tt2-t充电模块说明书
TT Electric Thruster 110-140TT 2.0 安装、操作与保养手册说明书
TT Electric Thruster 110-140TT 2.0Owner’s Installations, Operation & servicing manual2GeneralPlease ensure that you thoroughly understand the operation and safety requirements of the thruster before commencing the installation. Only persons who are completely familiar with the controls and those who have been fully made aware of the correct use of the thruster should be allowed to use it. If there is any doubt of how to install or operate this unit please seek advice from a suitably qualifi ed engineer.‣Please ensure that you thoroughly understand the operation and safety requirements of the thruster.‣Your thruster should not be operated close to swimmers, as a powerful suction of water is generated when in use.‣The tunnel installation and any hull modifications should only be carried out by a specialist. This manual is based on a GRP tunnel installation.‣We recommend that a qualified person install the thruster. Faulty installation will place the boat and crew in danger and make the warranty invalid.‣It is the unavoidable responsibility of the owner or master or other responsible party to assess the risk of any operation on the vessel.Thruster supply‣The thruster is securely packed for transit. However all parts should be inspected for signs of damage before installation. If any parts are found to be damaged please contact lewmar.Fitting‣This equipment must be installed and operated in accordance with the instructions contained in this manual. Failure to do so could result in poor product performance, personal injury and/or damage to your boat. ‣Electric thrusters must be located in a dry environment.‣Electric bow thrusters use powerful electric motors, it is very important that there is sufficient batterycapacity and large enough cables for safe operation. Using smaller than recommended battery and cables will cause loss of performance and may cause dangerous overheating.‣Electric motors spark and run hot. Do not place near flammable or sealed areas.‣Main battery must not be connected and power must not be switched on until all covers and terminal protectors are correctly fitted.2- Safety Notice1- IntroductionDear Customer,Thank you for choosing Lewmar. Lewmar products are world renowned for their quality, technical innovation and proven performance. With a Lewmar product you will be provided with many years of outstanding service.Product supportLewmar products are supported by a worldwide network of distributors and Authorised Service Representatives. If you encounter any difficulties with this product, please contact your national distributor, or your local Lewmar dealer. Details are available at: CE ApprovalsFor CE approval certificates contact Lewmar.Important information about this manualThroughout this manual, you will see safety and product damage warnings. You must follow these warnings carefully to avoid possible injury or damage.Lewmar Thruster 110TT and 140TT2.0 Manual ref B10417 iss.1 |33- InstallationThe actual position of the Thruster will depend on the internal & external construction of the Motor Boat or Sail-ing Yacht. For optimal performance the Thruster should be mounted within the following:‣As far forward as possible (Fig 3.1.1 / lever effect).‣1 x Ø below the waterline to prevent air being sucked into the tunnel. (Fig. 3.1.2 / 0.75 x Ø minimum.). ‣Minimum suggested tunnel length 2 x Ø.NOTE: Ensure there is sufficient space for the Thruster assembly complete with motor and controls in the boat.Ø = Tunnel Diameter3.1 Choosing the location‣It is very dangerous to run the thruster out of the water, even for a few seconds, the motor will over speed by 300%, causing damage to the motor seals etc. and the propeller will cause serious damage to whatever comes into contact with it. This action will invalidate the warranty.‣Consult the boat manufacturer if you have any doubt about the strength or suitability of the mounting location.Electrical‣Make sure you have switched off the power before you start installing this product.‣If in doubt about installing electrical equipment please seek advice from a suitably qualified electrical engineer.To the best of our knowledge, the information in this manual was correct when it went to press. However, Lew-mar cannot accept liability for any inaccuracies or omissions it may contain.In addition, our policy of continuous product improvement may change specifications without notice. As a result, Lewmar cannot accept liability for any differences between the product and the manual.43.2 Preparing the hole for the tubeTT Thruster can be fitted new or as a replacement for an existing thruster. Tunnel dimensions listed on the following table.NOTE: Check mounting holes on the saw template‣The recommended tunnel is designed to fit a Lewmar saddle, take the weight of the Thruster and the torque of the motor.‣Fig 3.1.3 - To reduce any potential loss of performance or damage to the propeller the entrance of the tunnel can be altered to improve thrust as well as reduce noise.When you are satisfied the best location for the Thruster unit has been found within the parameters available proceed as follows.‣Fig 3.2.1 - Make a jig to precisly align the drill holes either side of the hull.NOTE: Double check everything before drilling. ‣Drill a pilot hole in both sides of the hull.‣Form a wire guide to diameter of the tunnel hole, mark, check and cut.‣Insert tube in the hole, mark and remove excess.‣Grind off gel coat etc. Insert tunnel and fix allowing enough room inside for saddle location on the tunnel.‣Gel coat finished installation and antifoul.3.3 Preparing for fitting the thrusterThe Thruster can be installed at any angle within 90° from vertical.‣Choose position of thruster, ensuring internal room for motor and controls and that the propeller is easily reached from outside.NOTE: Fig 3.3.2. - Normal install is to Port63.5 Propeller assemblythruster propeller on the port side.‣Place gasket on hub and locate through centre hole. Sealant can be applied to gasket and flange to aid sealing.NOTE: To achieve the correct position of the propeller in the tunnel the gasket must be inplace.