................................................................page 75 to 79Accessories ADO ...........................................................................................................page 80Power terminal blocks .............................................................page 81 to 84Quick-connect terminal blocks .................................................page 85 - 86Terminal blocks for railway applications ................................page 87 to 97Pluggable terminal blocks .....................................................page 98 to 100Accessories......................................................................................page 101Marking..................................................................................page 102 to 104GrossAutomation(877)268-3700··*************************PR30PR3.Z2PR3.G2PR5PR4PR1.Z2Rated wire size :Rated wire size :Rated wire size :Rated wire size :Mounting railsShield terminals forcollector barMarking tableHorizontal Rated wire size :0.5 to 16 mm² (22 to 8 AWG)Rated wire size :Rated wire size :Rated wire size :P a g e t o 29e30 t o 32ag e e3P a ge 8 t o 60a g e6t o 6574P a ge 7 t o 79P a ge 9P a g P a gGrossAutomation(877)268-3700··*************************2ABB Entrelecd010830402051SNC 160 003 C0205MA 2,5/5 - 2.5 mm² blocks - 5 mm .200" spacingAccessoriesGrossAutomation(877)268-3700··*************************3ABB Entrelec D010740402051SNC 160 003 C0205M 4/6 - 4 mm² blocks - 6 mm .238" spacingAccessoriesGrossAutomation(877)268-3700··*************************4ABB EntrelecD011030402051SNC 160 003 C0205M 4/6.3A - 4 mm² blocks - 6 mm .238" spacingM 4/6.4A - 4 mm² blocks - 6 mm .238" spacingGrossAutomation(877)268-3700··*************************5ABB Entrelec D010840402051SNC 160 003 C0205M 6/8 - 6 mm² blocks - 8 mm .315" spacingAccessoriesGrossAutomation(877)268-3700··*************************6ABB EntrelecD010850402051SNC 160 003 C0205M 10/10 - 10 mm² blocks - 10 mm .394" spacingAccessoriesGrossAutomation(877)268-3700··*************************7ABB Entrelec D010860402051SNC 160 003 C0205M 16/12 - 16 mm² blocks - 12 mm .473" spacingAccessoriesGrossAutomation(877)268-3700··*************************8ABB EntrelecD010870402051SNC 160 003 C0205M 35/16 - 35 mm² blocks - 16 mm .630" spacingGrossAutomation(877)268-3700··*************************M 95/26 - 95 mm² blocks - 26 mm 1.02" spacingM 70/22.P - 70 mm² ground block with rail contact - 22 mm .630" spacingSelection35 mm / 1.37"12 mm / 0.47"14-30 Nm / 124-260 Ib.in 1.2-1.4 Nm / 10.6-12.3 Ib.in1000600600415400400577070240 mm 2500 MCM 500 MCM 10 mm 2 6 AWG 6 AWG IEC UL CSANFC DIN0.5 - 160.5 - 100 AWG-600 MCM 2 AWG-500 MCM 50 - 30035 - 24018-6 AWGD 150/31.D10 - 150 mm² blocks - 31 mm 1.22" spacingCharacteristicsD 240/36.D10 - 240 mm² blocks - 36 mm 1.41" spacingSelectionWire size main circuit mm² / AWG VoltageV Current main circuit A Current outputARated wire size main circuit mm² / AWG Rated wire size outputmm² / AWG Wire stripping length main circuit mm / inches Wire stripping length output mm / inches Recommended torque main circuit Nm / Ib.in Recommended torque outputNm / Ib.inSolid Stranded Solid Stranded Wire size output mm² / AWG9.5 mm / .37"0.5-0.8 Nm / 4.4-7.1 Ib.in5003003003220204 mm 212 AWG12 AWG0.2 - 422-12 AWG 22-12 AWG 0.22 - 4IEC ULCSANFC DINCharacteristicsWire size mm² / AWGSolid Stranded D 4/6.T3 - 4 mm² blocks - 6 mm .238" spacingSelectionVoltage V CurrentARated wire sizemm² / AWG Wire stripping length mm / inches Recommended torqueNm / Ib.inM 4/6.T3.P - 4 mm² block - 6 mm .238" spacingD 2,5/6.D - 2.5 mm² blocks - 6 mm .238" spacingD 2,5/6.DL - 2.5 mm² blocks - 6 mm .238" spacingD 2,5/6.DPA1 - 2.5 mm² blocks - 6 mm .238" spacingD 2,5/6.DPAL1 - 2.5 mm² blocks - 6 mm .238" spacingD 4/6... - 4 mm² blocks - 6 mm .238" spacingD 4/6.LNTP - 4 mm² closed blocks - 17.8 mm .700" spacingMA 2,5/5.NT- 2.5 mm² block - 5 mm .200" spacingAccessories**SFB2 : 16 to 35 mm² 6 to 2 AWG H= 3 mm/.12"M 10/10.NT- 10 mm² block - 10 mm .394" spacingAccessories(1) Except for M 35/16 NT (closed block)*SFB1 : 0.5 to 35 mm² 18 to 2 AWG H= 7 mm/.28"**SFB2 : 16 to 35 mm² 6 to 2 AWG H= 3 mm/.12"MB 4/6... - 4 mm² blocks - 6 mm .238" spacingMB 6/8... - 6 mm² blocks - 8 mm .315" spacingMB 10/10... - 10 mm² blocks - 10 mm .394" spacingBRU 125 A - 35 mm² block - 27 mm 1.063" spacingBRU 160 A - 70 mm² block - 35.2 mm 1.388" spacingBRU 250 A - 120 mm² blocks - 44.5 mm 1.752" spacingBRU 400 A - 185 mm² block - 44.5 mm 1.752" spacingAccessoriesAccessoriesBRT 80 A - 16 mm² block - 48 mm 1.89" spacingBRT 125 A - 35 mm² block - 48 mm 1.89" spacingBRT 160 A - 50 mm² block - 50 mm 1.97" spacing9.5 mm / .37"0.5-0.6 Nm / 4.4-5.3 Ib.in4003003002010104 mm 210 AWG 12 AWG 0.5 - 422-10 AWG20-12 AWG0.5 - 2.5IEC ULCSANFC DINMA 2,5/5.SNB - 2.5 mm² blocks - 5 mm .200" spacingCharacteristicsM 4/6.SNB - 4 mm² blocks - 6 mm .238" spacingSelectionWire size mm² / AWGVoltage V CurrentARated wire sizemm² / AWG Wire stripping length mm / inches Recommended torqueNm / Ib.inSolid StrandedM 6/8.SNB - 6 mm² blocks - 8 mm .315" spacing - blade switchingSelectionAccessoriesM 4/8.D2.SF - for fuses 5x20 mm .197x.787 in. and 5x25 mm .197x.984 in. -4 mm² blocks - 8 mm .315" spacingM 4/6.D2.SNBT - 4 mm² blocks - 6 mm .238" spacing - blade switchM 4/8.SF- 4 mm² blocks - 8 mm .315" spacingM 4/8.SFL - 4 mm² blocks - 8 mm .315" spacing12 mm / .472"1.2-1.4 Nm / 10.6-12.3 Ib.in800(1)60060016252510 mm 210 AWG8 AWG0.5 - 1622-10 AWG 22-8 AWG 0.5 - 10IEC ULCSANFC DINCBD2SML 10/13.SF - for fuses 6.35x25.4 mm 1/4x1 in. and 6.35x32 mm 1/4x11/4 in. -10 mm² blocks - 13 mm .512" spacingSelectionAccessoriesCharacteristicsWire size mm² / AWGVoltage V CurrentARated wire sizemm² / AWG Wire stripping length mm / inches Recommended torqueNm / Ib.inSolid Stranded (1) Insulation voltage of terminal block - operating voltage : according to fuse.M 4/6.D2.2S2... - 4 mm² blocks - 6 mm .238" spacing11 mm / .43"0.8-1 Nm / 7.1-8.9 Ib.in50060030306 mm 28 AWG0.5 - 1022-8 AWG0.5 - 6IECULCSANFC DINM 6/8.ST... - 6 mm² blocks - 8 mm .315" spacingCharacteristicsWire size mm² / AWGVoltage V CurrentARated wire sizemm² / AWG Wire stripping length mm / inches Recommended torqueNm / Ib.inSolid Stranded M 6/8.STA - 6 mm² blocks - 8 mm .315" spacing(3)Only for M 6/8.STAM 4/6.ST- 4 mm² blocks - 6 mm .236" spacingBNT...PC...(2) Only for M10/10.ST-SnThe PREM IUM solution for testing the secondary circuits of current or voltage transformers.ESSAILEC, approved by the major electricity utilities, remains the premium choice for the energy market.Implemented in the transformers secondary circuits, ESSAILEC thanks to its intelligent “make before break” design eases and secures any intervention. Cutting the energy supply is avoided with zero risk for the operator.The plug and socket connection cuts cost installation as well as in-situ wiring errors. ESSAILEC is ideal for the wiring of sub-assemblies in the secondary circuits.ESSAILEC terminal blocksProtection relays,Protection relays,Testing :The ESSAILEC socket supplies energy to the protection or counting devices. The insertion of the test plug, which is connected to the measurement equipment, allows the testing of the devices, without perturbing the circuit.ESSAILEC blocks are well adapted to current or voltage measurement :-Current sockets with make before break contacts and pre-wired test plug for current measures-Voltage sockets with open contacts and pre-wired test plug for voltage measures-Up to 4 ammeters or 4 voltmeters connected to the test plugDistributing :The ESSAILEC plug is continuously mounted on the socket to supply current or voltage to secondary circuits sub assemblies.ESSAILEC blocks extreme versatility allow :-Safe current distribution with current socket with mobile contacts since the secondary circuit is not cut when plug is removed-Voltage or polarity distribution with dedicated voltage or polarity socket with closed contactESSAILEC is designed to offer :Great flexibility :-Connection multi contacts « plug and play »-Panel, rail, rack fixed mounting or stand-alone connector -Two wiring technologies, up to 10 mm²Extreme reliability :-Non symmetric blocks -Coding accessories -IP20 design -Locking system -Sealed coverR S T NFor technical characteristics and complete part numbers list, please ask for the ESSAILEC catalog10005006003225254 mm 21.65 mm²12 AWG 13 mm / .51"IECB.SCSANFC DINTS 50-180.5 - 0.8 Nm /4.4 - 7.1 Ib.in0.2 - 422-12 AWG0.22 - 40.5 - 1.50.28 - 1.6580050060041252562.512 AWG 13 mm / .51"0.8 - 1 Nm / 7.1 - 8.9 Ib.inIECB.S CSANFC DINTS 50-180.5 - 1020-12 AWG0.5 - 60.28 - 2.590050060046406510 mm 26 mm² 6 AWG 14 mm / .55"IECB.S UL/CSANFC DINTS 50-181.2 - 1.4 Nm / 10.6 - 12.3 Ib.in0.5 - 1620 - 6 AWG0.5 - 100.28 - 6M 4/6.RS - 4 mm² blocks - 6 mm .238" spacingCharacteristicsWire size mm² / AWGVoltage V CurrentARated wire sizemm² / AWG Wire stripping lengthmm / inches Recommended torque (screw)Nm / Ib.inSolid wire Stranded wire Solid wire Stranded wire Screw clampLugsM 6/8.RS - 6 mm² blocks - 8 mm .315" spacingCharacteristicsWire size mm² / AWGVoltage V CurrentARated wire sizemm² / AWG Wire stripping lengthmm / inches Recommended torque (screw)Nm / Ib.inSolid wire Stranded wire Solid wire Stranded wire Screw clampLugspending M 10/10.RS - 10 mm² blocks - 10 mm .394" spacingCharacteristicsWire size mm² / AWGVoltage V CurrentARated wire sizemm² / AWG Wire stripping lengthmm / inches Recommended torque (screw)Nm / Ib.inSolid wire Stranded wire Solid wire Stranded wire Screw clampLugspending SelectionAccessories(1) Only for block M 4/6.RS (4) For blocks M 4/6.RS and M 6/8.RS(2) Only for block M 6/8.RS(3) Only for block M 10/10.RSDR 1,5/4 - 1.5 mm² blocks - 4 mm .157" spacingDR 1,5/5... - 1.5 mm² blocks - 5 mm .200" spacing。

EURONEXT FILES SERVICES Preface Document titleEURONEXT FILES SERVICESDocument type or subjectUser GuideVersion number Date1.2 26 May 2017Number of pages Author23 EuronextThis document is for information purposes only. The information and materials contained in this document are provided ‘as is’ and Euronext does not warrant the accuracy, adequacy or completeness and expressly disclaims liability for any errors or omissions. This document is not intended to be, and shall not constitute in any way a binding or legal agreement, or impose any legal obligation on Euronext. This document and any contents thereof, as well as any prior or subsequent information exchanged with Euronext in relation to the subject matter of this presentation, are confidential and are for the sole attention of the intended recipient. Except as described below, all proprietary rights and interest in or connected with this publication shall vest in Euronext. No part of it may be redistributed or reproduced without the prior written permission of Euronext. Portions of this presentation may contain materials or information copyrighted, trademarked or otherwise owned by a third party. No permission to use these third party materials should be inferred from this presentation.Euronext refers to Euronext N.V. and its affiliates. Information regarding trademarks and intellectual property rights of Euronext is located at https:///terms-use.© 2016 Euronext N.V. - All rights reserved.© 2016 Euronext N.V. - All rights reserved. i of 23 1.2PREFACEPURPOSEEuronext File Services is a Server providing files necessary for Euronext’s customers that have either an EMDDA (market data), SPA (Service Provider) or TPA (Trading Platform) agreement to get access to the core trading chain of Euronext. This document provides general technical information about Euronext’s File Services.This document intends to provide general technical information about Euronext File Services.TARGET AUDIENCEThe primary audience of this document is Developers, Exchange Connectivity Managers, Trading Support Teams and anybody involved in the setup and the configuration of Optiq MDG solution in End User Acceptance (EUA) and Production environments.ASSOCIATED DOCUMENTSThe following lists the associated documents, which either should be read in conjunction with this document or which provide other relevant information for the user:Euronext Cash and Derivatives Markets - Optiq MDG Client Specifications - v1.4.0CONTACTSFor any questions about this document or technical support please contact the Optiq Support Desk:Optiq Support DeskTel: +33 1 70 48 25 55******************WHAT’S NEW?The following lists only the most recent modification made to this revision/version. For the Document History table, see the Appendix.CONTENTS1.OVERVIEW (5)2.WHY CONNECT TO THE EURONEXT EFS SERVICE? (6)3.ACCESS TO EURONEXT FILE SERVICES USER INTERFACE (7)3.1 General Procedure (7)3.2 Detailed procedure (7)3.2.1Pre-requisite: company agreements (7)3.2.2Accessing the EFS User Interface (7)3.3 Supported Browsers (10)3.4 Protocol and Security (10)3.4.1HTTPS (10)3.4.2CA Certificate (10)3.4.3SSL configuration (11)3.5 Configuration (11)4.CURRENT FOLDERS STRUCTURE (12)4.1 p-EUA environment folder structure ............................................................ Erreur ! Signet non défini.4.1.1p-EUA environment folder content ............................................................................... E rreur ! Signet non défini.4.1.2Futures/ Current p-EUA environment folder content ................................................... E rreur ! Signet non défini.5.ACCESS TO EURONEXT FILE SERVICES USING RESTFUL API (13)5.1 introduction (13)5.2 Steps for accessing EFS (13)5.2.1Step 1 - Authentication (14)5.2.2Step 2 - Check if resource exists (16)5.2.3Step 3 - Browse the content of a folder (17)5.2.4Step 4 - Download a file (19)6.APPENDIX (22)6.1 RESTful API (22)1.OVERVIEWThe Euronext File Services is designed to centralize and provide access to configuration and data files for customers via SFTI network and/or Internet. This new critical service is based on a resilient and secured infrastructure.Customers covered by this Euronext File Services are companies who have signed one of the following agreements:■Euronext Market Data Distribution Agreement (EMDDA)■Service Provider Agreement (SPA)■Trading Platform Agreement (TPA)Euronext plans to leverage on the implementation of the European File Services going forward. The service will be used in the near future to host various files, generic or customized per member, thereby becoming the hub for any file transfer between Euronext and its customers.2.WHY CONNECT TO THE EURONEXT EFS SERVICE?Euronext EFS Services will host key configuration and data files that are to be used for OPTIQ MDG migration.The following files will be available per environment (v-EUA, p-EUA and Production):∙TimetableFile∙CashTickSizeReferentialFile∙SBETemplateAnd per Environment/Optiq Segment:∙OpenInterestFile∙PrevDayCapAndVolTradeFile∙FullTradeInformationFile∙CashStandingDataFile∙DerivativesStandingDataFile∙RepoSettlementPriceFile3.ACCESS TO EURONEXT FILE SERVICES USER INTERFACE3.1GENERAL PROCEDUREIn order to connect to the EFS, customers need to submit a request for a user ID through the Euronext Member Connectivity Administrator (MCA) web portal for each environment they want to access, i. e. p-EUA and Production.The user ID for each environment is emailed directly to the customer. With this id, the customer will be asked to connect once to the Euronext File Services to reset their password. Once this is complete, the user ID and the password can be used to login to the Service via a GUI (browser) or a RESTful API.Requests for p-EUA access will be processed under 2 working days. Customers can start placing their requests to access Production EFS. The requests will be processed at the end of April.During the first weeks after the launch of EFS in p-EUA and until the 6 of June, customers can use a generic user ID to access the Service. The user ID and password are available on the Home page of each customer’s MCA secured section of the Euronext web portal.3.2DETAILED PROCEDURE3.2.1Pre-requisite: company agreementsAs a pre-requisite, customers are required to have a company agreement signed with Euronext (EDDA, SPA or TPA).3.2.2Accessing the EFS User InterfaceTo access the EFS User Interface in both p-EUA and Production, the customers’ Member Connectivity Administrator (MCA) needs to connect to the Euronext web portal and fills the EFS form:https:///en/form/efs-login-creation.Only contacts registered as MCAs are allowed to access and fill the form. For more information about MCAs and their registration, please contact : ****************.MCA can order two types of accesses:-For a physical person : first name, last name, email address and phone number are required-For a software : application name, hostname must be provided3.2.2.1Confirmation of initial request for EFSEach subscriber will receive, in less than 48h following the initial request, an individual EFS subscriber confirmation email (see below). Follow the link and the steps provided in the email to activate the account and get access to the EFS.3.2.2.2Logging In via the user interfaceTo log in to the Euronext File Services application, do the following:1.Start your web browser2.Enter the appropriate test or production URL addressThe Euronext File Services Login box is displayed:3.Type your Euronext File Services username and password as provided by the Customer Access Service(CAS) team and click on the Login button.4.You are now logged on to the Euronext File Services home page.Please note:-If you have lost your password, you can use the “Forgot Password” link or contact ****************.-Subscribers must pay attention to the number of failed logons. After five (5) failed logon attempts (for incorrect username and/or password), their account will be locked. Participants need to contact the CAS team to reset their credentials.3.2.2.3Logging OutTo log out from the Euronext File Services User Interface, click Log Out (Sign-out) at the top right of the title bar, or simply close your browser.3.2.2.4Changing Your PasswordTo change your password, enter the old password, the new password and then confirm the new password. Click ‘done’.Passwords must be a minimum of eight (8) characters and contain the four character types listed below: -At least 1 upper case character – A-Z-At least 1 lower case character – a-z-At least 1 westernised Arabic numeral – 0-9-At least 1 special (non-alphanumeric) character [@#$%^&-+=_{}]Please note :-When logging in for the first time, you need to change your password.-Enter your user ID, then click on “Forgot Password” and follow the directions. You will be asked to enter your username, your email and a verification field to confirm you are not a robot.You can change your password at any time by clicking on “Change Password” at the top left of the window.3.3SUPPORTED BROWSERSThe Euronext File Service User Interface is compatible with the following browsers with Adobe Flash Player installed (at least Flash Player version 13):-Google Chrome-Safari-Internet Explorer 113.4PROTOCOL AND SECURITY3.4.1HTTPSThe EFS protocol is: HTTPS - Hypertext Transfer Protocol SecureThe HTTPS protocol can be used manually through a User Interface such as an Internet browser. Automatic transfer of files are also possible using the EFS API with a RESTful API client such as the Curl command line tool. Details about these methods to download files can be found in section 5.3.4.2CA CertificateCustomers must ensure their Entrust CA Certificate is up-to-date.To prevent any connectivity issue linked to an outdated root certificate, customers must download the latest version of the CA Certificate. Otherwise an error message such as “ curl: (60) Peer certificate cannot be authenticated with known CA certificates “ will appear during the connection phase.3.4.3SSL configurationThe supported TLS/SSL protocols to secure the connectivity are-TLSv1.1-TLSv1.2 (Recommended)The SSL Cipher Suite encryption options are :-Must use:o RSA Cipher Suites,o AES Cipher Suites,o SHA1 hashing Cipher suites.-Not allowed:o Null Ciphers,o Export grade ciphers,o Anonymous Ciphers (ADH),o3DES,o MD5/RC4 hashing-based Ciphers.3.5CONFIGURATIONThe following table provides the links to connect to Euronext File Services User Interface in the EUA and Productions environments.EUA (Test Environment) Production Disaster Recoveryhttps:/// https:/// https:/// Please note:To connect to EFS, the certificate needs the URL name. Connection to EFS must be done using the URL name.-On Internet, URL are provided and can be resolved by using the public DNS service.-On SFTI, if customers have access to Internet public DNS services, then the name can be resolved the same way. Howe ver if customers’ servers are not connected to Internet, then customers have two options:o Add the following mapping in the local DNSo Add the following mapping in the local host file of the server> 212.197.223.241 > 212.197.195.1 > 212.197.225.1 Here is the command to use to activate the session using curl :> curl https://:4434.CURRENT FOLDERS STRUCTUREFor all details on folder structure and naming convention please refer to the last Optiq file specification available here:https:///fr/optiq/documentation?quicktabs_188=1#quicktabs-188Today target for Optiq Step2 version of the document is version 2.0.0 (available on the following direct link):https:///sites//files/euronext_cash_and_derivatives_markets_-_optiq_files_specifications_-_v2.0.0.pdf5.ACCESS TO EURONEXT FILE SERVICES USING RESTFUL API5.1INTRODUCTIONEuronext provides a RESTful API to help customers develop applications to connect to EFS Services regardless of the development language used (see appendix for more information).The following sections describe how to connect to EFS, check for the availability of files and download them using the RESTful API. Equivalent commands and examples in Curl are also available. Curl is a command-line tool that uses URL syntax with a MIT/X derivative license to transfer data. More information is available at https://curl.haxx.se/).Please note:Euronext recommends to use Curl version 7.29 (Feb 2013) or later.FeaturesThere are three different ways to interact with EFS Services:-Check if a file or folder exists-Browse the content of the folder-Download a fileAccessThe RESTful API is accessible through Internet and SFTI. The selection of the EFS Services to access can be done in the Request Headers section by replacing the URL with the correct one.For example:-InternetGET https:///api/files/OptiqMDG/v-EUA/Current HTTP/1.1 -SFTIGET https://:443/api/files/OptiqMDG/v-EUA/Current HTTP/1.15.2STEPS FOR ACCESSING EFSPre-required step :1)Authentication (step 1)Possible scenarios and steps to follow:1)File name already known but never downloaded => Check if the file exists (step 2) and download itdirectly (step 4)2)File name already known and already downloaded at least once => Download the file directly withIf-Modified-Since condition (step 4)3)Unknown file name => Browse the content (step 3) and download the file (step 4)5.2.1Step 1 - AuthenticationRequest HeaderRequest BodyHere the equivalent command using Curl:Command1)If authentication information is invalid or omitted, the status code 401 will be returned:Response Header2)If authentication information is valid, an access token and its validity in minutes will be returnedwith status code 200:Response HeaderResponse Body5.2.2Step 2 - Check if resource existsTo prevent unnecessary download, customers have the possibility to check if a file exists before attempting to download it.Request HeaderAll API requests require to transport the session cookie and the authorization token.Here the equivalent command using Curl:Command1)If the resource doesn’t exist or if the session has expired, the status code 404 will be returned:Response Header2)If the resource exists, the status code 200 will be returned:Response Header5.2.3Step 3 - Browse the content of a folderRequest HeaderAll API requests require to transport the session cookie and the authorization token.Here the equivalent command using Curl:Command1)If the resource doesn’t exist or if the session has expired, the status code 404 will be returned:Response Header2)If the resource exists, the folder content will be returned with status code 200:Response Body Example5.2.4Step 4 - Download a fileRequest HeaderAll API requests require to transport the session cookie and the authorization token.The date when the file was downloaded for the last time must also be provided in order to prevent another download of the same file. This date is returned in the response header when the file is downloaded for the first time (see the third response case below).Command1)If the resource doesn’t exist or the session has expired, the status code 404 will be returned:Response Header2)If the resource exists but was not modified since the last download, the status code 304 will bereturned:Response Header3)If the resource exists, the file content will be returned with status code 200:Response HeaderResponse Body6.APPENDIX6.1RESTFUL APIREST (REpresentational State Transfer) is an architectural style for designing a web service, making maximum use of HTTP capabilities. Its main characteristics are as follows:1)Client / server application: transport over the network is provided by HTTP. Notice that EFS is basedon the HTTP secured protocol (HTTPS).2)Uniform interface: Any element offered by the application to handle is called a resource and isuniquely identified by the Uniform Resource Identifiers (URI below) according to the schema:https_URL = "https:" "//" host [":" port]Two types of URI schemes are distinguished:-URI member that designates a single resource.-URI collection that designates a list of resources of the same type.3)The semantic of messages from the client to the server is that of HTTP:-GET URI: retrieve the representation of a resource (URI member), or a list of resources (URI collection)-POST URI (collection): add a resource to a list of existing resources, thus creating a resource.-PUT URI (member): modify an existing resource or create a new resource.-DELETE URI: Destruction of one (URI member) or multiple (URI collection) resources.4)Server responses to clients also use HTTP messages, especially the following codes:-200 Ok-404 Resource Not Found on Server5)Representation of resources: the format with which a resource is represented is obtained bynegotiation using HTTP headers. The client specifies what it wants as the representation format with the header "Accept", the client and the server use the "Content-type" header to describe therepresentation format of the resource included in the message. The format used by EFS is JSON. Status codeThe following table shows the possible return codes for API requests.。

