智翱超霸卡说明书
IOTA IQ 40-HOUR Charge Controller 说明书
The IOTA IQ 40-HOUR Charge Controller installsby simply plugging the IQ cord into the Dual Volt-age jack located on the DLS* (Refer to Figure A).The IOTA IQ 40-HOUR circuitry is then automaticallyengaged. Note: the cord provided is specifically de-signed for use with the IOT A IQ 40-HOUR. Do notuse the IOTA IQ 40-HOUR with any cord other thanone supplied with the unit.Smart Charge ControllerOWNER’S MANUALThe IOTA IQ 40-HOUR Charge Controller is designed for rapid automatic charging control for DLS Battery Chargers with high-capacity flooded lead acid battery applications, providing en-hanced battery charging and maintenance. The IOTA IQ 40-HOUR allows the DLS Charger to deliver an enhanced Bulk charge to replenish larger amp-hour batteries quickly, in addition to providing Float and Maintenance cycles. Multi-stage charging with the IQ 40-HOUR increases the charging capacity of the DLS charger, decreases the charge time, and ensures a maintained and full battery charge. The IOTA IQ 40-HOUR monitors the battery at all times. If the DLS volt-age remains in the Float stage for seven days, the IOTA IQ 40-HOUR will automatically initiate the Maintenance Cycle for a predetermined time to help maintain the battery, and then resume float stage charging. ATTENTION: While the IQ 40-HOUR is designed to accommodate most flooded lead acid batteries, always refer to the manufacturer’s specifications for your battery’s allowable charging parameters .INSTALLATIONThe LED Indicator on the IQ informs the user of the DLS charging state and the battery charge status. When first activated, the IQ will read the number of cells in the battery and indicate the voltage of the battery through a number of flashes. Refer to Figure C.LIT/FLASHING LED - After detecting the battery, the IQ 40-HOUR will initiate a Bulk Charge phase. When the IQ 40-HOUR is in the Bulk Charge mode, the green LED indicator will flash rapidly (approx. 2 flashes per second). When the Bulk Charge is complete, the IQ 40-HOUR will begin the Float Charge phase and the LED will remain lit (no flashing). Refer to Figure B for Charge Stage descriptions.Figure B: Charge Stage DescriptionsOPERATION AND LED INDICATOR REFERENCE(520) 294-3292 • FAX (520) 741-2837 Figure C: LED Code TableFIGURE A. IQ INSTALLATION *Location of the Dual Voltage Jack may vary depending onthe DLS Model.40-HOURBULKFLOATOPERATION AND LED INDICATOR REFERENCE (cont.)The LED indicator will remain lit or flashing when the charger is unplugged or disconnected from the AC supply (de-energized). During this time, the IQ continues to monitor the battery voltage. If the battery voltage drops below a pre-determined voltage (Refer to Figure D for predetermined val-ues), the IQ will automatically initiate the smart-charging cycle once the AC input is re-connected. IRREGULAR FLASHING LED - If the LED is flashing irregularly or intermittently, then the IQ has entered a FAULT state due to a voltage irregularity. When this occurs, the IQ must be re-set in order to resume normal operation. Refer to the FAULT STATE instructions below for re-setting procedures. CHARGING STAGE DESCRIPTIONSBULK STAGE - During this state, the charger will operate either at Full Current output or Constant Voltage output depending on the discharged state of the battery. A discharged battery will dictate the voltage and force the charger into constant-current operation. As the battery charges, the char-ger transitions to a constant-voltage operation. This BULK STAGE will continue for 40 hours. At this point, the BULK ST AGE will switch to the FLOAT STAGE.FLOAT STAGE - This charge state holds the batteries at Constant Voltage for a period not longer than seven days. During this state, the charger not only floats the batteries, but it can also provide load current up to its maximum rating for other loads without depleting the battery capacity. The FLOA T STAGE will end when either the battery voltage drops below the “Low Trigger” point or at the end of 7 days when the IQ 40-HOUR initiates the MAINTENANCE stage to ensure a complete charged condition. In either situation, the unit exits the FLOAT ST AGE and enters the BULK STAGE. FAULT STATE - If the IQ enters a FAULT state, its circuitry is automatically disabled. In this state, the functionality of the IQ is completely disabled, the LED will flash irregularly, and the charger re-verts to a stand-alone FLOAT STATE voltage. The unit will not exit this stand-alone FLOAT ST ATE, therefore the unit must be reset by following the steps below.1. Unplug the charger from its AC source.2. Disconnect the [+] positive cable from the battery.3. Wait 30 seconds before reconnecting the input and output. To avoid arcing, it is recom-mended that the charger be connected to the AC input FIRST before connecting the output of the charger to the battery*.*Note that the connection sequence of the input and output covered above is recommended every time an operator connects the charger to the batteries. However, as long as the charger remains connected to the battery, periodic unplugging of the AC input does not require this sequence. Figure D: Predetermined Stage Trigger Values68412-115 REV 1800。
Omega PTC-14-A多功能数字计时器产品说明书
PTC-14-AMultifunction Digital Timer **************Omega Engineering, Inc:800 Connecticut Ave. Suite 5N01, Norwalk, CT 06854, USA Toll-Free: 1-800-826-6342 (USA & Canada only)Customer Service: 1-800-622-2378 (USA & Canada only) Engineering Service: 1-800-872-9436 (USA & Canada only) Tel: (203) 359-1660e-mail:**************Fax: (203) 359-7700Omega Engineering,Limited:1 Omega Drive, Northbank, Irlam Manchester M44 5BD United Kingdom Omega Engineering,GmbH: Daimlerstrasse 26 75392Deckenpfronn GermanyPlease read this document carefully before using this product. The product guarantee will become invalidated by any damage to the timer caused by not following the instructions in the user manual. Omega do not accept any liability for personal injury, material damage or capital losses which may arise by not following the instructions in the user manual.