‣Check the hub gasket is in place.‣Fig 3.5.1 - Assemble propeller as shown: nyloc nut onto propeller shaft.Note: Tighten each bolt alternately a number of times to full torque.‣Apply zinc chromate paste or marine grease to location bore and assemble saddle onto hub(SikaFlex® or similar maybe used to seal saddle in place). Apply Blue Loctite® 243 to bolts and hand tighten along with supplied washers (Fig. 3.4.2).NOTE: Tighten to full torque within 10 minutes.3.4 Installing hub unit and saddleFig 3.5.2 - Tighten hub/saddle bolts to ‣5 Nm (3.7 lbs.ft) for 110 ‣9 Nm (6.6 lbs.ft) for 140Check that propeller is centred and free turning (within 10 minutes of applying Blue Loctite® 243). ‣Antifoul propeller if desired.Lewmar Thruster 110TT and 140TT2.0 Manual ref B10417 iss.1 |73.6 Electric motor unit supportCheck list mechanical‣Check all bolts and nuts are tight.‣Check the propeller/s are correctly installed and the nuts tightened. ‣Check the motor control box cover is in place.‣Check the propeller/s can be turned - before working on unit check battery switch is off or remove the fuse ‣Saddle and motor are firmly seated on the tube.3.8 Final checks8If the thruster operates in an opposite direction to the control panel, swap the grey and blue wire connections on the contactor coils.NOTE: Automatic battery switch can not be used with this product.4- Electrical wiring installation4.1 Typical electrical layoutLewmar Thruster 110TT and 140TT2.0 Manual ref B10417 iss.1 |9‣Terminals must be correctly clamped to motor studs. Use a pair of spanners - the one nearest motor to stop rotation of the stud.‣Spanner size is 13 mm. Tighten the bolts to 20 Nm (15 lbs.ft).‣Battery crank capacity should be at least 1.5 times the thruster current.‣Main power cables should be run from the batteries and must have an inline fuse fitted.NOTE: Cable length is total from battery to thruster and back.‣The cables should be terminated with a ring terminal corresponding to the motor studs, 8 mm (5/16”). It is important that this termination is secure so that the high current is transferred to the motor efficiently. The minimum voltage at motor when running should be 10 V for 12 V units. ‣Ensure the insulating boots, supplied with the unit, are correctly fitted.4.2 Electric motor terminal connections4.3 Battery cable connections4.4 Recommended cable sizes10Test 1. Fig.4.5.1With the negative not connected and the positive cable connected but with battery switch off or fuse removed. Use a continuity tester to check for a connection between the –VE stud and motor body and also between +VE stud and motor body. In both cases the meter should give no indication of an electrical connection.If a connection is measured between the +VE stud and the motor body, check installation for cables or wires touching the assembly or for damage to assembly.If a connection is measured between the –VE stud and the motor body, remove any bonding straps at-tached to the assembly and check as before.Test 2. Fig 4.5.2With the batter y applied: Use a voltmeter to test the voltage between the –VE motor stud and the thruster motor body. If the supply voltage (12 V/24 V) is measured, disconnect power immediately and inspect the assembly for faulty installation or damage.4.5 Electrolytic testCheck list electrical‣Check motor connections are tight with rubber boots in place. ‣The correct fuse is in place. ‣Check all switch wires are connected to correctmotor terminal.‣Now the cables can be connected to the battery.Operation of electrical unit‣Ensure batteries are fully charged before switching on the main power. ‣Before operating the thruster, check that the wateris free from swimmers, divers or debris and make sure you are not close to other vessels.4.7 Final checksLewmar Thruster 110TT and 140TT2.0 Manual ref B10417 iss.1 |115- Operating your thrusterThe thruster can be operated using the Lewmar simple joystick (Part No. 589094) or any water proof momen-tary two direction switch with a 5 amp rating. ‣Switch ON the battery switch.‣To turn on the panel, press and release the ON/OFF button (fig.5.1). This will cause the LED to illuminate indicating the panel is ON‣Move the joystick in the desired direction to operate the Thruster (fig.5.2)‣To turn off the panel, press and release the ON/OFF button. This will cause the LED to turn off indicatingthe panel is off.126- Servicing your thruster7- SpecificationsAt the annual boat service:‣Remove any debris from tunnel, propeller and hub. ‣If the propeller is damaged or heavily contaminated, replace it, best to be safe.‣Apply grease to exposed thruster seal and shaft. ‣If hub is removed the tunnel gasket must be replaced.‣Inspect motor, ensure all leads are still tight. ‣Check all bolts and nuts are to correct torque. ‣Check the motor assembly is dry and that the compartment is water tight.‣Check and clean out thruster compartment.Electric:‣Inspect electric motor, ensure all leads are still tight.‣Brush out carbon dust from top of electric motor especially on aluminium boats. Recommend qualified electrician.‣Propeller: Single 5 blade ‣Suitable fuse holder:Standard - 589006 or T2- 589013Thrusters are more likely to attract ‘debris’, so it is necessary to regularly check the tunnel.6.1 Service scheduleplastic cable tieLewmar Thruster 110TT and 140TT2.0 Manual ref B10417 iss.1 |138- Parts listThrust in wrong direction?Change contactor wires on motor solenoid (See section 4.1). Fuse keeps blowing?‣Wrong fuse fitted - check rating and replace.‣Propeller restricted or jammed causing excessive load onmotor - check and clear. Check that propeller washer is fittedsee Section 3.5.Control panel does not illuminate?Check‣Power - Hold for 1 second.‣Battery is connected.‣Main switch ON, check fuse.‣Control loom connections.‣ Long operation has tripped thermal switch. Wait 20 minutesfor motor to cool and reset.⚠DO NOT attempt to cool motor by any other means.Control panel illuminates but no thrust?‣Are batteries charged?‣Check main motor connections are tight.Poor thrust or thrust in one direction only?‣Batteries not large enough or charged, cables notrecommended size.Voltage at motor when running should be aminimum 10 V for 12 V and 21 V for 24 V units.