Contents70 Type indicating fuses —125 AC300 DC 1/10-101015087 holders for 70 Type fuses 130012Circuit protection for telecom applicationsTPC fuses and TPCDS pullout disconnects Telpower TPC compact current-limiting fuses mount in theTPCDS compact fused pulloutdisconnect that’s available intwo disconnect profiles anda variety of terminal styles.Recommended 0.75" center-to-center product spacing.Ratings•Volts 80 Vdc•Amps 3-125 A•IR 100 kAAgency information•UL Recognized (investigated to UL 1801) as a disconnect switch for the interruption of load current by means of withdrawing the fuse pullout•Recognized to US and Canadian requirements under the component recognition program of Underwriters Laboratories Inc. Files E219046 and E56412•CETypical applications•Telecommunications DC power circuit protection •Replacement of DC telecom circuit breakers•Applications where venting of arc or molten metals and gases during opening would pose a problem to surrounding devicesFeatures•Highest interrupting rating (100 kA) available and complete system coordination for DC circuit protection for compact footprint providing a superior protection solution for replacement of existing DC telecom circuit breakers•AmpColor ID™ system makes fuse replacement easy•Local and remote open fuse indication. Local alarm indication provided by LED on TPC fuse•Remote alarm terminal available in three positions common to DC circuit protection devicesTPC fusesTPC-4TPC-10TPC-30TPC-90TPC-5TPC-12TPC-40TPC-100TPC-6TPC-15TPC-50TPC-125TPC-7TPC-20TPC-60Data sheet no. 5023TPCDS catalog number systemTPCDS-BBE-2TPCDS-BSE-3TPCDS-SSM-1TPCDS-D-SEC2* TPCDS-BBE-3TPCDS-BSM-1TPCDS-SSM-2TPCDS-D-SMC1* TPCDS-BBM-1TPCDS-BSM-2TPCDS-SSM-3TPCDS-D-SMC2* TPCDS-BBM-2TPCDS-BSM-3TPCDS-D-BC1*TPCDS-BBM-3TPCDS-SSE-1TPCDS-D-BC2*TPCDS-BSE-1TPCDS-SSE-2TPCDS-D-CC1** Not investigated to Canadian requirements.Dimensions•See data sheet no. 5023T e l e c o m p r o t e c t i o n p r o d u c t sTPM fuse and TPMDS pullout disconnectTelpower TPM miniaturecurrent-limiting fusses mount in the miniature TPMDS pullout disconnect. The TPM fusesfeature local open fuse indication and TPMDS is easily integrated into remote indication systems.Ratings•Volts 80 Vdc •Amps 3-30 A•IR 20 kAAgency information•UL Recognized (investigated to UL 1801) as a disconnect switch for the interruption of load current by means of withdrawing the fuse pullout•Recognized to US and Canadian requirements under thecomponent recognition program of Underwriters Laboratories Inc. Files E219046 and E56412•CETypical applications•Telecommunications DC power circuit protection•Applications with restricted space, or mounting in 1 U (1.75"/44.5mm) panelsFeatures•Smallest and most versatile fused disconnect switch available allowing for assembly into 1 U (1.75"/44.5mm) panel. Easy to connect:•Load: 1/4" quick-connect or bolted connection with 10-32 (M5) captive nut•Line: 1/4" quick-connect or screw connection with clearance hole for #10 (M5) bolt•AmpColor ID™ System makes fuse replacement easy•Switch design provides for easy panel mounting by single captive 4-40 (M3) nut and panel notch integral to switch footprint•Complete system coordination capability with local and remote open fuse indication. Local alarm indication provided by LED on TPM fuse (maximum alarm circuit current: 20 mA)TPM fusesTPM-4TPM-7TPM-12TPM-25TPM-5TPM-8TPM-15TPM-30TPMDS pullout disconnects (accept all TPM fuse ampratings)TPMDS-MPullout fused disconnect, metric hardwareDimensions — see data sheet no. 5022Data sheet no. 5022TPMDS alarm schematicNotes:1. The resistance (R) must be provided by the end-user to limit the open fuse indication output current to a maximum of 20mA. The “R” value should be calculated using the system voltage value. If remote indication functionality is not required, the END-USER CIRCUITRY must still be supplied to provide aresistance path to the return for the local indication to properly function.2 The fuse is polarized to maintain proper orientation with the switch housing. The line and load terminals are identified on the switch housing.TP15900-4 fused pullout disconnect for TPA fuses 4-pole fused pullout disconnectfor use with Telpower TPA andTPA-B fuses. Pullout disconnectsfeature remote open fuseindication capability.Ratings•Volts•145 Vdc@40 A per pole•80 Vdc@50 A per poleAgency information•UL Recognized File E97649 as a disconnect switch for interruption of load current by means of withdrawing the fuse carrier•UL Recognized as a component for telecommunication power distribution equipment (UL category QPQY2)•UL Recognized fuses for branch circuit protection•CSA Component Acceptance for the system•CETypical applications•Telecommunications DC power circuit protectionFeatures•Easy installation, connects directly to busbar, reduces external wiring per pole. Rear accessibility for line and load terminations•LED alarm signaling (LED current 30 mA max)•Local and remote open-fuse indication along with fuse orientation rejection feature and fuse presence indication•Alarm test probe point allows on-site alarm circuit checkingTP15900-414-pole common disconnect w/ split alarm, split lineAvailable fusesTPA-B20, 25, 306520 kA Accessories•Spare fuse holders: catalog numbers 5TPH and TPSFH-ASDimensions — mm (in)TP15914 fused pullout disconnectModular 4-pole fused pulloutdisconnect for us with TPA fuses.4-poles per module can be gangedup to four modules for a total of16 poles. The TP15914 featuresopen fuse indication and fusepresence indication along with fuseorientation rejection.Ratings•Volts 145 Vdc•Amps 50 A max per poleAgency information•UL Recognized, Guide JFHR2, File E56412•UL Recognized as a disconnect switch for interruption of load current by means of withdrawing the fuse carrier•UL Recognized as a component for telecommunication power distribution equipment (UL category QPQYZ)•UL Recognized fuses for branch circuit protection•CSA Certified, Class 1422-30, File 53787•CSA Component Acceptance for the systemTypical applications•Telecommunications DC power circuit protectionFeatures•Easy installation with totally enclosed module that connects directly to busbar to reduce external per-pole wiring.•Standard front access load and line double lug connection for 8 AWG wire•LED alarm signaling (LED current 30 mA max)•Remote alarm with alarm test probe point to allow on-site alarmcircuit checkingTP15914-1Metric hardware Accessories•Spare fuse holders: catalog numbers 5TPH and TPSFH-ASDimensions — mm (in)Data sheet no. 5001Data sheet no. 5011TPA and TPA-B indicating fusesIndicating DC power distribution fuse for use inTP15900-4 and TP15914 fused pullout disconnects.Ratings•Volts•170 Vdc (TPA)•65 Vdc (TPA-B)•Amps•3-50 A (TPA)•20-30 A (TPA-B)•IR•100 kA (TPA)•20 kA (TPA-B)Agency information•UL Recognized, Guide JFHR2, File E56412•CSA Certified, Class 1422-30, File 53787•CE, RoHS compliantTypical applications•Telecommunications DC power circuit protectionFeatures•Indication pin provides for local and remote indication whenused with Bussmann series TP15900-4 and TP15914 disconnectswitches•Patented “orange ring” fuse orientation features assures correctfuse position•The UL Recognized ratings and current-limiting capabilitymake this fuse ideal for cable protection on existing DC powerdistribution systems•A unique blue label is used on all Telpower fuses to designate theirDC capabilityAccessories•Spare fuse holders: 5 position holder; 5TPH; 6 position holder;TPSFH-ASDimensions — in (mm)Data sheet no. 50122011/65/EU15800 fused pullout disconnect for the TPS fuseFused pullout disconnect switchfor use only with the TPS mainfuses (1 to 70 amp) and GMT-Aindicating fuse (see page 14-11).It is recommend to also use theGMT-X cover for the GMT-Afuse.Ratings•Volts 60 Vdc•Amps 3-70 A•SCCR 100 kAAgency information•UL Recognized, Guide QPQY2, File E97649•CETypical applications•Telecommunications DC power circuit protectionFeatures•Alarm output with wire wrap terminal or connection to 0.063”thick common alarm busAccessories•Spare fuse holders: catalog numbers TPSFH-AS (TPS fuses) andTPSFH-T (GMT fuses)Dimensions — in (mm)Data sheet no. 5002TP158HC fused pullout disconnectHigh amp panel mount, rear access fused pullout disconnect for use only with TelpowerTPL-B main fuses (70-250 A) and GMT-A indicating fuse (see page 14-11). It is recommend to also use the GMT-X cover for the GMT-A fuse.Ratings•Volts 80 Vdc •Amps 70-250 A•SCCR 100 kAAgency information•UL Recognized (investigated to UL 1801) as a disconnect switch for the interruption of load current by means of withdrawing the fuse pullout, Guide QPQY2, File E97649Typical applications•Telecommunications DC power circuit protectionFeatures•Similar profile, mounting method, and backplane configuration as 15800. The TP158HC can be installed into existing 15800 panels using the space of two 15800 pullout disconnects•Innovative new fuse pullout design eliminates need for tools to replace the Telpower type TPL-B fuse•Alarm output with wire wrap terminal or connection to 0.063 inch (1.6mm) thick common alarm bus•Hardware included: Load: washer, split lockwasher, and 5/16 - 18 nut (metric M8 x 1.25)TP158HC-MMetricAccessories•Spare fuse holders: TPSFH-LB (TPL-B fuses) and TPSFH-T (GMT fuses)Dimensions•See data sheet no. 5021Application notesThe line connection uses a 1/4-20 bolt (metric M6 x 1) that threads into the line terminal. The line terminal is designed with a float of ±0.02" (±0.50mm) to allow for variation in the distance between the TP158HC mounting flange and the line busbar (see dimensions). Equipment should be designed to eliminate any relative movement between the TP158HC mounting flange and the line busbar.The alarm circuit is not intended for pre-charging capacitive circuits. Maximum alarm circuit current 1 A.TPS main power fuseNon-indicating DC power distribution ferrule fuses specifically designed to meet the unique needs of DC power distribution systems. For use with Bussmann series 15800 fused pullout disconnect. Vertical and horizontal PCB tab versions available for circuit board applications.Ratings•Volts 170 Vdc •Amps 1-80 A•IR 100 kAAgency information•UL Recognized, Guide JFHR2, File E56412, RoHS compliant, CETypical applications•Telecommunications DC power circuit protection•Applications requiring printed circuit board mountingFeatures•The UL Recognized ratings and current-limiting capabilitymake this fuse ideal for cable protection on existing DC power distribution systems•A unique blue label is used on all Telpower fuses to designate their DC capability•PCB tab versions eliminate the need for fuseclips when mountingthe fuse on a circuit board* LB = Bolt tagAccessories•Spare fuse holder TPSFH-AS, see page 15-4Dimensions — in (mm)Data sheet no. 5009Data sheet no. 50212011/65/EUT e l e c o m p r o t e c t i o n p r o d u c t s15100 fused pullout disconnectFused pullout disconnect system for use with TPL Telpower fuses.Ratings•Volts 60 Vdc •Amps 70-800 A•SCCR 100 kAAgency information•UL Recognized, Guide QPQY2, File E97649•CETypical applications•Telecommunications DC power circuit protectionFeatures•Single-pole fusible disconnect switch for primary DC power distribution•Robust housing and terminal construction for demanding applications •Panel mounting•Easily connected to line or load bus15100-601300-800Dimensions — in (mm)Data sheet no. 5003TPHCS high current fused pullout disconnectHigh current fused pullout disconnect for use with TPL-B, TPL-C and TPH Telpower fuses. Available as acomplete pullout disconnect or just the pullout. Base may be purchased separately.Ratings•Volts 80 Vdc •Amps 70-800 A•SCCR 100 kAAgency information•UL Recognized (investigated to UL 1801) as a disconnect switch for the interruption of load current by means of withdrawing the fuse carrier•UL Recognized to meet the requirements for Canadian StandardsTypical applications•Telecommunications DC power circuit protectionFeatures•Innovative design eliminates needing tools to replace the TPL-B, TPL-C or TPH fuses•Easy to install with captive fasteners for direct busbar mounting (bolts not included). Standard 1/4” quick-connect for easy remote alarm connection•Optional electronic alarm eliminates needing parallel indicating fuses while providing local and remote open-fuse indication(maximum remote alarm current: 20 mA); Bipolar alarm: designed for both central office and Radio applications, Local LED open fuse indication for easy viewing.