• 4 digit red LED display panel mounting digital timer • 5 programmable timing modes• Time ranges from 0-99.99sec to 0-9999hrs • 24Vac/dc or 100-240Vac powered • 1 changeover and 1 N/O relay output • Programmable reset function• Easy to programme through front keys • Status and timing indicators • Selectable up/down timing• EEPROM memory (minimum 10 years) • Security passcode • IP65 enclosureENVIRONMENTAL CONDITIONS Operating/Storage Temperature: 0ºC to +50ºC / -20ºC to +60ºCProtection Class: IP65Maximum Installation Height:2000mDo not use this timer in locations where corrosive or flammable gases could be present.ELECTRICALPower Supply Voltage:24Vac/dc or 100-240Vac Power Consumption (Burden): <3VA Frequency 50/60HzWiring: 2mm² screw type terminals Data Retention: EEPROM (minimum 10 years)CE Markings: Directive LV 2014/35/EU (EN 60730-1, EN 60730-2-7, EN 61812-1, UL 508) Directive EMC 2014/30/EU (EN 55011: class B; EN 61000-4-2, EN 61000-4-3, EN 61000-4-4, EN 61000-4-5, EN 61000-4-6)OUTPUTSRelay Outputs (R1 & R2): Out1: Single pole changeover contact 16A rated at 240Vac (resistive load)Single pole changeover contact 16A rated at 240Vac (resistive load) Out2: Single pole N/O contact 5A rated at 240Vac (resistive load)Single pole N/O contact 5A rated at 240Vac (resistive load)Relay Contact Life: Mechanical 1,000,000 operations Electrical 100,000 operations Reset Time: 100ms approx.Accuracy: ±3sec/24hoursHOUSINGHousing Type: Panel mountingDisplay: 4 digit red LED displayDimensions: 78mm wide x 35mm high x 64mm deep Weight: Approximately 130g (without packaging)Enclosure Materials:Self extinguishing plastics, UL 94 V0TECHNICAL SPECIFICATION WIRING CONNECTIONSWhen cleaning the timer, solvents (thinners, gasoline, acid etc.) or corrosive materials must not be used.SUPPLYFRONT PANEL DISPLAY FUNCTIONSKEYS & DISPLAY SYMBOLSDIMENSIONSPANEL CUTOUTAll dimensions in mm1.Press and release to set the time delays (if programmed with the parameter). Press for 5 seconds to enter the programming mode. Pressagain to access the parameter edit mode and confirm the values. In programming mode press together with the key to change the programming level of the parameters. When the keys are locked press the andkeys together for 5 seconds to unlock the keys.2. When in programming mode, press to decrease the setting value and to select parameters.3. When in programming mode, press to increase the setting value and to select parameters. In programming mode press together with thekeyto change the programming level of the parameters. Press together with thekey to unlock the keys.4.Start/Stop: Press for Start/Stop/Reset functions as programmed using theparameter.5. SET LED: In normal operating mode this indicates the time delays are being set. In programming mode this indicates the parameter programming level.6. CNT LED: Indicates count in progress (flashes every 1 second), count interrrupted (steadily on) or the reset status (off).7. OUT2 LED: Indicates the status of output relay 2 (illuminated for ON and not illuminated for OFF).8. OUT1 LED: Indicates the status of output relay 1 (illuminated for ON and not illuminated for OFF).mm29 m m1. To set the delay times (set times) press the key, the LED will illuminate and the display will show (parameter acronym) and itsprogrammed value. To change the value press the key to increase the value shown or the key to decrease it. Note: Press the keys for longer than 1 second to increase/decrease the numerical value more quickly.Through programming the parameter it is possible to select which set times can be set in this fast mode. An option also exists which allows the setting of the set time value only using the keys without pressing the key in advance ( = 8). The options for the parameter are as follows:No set time can be set with the short key (if pressed and released the key has no effect).Only set time value can be set with this procedure. Only set time value can be set with this procedure.3 and set time values can be set with this procedure.4 Only set time value can be set with this procedure.5 and set time values can be set with this procedure. and set time values can be set with this procedure., and set time values can be set with this procedure. set time value can be set directly with the keys.For example, when the parameter is set to or 3, the procedure is as follows:- Press and release the key, the display shows alternated with the value.- To change the set time, press the key to increase the value or the key to decrease the value.- If = , once the desired value has been set, press the key to exit the set time programming mode.- If = , pressing and releasing the key the display shows alternating with the value. To change the value use the keys using thesame method as for the value.- Once the set time(s) have been programmed, press the key to exit the set time programming mode. If no key is pressed for over 10 seconds the display will automatically return to normal operation.x and can be set within the limits established by parameters and and can be set within the limits estblished by and . .SET TIME PROGRAMMING (FAST MODE)To access the timer function parameters when passcode protection is disabled, press the key for 5 seconds, after which the display shows the code that identifies the first programmable parameter. Use the keys to select the desired parameter then press the key, the display will then show the parameter code, alternated with its value, that can then be changed with the keys. Once the desired value has been reached, press the key again to store the new value, the display will then return to show the parameter code. Press the keys to select any other desired parameters and change them using the same method. To exit the programming mode, press no key for 30 seconds or keep the key pressed for 2 seconds. The PARAMETER PROTECTION USING A PASSCODEThe timer has a parameter protection function using a passcode that can be personalised through the parameter. To protect the parameters, set the x parameter to your desired passcode number.When the passcode protection is active, press the key for 5 seconds after which the display shows . Press the key and the display will show . Using the keys, enter the programmed passcode number and press the key again. If the passcode is correct the timer will display the code of the first programmable parameter and it is possible to program the timer as previously described.The passcode protection