‣Blockage in tunnel/propeller jammed with debris, switch offmain power, inspect and clear.‣Propeller washers fitted wrong. See Section 3.5‣Check motor brush springs are located properly, brushesshould have good contact with the commutator.Motor turns but no drive?⚠DO NOT continue to run thruster.‣Shear pin broken, remove 4 motor bolts, see Sec. 6.2, drive outold pin and replace with new pin.‣Propeller blades broken. Replace with new.Thruster noisy and vibrating?‣Check propeller is not touching the tunnel wall.‣Check hub height is correct, see section 9.14Lewmar Thruster 110TT and 140TT2.0 Manual ref B10417 iss.1 |1511- WarrantyLewmar warrants that in normal private pleasure boat usage and with proper maintenance its products willconform with their specification for a period of three years from the date of purchase by the end user, subject to the conditions, limitations and exceptions listed below. Any product, which proves to be defective in normal usage during that three-year period, will be repaired or, at Lewmar’s option, replaced by Lewmar. A CONDITIONS AND LIMITATIONSi Lewmar’s liability shall be limited to the repair or replacement of any parts of the product which are defective in materials or workmanship.ii Responsibility for the selection of products appropriate for the use intended by the Buyer shall rest solely with the Buyer and Lewmar accepts no responsibility for any such selection.iii L ewmar shall not be liable in any way for Product fail-ure, or any resulting loss or damage that arises from:a. use of a product in an application for which it was not designed or intended;b. corrosion, ultra violet degradation or wear and tear;c. a failure to service or maintain the product in accor-dance with Lewmar’s recommendations;d. faulty or deficient installation of the product (unless conducted by Lewmar);e. any modification or alteration of the product;f. c onditions that exceed the product’s performance specifications or safe working loads.g. Abuse iv P roduct subject to a warranty claim must be returned to the Lewmar outlet that supplied the product for examination unless otherwise approved by Lewmar in writing.v This warranty does not cover any incidental costs incurred for the investigation, removal, carriage, trans-port or installation of product.vi S ervice by anyone other than authorized Lewmar rep-resentatives shall void this warranty unless it accords with Lewmar guidelines and standards of workman-ship.vii Lewmar’s products are intended for use only in the marine environment. Buyers intending to use them for any other purpose should seek independent profes-sional advice as to their suitability. Lewmar accepts no liability arising from such other use.B E XCEPTIONSCover under this Warranty is limited to a period of one year from the date of purchase by the end user in the case of any of the following products or parts of products:• Electric motors and associated electrical equipment • Electronic controls• Hydraulic pumps, valves and actuators • Hatch & Portlight weather seals• Products used in “Grand Prix” racing applications • Products used in commercial or charter applications • Anchor rodes C LIABILITYi Lewmar’s liability under this warranty shall be to theexclusion of all other warranties or liabilities (to the extent permitted by law). In particular (but without limitation):a. Lewmar shall not be liable for:• Any loss of anticipated turnover or profit or indirect, consequential or economic loss;• Damages, costs or expenses payable to any third party;• Any damage to yachts or equipment;• Death or personal Injury (unless caused by Lewmar’s negligence).Some states and countries do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation or exclusion may not apply to you b. Lewmar grants no other warranties regarding the fit-ness for purpose, use, nature or satisfactory quality of the products.ii Where applicable law does not permit a statutory or implied warranty to be excluded, then such warranty, if permitted by that state or country’s law, shall be lim-ited to a period of one year from the date of purchase by the end user. Some states and countries do not al-low limitations on how long an implied warranty lasts, so this limitation may not apply to you.D PROCEDURENotice of a claim for service under this warranty shall be made promptly and in writing by the end user to the Lewmar outlet that supplied the product or to Lewmar Limited at Southmoor Lane, Havant, Hampshire PO9 1JJ, England.E SEVERANCE CLAUSEIf any clause of this warranty is held by any court or other competent authority to be invalid or unenforce-able in whole or in part, the validity of the remaining clauses of this warranty and the remainder of the clause in question shall not be affected.F OTHER RIGHTSThis warranty gives you specific legal rights, and you may also have other legal rights, which vary from state to state and country to country.In the case of European States a Consumer customer (as defined nationally) has legal rights under the ap-plicable national law governing the sale of Consumer Goods; this Warranty does not affect those rights.G LAWThis warranty shall be governed by and read in accor-dance with the laws of England or the state or country in which the first end user is domiciled at the time of purchase of the product.H DISPUTESAny dispute arising under this warranty may, at the option of the end-user, be referred to alternativedispute resolution under the rules of the British Marine Federation or to the Courts of the State whose law shall govern the warranty or to the Courts of England and Wales.The British Marine Federation may be contacted at Ma-rine House, Thorpe Lea Road, Egham, England, TW20 8BFLimited Warranty and Key Terms of Supply by Lewmar UK & International Distribution Lewmar / Navtec Southmoor LaneHavantHampshirePO9 1JJEnglandTel:+44 (0)23 9247 1841 Fax:+44 (0)23 9248 5720 Email:*************** USALewmar / Navtec351 New Whitfield Street Guilford, CT06437USATel:+1 203 458 6200 Fax:+1 203 453 5669 Email:******************© Copyright 2014 Lewmar Ltd. All rights reserved.。
TT2200说明书