•Carrier window allows easy viewing of installed fuse amp rating•Compact design is ideal for today’s high power, high-densitycabinetsTPHCS250-E English TPL-B 70-250TPHCS250-MLMetric, LED TPL-B 70-250TPHCS250-EL English, LED TPL-B 70-250TPHCS250-MAV Metric, alarm TPL-B 70-250TPHCS250-EAVEnglish, alarm TPL-B 70-250TPHCS800-M Metric TPL-C or TPH 300-800TPHCS800-E English TPL-C or TPH 300-800TPHCS800-ML Metric, LED TPL-C or TPH 300-800TPHCS800-EL English, LED TPL-C or TPH 300-800TPHCS800-MAVMetric, alarm TPL-C or TPH 300-800TPHCS800-EAVEnglish, alarmTPL-C or TPH300-800TPHCS800-MAV shownData sheet no. 5020TPL high amp DC fusesHigh amp DC power distribution fuses for use with Telpower 15100, 15200, TP158HC and TPHCS fused pullout disconnects. TPL-TA adapter kit isnecessary when replacing a UBO fuse.Ratings•Volts 170 Vdc •Amps 70-800 A•IR 100 kAAgency information•UL Recognized Guide JFHR2, File E56412 Bellcore•CETypical applications•Telecommunications power circuit protectionFeatures•Current-limiting design for DC power distribution systems •UL Recognized branch circuit protection •Complete system coordination capability•Energy savings with low watts loss, low operating temperatures, and minimum I 2t levelsAccessories•Spare fuse holders: TPSFH-LB (for TPL-B fuses) TPSFH-LC (for TPL-C fuses)Dimensions — in (mm)Data sheet no. 5005TPL-CN, TPL-CR, TPL-CV and TPL-CZTPHCS800-P Pullout only (800 A)TPL-C or TPH300-800TPHCS-B-M Base only, metric —800 max TPHCS-B-E Base only, English —800 max TPHCS-B-ML Base only, metric, LED —800 max TPHCS-B-EL Base only, English, LED —800 max TPHCS-B-MAV Base only, metric, alarm —800 max TPHCS-B-EAVBase only, English, alarm—800 maxNotes1. TPHCS250 and TPHCS800 pullouts and bases are the same with exception to the fuse type the pullout will hold (TPL-B, TPL-C or TPH).2. Plastic rated UL 94V0, 140ºC RTI.Dimensions — mm (in)Data sheet no. 5020T e l e c o m p r o t e c t i o n p r o d u c t sTPN high amp current limiting DC fusesThe TPN fuse is a current-limiting DC power distribution fuse that’s dimensionally similar to UL Class R branch circuit fuses making them easy to install using standard RM60_ modular Class R fuse blocks.Ratings•Volts 170 Vdc •Amps 1-600 A•IR 100 kAAgency information•UL Recognized, Guide JFHR2, File E56412Typical applications•Telecommunications power circuit protectionFeatures•Current-limiting design for DC power distribution systems •Recognized branch circuit protection •Complete system coordination capability•Energy savings with low watts loss, low operating temperatures, and minimum I 2t levelsTPN-3TPN-35TPN-100TPN-300TPN-5TPN-40TPN-110TPN-350TPN-6TPN-45TPN-125TPN-400TPN-10TPN-50TPN-150TPN-450TPN-15TPN-60TPN-175TPN-500TPN-20TPN-70TPN-200TPN-600TPN-25TPN-80TPN-225Accessories•Spare fuse holders:TPSFH-N30 (for TPN 1-30) TPSFH-N60 (for TPN 35-60)Recommended modular* Class R fuse blocksRM25060-1CR 60RM25100-1CR 100RM25200-1CR 200RM25400-1CR 400RM25600-1CR600* Blocks can be snapped together to create the number of required poles. Optional indicating and non-indicating finger-safe covers available for all blocks.Data sheet no. 50060.81(21)35 A to 60 A0.5670A to 100A110A to 200A225A to 400A1.56(38)1.06(27)Dimensions — in (mm)70 Type pin indicating fusesPin indicating fuse for use in the 15087 panel-mount fuse holder. Ratings•Volts•125 Vac•300 Vdc•Amps 1/10-10 A•IR 1 kA @ 300 VdcAgency information•UL Recognized, Guide JDYX2, File E19180 Bellcore•CE70R-15/100A*Red/White101384550KS23751-L11 70E-18/100A*Y ellow100203363KS23751-L5 70X-2/10A Black——70F-1/4A*Violet100203371KS23751-L6 70K-1/4A*Violet/White100203405KS23751-L9 70G-1/2A*Red100203389KS23751-L7 70H-3/4A*Brown100203397KS23751-L8 70I-1A Pink——70A-1-1/3A*†White100203322KS23751-L1 70B-2A*Orange100203330KS23751-L2 70C-3A*Blue100203348KS23751-L3 70J-3-1/2A Black/White——70D-5A*Grn/Black100203355KS23751-L4 70L-6A Grn/White——70M-8A Brown/White——70N-10A Violet/Y ellow——72A Plastic Case (dummy)100203421—72B Blister Pack (dummy)103757977—* Product designed to comply with Bellcore Technical Reference TR-TSY-000799 Issue 1, December 1988.† Not UL Recognized.Data sheet no. 500715087 fuse holderPanel mount fuse holder for use with 70 Type fuses.Ratings•Volts 300 Vdc•Amps 12 AAgency information•UL Recognized, Guide IZLT2, File E14853•CEFlammability rating•UL 94V0Catalog number 15087Typical applications•Telecommunications DC power circuit protectionFeatures•Panel mount fuse holder for 70 type fuses supplied with two screws•Remote alarm capabilityOptional color-code eyeletsColor-coded eyelets are used with the fuse holder to indicate itsfuse amp rating.1A1706-0118/100Y ellow1A1706-151/10Gray/White 1A1706-022/10Black1A1706-031/4Violet1A1706-041/4Violet/White 1A1706-051/2Red1A1706-063/4Brown1A1706-071Pink1A1706-081-1/3White1A1706-092Orange1A1706-103Blue1A1706-163-1/2Black/White 1A1706-115Green/Black 1A1706-126Green/White 1A1706-138Brown/White 1A1706-1410Violet/YellowData sheet no. 5007Telecom protection products — 14HLS, HLT, PCT holders for GMT indicating fusesConfigurable fuse holders for use with GMT indicating fuses:•PCT single-pole•HLS 1-25 pole without flanges•HLT 1-25 pole with flangesRatings•Volts 60 Vdc/125 Vac •Amps 15 A per pole•Poles Up to 25 (HLT , HLS)Agency information•UL Recognized, Guide IZLT2, File E14853, 15 A (60 Vdc)•CEFlammability rating•UL 94V0Typical applications•Telecommunications DC power circuit protectionFeatures•Multiple configurations provide application flexibility•Compact size saves spaceHLS 1-25HLT1-25To order, see data sheet no. 5010 for build-a-code to determine:•Body style (HLT or HLS) •Number of poles •Busbar type •Busbar position•Termination locationData sheet no. 5010GMT indicating fuses for HLS, HLT, PCT holdersFast-acting indicating fuses for HLT , HLS and PCT fuse holders.Ratings•Volts•60 Vdc•125 Vac•Amps 18/100 to 15 A•IR•450 A@60 Vdc•300 A@125 VacAgency information•UL Recognized, Guide JFHR2, File E56412•RoHS compliant, CETypical applications•Telecommunications DC power circuit protectionFeatures•Local and remote indication capability•Color coded for easy amp rating identificationGMT-65/100A Black GMT-10A Red/White GMT-3/4A Brown GMT-12A Y ellow/Green GMT-1A Gray GMT-15A Red/Blue GMT-1-1/3A White GMT-Dummy Gray body GMT-1-1/2A White/Y ellow GMT-X Clear cover GMT-2A Orange GMT-YClear cover w/tabGMT-3ABlue* Some GMT ratings may be sold only in bulk pack.Accessories•Spare fuse holder, catalog number TPSFH-TGMT-A fast-acting, open fuse indicatorFast-acting GMT-A open fuse indicator is designed specifically for use in the Telpower 15800 and TP158HC fused pullout disconnects as a means of providing main fuse open indication.Agency information•UL Recognized, Guide JFHR2, File E56412 •RoHS compliant•CECatalog no./color code: GMT-A/YellowGMT - Dummy2011/65/EU2011/65/EUData sheet no. 500814-11BUSSMANN SERIES FULL LINE CATALOG 1007 — OCTOBER 2018/bussmannseriesWith the Bussmann TM series Quik-Spec™ Coordination Panelboard (QSCP), it’s simple and cost-effective to selectively coordinate using published circuit breaker/fuse and fuse/fuse ratio tables.What’s more, the compact panelboard features a footprint equal to circuit breaker panels but 40% smaller than traditional fusible panels. Its safety-focused design includes finger-safe branches, branch fuse interlock and fuse ampacity rejection.And with up to 200 kA short-circuit current rating (SCCR), the QSCP easily withstands high fault currents.Learn more at /bussmannseries .SERIESFollow us on social media to get the latest product and support information.Selective coordination has never been easier.。

Package‘toolmaRk’October14,2022Type PackageTitle Tests for Same-Source of ToolmarksVersion0.0.1Date2018-01-10Author Jeremy Hadler[aut,cre],Max Morris[ths],Heike Hofmann[ctb]Maintainer Jeremy Hadler<******************>DescriptionImplements two tests for same-source of toolmarks.The chumbley_non_random()test fol-lows the paper``An Improved Version of a Tool Mark Comparison Algorithm''by Hadler and Mor-ris(2017)<doi:10.1111/1556-4029.13640>.This is an extension of the Chumbley score as previ-ously described in``Validation of Tool Mark Comparisons Obtained Using a Quantitative,Com-parative,Statistical Algorithm''by Chumbley et al(2010)<doi:10.1111/j.1556-4029.2010.01424.x>.fixed_width_no_modeling()is based on correlation measures in a dia-mond shaped area of the toolmark as described in Hadler(2017).Depends R(>=3.3),plyr(>=1.8.4),dplyr(>=0.7.2),reshape2(>=1.4.2)Imports ggplot2(>=2.2.1)License GPL-3LazyData trueRoxygenNote6.0.1NeedsCompilation noRepository CRANDate/Publication2018-01-1610:37:45UTCR topics documented:ameslab (2)chumbley_non_random (3)fixed_width_no_modeling (3)Index512ameslab ameslab Toolmark profiles datasetDescriptionData set of toolmarks(profiles)created by screwdrivers under different angles.Tool mark data included here were produced by Prof.Scott Chumbley,Mr.Stephen Davis,Ms.Taylor Grieve,Mr.Ryan Spotts,and Dr.Jeremy Hadler.These data were produced as part of research performed at the Ames Laboratory,located on the Iowa State University campus.Ames Laboratory is operated for the U.S.Department of Energy by Iowa State University under Contract No.DE-Ac02-07CH11358. UsageameslabFormatthe dataset consists of a sample of16toolmark profiles and descriptors.Toolmarks with the same toolmark identifier are known matches,all other profiles are known non-matches.ID toolmark identifier.Factor variable.side A or B,indicates the side of the screwdriverused to create the toolmark.Factor variable.angle degree under which the toolmark was created.rep replicate number for a toolmark,side,angle composition.Note that the data here provided is not complete.For a more complete data set or more information please contact the references given below.profile list of data sets with one profile each.Measurements are taken at equispaced intervals across the toolmark..ReferencesTool mark data included here were produced by Prof.Scott Chumbley,Mr.Stephen Davis,Ms.Taylor Grieve,Mr.Ryan Spotts,and Dr.Jeremy Hadler.These data were produced as part of research performed at the Ames Laboratory,located on the Iowa State University campus.Ames Laboratory is operated for the U.S.Department of Energy by Iowa State University under Contract No.DE-Ac02-07CH11358.Examplesdata(ameslab)plot(ameslab$profile[[1]]$V1)chumbley_non_random(ameslab$profile[[1]],ameslab$profile[[2]])res14<-fixed_width_no_modeling(ameslab$profile[[1]],ameslab$profile[[4]])res14$dist_pvalchumbley_non_random3 chumbley_non_random Chumbley Non-RandomDescriptionThis function computes the Chumbley U-Statistic on systemically chosen pairs of windows rather than the original method which selects randomly chosen pairs of windowsUsagechumbley_non_random(data1,data2,window_opt=500,window_val=50,coarse=0.25)Argumentsdata1Thefirst tool mark as a1-column matrixdata2The second tool mark as a1-column matrixwindow_opt size of the window to be used in the optimization stepwindow_val Size of the window to be used in the validation stepcoarse smoothing parameter for the normalization smoothValuelist with•same_shift_n Number of same shift offsets used•diff_shift_n Number of different shift offsets used•U observed U statistic•p_value Corresponding p-valuefixed_width_no_modelingDistance/threshold test for toolmarksDescriptionCompute all possible correlations for windows of length n between the class components.Deter-mine the location of the maximized correlation.Given this location,create a diamond around it in the individual matrix of correlations For each offset in this diamond,compute the maximized correlation(1)Determine the distance between the offset for the class and indiviudal components(2)Compute the Threshold test statistics4fixed_width_no_modelingUsagefixed_width_no_modeling(dat1,dat2,coarse=0.25,fine=0.01,window.size=0.6,M=500)Argumentsdat1a one column matrix representing a digitized tool markdat2a one column matrix representing a second digitized tool markcoarse normalization smoothing parameterfine decomposition smoothing parameterwindow.size desired window size for the correlations to computeM search area restrictionValuelist with•"max_corr"maximized indiviudal component correlation•"Smooth_offset"optimal Class offset•"Resid_offset"optimal individual offset•"dist_pval"distance p-value•"thresh_pval"threshold p-value•"Above"Number of offsets with correlation bigger than threshold•"total_thresh"2*M+1•"mark1_decompostion"plot of decomposition d1•"mark2_decompostion"plot of decomposition d2•"class_correlations"plot of class correlation•"individual_correlations"plot of individual correlation•"distance_plot"distance_plot•"threshold_plot"threshold_plotIndex∗datasetsameslab,2ameslab,2chumbley_non_random,3fixed_width_no_modeling,35。

*3-9900.090*Signet 9900 Transmitter3-9900.090 Rev 9 07/20English® instruments,, Conductivity/Resistivity,® Signal Converter required, sold separately). Panel MountOperating InstructionsField MountFlow515*/8510*, 525*, 2000,2100, 2507, 2536*/8512*,2537, 2540*, 2551, 2552, 258XpH/ORP2724-2726 with 27512734-2736 with 27512756-WTx–2757-WTx with3719 and 27512764-2767 with 27512774-2777 with 2751Conductivity/Resistivity, Salinity2819-2823 with2850 or Cond/Res Module2839-2842 with2850 or Cond/Res ModuleLevel, Temperature, Pressure2250*, 2350*, 2450*Dissolved Oxygen2610-51 direct to 9900* Can be run on Loop Power(see NOTE on page 11)• English• Deutsch• Français• Español• Italiano• 中文29900 Transmitter39900 Transmitter3-9900.393 Relay Module 49900 Transmitter59900 TransmitterVerify 9900 TransmitterNOTE:T he 4 to 20 mA Output,Direct Conductivity, andBatch Modules share thesame installation site onthe 9900 base units. 69900 Transmitter79900 Transmitter89900 Transmitter99900 Transmitter109900 TransmitterTechnical Notes:• See corresponding product manuals for maximum cable length.• Maintain cable shield through cable splice.Technical Notes:• Wiring terminals on the 2537 are rated for 16 to 22 AWG wires.• The cable must be7 mm to 10 mm in diameter (0.275 in. to 0.394 in.) to seal2551 Technical Notes:• When the blue jumper illustrated here is placed over both pins, the 2551-XX-11 (Blind Magmeter) outputsan open collector frequencyTechnical Notes:• The cable length from the 8058 to the 9900 must not exceed 60 m (200 ft).• When using the 8058-2, connect the loop source to Channel 1 input ONLY .• See the 8058 manual for more information.Wiring for:Signet 8058 i-Go™4-20 mA to S L ConverterO u t p u t S 3LS L OutputDATA GND SHLD V+8058-1close-upBlackRed ShieldWhite 8058-19900 S 3L Inputs0 8058-23 2 16 5 47 8 9Loop1PWRN/C S L DATALoop2PWR+GF+ SIGNETclose-up8058-2DATA GND V+SHLD BLACKWHITE RED 9900 S 3L InputsTechnical Notes:• Use three conductor shielded cable for sensor cable splices up to 305 m (1000 ft) max.• Maintain cable shield through cable splice.• Route sensor cable away from AC power lines.• Connect the silver (shield) wire to earth ground in case of EMI noise interference.Technical Notes:• The 2850 has no SHIELD wire.• To work correctly with the 9900, the 2850 must be set for the custom cell constant or the actual probe cell constant and the 9900 set for a 1.0 cell constant.Wiring for:* 2551-XX-21, -41Display Magmeter2250235024502551*27512850Black Red ShieldWhite V+DATA GND SHLD 9900 S 3L InputsNOTE: The 2850 has no SHIELD wire.Keypad FunctionsThe four buttons of the keypad are used to navigate display modes according to the descriptions in this table. Notice that the function of each button may change depending on the display mode.3sEditInput EditSaves ChangesInput Edit Choices(Password may be required)or ororSelect another Menu ItemReturn to View Mode+2x+OrThis basic operating procedure repeats throughout the 9900 program:1. Press ENTER for 3 seconds to enter MENU mode.2. Press ► to move to the desired menu then press ENTER to select it. (Password may be required.)3. Press ▲ or ▼ to select the desired menu item for editing.4. Press ► to edit the value/selection.5. Press ENTER to store the new value/selection.6. Press ▲ or ▼ to select another menu item if desired. Repeat steps 3-5 as required.7. Press ▲+▼ to select a di ff erent menu to edit. Repeat steps 2-5 as required.8. When fi nished editing all menus, press ▲+▼ again to return to normal operation.The menu is constructed in a loop, so you can move forward and backward to select an item. After any item is saved (by pressing ENTER), the display will return to the previous menu.System Setup: Menu NavigationINPUT MenuThis is the normal display and does not time out.。