can be disabled by setting = 1. All parameters are configured by default as protected so that by simply setting the parameter they are all protected by the passcode.2. If the passcode is lost, switch the timer OFF then ON, pushing the key during initial test and keeping it pressed for 5 seconds. All programmable parameters are then accessible and parameter can be set as required.INSERT CORRECTPASSWORDPARAMETERS (PROGRAM MODE)PASSWORD REQUESTCUSTOMISED PARAMETER PASSCODE PROTECTIONCOUNTING OPERATION MODES= 1 Bistable Start/StopActivating the CNT input starts the timer counting and the CNT input can then be deactivated. Activating the CNT input again stops the counting on the value reached (without disabling the output if this was activated). The next CNT impulse resumes the count from the point it stopped, and so on, until the end of the count or the Reset signal. In this mode the Start/Stop key (if = 2) acts exactly the same way as the CNT input with the addition that, when pressed for 2 seconds during the counting, performs the Reset command. If the counting has finished, pressing the key performs the Reset-Start command at the same time.RESET PARAMETERS TO DEFAULT VALUEKEY LOCK FUNCTIONother parameters, the procedure is as follows:- Enter program mode using the passcode and with the keys, select the parameter that must be accessible without passcode protection.- Once the parameter is selected, if the the parameter is programmable only after entering the passcode (protected). the parameter is programmable without entering the passcode (unprotected).- To change the parameter protection, press the key and keeping it pressed, also press the key.LED changes its state indicating the new level of parameter protection ( = unprotected, If some parameters are set as unprotected, when accessing the programming mode the display first shows the unprotected parameters then the parameter through which it will then be possible to access the protected parameters.To reset all parameters to the factory default values enter at the passcode request. The passcode must first be enabled by setting parameterso that the setting is requested. Enter the value and press the key to confirm. The display shows for 2 seconds and then all parameters have been reset to the factory default values.It is possible to completely lock the timer keys. This function is useful when the timer is being used in an accessible area and unauthorised changes must be avoided. To activate the key lock, program the parameter to a value different from . The value is the time in seconds of key inactivity after which the keys are automatically locked. When the keys are locked, if any of the keys are pressed the display shows to indicate the key lock is active. To unlock the keys press the key and key together for 5 seconds, will then appear on the display and all the key functions will be active again.RESETCountCNT Reset= 2 Bistable Reset-Start/StopActivating the CNT input resets and starts the timer counting and the CNT input can then be deactivated. Activating the CNT input again, if done before the end of the count, stops the count (disabling the output if this was activated). The next CNT impulse starts a new count cycle or if the second CNT impulse arrives after the end of the count, a new count cycle is started. In this mode the Start/Stop key (if = 2) acts exactly the same way as the CNT input.RESETCountCNT ResetStartStartINTERNAL BUZZER OPERATIONThe internal buzzer can be programmed using the parameter to operate as follows:The internal buzzer operates at the end of for period. The buzzer also sounds when keys are pressed. If a command is activated (by a key or digital input), the buzzer is silenced immediately. This buzzer mode is only active for timing operating modes that do not use the time.The internal buzzer operates at the end of for period. The buzzer does not sound when keys are pressed. The buzzer only sounds when keys are pressed.Only the external buzzer output is activated at the end of for period (if configured with = 5INSERT CORRECTPASSWORDPARAMETERSGROUP (PROGRAM MODE)PASSWORD REQUESTperiod , the output relay is activated.= 4 Monostable Reset-Start/StopActivating the CNT input and keeping it active, resets and starts the timer counting and the count then stops on the value reached when the CNT input is deactivated (disabling the output if this was activated). This count operation mode is similar to a traditional timer in which the counting is enabled when the timer is powered and the Reset occurs when the power supply is removed. In this mode the Start/Stop key (if is different to oF ) only acts as a Reset .RESETCountCNT Start= 5 Bistable Reset-Start/StopActivating the CNT input Resets the timer. Activating the CNT input again starts the timer counting and activating the CNT input for a third time stops the count on the value reached (disabling the output if this was activated). In this mode the Start/Stop key (if = 2) acts exactly the same way as the CNT input.RESETCountCNT = 6 Bistable Start/Stop-ResetActivating the CNT input starts the timer counting and the CNT input can then bedeactivated. Activating the CNT input again, if done before the end of the count, stops the count (disabling the output if this was activated) and Resets the count. If the second CNT impulse arrives after the end of the count, a new count cycle is started. In this mode the Start/Stop key (if = 2) at the end of time acts exactly the same way as the CNT input.ResetStartRESETCountCNT ResetResetResetOUT1 OPERATING MODES= 2 IntervalThe timer starts counting and the output relay activated. At the end of the time period , the output relay Reset signal and a new = 3 Immediate Cycle with Variable On and Off TimesThe timer starts counting and the output relay activated. At the end of the time period , the output relay then after time period energises again and this repeats indefinitely until the signal is activated.= 4 Delayed Cycle with Variable On and Off TimesThe timer starts counting when the . the output relay energises and then after time period After a further time period energises again and this repeats indefinitely until the Stop/Reset signal is activated.