Bedienungsanleitung D Ersatzteilliste
Digitale WIG Stromquelle
操作说明书 ＣＨ Spare Parts List
数字化 TIG 电源
Instructions de service F Liste de pièces de rechange
焊机启用之前……………………………………………………………………………………………… 22 安全性 ……………………………………………………………………………………………… 22 使用范围 …………………………………………………………………………………………… 22 设备安装章程 ……………………………………………………………………………………… 22 电源连接 …………………………………………………………………………………………… 22 发电机供电………………………………………………………………………………………… 22
设置菜单…………………………………………………………………………………………………… 51 概述 ………………………………………………………………………………………………… 51
设置菜单：第一级………………………………………………………………………………………… 52 简介 ………………………………………………………………………………………………… 52
控制面板 …………………………………………………………………………………………………… 9 简介 …………………………………………………………………………………………………… 9 MW1700/2200控制面板………………………………………………………………………………… 9 TT2200控制面板……………………………………………………………………………………… 13
TT Electronics S-2CONNECT Press S18F01 使用指南说明书
Quick Start Guide S-2CONNECT Press S18F01IntroductionThank you for choosing a TT Electronics product. Please read the manual thoroughly before bringing this device into service.Packet Contents• S-2CONNECT Press• USB charging cable• Quick start guideEnvironmental informationThis symbol on the device or the packagemeans that all electronic and electricequipment should not be mixed withgeneral household waste.If in doubt, contact your local wastedisposal authorities.Getting StartedTh e first step is to register your S-2CONNECT Press device to receive your unique log-in credentials to the Configurator.From the Configurator you can download user-defined graphics to the device, set the receiver message and reciever contact details. Register your DeviceComplete the registration process to gain access to the S-2CONNECT system.Your device will be activated within 12 hours.Con figure your DeviceAfter registration of your device you will recieve login credentials to S-2CONNECT Configurator. Log in to set up your customised system solution. https://Using the DeviceVisit to download the user manual in full and wider documentation.Installation and Set-upI. Un pack your device and check everything is intact.II. Choose a location to install your device. Consider the environment and be aware that this device contains antennas that might affect or be affected by other equipment in close range.III. Connect the power supply using the USB charging cable.IV. Check the display for start-up sequence.V. Log-in to the webpage provided to adjust the default configuration and customise as required.MountingThis product might be mounted on a vertical surface with adhesive strips as shown in the image below. Attached in the package are two piecesof adhesive. Please note that there is no adhesive that sticks of all kind of surfaces. The owner of the product can choose to use the attached adhesive, or to find another adhesive that might be more suitable for the type of material where the deice shall be attached.The surface where the adhesive shall be attached shall always be cleaned before attaching the adhesive.The device can be used as a portable device and does not require fixed installation.The owner of the product is responsible for checking that the adhesive that is used is suitable for the surface and the environment where it is used. TT Electronics cannot be held accountable for devices falling off from a surface due to adhesive doesn’t hold the device good enough. Devices damaged from falling off will not be covered by warranty.If the device is mounted on metallic surface, or close to substantial amount of metal the antenna performances may be compromised. To achieve full function antenna performance the device should be mounted no less than 30 mm from metal.Avoid placing the device close to powerful electromagnetic equipment.Switching the Device onThis device will power on automatically following battery charging.Radio FrequenciesRadio technology Frequency band Maximum radio-frequency powerL TE3, 8, 2024 dBm2G2, 3, 5, 833 dBmDeclaration of ConformitySimplified EU Declaration of ConformityTT Electronics hereby declares that S-2CONNECT Press is in compliance with the essential requirements of the following EU directives:• RED 2014/53/EU• RoHS 2011/65/ECWEEE 2012/19/EU This equipment complies with EU radiation exposure limits set fourth for an uncontrolled equipment. This equipment should be installed and operated with minimum distance 20 cm between the device and the user and/or any bystander.Simplified UK Declaration of ConformityHereby, TT Electronics declares that S-2CONNECT Press is in compliance with applicable UK regulations.Full text of the conformity is available at: Approved ModulesS-2CONNECT Press includes a pre-approved radio module.Radio Interface Manufacturer Type number Cellular modem Quectel BG95© TT Electronics plc。
Table Top Type Robot TT 第一步指南 第二版说明书
Table Top Type Robot TTFirst Step Guide Second EditionThank you for purchasing our product.Make sure to read the Safety Guide and detailed Instruction Manual (CD) included with theproduct in addition to this First Step Guide to ensure correct use.This Instruction Manual is original.• Using or copying all or part of this Instruction Manual without permission is prohibited.• The company names, names of products and trademarks of each company shown in thesentences are registered trademarks.This product is comprised of the following parts if it is of standard configuration.If you find any fault in the contained model or any missing parts, contact us or our distributor.1. Parts (The option is excluded.)No.Part Name Model1Robot Main Body(with a built-in controller)Refer to “How to read the model plate” and “How toread the model of the controller.”Accessories2 Power Supply Plug AP-400-C (Manufacturer: Yamate Electric Co., Ltd.）3 I/O Flat Cable CB-DS-PIO0204 First Step Guide5 Operation Manual (CD)6 Safety Guide2. Optional ComponentsNo.Part Name Model1Main Body Mounting Bracket(with set bolts and nuts)TT-FT3. Teaching Tool (Option)The personal computer application software or teaching pendant is required for theoperations including program creation and setup such as position setting and parametersetting with teaching. Use either of them.No.Part Name Model Remarks1PC Software(with RS232C Cable + Emergency Stop