USB WRITEBLOCKER™USER MANUALRevised July 13, 2009Features•Smallest USB Write-Blocking device on the market.•Easy, Write-Blocked access to USB drives at 8-10 MB/s. That’s 20%-30% faster than the competing product.•Works with any USB mass storage device.•Compatible with single storage devices with Multiple Mountable Volumes (multiple LUNs).•Support of USB 1.1/2.0 devices normally registered as “USB Mass Storage Device”.•Easy to use! USB WriteBlocker simply connects between the device under capture device and the computer.Table of Contents1. Pre-Installation Steps 3 1.1 USB WriteBlocker Accessories 31.2 Identifying Parts 32. Using USB WriteBlocker 4 2.1 USB WriteBlocker Host Connections 4 2.2 Accessing a Drive/Device with USB WriteBlocker 4 2.3 Using USB WriteBlocker Device Information Viewer 52.3.1 Attached Device Information 52.3.1.1 Date/Time 52.3.1.2 USB Vendor ID 52.3.1.3 USB Product ID 52.3.1.4 Manufacturer 52.3.1.5 Product 52.3.1.6 Serial Number 52.3.1.7 Revision 52.3.1.8 Exit 52.3.1.9 Rescan 52.3.1.10 Save Info 52.3.2 WriteBlocker Device Info 62.3.2.1 Firmware Hash 62.3.2.2 USB Vendor ID 62.3.2.3 USB Product ID 62.3.2.4 Manufacturer 62.3.2.5 Product 62.3.2.6 Serial Number 62.3.2.7 Revision 63. Usage with Mac and Windows Operating Systems 6 3.1 Usage with Macintosh Computers 63.1.1 Compatibility 63.1.2 Using Volumes 6 3.2 Usage with Windows Operating System 63.2.1 Compatibility 63.2.2 Using Volumes 74. Frequently Asked Questions 75. Technical Specifications 8 Forensic Device User AdvisoryWe recommend that you perform a final check on this product.Prior to first use, please verify that the write-blocking function of this product is working properly. This is easily done: attach a known good formatted drive, and verify that the drive mounts properly on your computer. Use a drive that has data on it that you are willing to overwrite. Transfer files to the drive. The files will appear to transfer to the drive. Thereafter, unmount the drive and remount the drive. The files that you wrote to the drive should not appear after the drive is remounted. If they do appear, there is a problem with your forensic device, and you should contact our support department for further instructions. CRU/WiebeTech support may be reached at:(866) 744-8722 (toll free)(316) 744-8722 (international)(316) 744-1398 (fax)********************* (email)1. Pre-Installation Steps1.1 USB WriteBlocker AccessoriesCheck the accessories packaged with your USB WriteBlocker. Please contact WiebeTech if any items are missing or damaged. The box should contain:Accessory Qty.USB WriteBlocker 1USB (A male to A female) Extension Cable 1Removable Lanyard 1Rubber Port Shield 1Quick Start Guide 11.2 Identifying PartsTake a moment to familiarize yourself with the parts of your new USB WriteBlocker. This will aid you in the remaining steps.Detachable LanyardProtective RubberReset ButtonProtective RubberStatus LEDUSB Type A Receptacle USB Type A Plug2. Using USB WriteBlocker2.1 USB WriteBlocker Host ConnectionsUSB WriteBlocker is equipped with a USB Type A receptacle for attaching your hard drive, flash media or drive enclosure.USB WriteBlocker has a USB Type A plug for attaching to your computer.2.2 Accessing a Drive/Device with USB WriteBlockerStart by connecting your device under capture into the “Drive” side of USB WriteBlocker. After that, USB WriteBlocker’s “Host” side can be attached directly to a computer’s USB Type A port or the USB extension cable packaged with USB WriteBlocker can be used for a little more length. If your device under capture has an on/off switch then turn the unit on. USB WriteBlocker is bus-powered by the USB port from the computer so there is no need for an on/off switch. However, there is a “Remount” button for a few instanceswhere USB WriteBlocker might notbe recognized by the computer. If that is ever the case, unplug USB WriteBlocker and cycle power to the device under capture drive/device. After power has been cycled then plug the USB WriteBlocker back in and press the “Remount” button. The below picture depicts the connection process.to computer from target2.3 Using USB WriteBlocker Device Information ViewerThe UWB Device Information Viewer is a software application designed to report information each time you access a drive/device with USB WriteBlocker. As you can see, there are two tabs on UWB Device Information Viewer that report information. One tab reports the information of the attached device. The other tab reports the information of the USB WriteBlocker. The following sections will help you identify what’s being reported as well as walk you through a few features that this application offers.2.3.1 Attached Device Information2.3.1.1 Date/Time: Reports date and time that the device under capture device was accessed by the USB WriteBlocker.2.3.1.2 USB Vendor ID: Reports the USBVendor ID of the device under capture device.2.3.1.3 USB Product ID: Reports the USBProduct ID of the device under capture device.2.3.1.4 Manufacturer: Reports the maker ormanufacturer of the device under capturedevice.2.3.1.5 Product: Reports the name of thedevice under capture device if it has oneimbedded on the chip.2.3.1.6 Serial Number: Reports the serialnumber of the chip that is inside of the deviceunder capture device.2.3.1.7 Revision: Reports the revision numberof the device under capture device if it hasone.2.3.1.8 Exit: This will close down the softwareapplication.2.3.1.9 Rescan: This will rescan the USB portor bus to check for the USB WriteBlocker andany attached device.2.3.1.10 Save Info: This will save a text file of the all the information that is reported with the application. By default it will name the saved file the same as the serial number of the device under capture device. You can change the name of the file if you’d like. The text file will save wherever you choose, and will report all of the information displayed on the application in simple text.2.3.2 WriteBlocker Device Info2.3.2.1 Firmware Hash: Clicking the “Calculate” tab will run a hash file on the firmware (this takes between 30 seconds and a minute) and will end with a hash file of the firmware on the USB WriteBlocker. This is usual information to log as well as reporting to WiebeTech should anything go wrong.2.3.2.2 USB Vendor ID: Reports the USB Vendor ID of the USB WriteBlocker.2.3.2.3 USB Product ID: Reports the USB Product ID of the USB WriteBlocker.2.3.2.4 Manufacturer: Reports the maker or manufacturer of the USB WriteBlocker.2.3.2.5 Product: Reports the name of the USB WriteBlocker.2.3.2.6 Serial Number: Reports the serial number of the chip that is inside of the USB WriteBlocker.2.3.2.7 Revision: Reports the revision number of USB WriteBlocker.3. Usage with Mac and Windows Operating Systems3.1 Usage with Macintosh Computers3.1.1 CompatibilityThe USB WriteBlocker is Plug-and-Play compatible under Mac OS X 10.5. No drivers are needed. The USB 2.0 port is USB 1.1 compatible.3.1.2 Using VolumesThe hard drive attached to the USB WriteBlocker will appear as an icon representing the drive’s volume on the desktop. You can begin using the volume right away. If the drive is unformatted, a message will appear on the desktop saying that the disk is unreadable.Eject the volume before powering down the unit by dragging the volume’s icon to the trash bin, or by selecting the volume then pressing Command-E. Shutting down the unit without first ejecting the volume can result in data loss.3.2 Usage with Windows Operating System3.2.1 CompatibilityThe USB WriteBlocker is Plug-and-Play compatible with Windows XP and Vista. No drivers are needed on this operating system. The USB 2.0 port is USB 1.1 compatible.View of Firmware Hash after clicking “Calculate” tab.(Windows XP) 3.2.2 Using VolumesWhen the USB WriteBlocker and drive are properly connected and turned on, a window may open to allow you access to the volume. If no window appears, you can find the volume by double-clicking the “My Computer” icon.Eject the volume before powering down the unit by single-clicking the green arrow icon on the task bar, then selecting “Safely remove….” Windows will indicate when it is safe to disconnect the USB WriteBlocker. Shutting down the unit without first ejecting the volume can result in data loss.4. Frequently Asked QuestionsQ: Where’s the on/off switch on the USB WriteBlocker?A: USB WriteBlocker is bus-powered by the computer’s USB port. Power is available right when youplug in USB WriteBlocker.If the device under capture can also be bus-powered, then it simply needs plugged into the USB receptacle on USB WriteBlocker. If the device under capture drive/device needs its own power then that power will need to be available when working with USB WriteBlocker.Q: What is the red button on the USB WriteBlocker for?A: The “Remount” button is there because there are a couple of instances where the USB WriteBlocker may need a power cycle in order to mount the drive/device. If you get an error that says “USB device not recognized” then simply hit the “Remount” button and the volume will mount to the computer.Q: My RAID product is not showing up with USB WriteBlocker, what should I do?A: Though USB WriteBlocker can work with RAIDed devices, it is restricted to a 2.2TB limit due to the USB drivers in the operating system of the computer.Q: USB WriteBlocker is supposed to work with flash media but I can’t access my flash device.A: USB WriteBlocker can access drives/devices that register as “USB mass storage device,” which includes all WiebeTech brand devices. The vast majority of USB 1.1/2.0 devices are registered as such since it is used by hard drives enclosures and thumb (flash) drives. Any USB device that is not registered as “USB mass storage device” will not be recognized by USB WriteBlocker.Q: How do I know USB WriteBlocker is actually write-blocking?A: WiebeTech’s trusted write-blocking technology is firmware based, meaning that it can’t simply be turned off or on by a switch. If the WiebeTech device is working then you can rest assured that the firmware is actively write-blocking the device under capture device.Q: I can see the USB WriteBlocker in Windows Device Manager/Mac's System Profile, but when I connect another device it doesn't appear. Is this correct?A: That's correct. The USB WriteBlocker will appear to the computer as a "USB Mass Storage Device". Anything connected behind the USB WriteBlocker will not be seen in the Manager/Profile.5. Technical SpecificationsPart Number 31300-0192-0000Operating Temperature 50 – 85° Fahrenheit (10 – 30° Celsius)Data Speeds Speeds up to 10 MB/s. Speeds vary depending on the drive model/type, andoperating system.Operating Humidity 5% to 95%, noncondensingCompatibility USB 2.0, USB 1.1 backwards compatible.Operating System •Windows XP, Vista•Mac OS X 10.5•Linux distributions supporting USBShipping Weight 2lbs, including accessoriesUnit Weight 1lb for just the unit itselfDimensions 105mm L x 26mm W x 16mm H. Measured dimensions include rubber guard anddo not include detachable lanyard.SDK/API An available USB WriteBlocker API allows software programmers to query USB WriteBlocker to retrieve information from devices attached to USB WriteBlocker. Works with Windows XP (32 bit version), or Windows Vista (32 bit or 64 bit)Warranty 2-year limited warranty. See warranty statement for details and limitations. WiebeTech offers free phone support for 90 days after purchase (1-866-744-8722). Email support is available at *********************.USB WriteBlocker is a trademark of CRU-DataPort. Other marks are the property of their respective owners. © 2009 CRU-DataPort. All rights reserved.If you have any questions or problems, please contact ********************* for technical support. If you are interested in purchasing more WiebeTech products, check our website or contact *******************. We appreciate being able to serve you!。