= 5 Single Delayed Cycle with Variable On and Off TimesThe timer starts counting when the . the output relay energises and then after time period The cycle can only be reactivated after a signal and a new Start = 3 Monostable Start/StopActivating the CNT input and keeping it active, starts the timer counting and the count then stops on the value reached when the CNT input is deactivated (without disabling the output if this was activated). The next CNT impulse resumes the count from the point it stopped, and so on, until the Reset signal. In this mode the Start/Stop key (if is different to oF ) only acts as a Reset .RESETCountCNT= 2 Instantaneous ContactOUT2 is energised during the counting process and remains energised until theOUT1OUT2 = 3 OUT2 Operates the same function as OUT1 but with timeOUT2 operates exactly the same function as but whilst OUT1 operates to time , operates to time . has the same time range as (9999h, 99h59m, 99m59s or 99.99s) and cannot be set to a value higher than .If = 1, 4 or 5, OUT2 operates a delay on energise function.If = 2 or 3, operates a feed through function with a set time.OUT1OUT2Start OUT1ResetOUT2OUT1OUT2OUT1OUT2Start OUT1ResetOUT2 = 4 OUT2 Operates the same function as OUT1 but in advance by time OUT2 operates exactly the same function as OUT1 but OUT2 operates in advance of OUT1. has the same time range as (9999h, 99h59m, 99m59s or 99.99s) and cannot be set to value higher than .If = 1, 4 or 5, OUT2 operates a delay on energise function.If = 2 or 3, OUT2 operates a feed through function with a set time.Start OUT1ResetOUT2OUT1OUT2OUT1OUT2OUT1OUT2OUT1OUT2 = 5 energises when the buzzer sounds (with = 2) to manage an external sound/light signalling device.OUT2 OPERATING MODESThe second output () can be programmed in one of 5 different operating modes with the parameter.. = oF . = 1OPERATION WITH A POWER SUPPLY INTERRUPTIONWhen the power supply to the timer is restored after an interruption the timing count can be programmed using the parameter to operate as follows:Minimum set timeMaximum set timeMinimum set timeMaximum set timeTime rangeTime rangeSet timeSet timeSet time3 OUT2 operates the same function as OUT1 but with time4 OUT2 operates the same function as OUT1 but in advance by time1 The internal buzzer activates at the end of for period and when2 The internal buzzer activates at the end of for period3 The internal buzzer only activates when keys are pressed4 Only the external buzzer activates only at the end of for period(if OUT2 configured with = 5).-START/STOP key operating mode2 RESET-START/STOP if = 1/2 or RESET/START/STOP if = 5/6Set times visible with fast set time procedure ( key)oF No set time visibility3 and45 and6 and7 , and8 only directly with the keys with no key pressed1 The timing count resets2 The timing count stops at the value reached when the power supply ceased1 Display steadily ON at count end1-2 Operation on OUT1, on OUT22-1 Operation on OUT2, on OUT1oF Key lock disabled1 to 9999s (value in seconds of key inactivity after which the keys are locked)PROGRAMMABLE PARAMETERSM5784/0323 Page 11。
OMEGA电源设备使用说明书
UNPACKINGRemove the Packing List and verify that you have received all equipment.If you have any questions about the shipment, please call the OMEGA Customer Service Department at 1-800-622-2378 or (203) 359-1660. When you receive the shipment, inspect the container and equipment for any signs of damage. Note any evidence of rough handling in transit. Immedi-ately report any damage to the shipping agent.NOTEThe carrier will not honor any claims unless all shipping material is saved for their examination. After examining and removing contents, save packaging material and carton in the event reshipment is necessary.NeutralVAC(EXIA)LoadFuse F1Non-HazardousLocation Hazardous LocationNotes1. For 120V application, only one fuse is required in the ungrounded circuit of the input line.2. Required torque on these terminals not to exceed 10 lb-inches on stranded wire - 8 lb-inches on solid wire.Fig. 1. Connection DiagramAssociated EquipmentCaution: The intrinsically safe relays must be mounted outside the hazardous location. Only the sensor's terminals provide an intrinsically safe switch circuit (Fig. 1). (Exia) means associated equipment "Appareilage connexe", located in safe area.Example : Typical values of capacitance for a twisted pair of copper wires is between 20 and 60 pF per foot. Using the maximum value of 60pF/ft, Groups A & B could have a run of 1500+feet with safety. Inductance of a typical twisted pair is between 0.10 and 0.20 µH/ft, thus making a cable run in this example essentially determined by the capacitance.The OMEGA ® SBG144600 Solid-State Relays are used as "intrinsically safe switching circuits in hazardous locations, with non-voltage- producing sensors". When installed in accordance with this manual, these field sensors are suitable for Classes I and 2 , Divisions 1 and 2, Groups A, B,C, D, E, F, and G, as defined by the National Electrical Code Handbook.DESCRIPTIONSBG144600Intrinsic Safety RelayInstruction Sheet M-2474/1096Mounting Plate#10NutIntrinsically Safe Solid-State Relays#10 Screw#10 Lockwasher *#10 Lockwasher *Notes1. Grounding Hardware to be #8 or larger and stainless steel2. *Lockwashers to be internal or external tooth-typeFig. 3. Unit Mounting DetailHot *See Note #2Sensor SwitchImportant: Read carefully and completely before installing or connecting the intrinsic safety relay.WARNING Product must be maintained and installed in strict accordance with the National Electrical Code.Failure to observe this warning could result in serious injuries or damages.GROUP A & B C & E D, F, G CAPACITANCE0.6 µF 1.9 µF 1.9 µF INDUCTANCE1.3 mH 5.4 mH 10 mHMounting and Enclosure ConsiderationField wiring of intrinsically safe circuits is to be segregated from non-intrinsically safe wiring by use of suitable barriers, separate wireways or trays (see Fig. 2). Wire insulation to be .010", minimum.Intrinsically safe and non-intrinsically safe connection points should be located sufficiently apart to prevent any possibility of bypassing or miswiring during installation or servicing of equipment.The enclosure shall contain a cautionary statement as follows: "CAUTION: ANY SUBSTITUTION OF COMPONENTS MAY IMPAIR INTRINSIC SAFETY".The mounting plate must be grounded to ensure intrinsic