Box)IA-101-X-MW RS232C→RS232C*12PC Software (USB conversion adapter +RS232C cable + Cable and Emergency StopBox)IA-101-X-USBMW USB→RS232C*13 PC Software (with USB Cable + Dummy Plug) IA-101-TT-USB USB→USB*14 Teaching pendant SEL-T －5 Teaching pendant (with deadman switch) SEL-TD －6 Teaching pendant IA-T-X －7 Teaching pendant (with deadman switch) IA-T-XD －*1 The communication port on the left is for the personal computer and on the right is forthe TT.4. Operation manuals related to this product, which are contained in the CD. Manual No.1 Table Top Type Robot TT Operation Manual ME01492 PC software IA-101-X-MW Operation Manual ME01543 Teaching pendant SEL-T/TD Operation Manual ME01834 Teaching pendant IA-T-X/XD Operation Manual ME01605 DeviceNet Operation Manual ME01246 CC-Link Operation Manual ME01237 PROFIBUS-DPOperationManual ME01538 X-SEL Ethernet Operation Manual ME01406. How to read the Model No.Model No. Example TT － A3 －I － 2020 － 05B － DV①②③④⑤⑥①Series②Type③Encoder type④XY Stroke⑤Z Stroke⑥OptionA2:Gate Type with2-axisC2:Cantilever Typewith 2-axis-TT(Normal) A3:Gate Type with3-axisC3:Cantilever Typewith 2-axisI: Incremental2020200×200mm4040400×400mm05B50mm10B100mmDV :DeviceNet SpecificationsCC :CC-Link SpecificationsPR :PROFIBUS SpecificationsET :Ethernet SpecificationsFT :Main Body MountingBracket includedP :I/O PNP SpecificationsBasic Specifications[Common Specifications]Item SpecificationsSurrounding air temperature・humidity0 to 40°C, Room Humidity 20% to 85% or lessMotor Type Pulse Motor (Servo Control)Position detection method Incremental EncoderDriving System Ball Screw (φ10mm, Rolled C10), Ball Screw Lead 6mmPositioning Repeatability± 0.02mmBacklash 0.1mm or lessGuide Direct Driven Infinite Circulation TypeAllowable Load Moment*1Ma:6•5N•m Mb:9.3N•m Mc:16.4N•m*1 Value found on the assumption of the life of 5000 km run[Individual Mechanism Specifications]Stroke (mm)Max. Speed foreach axes(mm/sec)Max. LoadCapacity(kg)*2TypeXAxisYAxisZAxisXAxisYAxisZAxisAcceleration/Deceleration(G) XAxisYAxisZAxisWeight(kg)Model200 200- 14.8 TT-A2-I-20202-axis400 400-300 0.310 5-33 TT-A2-I-404050300 280TT-A3-I-2020-05B200 20010030016.5TT-A3-I-2020-10B50300 280TT-A3-I-4040-05BGateTypewith 3-axis400 4001003000.3 10- 235TT-A3-I-4040-10B200 200- 16.3 TT-C2-I-20202-axis400 400-300 0.2-4-35 TT-C2-I-404050300 280TT-C3-I-2020-05B200 20010030018TT-C3-I-2020-10B50300 280TT-C3-I-4040-05BCantileverTypewith 3-axis400 4001003000.2 --237TT-C3-I-4040-10B*2 The load capacity in the case of rated acceleration is shown (Gate Type: 0.3G, Cantilever Type: 0.2G)[Controller Specifications]Item SpecificationsNumber of axes 2-axis 3-axisSupply voltage Single-phase 100 to 115VAC, 200 to 230VAC ± 10%Power frequency50Hz/60Hz100VAC 150VA 210VAPower-sourcecapacity 200VAC 155VA 215VAMaximum Current*33A (100VAC), 1.6A (200VAC) 4.2A (100VAC), 2.2A (200VAC)Rush Current*415A (100VAC), 30A (200VAC)Leakage Current0.75mAInsulation Strength 2000VAC for 1 min.Momentary Power Interruption Tolerance500μs or moreSpeed Setting 1 to 300mm/secAcceleration Setting0.01G to 0.3GProgram language Super SEL languageNumber of programs (Number of multitask programs)64 programs (16 programs)Number of program steps 6000 steps (Total)Number of positions 3000 positions (Total)Program Startup Special Digital Switch + Special Start SwitchData storage device Flash ROM + SRAM*5Standard I/O Board 16 Input Points / 16 Output PointsApplicable Field Bus DeviceNet / CC-Link / PROFIBUS / EthernetProtective functions Over-voltage, motor over current, motor overload, driver temperatureabnormality, encoder abnormality, etc.*3 The current reaches its maximum level when the servo-motor exciting phase is detected which is to beperformed in the first servo-motor turning ON processing after the power injection. (Normal: Approx. 1 to 2sec, Max.: 10 sec)*4 Rush current at the power connection continues for about 20 msec. Consider the safety rate at the timewhen rush current passes. The rush current value varies depending on the impedance of the power line.*5 The SRAM data is not battery backed up. Accordingly, when the power is turned off, the data of flags andvariables used in the program, are not saved. Take the greatest care.The same procedure is applied when the program or position data is not written on the Flash ROM.External Dimensions[Gate Type with 2-axis TT-A2]*1 Fine slider adjustment (for manual tweaking of position).(Unit mm)Model A B C DEFGXstYstTT-A2-I-2020 369.7 330 338.5 133.318524088.2200200TT-A2-I-4040 569.7 530 538.5 333.3385440188.2400400[Gate Type with 3-axis TT-A3]*1 Fine slider adjustment (for manual tweaking of position).(Unit mm)Model ABCDEFXst Yst ZstTT-A3-I-2020-05B 369.7 330 338.5 83.313524020020050TT-A3-I-2020-10B 369.7 330 338.5 83.3135240200200100TT-A3-I-4040-05B 569.7 530 538.5 283.333544040040050TT-A3-I-4040-10B 569.7 530 538.5 283.3335440400400100 Warning : Operation of this equipment requires detailed installation and operationinstructions which are provided on the CD included in the box this devicewas packaged in. It should be retained with this device at all times.A copy of the CD Manual can be requested by contacting your nearest IAISales Office listed at the back cover of the Instruction Manual or on theFirst Step Guide.[Cantilever Type with 2-axis TT-C2]*1Fine slider adjustment (for manual tweaking of position).(Unit mm)Model A B C D E F XstYst TT-C2-I-2020 405 320 135 120 310 42 200 200 TT-C2-I-4040 605 520 335 213.6 510 142 400 400[Cantilever Type with 3-axis TT-C3]*1 Fine slider adjustment (for manual tweaking of position).(Unit mm)Model A B C D E F Xst Yst Zst TT-C3-I-2020-05B 405 330.6 135 120 310 71 200 200 50 TT-C3-I-2020-10B 405 330.6 135 120 310 71 200 200 100 TT-C3-I-4040-05B 605 530.6 335 213.6 510 171 400 400 50 TT-C3-I-4040-10B 605 530.6 335 213.6 510 171 400 400 100Do not use this product in the following environment:• Location where the surrounding air temperature exceeds the range of 0 to 40°C • Location where condensation occurs due to abrupt temperature changes • Relative humidity less than 20%RM or greater than 85%RM • Location exposed to corrosive gases or combustible gases• Location exposed to significant amount of dust, salt or iron powder • Location subject to direct vibration or impact • Location exposed to direct sunlight• Location where the product may come in contact with water, oil or chemical dropletsWhen using the product in any of the locations specified below, provide a sufficient shield.