1W,Fixed input voltage,isolated &unregulated dual outputPatent Protection RoHSFEATURES●Continuous short-circuit protection ●No-load input current as low as 5mA●Operating temperature range:-40℃to +105℃●High efficiency up to 83%●Compact SMD package ●Isolation voltage:1.5K VDC ●International standard pin-out●Meets UL62368,EN62368standards （Pending ）A05_XT-1WR3series are specially designed for applications where an isolated voltage is required in a distributed power supply system.They are suitable for:pure digital circuits,low frequency analog circuits,relay-driven circuits and data switching circuits.Selection GuideCertificationPart No.Input Voltage (VDC)OutputEfficiency (%,Min./Typ.)@Full Load Max.CapacitiveLoad(µF)*Nominal (Range)Output Voltage(VDC)Output Current (mA)(Max./Min.)UL/CE (Pending)A0505XT-1WR35(4.5-5.5)±5±100/±1078/821200A0509XT-1WR3±9±56/±679/83470A0512XT-1WR3±12±42/±579/83220A0515XT-1WR3±15±34/±479/83220Note:*The capacitive loads of positive and negative outputs are identical.Input SpecificationsItemOperating ConditionsMin.Typ.Max.Unit Input Current(full load /no-load)5VDC input5VDC output--244/5257/10mA 9VDC/12VDC output --241/12254/2015VDC output--241/18254/30Reflected Ripple Current*--15--mA Surge Voltage (1sec.max.)5VDC input-0.7--9VDCInput Filter Filter capacitor Hot PlugUnavailableNote:*Reflected ripple current testing method please see DC-DC Converter Application Notes for specific operation.Output SpecificationsItemOperating ConditionsMin.Typ.Max.Unit Output Voltage Accuracy See tolerance envelope curve(Fig.1)Line RegulationInput voltage change:±1%---- 1.2%/%Load Regulation10%-100%load5VDC output--1015%9VDC output --81012VDC output --71015VDC output--610Ripple &Noise *20MHz bandwidth --3075mVp-p Temperature Coefficient Full load--±0.02--%/℃Short Circuit ProtectionContinuous,self-recoveryNote:*Ripple and noise are measured by “parallel cable”method,please see DC-DC Converter Application Notes for specific operation;General SpecificationsItemOperating ConditionsMin.Typ.Max.Unit Isolation Voltage Input-output,with the test time of 1minute and the leak current lower than 1mA1500----VDC Isolation Resistance Input-output,isolation voltage 500VDC 1000----M ΩIsolation Capacitance Input-output,100KHz/0.1V--20--pFOperating Temperature Derating when operating temperature up to 100℃,(see Fig.2)-40--105℃Storage Temperature -55--125Casing Temperature Rise Ta=25℃--15--Pin Welding Resistance Temperature Welding spot is 1.5mm away from the casing,10seconds ----300Storage HumidityNon-condensing ----95%RH Reflow Soldering Temperature*Peak temp.≤245℃,maximum duration time ≤60s at 217℃.Switching Frequency Full load,nominal input voltage --270--KHz MTBFMIL-HDBK-217F@25℃3500----K hoursMoisture Sensitivity Level (MSL)IPC/JEDEC J-STD-020D.1Level 2Note:*For actual application,please refer to IPC/JEDEC J-STD-020D.1.Physical SpecificationsCasing Material Black flame-retardant and heat-resistant plastic(UL94V-0)Dimensions 15.24*11.40*7.25mm Weight1.4g (Typ.)Cooling MethodFree air convectionEMC SpecificationsEMI CE CISPR32/EN55032CLASS B (see Fig.5for recommended circuit)RE CISPR32/EN55032CLASS B (see Fig.5for recommended circuit)EMSESDIEC/EN61000-4-2Air ±8kV ,Contact ±4kVperf.Criteria BProduct Characteristic Curve-10%-5%0+5%+10%+15%T y p .M i n .M a x .Output Current Percent (Nominal Input Voltage)O u t p u t V o l t a g e A c c u r a c yTolerance Envelope CurveFig.112080O u t p u t P o w e r P e r c e n t (%)Ambient Temp.()℃Safe Ope rating AreaFig.2Design ReferenceIf it is required to further reduce input and output ripple,a filter capacitor may be connected to the input and output terminals,see Fig.3.Moreover,choosing a suitable filter capacitor is very important,start-up problems may be caused if the capacitance is too large.Under the condition of safe and reliable operation,the recommended capacitive load values are shown in Table 1.The simplest device for output voltage regulation,over-voltage and over-current protection is a linear voltage regulator with overheat protection that is connected to the input or output end in series (see Fig.4).Vin +Vo 0V DCCinDC CoutCout -VoVin 0V +Vo DC DC-VoREGREGREGFig.4Recommended capacitive load value table (Table 1)Vin(VDC)Cin(µF)Vo (VDC)Cout(µF)54.7±54.7±9 2.2±121±1512.EMC solution-recommended circuitFig.5EMC recommended circuit value table (Table 2)Input voltage 5VDCOutput voltage(VDC)5/912/15EMIC1/C24.7µF /25V4.7µF /25VCY --1nF/2KVDCHEC C1206X102K202T JOHANSON 202R18W102KV4E C3Refer to the Cout in table 1LDM6.8µH 6.8µHNote:In the case of actual use,the requirements for EMI are high,it is subject to CY.3.For more information please find DC-DC converter application notes on Dimensions and Recommended LayoutNotes:1.Packing information please refer to Product Packing Information which can be downloaded from .TubePacking bag number:58210023,Roll Packing bag number:58210034;2.If the product is not operated within the required load range,the product performance cannot be guaranteed to comply with allparameters in the datasheet;3.The maximum capacitive load offered were tested at input voltage range and full load;4.Unless otherwise specified,parameters in this datasheet were measured under the conditions of Ta=25℃,humidity<75%RH with nominalinput voltage and rated output load;5.All index testing methods in this datasheet are based on our Company’s corporate standards;6.We can provide product customization service,please contact our technicians directly for specific information;7.Products are related to laws and regulations:see"Features"and"EMC";8.Our products shall be classified according to ISO14001and related environmental laws and regulations,and shall be handled byqualified units.MORNSUN Guangzhou Science&Technology Co.,Ltd.Address:No.5,Kehui St.1,Kehui Development Center,Science Ave.,Guangzhou Science City,Luogang District,Guangzhou,P.R.China Tel:86-20-38601850-8801Fax:86-20-38601272E-mail:***************。

Publication 2098-RN018B-EN-P — June 2009Release Notes Ultra3000 with SERCOS V15 Firmware Release v1.53 Catalog Numbers Enhancements with FirmwareRevision 1.53There are no enhancements in this version of firmware. Corrected Anomalies These corrections apply to firmware revision 1.53 or later:•The SKS and SKM encoder support was corrected tomaintain absolute position through a power cycle after amove sequence of several thousand revolutions in thesame direction.Refer to these publications for previous firmware corrections:Ultra3000 Digital Servo Drives Ultra3000-SE (230V)Ultra3000-SE (460V) 2098-DSD-005-SE 2098-DSD-HV030-SE 2098-DSD-010-SE 2098-DSD-HV050-SE 2098-DSD-020-SE 2098-DSD-HV100-SE 2098-DSD-030-SE 2098-DSD-HV150-SE 2098-DSD-075-SE 2098-DSD-HV220-SE 2098-DSD-150-SE Firmware Version Publicationv1.52 2098-RN018A-EN-Pv1.51 2098-RN017A-EN-PPublication 2098-RN018B-EN-P — June 2009 2Ultra3000 Firmware Release NoteRestrictionsThese restrictions apply when using RSLogix 5000 with a ControlLogix (1756-MxxSE) or SoftLogix (1784-PM16SE) servo module, and the Ultra3000-SE drive. •Windowed Registration is not supported. If Windowed Registration is enabled in the MAR instruction, the instruction will not complete. •Friction Torque Compensation and Backlash Compensation is not supported. Adjusting the value in the Offset tab of the Manual Tune screen will have no effect. Future versions of the firmware may support this parameter, so the setting should be left at the default value of 0.0%. •Velocity Droop is not supported. Adjusting the value in the Custom Gain Attributes screen will have no effect. •The following Real Time Axis Information attributes, accessible in the Drive tab of the Axis Properties screen, are not supported: •When using a Dual Loop Configuration, the resolution units setting (Rev,Inch,Millimeter) on the Motor Feedback and Aux Feedback tabs of the Axis Properties dialog must be the same. •After an SSV of a drive parameter, wait at least 3 ms after the ConfigUpdateComplete bit is set before acting on the result of the setting.Position Int. Error Accel. Command Bus Regulator Capacity Velocity Int. Error Accel. Feedback Power CapacityPublication 2098-RN018B-EN-P — June 2009Ultra3000 Firmware Release Note 3Additional ResourcesThese documents contain additional information concerning related Rockwell Automation products. You can view or download publications at . To order paper copies oftechnical documentation, contact your local Rockwell Automationdistributor or sales representative.Resource DescriptionUltra3000 Digital Servo Drives Installation Manual, publication 2098-IN003 Installation and setup procedures for the integration of the Ultra3000 and standard Rockwell Automation/Allen-Bradley motors recommended for use with the Ultra3000.Ultra3000 Servo Drives Integration Manual, publication 2098-IN005 Detailed power-up procedures, system integration, and troubleshooting tables for the Ultra3000 that assist you in the integration of your Ultra3000 servo drive as a standalone drive by using Ultraware software or with a Logix controller using RSLogix 5000 software.Publication 2098-RN018B-EN-P — June 2009 PN 0013-1098-018-02Copyright © 2009 Rockwell Automation, Inc. All rights reserved. Printed in the U.S.A.Rockwell Automation SupportRockwell Automation provides technical information on the Web to assist you in using its products. At , you can find technical manuals, a knowledge base of FAQs, technical and application notes, sample code and links to software service packs, and a MySupport feature that you can customize to make the best use of these tools.For an additional level of technical phone support for installation, configuration, and troubleshooting, we offer TechConnect support programs. For more information, contact your local distributor or Rockwell Automation representative, or visit .Installation AssistanceIf you experience a problem within the first 24 hours of installation, please review the information that's contained in this manual. You can also contact a special Customer Support number for initial help in getting your product up and running.New Product Satisfaction ReturnRockwell Automation tests all of its products to ensure that they are fully operational when shipped from the manufacturing facility. However, if your product is not functioning and needs to be returned, follow these procedures.Allen-Bradley, ControlLogix, Kinetix, MP-Series, Rockwell Automation, RSLogix 5000, SoftLogix, TechConnect, and Ultra3000 are trademarks ofRockwell Automation,Inc.Trademarks not belonging to Rockwell Automation are property of their respective companies. United States1.440.646.3434Monday – Friday, 8 a.m. – 5 p.m. EST Outside United States Please contact your local Rockwell Automation representative for any technical support issues.United StatesContact your distributor. You must provide a Customer Support case number (see phone number above to obtain one) to your distributor in order to complete the return process.Outside United StatesPlease contact your local Rockwell Automation representative for the return procedure.。

[DE] Die komplette Originalbetriebsanleitung ist zu finden unter:[IT] Le istruzioni originali complete si trovano qui:[FR] La notice originale intégrale est disponible sur:[ES] La versión original de las instrucciones está disponible en:/jokabsafetyABB ABJokab SafetyVarlabergsvägen 11 SE-434 39 Kungsbacka Tel. +46 (0) 21-32 50 /jokabsafetyProduct descriptionSSR32 is a safety relay that has single sensor functions for the most common applications and configuration possibilities for automatic and manual reset.The delay time, 0.5 s, effects the secondary output group, pair (33/34 and43/44). The primary output group, pair (13/14 and 23/24) is effected immediate-ly, following the safety input signal.InstallationWARNING: The product must be installed by a trained electrician following applicable safety regulations, standards and the machinedirective.CAUTION: The safety relay shall be attached on a 35 mm DIN railin an enclosure that has at least protection class IP54.CAUTION: Make sure there is at least 10 mm distance between the safety relay and other non-Sentry safety relay units to preventuncontrolled heating.CAUTION: Make sure there is at least 50 mm distance above and below the safety relay and other units for correct air flow in the venting holes of the safety relay.ConnectionWARNING: The safety relay and the sensor device for monitoring must be connected to SELV/PELV power supply.A)B)A. Two signals from T1/T2B. One signal from T1C. Two OSSD signalsD. Two signals from +24VDCE. One signal from +24VDC LED indicationCH1/MODE/CH2CommentActionoff/off/offThe safety relay is not powered.Check A1-A2 voltage and connections.green/green/greenCH1 and CH2 closed. Reset made and outputs activated.off/blue/off No channels closed.Check CH1 and CH2.green/blue/green CH1 and CH2 closed, the safety relay wait for reset.Check reset wiring and reset circuit.red/fast flash red/redThe safety relay is in failsafe mode.Do a power cycling.Technical dataMeasurements Height/width/depth 120 mm/22.5 mm/120 mmPower supply Power supply type PELV/SELVOperating voltage +24 VDC +15 %, -20 %Consumption 10 WRequired fuse4 A gG (4 A according to UL 248)Relay output specification Maximum operating switching voltage250 VAC Overvoltage category IINO contactAC load (AC15, AC1), ratedoperational voltage, current 1/2/3/4 contact(s)250 VAC, 3 A/3 A/3 A/3 A DC load (DC13, DC1), ratedoperational voltage, current 1/2/3/4 contact(s)+24 VDC, 3 A/3 A/3 A/3 ARequired fuse4 A gG, 1 kA short circuit protection (4 A according to UL248)Sensor interface specificationOutput T1 and T2Maximum output current (current limited internally to typical 70 mA)50mA, nom 24 VDCInput R1 and R2Maximum OSSD pulse length1.0 ms Input/output (I/O) X4Maximum output current (currently limited internally to typical 70 mA)50 mAConnection block and wire propertiesMaximum screw torque 0.8 NmSolid conductor, minimum 1 x 24 AWG (0.2 mm 2), 2 x 24 AWG (0.2 mm 2)Solid conductor, maximum1 x 12 AWG (3.31 mm 2), 2 x 16 AWG (1.31 mm 2)Conductor with crimp sleeve, minimum1 x 24 AWG (0.2 mm 2), 2 x 24 AWG (0.2 mm 2)Conductor with crimp sleeve, maximum1 x 12 AWG (3.31 mm 2), 2 x 16 AWG (1.31 mm 2)2TLC010010M0201 Rev BWhile every effort has been taken to ensure the accuracy of information contained in this book and any associated promotional and information material ABB JokabSafety cannot accept responsibility for errors or omissions and reserves the right to make any improvements without notice. It is the users responsibility to ensure that this equipment is correctly designed, specified, installed, cared for and operated to meet all applicable local, national and international codes/regulations. Technical data in our book is correct to the level of accuracy of ABB Jokab Safety´s test procedures as verified by various international approved bodies. Other information (such as application examples, wiring diagrams, operation or use) is intended solely to illustrate the various uses of our products. ABB Jokab Safety does not quarantee or imply that the product when used in accordance with such examples in a particular environment will fulfil any particular safety requirement and does not assume any responsibility or liability for actual use of the product based on the examples given.