safety.Resistance between the plate and earth ground should be less than one ohm. (See Figs. 3 and 4 for recommended selection of grounding hardware and refer to Article 250 of the National Electrical Code for methods and practices.)Installation of Sensor Switch and Associated Field Wiring The nature of the sensor switch must be that it is a non-voltage-producing, essentially resistive termination or other device specifically examined and approved for use with the intrinsically safe solid-state relay.The conductors of the intrinsically safe circuit should be sealed in a rigid metal conduit at the point where the wiring enters the hazardous area. The wiring and sensor switch should be such that conductive dusts in the hazardous area will not close the circuit.Hazardous area field wiring will store energy due to distributed capacitance and inductance in proportion to its length. It is therefore recommended that the characteristics of the cable be known and judged against the lengthof run and atmosphere of exposure.The following chart is presented as aguideline in determining the limits of reactance for signal loops in the hazardous area wiring for theintrinsically safe solid-state relays.Earth Ground (2 Places)Common Earth-Grounded Mounting PlateIntrinsically Safe Wiring To Sensors Located inHazardous AreaNon-Intrinsically Safe WiringMul-tiple UnitsResistance to ground must be from bracket to earthing member to insure integrity of system. (Must be below one ohm.)Note: All intrinsically safe wiring must be segregated from non-intrinsically safe wiring and shall have a minimum insulation thickness of .010".Fig. 2. Multiple units (located in a non-hazardous area) grouped on a common, earth-grounded mounting plate.Fig. 4. Mounting Plate Grounding DetailFig. 5. DimensionsP/N 1696921-5/16"(33.3 mm)Mounting PlateScrewLockwasher*Lockwasher*NutLockwasher*NutTerminal LugNotes:1. *(Lockwasher to be internal or external tooth type)2. Grounding hardwre to be #8 or larger and S.S.3"(76.2 mm)MountingTab2-5/8"(66.6 mm)7/32" Dia.(5.5 mm)7/8"(22.2 mm)1-3/8"(35 mm)2-7/8"(73 mm)Line & Load VoltageRange Load Current Max Turn-On Sensitivity (Typical)Turn-OffSensitivity (Typical)VoltageLoss Operating TemperatureRangeSwitching OperationWeightSBG144600105 to125 VAC5A < 500 Ω 2 VAC-40°F to 120°F (-40°C to +48.9°C)6mA @120 VACSPST N.O.Table 1. SpecificationsSSR for Intrinsic SafetyOutput Leakage Current Max.Model Number2000 ΩDescriptionWhenever possible, the actual measured parameters should be used in making the determination of allowable length.Shielded cable is not required, but if used in the application, the shield must be returned to ground, the same point at mounting tab.Non-intrinsically safe wiring cannot be run in conduit or open raceways together with intrinsically safe wiring. (See **Note - next page.)Fusing of the solid-state relays to be in accordance with Fig. 1. Fuse F1 to be 6 amps slo-blo, 120 VAC for 120V line voltage; 250 VAC for 240 V applicatio n.****Note Note Note:: All intrinsically safe wiring to intrinsically safe solid-state relays must be segregated from non-intrinsically safe wiring.Installation of Sensor Switch and Associated Field Wiring (Cont.)198g。
Zebra ZQ630 Plus RFID 快速启动指南说明书
Verify that you have theitems shown. Accessoriesmay vary by region.1.Press the release tab on the battery pack.2.Rotate and lift the battery pack out of the printer.To provide power to the printer,you can either charge the batteryusing a compatible charger, oruse an AC power adapter.The Xs in the part numbers willvary by region.BTRY-MPP-68MA1-01AC18177-XQuad Battery ChargerSAC-MPP-1BCHG XX1-011-Slot Battery ChargerP1031365-XXXSmart Charger-2P1031365-0XXP1065668-0XXAC Power Adapter3-Slot Battery ChargerDual 3-Slot Battery ChargerSAC-MPP-3BCHG XX1-01SAC-MPP-6BCH XX1-01Peel back the tape insulator and remove it fromthe top of the battery pack. Discard upon removal.4.Pull up on the tape insulator tab located on thebottom of the battery pack.3.HOME MENUSETTINGSZEBRAZQ630 PLUSLearn about genuine Zebra /suppliesContact Zebra about your printer./contactsupportNeed to design a label?/zebradesignerJoin Community Connection of Zebra users and ambassadors./supportcommunityNeed to secure your printer?/printsecureNeed to manage your printer?/profilemanager View Quick Answers and Knowledge /knowledgeConfigure the ZQ6 Plus printers using the Zebra Printer Setup Utility app. Download the app from the Google Play™ store for Android™ devices, or from the App Store ® for iOS ® devices.Use NFC and Bluetooth to pair a device. For ease of pairing, the Bluetooth MAC Address is labeled on the back of the printer and on the box via a barcode.Zebra Printer Setup UtilityLearn about product patent information./patentsView user documentation and how-to /zq600plus-infoView user documentation and how-to /zq600plusrfid-info1.2.。
聚英翱翔云系列GPRS0404-PT继电器控制卡说明书
云系列GPRS0404-PT继电器控制卡说明书V1.0北京聚英翱翔电子有限责任公司2016年01月目录一、产品说明 (1)二、产品特点 (1)三、产品功能 (1)四、产品选型 (1)五、主要参数 (1)六、通讯架构说明 (2)七、使用说明 (2)八、硬件说明 (3)1、接口说明 (3)2、继电器接线说明 (3)3、PT100传感器接线 (4)九、设备唯一ID号 (4)1、扫描二维码获取 (4)2、发送短信查询指令获取 (5)十、短信配置说明 (5)1.查询指令 (5)2.网络配置及查询 (6)3、软件生成指令 (7)十一、平台软件说明 (7)十二、软件下载 (7)1、网页版平台入口 (7)2、手机版软件下载 (8)十三、平台操作说明 (8)1、登陆 (8)2、添加设备 (9)3、实时监控 (11)4、删除设备 (15)十四、开发资料说明 (15)1.Modbus寄存器说明 (15)2.相关指令 (17)3、指令详解 (17)十五、技术支持联系方式 (20)一、产品说明云系列GPRS0404-PT设备是我公司DAM系列设备中GPRS版本的一种，设备基于移动和联通的GPRS网络来进行通讯，使用我司配套的云平台软件可实现远程控制设备功能，每个设备具有唯一ID号方便用户进行二次开发使用。
二、产品特点●供电电压DC7-40V；●继电器输出触点隔离；●使用GPRS通讯，SIM卡支持移动、联通，暂不支持电信；●通信波特率：2400,4800,9600,19200,38400●通信协议：支持标准modbus协议；三、产品功能●四路继电器控制；●4路PT100采集通道；●可实现远距离操控；●具有闪开、闪断功能，可以在指令里边带参数、操作继电器开一段时间自动关闭。
四、产品选型五、主要参数六、通讯架构说明设备使用基于移动或联通的GSM网络进行远程通讯，设备上插入移动或联通SIM卡即可，支持流量卡。
七、使用说明1、设备上电后，在设备上插入移动或联通SIM卡；2、使用手机向设备中的手机号发送设置管理员指令；3、通过提供的二维码标签或者发送查询短信指令获取设备唯一ID号；4、安装app软件添加设备进行测试【默认设备的指向服务器是我司服务器】；5、通过发送短信指令来将服务器地址改为使用的服务器地址；【选用】八、硬件说明1、接口说明2、继电器接线说明3、PT100传感器接线PT100采用三线制接线方式获取到的温度数据与实际输入值之间的关系为：实际值=返回值*0.01根据PT100品牌的不同，其中9脚和10脚接PT100传感器中颜色相同的引线。
聚英翱翔 DAM0816D-NET 继电器控制卡说明书
DAM0816D-NET继电器控制卡说明书北京聚英翱翔电子有限责任公司2016年01目录一、产品特点 (1)二、产品功能 (1)三、产品选型 (1)四、主要参数 (1)五、接口说明 (2)六、接线方式 (2)1、通讯接线说明 (2)2、继电器接线说明 (3)3、有源开关量接线示意图 (3)4、无源开关量接线示意图 (3)七、配置软件使用说明 (3)八、闪开闪断功能及设置 (4)1、闪开闪断功能介绍 (4)2、闪断闪开的设置 (4)九、开发资料说明 (5)1、通讯协议说明 (5)2、Modbus寄存器说明 (5)3、指令生成说明 (7)4、指令列表 (8)5、指令详解 (9)十、聚英组态软件使用 (11)1、软件下载 (11)2、软件界面 (12)3、软件操作 (12)十一、常见问题与解决方法 (13)一、产品特点●DC7-30V；●继电器输出触点隔离；●通讯接口RJ45以太网口；●通信波特率：2400,4800,9600,19200,38400（可以通过软件修改，默认9600）；●通信协议：支持标准modbus RTU协议。