• Location subject to electrostatic noise• Location where high electrical or magnetic field is present • Location with the mains or power lines passing nearbyInstallation and Noise Elimination1. There is a cooling vent hole on the main body’s rear panel section. Do not close the vent hole when the main body is installed.2. When it required to fix the main body, fix it as follows using the optional mounting brackets3. Protective Ground4. Noise Elimination Grounding (Frame Ground)Connect it using a soft copper wire with the diameter of 1.6 mm or more to the frame ground on the main body (Refer to the above figure).Do not share the ground wire with or connect to other equipment. Ground each controller. The same procedure is applied for the protective ground.5. Precautions Regarding wiring Method6. Noise Sources and EliminationCarry out noise elimination measures for power devices on the same power path and in the same equipment. The following are examples of measures to eliminate noise sources:①AC solenoid valves, magnet switches and relays [Measure] Install a Noise killer parallel with thecoil.②DC solenoid valves, magnet switches and relays [Measure] Install a diode parallel with the coil.Use a DC relay with a built-in diode.Table Top TTTable Top TTOther equipmentOther equipment Other equipment+24V 0V4-M4 Depth 82- φ 4H7 Depth 5(Cable Projection Length)7.34.34.31.837.430304250Z-Slider Set Hole Section4-M5 Depth 10T-Groove SectionRear Panel Section*1 For the selection of the circuit breaker, perform it according to the following items.Breaker Teaching pendant Value > Power Capacity ÷ AC Input Voltage(Refer to the item for the controller specifications for the power capacity).•The current reaches the maximum level when the servo-motor is turned on and theservo-motor exciting phase is detected. Select the circuit breaker rated current thatdoes not trip the maximum current.• Select the circuit breaker that does no trip with the rush current described in thecontroller specifications.(Refer to the operating characteristic curve described in the manufacturer’s catalog.)• For the rated breaking current for the circuit breaker, select the breaking current valuewith which the current can be securely broken down even when short-circuit currentpasses.Rated Breaking Current > Short-circuit Current = Primary Power SupplyCapacity/Power Voltage.• Select the breaking current value for the circuit breaker leaving some margin.*2When the leakage breaker is to be installed, it is required to select it with the purposeclarified such as protection from fire or human body protection.Measure the leakage current at the location where the leakage breaker has beeninstalled.Use the “applicable to higher harmonics type” leakage breaker.Input*1Set the input functions using the I/O parameter Nos. 30 to 45 (Input Function Selection 000 to 015) and set the port Nos.that assign the each of the set functions, using the I/O parameter Nos. 282 to 298.*2If the input function selection 000 (program start) is assigned to any port except for the Port No. 000, the start switch onthe front panel is disabled.*3When the input function selection 007 to 013 (program No. designating digital switch) are assigned to any port except forthe port Nos. 007 to 013, the program change digital switch on the front panel is disabled.Output*4Set the output functions using the I/O parameter Nos. 46 to 61 (Output Function Selection 300 to 315) and set the portNos. that assign the each of the set functions, using the I/O parameter Nos. 299 to 314. Also, setting the output functionsusing the I/O parameter Nos. 331 to 346 (Output Function Selection 300 Area 2 to 315 Area 2) and setting the Port Nos.that assign the each of the set functions, using the I/O parameter Nos. 315 to 330, are available.When the system output signal is output to the I/Os on the above table, use the Output Function Selection Area 2.*5Because the output function selections 300 to 304 are allocated to the LEDs on the panel window, when the parameters of46 to 50 are set to universal output, or the Port No. allocation is changed using the parameter 299 to 303 settings, theLEDs are disabled.I/O Flat Cable (Accessories) CB-DS-PIO020No.Color Wirings No.Color Wirings1BR118GY22RD 119WT 23OR120BK24YW121BR35GN 122RD 36BL123OR37PL124YW38GY125GN39WT126BL310BK 127PL 311BR 228GY 312RD 229WT 313OR 230BK 314YW 231BR 415GN 232RD 416BL 233OR 417PL 2Flat cable(Presswelding)34YW 4Flat cable(Presswelding)I/O Circuit DiagramsNPN Specifications PNP SpecificationsPinNo.ElectricwirecolorPortNo.Function inStandardSetting(in Delivery)1 BR1 －I/O PowerSource +24V2 RD1 016UniversalInput3 OR1 017UniversalInput4 YW1 018UniversalInput5 GN1 019UniversalInput6 BL1 020UniversalInput7 PL1 021UniversalInput8 GY1 022UniversalInput9 WT1 023UniversalInput10 BK1 024UniversalInput11 BR2 025UniversalInput12 RD2 026UniversalInput13 OR2 027UniversalInput14 YW2 028UniversalInput15 GN2 029UniversalInput16 BL2 030UniversalInput17 PL2 031UniversalInputRemarksIt is set to the universal input when it is delivered. However, the change of the inputfunction is available with the I/O parameter setting.Parameter*1No. Parameter Name Remarks30 Input function select 000*21: Program Start31 Input function select 001 0: Universal Input1: Software Reset32 Input function select 002 0: Universal Input1: Servo ON signal33 Input function select 003 0: Universal Input1: Program automatically started when the power ON is reset inAUTO mode and software is reset2: Automatic Starting Program Signal34 Input function select 004 0: Universal Input1: All servo-axes soft interlock (OFF level)35 Input function select 005 0: Universal Input1: Pause Release (ON edge)36 Input function select 006 0: Universal Input1: Pause Signal (OFF level)37 Input function select 007*30: Universal Input1: Program No. appointment (LSB)38 