[DE] Die komplette Originalbetriebsanleitung ist zu finden unter:[IT] Le istruzioni originali complete si trovano qui:[FR] La notice originale intégrale est disponible sur:[ES] La versión original de las instrucciones está disponible en:/jokabsafetyWire strip length6-7 mmMaximum response time Delay at power on1.5 s Response time at activation automatic reset/manual reset 50 ms/50ms Response time at deactivation 20 ms Electrical operations life time Load Σlth² ≤ 13, AC1, AC1530 000 operations Load Σlth² ≤ 13, DC1, DC13100 000 operations Mechanical operations lifetime 107 operations Environmental data Protection class, safety relay IP20Protection class, enclosureAt least IP54Ambient temperature range foroperation within specified operation range-10°C – +65°C Humidity range for operation25 % ≤ Rh ≤ 90 %, non-condensing and without icingSuitable for use at ≤ 2000 metres above sea level.Standard compliance and approvals Functional safety standard complianceEN 61508-1:2010, up to SIL3 EN ISO 13849-1:2008, up to PLe/Cat.4EN 62061:2005, up to SILCL3 EN 61511-1:2003ApprovalsCE, TÜV SÜD, cULus Declaration of conformityCan be found at:/jokabsafety Information for use in USA/Canada Intended use Applications according to NFPA 79Power sourceA suitable isolating source in conjunction with a fuse in accordance with UL 248FuseThe fuse shall be rated max. 4 A and be installed in the +24 VDC power supply to the device in order to limit the available current.MaintenanceWARNING: The safety functions and mechanics shall be testedevery year to confirm that the safety functions work properly.WARNING: Repair and exchange of parts of the safety relay is not permitted since it may accidentally cause permanent damage to the product, imparing safety of the device which in turn could lead to serious injury to personnel. In case of breakdown or damage to the product contact ABB Jokab safety to replace the safety relay with a similar product.。

Package‘SFtools’October12,2022Type PackageTitle Space Filling Based Tools for Data MiningVersion0.1.0Author Mohamed Laib and Mikhail KanevskiMaintainer Mohamed Laib<******************>Description Contains spacefilling based tools formachine learning and data mining.Some functions offerseveral computational techniques and deal with the out ofmemory for large big data by using the ff package.Imports wordspace,doParallel,ff,parallel,statsLicense GPL-3URL https:///site/mohamedlaibwebpage/BugReports https:///mlaib/SFtools/issuesEncoding UTF-8LazyData trueNote The GPU computing version can be found soon,on following urlhttps:///site/mohamedlaibwebpage/Software.RoxygenNote6.0.1NeedsCompilation noRepository CRANDate/Publication2017-06-2815:53:43UTCR topics documented:SFtools-package (2)Infinity (2)UfsCov (3)UfsCov_ff (5)UfsCov_par (6)Index912Infinity SFtools-package SFtools:Space Filling Based Tools for Data MiningDescriptionContains spacefilling based tools for machine learning and data mining.Some functions offer several computational techniques and deal with the out of memory for large big data by using the ff package.Author(s)Mohamed Laib<********************>andMikhail Kanevski<************************>,Maintainer:Mohamed Laib<******************>Referencesib and M.Kanevski(2017).Unsupervised Feature Selection Based on Space Filling Concept, arXiv:1706.08894.J.A.Royle,D.Nychka,An algorithm for the construction of spatial coverage designs with imple-mentation in Splus,Computers and Geosciences24(1997)p.479–488.J.Franco,Planification d’expériences numériques en phase exploratoire pour la simulation des phénomènes complexes,Thesis(2008)282.D.Dupuy,C.Helbert,J.Franco(2015).DiceDesign and DiceEval:Two R Packages for Designand Analysis of Computer Experiments.Journal of Statistical Software,65(11),1-38.Jstatsoft. See AlsoUseful links:•https:///site/mohamedlaibwebpage/•Report bugs at https:///mlaib/SFtools/issuesInfinity Simulated datasetDescriptionGenerates a simulated dataset(the Infinity dataset)UsageInfinity(n=1000)Argumentsn Number of generated data points(by default:n=1000).ValueA data.frame of simulated dataset,with7features(4of them are redundants)Author(s)Mohamed Laib<********************>Examplesinfinity<-Infinity(n=1000)plot(infinity$x1,infinity$x2)##Not run:####Visualisation of the infinity dataset(3D)####require(rgl)require(colorRamps)c<-cut(infinity$z,breaks=100)cols<-matlab.like(100)[as.numeric(c)]plot3d(infinity$x1,infinity$x2,infinity$z,radius=0.01,col=cols,type="s",xlab="x1",ylab="x2",zlab="z",box=F)grid3d(c("x","y","z"),col="black",lwd=1)##End(Not run)UfsCov UfsCov algorithm for unsupervised feature selectionDescriptionApplies the UfsCov algorithm based on the spacefilling concept,by using a sequatial forward search(SFS).UsageUfsCov(data)Argumentsdata Data of class:matrix or data.frame.DetailsSince the algorithm is based on pairwise distances,and according to the computing power of your machine,large number of data points can take much time and needs more memory.See UfsCov_par for parellel computing,or UfsCov_ff for memory efficient storage of large data on disk and fast access(by using the ff and the ffbase packages).ValueA list of two elements:•CovD a vector containing the coverage measure of each step of the SFS.•IdR a vector containing the added variables during the selection procedure.NoteThe algorithm does not deal with missing values and constant features.Please make sure to remove them.Author(s)Mohamed Laib<********************>Referencesib and M.Kanevski(2017).Unsupervised Feature Selection Based on Space Filling Concept, arXiv:1706.08894.Examplesinfinity<-Infinity(n=800)Results<-UfsCov(infinity)cou<-colnames(infinity)nom<-cou[Results[[2]]]par(mfrow=c(1,1),mar=c(5,5,2,2))names(Results[[1]])<-cou[Results[[2]]]plot(Results[[1]],pch=16,cex=1,col="blue",axes=FALSE,xlab="Added Features",ylab="Coverage measure")lines(Results[[1]],cex=2,col="blue")grid(lwd=1.5,col="gray")box()axis(2)axis(1,1:length(nom),nom)which.min(Results[[1]])##Not run:####UfsCov on the Butterfly dataset####require(IDmining)N<-1000UfsCov_ff5 raw_dat<-Butterfly(N)dat<-raw_dat[,-9]Results<-UfsCov(dat)cou<-colnames(dat)nom<-cou[Results[[2]]]par(mfrow=c(1,1),mar=c(5,5,2,2))names(Results[[1]])<-cou[Results[[2]]]plot(Results[[1]],pch=16,cex=1,col="blue",axes=FALSE,xlab="Added Features",ylab="Coverage measure")lines(Results[[1]],cex=2,col="blue")grid(lwd=1.5,col="gray")box()axis(2)axis(1,1:length(nom),nom)which.min(Results[[1]])##End(Not run)UfsCov_ff UfsCov for unsupervised features selectionDescriptionApplies the UfsCov algorithm based on the spacefilling concept,by using a sequatial forward search(for memory efficient storage of large data on disk and fast access).UsageUfsCov_ff(data,blocks=2)Argumentsdata Data of class:matrix or data.frame.blocks Number of splits to facilitate the computation of the distance matrix(by default: blocks=2).ValueA list of two elements:•CovD a vector containing the coverage measure of each step of the SFS.•IdR a vector containing the added variables during the selection procedure.NoteThis function is still under developement.Author(s)Mohamed Laib<********************>Referencesib and M.Kanevski(2017).Unsupervised Feature Selection Based on Space Filling Concept, arXiv:1706.08894.Examples##Not run:####Infinity dataset####N<-1000dat<-Infinity(N)Results<-UfsCov_ff(dat)cou<-colnames(dat)nom<-cou[Results[[2]]]par(mfrow=c(1,1),mar=c(5,5,2,2))names(Results[[1]])<-cou[Results[[2]]]plot(Results[[1]],pch=16,cex=1,col="blue",axes=FALSE,xlab="Added Features",ylab="Coverage measure")lines(Results[[1]],cex=2,col="blue")grid(lwd=1.5,col="gray")box()axis(2)axis(1,1:length(nom),nom)which.min(Results[[1]])####Butterfly dataset####require(IDmining)N<-1000raw_dat<-Butterfly(N)dat<-raw_dat[,-9]Results<-UfsCov_ff(dat)##End(Not run)UfsCov_par UfsCov algorithm for unsupervised feature selectionDescriptionApplies the UfsCov algorithm based on the spacefilling concept,by using a sequatial forward search(SFS).This function offers a parellel computing.UsageUfsCov_par(data,ncores=2)Argumentsdata Data of class:matrix or data.frame.ncores Number of cores to use(by default:ncores=2).DetailsSince the algorithm is based on pairwise distances,and according to the computing power of your machine,large number of data points needs more memory.See UfsCov_ff for memory efficient storage of large data on disk and fast access(by using the ff and the ffbase packages).ValueA list of two elements:•CovD a vector containing the coverage measure of each step of the SFS.•IdR a vector containing the added variables during the selection procedure.NoteThe algorithm does not deal with missing values and constant features.Please make sure to remove them.Note that it is not recommanded to use this function with small data,it takes more time than using the standard UfsCov function.Author(s)Mohamed Laib<********************>Referencesib and M.Kanevski(2017).Unsupervised Feature Selection Based on Space Filling Concept, arXiv:1706.08894.See AlsoUfsCov,UfsCov_ffExamplesN<-800dat<-Infinity(N)Results<-UfsCov_par(dat,ncores=2)cou<-colnames(dat)nom<-cou[Results[[2]]]par(mfrow=c(1,1),mar=c(5,5,2,2))names(Results[[1]])<-cou[Results[[2]]]plot(Results[[1]],pch=16,cex=1,col="blue",axes=FALSE, xlab="Added Features",ylab="Coverage measure")lines(Results[[1]],cex=2,col="blue")grid(lwd=1.5,col="gray")box()axis(2)axis(1,1:length(nom),nom)which.min(Results[[1]])##Not run:N<-5000dat<-Infinity(N)##Little comparison:system.time(Uf<-UfsCov(dat))system.time(Uf.p<-UfsCov_par(dat,ncores=4))##End(Not run)IndexInfinity,2SFtools(SFtools-package),2SFtools-package,2UfsCov,3,7UfsCov_ff,4,5,7UfsCov_par,4,69。

GP-1670/1670F features• Bright 800 cd/m2 LCD gives excellent readability even in direct sunlight • The LCD and AR glass are bonded together to ensure no fogging issues • Clear visibility even when wearing polarized sunglasses• Internal GPS antenna for simple and easy installation• Standard C-Map 4D chart available on SD card• RotoKey TM revolving menu and familiar point-and-click operation• Internal memory: Waypoint/Track 30,000 points, Route 1,000 routesGP-1670F features• Equipped with FURUNO’s latest digital fish finder technology- Bottom Discrimination Function* * Thru-hull transom transducer mount required.- ACCU-FISH TM — A unique fish size analyzer• Post-processing Gain Control applied to all echoes displayed on the screen • White Line function — Discriminates fish lying near the bottomC-MAP 4DDigital Charts that grow with your boating needs. Dual range chart displayPlotter + Fish Finder* (with ACCU-FISH and Bottom Discrimination function ON) *GP-1670F onlyModelModel5.7" GPS/WAAS CHART PLOTTERSPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICEPLEASE READ MANUAL BEFORE USING THE UNIT12093SS Printed in JapanCatalogue No. N-872aAll brand and product names are registered trademarks, trademarks or service marks of their respective holders.GPA-017/017S (Option)Internal GPS Antennaor orScreen Size5.7"Screen Resolution 640 x 480 pixels (VGA)Screen Brightness 800 cd/m 2 (typical)LanguageEnglish (US & UK), French, Spanish, German, Italian, Portuguese, Danish, Swedish, Norwegian, Finnish, Greek, Japanese, Chinese, Russian, Thai, Vietnamese,Polish, Bahase Malaysia, Bahasa Indonesia Display ModesCourse plot, Nav Data, Instruments*, Engine monitor*, Anemometer*, Fuel level gauge*, GPS status,Fish nder** *External sensors required **GP-1670F onlyMemory Capacity30,000 points for ship's track and wayponts 1,000 planned routes (Max. 50 points per route)5,000 quickpoints InterfaceCAN bus: 1 portMini USB*: 1 port (2.0) *for maintenance onlySD card slot: 1 slot (up to 32 GB)ChartC-MAP 4DOther Functions AIS target display* *AIS sensor requiredTemperature -15˚C to +55˚CWaterproo ng IP56Power Supply12-24 VDCConsumption CurrentGP-1670: 0.5 - 0.3 AGP-1670F: 0.9 - 0.5 A (When 600 W transducer used)GPS / WAAS Receive TypeGPS: 50 channels WAAS: 1 channelReceiving Frequency L1 (1575.42 MHz)Accuracy Internal antenna : GPS 10 m Max / MSAS 7 m MaxExternal antenna*: GPS 10 m Max / MSAS 7 m Max*GPA-017 (Option)Time to First FIX 90 s (cold start)Tracking Velocity 999 KnTransmission 600 W or 1 kW* *Matching box MB-1100 required for certain transducers Display Range 5 - 1,200 m, shift: 0 - 1,200 m Extension Mode ACCU-FISH*, Auto (Fishing/Cruising/Manual), A-Scope,Marker Zoom, Bottom Zoom, Bottom Lock, Bottom Discrimination*Picture Advance 7 steps: 2/1, 1/1, 1/2, 1/4, 1/8, 1/16, stop*In some instances, bottom component or sh size indicated on the GP-1670F may differ from its actual size or structure. Please carefully read the operation manual prior to using this feature. Equipment List Display unit GP-1670/1670F, Installation materials and standard spare partsOptions • GPS antenna GPA-017/017S • Antenna cable assembly • NMEA2000 heavy cable assembly • Mast mounting kit • Junction box • In-line Terminator • NMEA2000interface unit • NMEA data converter • Waterproof cap • Termination Resistor• NMEA2000 light cable assembly • Cable assembly • Mini/micro T-connector• L-angle mounting base • Handrail mounting base • Rectifier • T-connector • Inner hull mounting kit* • Matching box* • Speed/Temperature sensor*• Temperature sensor* *for GP-1670F only Transducer Options (for GP-1670F only)600 W 1 kW* *Matching box MB-1100 required for certain transducers • 520-5MSD (Bronze) • 50/200-1T • 50B-6B • 520-5PSD (Plastic) • 50/200-12M • 200B-5S • 525-5PWD (Plastic) • 50B-6ViewableConventional GP-1670Easy Replacement from legacy modelsNMEA DATA CONVERTER < IF-NMEA2K2 >IF-NMEA2K2Furuno’s NMEA DATA CONVERTER is a compact interface unit, that converts NMEA 0183 data into CAN bus/NMEA2000 data and vice-versa. Control data such as Heading and Rate-of Turn can be translated in high speed conversion rate.Black out。