二、产品功能●16路光耦输入（5-24V）；●8路继电器输出。
三、产品选型四、主要参数五、接口说明六、接线方式1、通讯接线说明2、继电器接线说明3、有源开关量接线示意图4、无源开关量接线示意图七、配置软件使用说明使用“以太网配置软件”（相关下载内下载），配置设备的设备地址及设备的网络通信模式。
详细配置方法参见“以太网配置软件使用说明”文档。
软件下载地址：https:///download/JYNetConfig.zip设备参数配置完毕，通过建立虚拟串口或网络调试助手进行测试。
八、闪开闪断功能及设置1、闪开闪断功能介绍手动模式：对继电器每操作一次，继电器则翻转一次（闭合时断开，断开时闭合）；闪开模式：对继电器每操作一次，继电器则闭合1秒（实际时间【单位秒】=设置数字*0.1）后自行断开；闪断模式：对继电器每操作一次，继电器则断开1.秒（时间可调）后自行闭合；2、闪断闪开的设置闪开闪断模式不能写入设备内部，可以通过发送指令实现，聚英组态软件上即可实现此功能。
英国M ASTRO APX 5000系列数字便携式无线电快速参考卡说明书
Englishm®Radio On/OffZones and ChannelsReceiving and TransmittingSending an Emergency Alarm* Default timer of Emergency button press to activate Emergency is 50 milliseconds. This timer is programmable, see Emergency Operation in the user guide for details.To exit emergency at any time, press and hold the Emergency button.•On – On/Off/Volume knob clockwise.•Off – On/Off/Volume knob counterclockwise.•Zone – Toggle the Zone switch or use the radiomenu to the desired zone .•Channel – Turn the Channel knob or use theradio menu to the desired channel.1Select zone/channel.2Listen for a transmission.ORPress and hold Volume Set button.ORPress Monitor button and listen for activity.3Adjust volume, if necessary.4Press the PTT button to transmit; release toreceive.1Press and hold the Emergency button*. 2The display shows Emergency and thecurrent zone/channel. You hear a short,medium-pitched tone, and the LED blinks red momentarily.3When acknowledgment is received, you hearfour beeps; alarm ends; and radio exits emergency.*PMLN5820F*PMLN5820FMOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. © 2011–2016by Motorola Solutions, Inc. All Rights Reserved. 04/161303 East Algonquin Road, Schaumburg, Illinois 60196, U.S.A.Menu NavigationSending an Emergency CallTo exit emergency at any time, press and hold the Emergency button.Sending a Silent Emergency CallTo exit emergency at any time, press and hold the Emergency button.Display Status Icons1Press the Emergency button.2Press and hold the PTT button. Speak clearlyinto the microphone.3Release the PTT button to end call.4Press and hold Emergency button to exitemergency.1Press the Emergency button.2The display does not change; the LED doesnot light up, and there is no tone.3Silent emergency continues until you:Press and hold the Emergency button to exit emergency state.ORPress and release the PTT button to exit the Silent Emergency Alarm mode and enter regular dispatch or Emergency Call mode.Receiving a call or data Transmitting a call or datau tBlinks when the battery is low.The more stripes, the stronger the signal strength for the current site (trunking only).Direct radio to radio communication or connected through a repeater.On = Direct Off = RepeaterThis channel is being monitored.L = Radio is set at Low power.H = Radio is set at High power.Scanning a scan list.Blinking dot = Detects activity on thePriority-One Channel during scan.Steady dot = Detects activity on thePriority-Two Channel during scan.The vote scan feature is enabled.8V OM H OR.i j kOn = Secure operation.Off = Clear operation.Blinking = Receiving an encryptedvoice call.On = AES Secure operation.Off = Clear operation.Blinking = Receiving an encrypted voice call.On = GPS enabled, and location signalavailable.Off = GPS disabled.Blinking = GPS enabled, but locationsignal unavailable.On = User is currently associated withthe radio.Off = User is currently not associatedwith the radio.Blinking = Device registration or userregistration with the server failed due to an invalid username or pin.Data activity is present.Bluetooth is ready.Bluetooth is connected to the device.m l G no b a。
惠普增霸卡使用说明
惠普增霸卡使用说明 GE GROUP system office room 【GEIHUA16H-增霸卡使用指南Easysafe Card User’s GuideVer 6.01前言◎欢迎使用增霸卡！◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆※本手册所有的产品商标与产品名称均属于北京易生创新科技有限公司。
※本手册所有图形仅供参考，请您以实际软件界面为准。
※人为损坏或由不可抗力因素引起的硬件损坏不予保修。
※请您在做安装、移除、修改增霸卡操作时，备份好您的硬盘数据，如果数据丢失，本公司不予找回。
※软件版本如有变更恕不另行通知。
◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆增霸卡解决方案是对局域网内计算机进行维护，集网络安装、数据恢复和增量更新功能于一身。
该解决方案广泛应用于学校机房或网吧等局域网环境，成为广大机房管理者的得力助手。
它以方便、安全的优势备受系统管理者的青睐。
◎质量保证及其升级说明本公司将竭诚为您提供主版本内的免费升级服务，升级后的版本和使用手册中的界面或内容有所出入的，请您以实际界面为准，如有需要解答的问题，请您及时联系我们的技术部门。
感谢您对本公司产品的厚爱！本手册阅读导航尊敬的客户：您好！！感谢您使用易生创新系列产品，为了您更好的使用增霸卡，请您仔细阅读本手册。
增霸卡是易生创新公司精心为您设计的专门针对学校和网吧进行维护的高效便捷的机房维护方案，为了方便您的使用我们针对不同机房不同的使用方式特拟定了如下几套使用方案。
『方案一』如果您在使用增霸卡前使用的是新的计算机，并准备全新安装操作系统，请您仔细阅读“２.快速开始指南”章节。
『方案二』如果您在使用增霸卡前计算机已经预装了操作系统，并且您不希望重新安装操作系统，请您仔细阅读“４.计算机已经安装好操作系统后安装增霸卡”章节。
2021 Ford F-650 F-750 超级重型卡车基础版说明书
2021 Ford F-650/F-750F-650/F-750 SUPER DUTY ®CHASSIS CABSTRAILER TOWING SELECTORMaximum payload and towing capabilities are for properly equipped base vehicles with required equipment and a 150-lb. driver and vary based on cargo, vehicle configuration, accessories and number of passengers. See label on door jamb for carrying capacity of a specific vehicle. Horsepower, torque, payload and towing are independent attributes andmay not be achieved simultaneously. For additional information, see your Ford Dealer.DIESEL ENGINECargo and Weight DistributionFor optimum handling and braking, the loadmust be properly distributed Keep center of gravity low for best handling Approximately 60% of the allowable cargo weight should be in the front half of the trailer and 40% in the rear (within limits of tongue load or king pin weight)Load should be balanced from side-to-sideto optimize handling and tire wear Load must be firmly secured to prevent shifting during cornering or braking, which could result in a sudden loss of controlBefore StartingBefore setting out on a trip, practice turning, stopping and backing up your trailer in anarea away from heavy traffic Know clearance required for trailer roof Check equipment (make a checklist)Backing UpBack up slowly, with someone spotting near the rear of the trailer to guide you Place one hand at bottom of steering wheel and move it in the direction youwant the trailer to go Make small steering inputs – slight movement of steering wheel results in much greater movement in rear of trailerTurningWhen turning, be sure to swing wide enough to allow trailer to avoid curbs andother