Input function select 008*30: Universal Input1: Program No. appointment(The second bit)39 Input function select 009*30: Universal Input1: Program No. appointment(The third bit)40 Input function select 010*30: Universal Input1: Program No. appointment(The fourth bit)41 Input function select 011*30: Universal Input1: Program No. appointment(The fifth bit)42 Input function select 012*30: Universal Input1: Program No. appointment(The sixth bit)43 Input function select 013*30: Universal Input1: Program No. appointment(MSB : The seventh bit)2: Error Reset(ON edge)44 Input function select 014 0: Universal Input1: Driving Power Interruption Cancellation Input (ON Edge)45 Input function select 015 0: Universal Input1: All Effective Axes Homing (ON Edge)2: All Increment Effective Axes Homing (ON Edge)PinNo.ElectricwirecolorPortNo.Function inStandardSetting(in Delivery)18 GY2 316UniversalOutput19 WT2 317UniversalOutput20 BK2 318UniversalOutput21 BR3 319UniversalOutput22 RD3 320UniversalOutput23 OR3 321UniversalOutput24 YW3 322UniversalOutput25 GN3 323UniversalOutput26 BL3 324UniversalOutput27 PL3 325UniversalOutput28 GY3 326UniversalOutput29 WT3 327UniversalOutput30 BK3 328UniversalOutput31 BR4 329UniversalOutput32 RD4 330UniversalOutput33 OR4 331UniversalOutput34 YW4 －I/O PowerSource 0VRemarksIt is set to the universal output when it is delivered. However, the change of the outputfunction is available with the parameter setting.Parameter*4No. Parameter Name Function46331Output function select 300*5Output function select 300(Area 2)0: Universal Output1: Error Output at the operation cancellation level or more (ON)2: Error Output at the operation cancellation level or more (OFF)3: Error Output at the operation cancellation level or more +emergency stop output (ON)4: Error Output at the operation cancellation level or more +emergency stop output (OFF)47332Output function select 301*5Output function select 301(Area 2)0: Universal Output1: READY Output (PIO Trigger Program Operation Available)2: READY Output (PIO Trigger Program Operation Available)and without occurrence of any error at the operationcancellation level or more3: READY Output (PIO Trigger Program Operation Available)and READY Output (PIO Trigger Program OperationAvailable, and without occurrence of any error at the cold startlevel or more or more level or more48333Output function select 302*5Output function select 302(Area 2)0: Universal Output1: Emergency-stop output(ON)2: Emergency-stop output(OFF)49334Output function select 303*5Output function select 303(Area 2)0: Universal Output1: AUTO Mode Output2: Output during the Automatic Operation (In addition, when theparameter No. 12 is set to “1”)50335Output function select 304*5Output function select 304(Area 2)0: Universal Output1: Output at the time of “All Effective Axes Homing (=0)”2: Output when all the effective axes homing is completed3: Output when all the effective axes home preset coordinatesare set51336Output function select 305Output function select 305(Area 2)0: Universal Output2: Output during the first axis servo ON52337Output function select 306Output function select 306(Area 2)0: Universal Output2: Output during the second axis servo ON53338Output function select 307Output function select 307(Area 2)0: Universal Output2: Output during the third axis servo ON54339Output function select 308Output function select 308(Area 2)0: Universal Output55340Output function select 309Output function select 309(Area 2)0: Universal Output56341Output function select 310Output function select 310(Area 2)0: Universal Output57342Output function select 311Output function select 311(Area 2)0: Universal Output58343Output function select 312Output function select 312(Area 2)0: Universal Output59344Output function select 313Output function select 313(Area 2)0: Universal Output60345Output function select 314Output function select 314(Area 2)0: Universal Output61346Output function select 315Output function select 315(Area 2)0: Universal OutputWhen using this product for the first time, make sure to avoid mistakes and incorrect wiring by referring to the procedure below.Set-up for operation is completed.TroubleshootingThe following alarm displays are frequently generated at the start-up operation.Head Office: 577-1 Obane Shimizu-KU Shizuoka City Shizuoka 424-0103, JapanTEL +81-54-364-5105 FAX +81-54-364-2589website: www.iai-robot.co.jp/Ober der Röth 4, D-65824 Schwalbach am Taunus, GermanyTEL 06196-88950 FAX 06196-889524SHANGHAI JIAHUA BUSINESS CENTER A8-303, 808, Hongqiao Rd. Shanghai 200030, ChinaTEL 021-6448-4753 FAX 021-6448-3992website: Technical Support available in USA, Europe and ChinaHead Office: 2690 W. 237th Street, Torrance, CA 90505TEL (310) 891-6015 FAX (310) 891-0815Chicago Office: 110 East State Parkway, Schaumburg, IL 60173TEL(847) 908-1400 FAX (847) 908-1399TEL (678) 354-9470 FAX (678) 354-9471website: Atlanta Office: 1220 Kennestone Circle, Suite 108, Marietta, GA 30066825 PhairojKijja Tower 12th Floor, Bangna-Trad RD., Bangna, Bangna, Bangkok 10260, ThailandTEL +66-2-361-4458 FAX +66-2-361-4456Manual No.: ME0205-2D。
xtait M2 维护模式与即将上线 ver. 1.2.1 用户指南说明书
xtait
INTRODUCTION
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T3002快充充电器说明书
7.10T3002 Fast Charger7.10.1IntroductionThe T3002-0000 single desktop fast charger is designed to charge T3000 rechargeable battery packs, with a slot for either the combined battery and radio or for the battery alone. The charger has a discharge function, activated by the button on the side of the charger and a capacity check feature, providing an indication of battery capacity.The charger is powered by either a dedicated T952 AC/DC plug pack, complying with the local requirements of the country into which it is sold, or a suitable DC supply.Although the T3002 is primarily intended for use in desktop situations, it may be used in vehicles with a nominal 12V supply voltage, in conjunction with the T952-050 vehicle supply cable. The vehicle supply cable is 1.5m long and has a cigarette lighter adapter plug at one end and a DC jack (centre pin positive) at the other.The T3002, T3002 plug packs and vehicle supply cable are available under the following IPNs:T952-050V ehicle Supply CableT952-012T3002 Plug Pack New Zealand\AustraliaT952-022T3002 Plug Pack UKT952-032T3002 Plug Pack EuropeT952-042T3002 Plug Pack USA/CanadaT3002-0000T3002 Fast Charger7.10.2Performance SpecificationsPower Supply..10.8 to 16V DC, 13W maximumBattery Capacity..up to 2AHBattery Types..NiCd and NiMHOperating Temperature..