S torageTek T10000C Security GuideE57790-01October 2014StorageTek T10000C Security GuideE57790-01Copyright © 2014, Oracle and/or its affiliates. All rights reserved.Primary Author: Dave HostetterContributing Author:Contributor:This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws. Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means. Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free. If you find any errors, please report them to us in writing.If this is software or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, the following notice is applicable:U.S. GOVERNMENT END USERS: Oracle programs, including any operating system, integrated software, any programs installed on the hardware, and/or documentation, delivered to U.S. Government end users are "commercial computer software" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations. As such, use, duplication, disclosure, modification, and adaptation of the programs, including any operating system, integrated software, any programs installed on the hardware, and/or documentation, shall be subject to license terms and license restrictions applicable to the programs. No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications. It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury. If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use. Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.Oracle and Java are registered trademarks of Oracle and/or its affiliates. Other names may be trademarks of their respective owners.Intel and Intel Xeon are trademarks or registered trademarks of Intel Corporation. All SPARC trademarks are used under license and are trademarks or registered trademarks of SPARC International, Inc. AMD, Opteron, the AMD logo, and the AMD Opteron logo are trademarks or registered trademarks of Advanced Micro Devices. UNIX is a registered trademark of The Open Group.This software or hardware and documentation may provide access to or information on content, products, and services from third parties. Oracle Corporation and its affiliates are not responsible for and expressly disclaim all warranties of any kind with respect to third-party content, products, and services. Oracle Corporation and its affiliates will not be responsible for any loss, costs, or damages incurred due to your access to or use of third-party content, products, or services.ContentsPreface (v)Audience (v)Documentation Accessibility (v)1OverviewProduct Overview..................................................................................................................................... 1-1 Capacity and Performance of T10000C................................................................................................. 1-1 Security....................................................................................................................................................... 1-1 General Security Principles.................................................................................................................... 1-1 Keep Software Up To Date............................................................................................................... 1-1 Restrict Network Access................................................................................................................... 1-2 Keep Up To Date on Latest Security Information......................................................................... 1-2 2Secure InstallationUnderstand Your Environment............................................................................................................. 2-1 Which resources need to be protected?.......................................................................................... 2-1 From whom are the resources being protected?............................................................................ 2-1 What will happen if the protections on strategic resources fail?................................................ 2-1 Securing the Tape Drive......................................................................................................................... 2-1 Installing Virtual Operator Panel (VOP) application....................................................................... 2-2 Post Installation Configuration............................................................................................................. 2-2 Assign the user (admin) password.................................................................................................. 2-2 Enforce password management....................................................................................................... 2-2 3Security FeaturesA Secure Deployment ChecklistB ReferencesiiiivPrefaceThis document describes the security features of Oracle’s StorageTek T10000C. AudienceThis guide is intended for anyone involved with using security features and secureinstallation and configuration of StorageTek T10000C.Documentation AccessibilityFor information about Oracle's commitment to accessibility, visit the OracleAccessibility Program website at/pls/topic/lookup?ctx=acc&id=docacc.Access to Oracle SupportOracle customers have access to electronic support through My Oracle Support. Forinformation, visit /pls/topic/lookup?ctx=acc&id=info orvisit /pls/topic/lookup?ctx=acc&id=trs if you are hearingimpaired.vvi1Overview This section gives an overview of StorageTek T10000C tape drive and explains thegeneral principles of tape drive security.Product OverviewThe T10000C Enterprise tape drive attaches to open systems SCSI over Fibre Channelprotocol and mainframe over FICON protocol. The T10000C tape drive transfers datato and from a host and stores it on a removable magnetic media. The T10000C tapedrive is intended primarily to provide high reliability, high capacity back up, archive,and data processing capabilities for enterprise customers that demand high duty cycleand reliability. The product provides optional data encryption. The customer has theoption to enable the encryption feature. The tape drive product was enhanced forcapacity and native tape speed. In addition, data management features were alsoadded along the way.Capacity and Performance of T10000CThe T10000C tape drive has 5TB capacity and 240 MB per second native tape speed.SecurityThe T10000C tape drive is designed and documented for use within a controlledhardware environment. Tape drives are always located inside a controlled data centerand they are typically located inside of a tape library. In some cases, the customer willuse a rack mount version but that is rare. The controlled data center is also inside a firewall that is protected by the customer's own security policies. This will give the bestfunctionality and protection from compromise, both from the internet in general andfrom the internal entity operating the tape drive.General Security PrinciplesThe following principles are fundamental to using any product securely.Keep Software Up To DateOne of the principles of good security practice is to keep all software versions andpatches up to date. Throughout this document, the following software level isassumed:T10000C 3.XX.1XXOverview1-1General Security PrinciplesRestrict Network AccessKeep the tape drive behind a data center firewall. The firewall provides assurance thataccess to these systems is restricted to a known network route, which can bemonitored and restricted, if necessary. As an alternative, a firewall router substitutesfor multiple, independent firewalls. Identifying the hosts allowed to attach to the tapedrive and blocking all other hosts is recommended where possible.Keep Up To Date on Latest Security InformationOracle continually improves its software and documentation. Check this documentevery release for revisions.1-2StorageTek T10000C Security Guide2Secure Installation 2-1Secure InstallationThis section outlines the planning and implementation process for a secure installation and configuration, describes several recommended deployment topologies for the systems, and explains how to secure a tape library.Understand Your EnvironmentTo better understand security needs, the following questions must be asked:Which resources need to be protected?Many resources in the production environment can be protected. Consider the resources needing protection when deciding the level of security that you must provide.From whom are the resources being protected?The tape drive must be protected from everyone on the Internet. But should the tape drive be protected from the employees on the intranet in your enterprise?What will happen if the protections on strategic resources fail?In some cases, a fault in a security scheme is easily detected and considered nothing more than an inconvenience. In other cases, a fault might cause great damage to companies or individual clients that use the tape drive. Understanding the security ramifications of each resource will help protect it properly.Securing the Tape DriveBy default, the tape drive uses ports listed in the following table. The firewall should be configured to allow traffic to use these ports and that any unused ports are blocked. The tape drives support IPv6 and IPv4.Table 2–1Network ports used PortT10000C 22 tcp - SSH VOPX 22 tcp - SFTP X161 udp - SNMPV1 Tape Drive agent requests - inbound stateful X162 udp - SNMPV1 Tape Drive traps and inform notifications - outbound stateless for traps, outbound stateful for inform XInstalling Virtual Operator Panel (VOP) application2-2StorageTek T10000C Security Guide Ports 21 and 23 will be disabled for our customers for T10000C. If a customer requires access to a non-secure TELNET or non-secure FTP or both, then a VOP configuration option is available.Installing Virtual Operator Panel (VOP) applicationVOP should only be installed on systems that are within the same protected network infrastructure as the tape drive. Customer access controls should be enforced on the systems where VOP is installed to assure restricted access to the tape drive. See Table 2–1 for ports used by VOP .Refer to the following VOP user guide for web launch VOP install instructions./technetwork/documentation/tape-storage-curr-187744.h tml#vopPost Installation ConfigurationThis section documents security configuration changes that must be made after installation.Assign the user (admin) password.The customer admin account password should be changed by the customer at the site and is owned by the customer. The password security meets Oracle standards. An infinite number of passwords is available for use over the life of the tape drive. If the admin password is forgotten, it can be reset. The first password is the default password sent with the tape drive.Enforce password managementBasic password management rules, such as password length, and complexity must be applied to the administrator password.The password management rules require at least one of each of the following rules.■Must be between 8 and 16 characters long ■Lower case (a-z)■Upper case (A-Z)■Decimal digit (0-9)23 tcp - TELNET21 tcp - FTP9842 tcp - EPT3331 OKM - challenge and root CA serviceX 3332 OKM – Enrollment. Cyber strength is AES256X 3334 OKM – Encryption key exchange. Cyber strength is AES256X 3335 OKM – Cluster discovery. Cyber strength is AES256X Table 2–1(Cont.)Network ports usedPortT10000CPost Installation Configuration ■Special characters (.?;:"{}[]()!@#$%&, ...)Secure Installation2-3Post Installation Configuration2-4StorageTek T10000C Security Guide3Security FeaturesThis section outlines the specific security mechanisms offered by the product.The T10000C tape drive communicates on a secure channel to the Oracle Key Management System. The T10000C will communicate SSH and SFTP to the Virtual Operator Panel and TELNET and FTP will be disabled for our customers. These should not be the only line of security to protect the Tape Drive. Ideally, the Tape Drives should be in a physically secured data center that also has a secured network that only allows access from the servers utilizing its functionality. These servers and applications running on them should also be secured. In addition, the customer has the option to elevate the security of the tape drive to yet another level. One of the options is to encrypt their data.Security Features3-13-2StorageTek T10000C Security GuideA Secure Deployment ChecklistThe following security checklist includes guidelines that help secure the tape drive:1.Enforce password management.2.Enforce access controls.3.Restrict network access.a. A firewall should be implemented.b.The firewall must not be compromised.c.System access should be monitored.work IP addresses should be checked.4.Contact your Oracle Services, Oracle Tape Library Engineering, or accountrepresentative if you come across vulnerabilities in Oracle tape drives.Secure Deployment Checklist A-1A-2StorageTek T10000C Security GuideBReferencesYou can access the VOP User Guide from:/technetwork/documentation/tape-storage-curr-187744.h tml#vopReferences B-1B-2StorageTek T10000C Security Guide。