obstructions.BrakingAllow considerably more distance for stopping with trailer attached Remember, the braking system of the tow vehicle is rated for operation at theGVWR, not GCWR If your tow vehicle is an F-150, F-Series Super Duty ®, Transit or Expedition and your trailer has electric brakes, the optional Integrated Trailer Brake Controller (TBC) assists in smooth and effective trailer braking by powering the trailer’s electric or electric-over-hydraulic brakes with proportional output based on the towing vehicle’s brake pressure If you are experiencing trailer sway and your vehicle is equipped with electric brakes and a brake controller, activate the trailer brakes with the brake controller by hand. Do not apply the tow vehicle brakes as this can result in increased swayTowing On HillsDownshift the transmission to assist braking on steep downgrades and to increase power (reduce lugging)when climbing hills With TorqShift ® transmission, select tow/haul mode to automaticallyeliminate unwanted gear search when going uphill and help control vehiclespeed when going downhillParking With A TrailerWhenever possible, vehicles with trailers should not be parked on a grade. However, if it is necessary, place wheel chocks under the trailer’s wheels, following theinstructions below.Apply the foot service brakes and hold Have another person place the wheel chocks under the trailer wheels on thedowngrade side Once the chocks are in place, release brake pedal, making sure the chocks will holdthe vehicle and trailerApply the parking brakeShift automatic transmission into park, ormanual transmission into reverse With 4-wheel drive, make sure the transfer case is not in neutral (if applicable)Starting Out ParkedOn A GradeApply the foot service brake and hold Start the engine with transmission in park(automatic) or neutral (manual)Shift the transmission into gear andrelease the parking brake Release the brake pedal and move the vehicle uphill to free the chocks Apply the brake pedal while anotherperson retrieves the chocksAcceleration And PassingThe added weight of the trailer can dramatically decrease the acceleration of the towing vehicle – exercise caution.When passing a slower vehicle, be sure to allow extra distance. Remember, the added length of the trailer must clear the other vehicle before you can pull back in Signal and make your pass on level terrainwith plenty of clearanceIf necessary, downshift for improved accelerationDriving With An Automatic Overdrive TransmissionWith certain automatic overdrive transmissions, towing – especially in hilly areas – may cause excessive shifting between overdrive and the next lower gear.To eliminate this condition and achieve steadier performance, overdrive can be locked out (see vehicle owner’s manual) If excessive shifting does not occur, use overdrive to help enhance performance Overdrive may also be locked out to obtain engine braking on downgrades When available, select tow/haul mode to automatically eliminate unwanted gear search and help control vehicle speedwhen going downhillDriving With Cruise ControlTurn off the cruise control with heavy loads or in hilly terrain. The cruise control may turn off automatically when you are towing on long, steep grades. Use caution while driving on wet roads and avoid using cruise control in rainy or winterweather conditions.Tire PressureUnderinflated tires get hot and may fail, leading to possible loss of vehicle control Overinflated tires may wear unevenly andcompromise traction and stopping capability Tires should be checked often for conformance to recommended coldinflation pressuresSpare Tire UseA conventional, identical full-size spare tire is required for trailer towing (mini, compact and dissimilar full-size spare tires should not be used; always replace the spare tire with a new road tireas soon as possible).On The RoadAfter about 50 miles, stop in a protectedlocation and double-check:Trailer hitch attachment Lights and electrical connections Trailer wheel lug nuts for tightnessEngine oil – check regularly throughout your tripHigh Altitude OperationYour vehicle may have reduced performance when operating at high altitudes and when heavily loaded or towing a trailer. While driving at elevation, in order to match driving performance as perceived at sea level, reduce GVWs and GCWs by 2% per 1,000 ft. elevation.Powertrain/Frontal AreaConsiderationsThe charts in this Guide show the minimum powertrain needed to achieve an acceptable towing performance for the listed GCW of tow vehicle and trailer Under certain conditions, however, (e.g., when the trailer has a large frontal area that adds substantial air drag or when trailering in hilly or mountainous terrain) it is wise to choose a vehiclewith a higher rating Towing performance is maximized with a low-drag, rounded front design trailerSelecting a Trim SeriesYour specific vehicle’s tow capability could be reduced based on weight of selectedtrim series and option content.Note: For additional trailering information pertaining to your vehicle, refer to thevehicle owner’s manual.For the latest RV & Trailer Towing information, check out /towing-guides or go to .TOWINGBASICSPhotography, illustrations and information presented herein were correct when approved for publishing. Ford Motor Company reserves the right to discontinue or change at any time the specifications or designs without incurring obligation. Some features shown or described are optional at extra cost. Some options are required in combination with other options. Consult your dealer for the latest, most complete information on models, features, prices andavailability.Many of the recreational vehicles shown in this brochure are modified or manufactured by companies other than Ford Motor Company. Ford assumes no responsibility for such modifications ormanufacturing.Towing a trailer is demanding on your vehicle, your trailer and your personal driving skills. Follow some basic rules that will help you tow safely and have a lot more fun.。
博智超霸卡在实训室中的应用
博智超霸卡在实训室中的应用曾滢杰（广东科技学院，广东 东莞 523083）摘 要：文章以作者所在的广东科技学院为例，结合博智超霸卡在机房管理的应用和实践经验，提出一些看法，希望能给应用博智超霸卡提供一定的借鉴。
关键词：博智超霸卡；机房；机房管理中图分类号：TU83 文献标志码：A 文章编号：1672-3872（2019）08-0086-01——————————————作者简介： 曾滢杰（1989—），男，广东肇庆人，本科，助理工程师，研究方向：计算机管理。
1 做好母机的安装工作1）安装及设置博智超霸卡选项。
将博智超霸卡插入计算机主板的PCI 插槽，启动计算机。
接好驱动光盘，计算机进入博智超霸卡安装界面，单击：“开始安装”，进入“选择安装方式”界面。
选“全新安装”，划分分区，需要划分为三个系统，系统分三个盘，分别以WIN-JSJ、WIN-QTX、WIN-KS 来命名。
其中C 盘属性选“A”，D、E 盘属性选“P”。
“文件系统”项都选择“NTFS”。
“保护方式”项每个系统的C、D 盘选择“保护”，E 盘选择“不保护”。
确认无误后，单击“确定”，重启后，出现三个系统引导界面[1-2]。
2）安装操作系统及应用软件。
①安装WIN-JSJ 系统：WIN-JSJ 系统对应计算机学院课程需求，其所需软件多，要预留C 盘空间是最大的。
应用博智超霸卡后对系统的安装，进哪个系统就是对应安装哪个系统，进入操作系统安装，具体安装步骤与常规安装方式相同，这里不再详述。
②安装WIN-QTX 系统：WIN-QTX 系统对应机电学院课程需求，其所需软件是大型软件，也要预留较大的C 盘空间。
进WIN-QTX 系统，按正常系统安装步骤安装即可。
③安装WIN-KS 系统：WIN-KS 系统对应学校鉴定所承接的考试业务，只安装考试所需软件。
进WIN-KS 系统，按正常系统安装步骤安装即可[3-4]。
3）安装上层驱动。
接好光盘，在光盘目录中找到驱动安装文件，以管理员权限来运行，按默认选项下一步即可。
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用户使用指南User’s Guide前言◎欢迎使用智翱超霸卡无忧版！◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆※本手册所有图形仅供参考，请您以实际软件界面为准。
※智翱超霸卡上的任何贴纸标签请勿自行撕毁，否则会影响到产品的质保期限的认定，本公司有权拒绝更换。
※人为损坏或由不可抗力因素引起的硬件损坏不予保修。
※请您在做安装、移除、修改智翱超霸卡操作时，备份好您的硬盘数据，如果数据丢失，本公司不予找回。
※软件版本如有变更恕不另行通知。
◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆智翱超霸卡无忧版(简称“超霸卡”)是对局域网内计算机进行维护的一种专用硬件卡，集网络安装、数据恢复和增量更新功能于一身。
该卡广泛应用于学校机房或网吧等局域网环境，成为广大机房管理者的得力助手。
它以方便、安全的优势备受系统管理者的青睐。
◎质量保证及其升级说明智翱超霸卡实行三年质保（自购买之日起三个月内保换，一年内保修，一年后送修），其间本公司将竭诚为您提供主版本内的免费升级服务，升级后的版本和使用手册中的界面或内容有所出入的，请您以实际界面为准，如有需要解答的问题，请您及时联系我们的技术部门。
服务热线_______________ 技术支持QQ___________ 服务邮箱_______________本手册阅读导航尊敬的客户：您好！！感谢您使用本公司系列产品，为了您更好的使用此产品，请您仔细阅读本手册。
智翱超霸卡是专门针对学校机房和网吧进行维护的高效便捷的解决方案，为了方便您的使用,我们针对各种场景的不同使用方式,特拟定了如下几套使用方案。
『方案一』如果您在使用智翱超霸卡前使用的是新的计算机，并准备全新安装操作系统，请您仔细阅读“２.快速开始指南”章节。
『方案二』如果您在使用智翱超霸卡前计算机已经预装了操作系统，并且您不希望重新安装操作系统，请您仔细阅读“４.计算机已经安装好操作系统后安装智翱超霸卡”章节。
『方案三』如果您想在一台计算机上安装多个操作系统，请您仔细阅读“５.高级使用指南”章节。
『方案四』如果您在安装好智翱超霸卡的情形下安装、卸载软件或修改系统设置，请您仔细阅读“3 .增量拷贝—安装、卸载软件或修改系统设置”章节。
目录1.产品介绍.............................. - 1 -1.1产品说明.............................................................. - 1 -1.2功能简介.............................................................. - 1 -1.3最低硬件配置...................................................... - 2 -1.4支持的操作系统.................................................. - 2 -1.5支持的文件系统.................................................. - 3 -2.快速开始指南.......................... - 4 -2.1安装智翱超霸卡.................................................. - 4 -2.2安装流程图.......................................................... - 5 -2.2.1安装发送端流程图.................................. - 5 -2.2.2网络克隆接收端流程图 .......................... - 6 -2.3安装发送端（以﹤全新安装﹥为例） .............. - 7 -2.3.1选择安装方式——全新安装 .................. - 7 -2.3.2安装操作系统及应用软件 .................... - 11 -2.3.3安装智翱超霸卡操作系统驱动 ............ - 12 -2.3.4设置发送端网络拷贝信息 .................... - 18 -2.4网络克隆接收端................................................ - 19 -2.4.1网络安装接收端底层驱动 .................... - 19 -2.4.2配置接收端信息（IP /计算机名） .... - 24 -2.4.3传送操作系统数据................................ - 28 -3.增量拷贝-安装、卸载软件，修改系统设置- 32 -3.1增量拷贝的流程图............................................ - 32 -3.2实现增量拷贝的前提条件................................ - 33 -3.3增量拷贝全过程................................................ - 33 -3.3.1准备增量数据........................................ - 33 -3.3.2执行增量拷贝........................................ - 34 -4.已经安装好操作系统后安装智翱超霸卡 ... - 40 -4.1安装智翱超霸卡................................................ - 40 -4.2选择安装方式.................................................... - 40 -4.2.1简易安装和保留安装............................ - 40 -4.2.2安装操作系统........................................ - 46 -4.2.3安装智翱超霸卡系统驱动 .................... - 46 -4.3网络安装............................................................ - 46 -4.4网络克隆接收端................................................ - 48 -5.高级使用指南......................... - 49 -5.1安装多操作系统................................................ - 49 -5.1.1安装智翱超霸卡.................................... - 49 -5.1.2选择安装方式（全新安装） ................ - 49 -5.1.3用智翱超霸卡划分硬盘分区 ................ - 50 -5.1.4安装操作系统及应用软件 .................... - 51 -5.1.5安装智翱超霸卡操作系统驱动 ............ - 51 -5.1.6网络拷贝、自动修改IP........................ - 51 -5.2临时增量部署-差异化增量拷贝....................... - 52 -5.2.1临时增量部署可以应用以下场景 ........ - 52 -5.2.2临时增量部署的使用............................ - 52 -5.3断点续传............................................................ - 53 -5.3.1断点续传可以应用以下场景 ................ - 53 -5.3.2断点续传的使用.................................... - 53 -5.4网络工具............................................................ - 55 -5.4.1网络升级................................................ - 56 -5.4.2传输参数................................................ - 56 -5.4.3传输CMOS ............................................ - 57 -5.4.4时钟同步................................................ - 57 -5.4.5传送计费................................................ - 57 -5.5网络参数调节.................................................... - 58 -6.智翱超霸卡管理功能设置指南........... - 60 -6.1系统模式............................................................ - 60 -6.1.1总管模式................................................ - 60 -6.1.2保护模式................................................ - 60 -6.2还原/备份/保留.................................................. - 61 -6.2.1还原........................................................ - 61 -6.2.2备份---也称永久写入 ............................ - 62 -6.2.3暂时保留................................................ - 62 -6.3系统管理............................................................ - 62 -6.3.1基本设置-开机设置............................... - 63 -6.3.2基本设置-安全设置.............................. - 64 -6.3.3基本设置-高级设置............................... - 68 -6.3.4磁盘工具-分区信息............................... - 69 -6.3.5磁盘工具-拷贝工具............................... - 72 -6.3.6磁盘工具-重新分区............................... - 73 -6.3.7操作系统设置........................................ - 73 -6.3.8网络拷贝设置........................................ - 78 -6.3.9系统卸载与升级.................................... - 80 -6.4工具箱................................................................ - 83 -6.4.1特殊设置................................................ - 84 -6.4.1.1驱动设置................................................ - 85 -6.4.1.2特殊参数设置........................................ - 85 -6.4.1.3操作系统下I/O控制............................. - 86 -6.4.2硬件信息................................................ - 86 -6.4.3硬卡信息................................................ - 87 -6.4.4恢复MBR .............................................. - 88 -附录一常见问题解答......................... - 89 -1.产品介绍1.1 产品说明1、智翱超霸卡无忧版采用免驱动架构(底层驱动集成到硬件卡上)，不需要驱动光盘的情况下能够实现保护卡大部分功能。