+5°C to +40°C (best performance+15°C to +25°C)between Fast Charge Rate..800mADischarge Rate..400mATrickle Charge Rate:NiCd..115mANiMH..50mAStandby Charge Rate.. 2.2mACharge Duration:Fast (for an exhausted battery pack):NiCd.. 1.5 hours (typical)NiMH.. 2.5 hours (typical)Trickle:NiCd.. 1 hoursNiMH.. 2 hoursStandby..indefiniteEnd Of Charge Detection..- high voltage- ∆T (rate of temperature rise)- negative ∆V- high temperature cut-off- safety timer7.10.3WarningsAvoid extreme temperatures and direct sunlight when charging a T3000 batterypack. The required temperature range for the charger is 5°C to 40°C. Chargingefficiency is maximised around normal room temperature i.e. 15°C to 25°C.•T o give maximum battery life, do not recharge the battery until the ‘low battery warning’ is activated. This will avoid reduced battery capacity.7.10.4OperationPlace the charging unit on a stable horizontal surface and power the unit either from the T952 plug pack or the T952-050 vehicle supply cable.Check that the connectors are properly pushed home to ensure reliable electrical contact.Place the battery to be charged, with or without its radio, into the charging unit with the 4 contacts to the rear.•To locate a battery pack correctly in the charger, lean the top of the battery as far for-ward as possible to seat the bottom of the battery . Pivot the battery back against the contacts and it should snap into place.•After fast charging, the charge current terminates. The green LED then illuminates,indicating that trickle charge has commenced.•The battery may be left in the charger until needed, where it will be trickle orstandby charged, with no risk of damage.•The indicator beside the pocket indicates the charge status, as shown in the follow-ing table.7.10.4.1Discharge FunctionRegular discharging of the battery (at least weekly) will result in longer battery life.Note:The ‘discharge before charge’ feature can only be used on batteries with a date codenext to the serial number (e.g. G95). Earlier batteries cannot be discharged using a T3002.Press the discharge button to initiate a discharge-charge cycle.LEDConditionFunctionoffchargingsuspended•Incorrectly seated battery .•Charger powered but no battery present.•No power connected.amberwaitingBattery present, but awaiting charge while battery is being tested (3 seconds), or until the battery is within the correct temperature range for charging.green flashing discharging Battery is being being completely discharged.red fast charge Fast charge in progress.green standby charge Fast charge complete - trickle or standby charge in progress.red flashingfaultCharge suspended - faulty battery , or faulty charger.7.10.4.2Cycle & Capacity CheckIntroductionThe T3002 fast charger has a cycle and capacity check feature that discharges and charges a NiMH battery pack for 2 cycles, and a NiCd battery pack for 3 cycles. This means that the battery can be cycled and the capacity checked within a 16 hour period. The charger will then provide an indication of the batteries capacity.The cycle and capacity check function can also be used to rejuvenate batteries that have been stored without use for a significant time, or those suffering from reduced capacity through lack of regular exercise.When the T3002 is in the ‘cycle and capacity check’ mode, any discharge request by the user pressing the discharged button is ignored until the last charge cycle.Note:The capacity check feature can only be used on batteries with a date code next to the serial number (e.g. G95). Earlier batteries cannot be discharged using a T3002. ProcedureInsert the battery in the charger, while holding down the discharge button.Depress the discharge button until the indicator LED has changed from amber (battery being tested) to flashing green (battery discharging). The charger is now in ‘cycle and capacity check’ mode.Battery CapacityThe last battery discharge cycle is timed to give an approximate battery capacity. The indicator LED gives the charge and capacity status, as shown in the following table.LED Condition Functionamber waiting Battery present, but awaiting charge while battery is being tested (3 seconds), or until the battery is within the correct temperature range for charging.green flashing dischargingBattery is now discharging and is in ‘cycle and capacity check’mode.amber flashing low capacityBattery is less than 70% of the rated capacity, and will be leftdischarged.green capacity adequate Battery capacity is adequate. Fast charge is complete and trickle or standby charge is in progress.7.10.5Circuit DescriptionRefer to the T3002 block diagram, shown below.The DC supply to the charger feeds the 11.7V and 5V regulators, via a fuse.•The 11.7V regulator supplies the current source, LED, voltage interface and tempera-ture cutout circuitry.•The 5V regulator supplies the microprocessor and low voltage indicator (LVI) cir-cuitry.Battery voltage, temperature and capacity information is presented to the microproces-sor via the internal analogue to digital converter. V oltage information arrives through interface circuitry, that provides a normal battery voltage signal and an expanded volt-age signal (from 8.24V to 10.5V).This information, and any discharge request via the discharge button, is used by the microprocessor to appropriately switch on either the charging current source or the dis-charge circuitry.During charging, the current source is either continuously switched on (fast charge), or switched on and off at an appropriate duty cycle to provide trickle or standby charging. The exact state of the microprocessor is indicated to the user via the charger LED.The microprocessor can be put into a reset state if either of the following conditions occur:•The supply voltage drops and activates the LVI circuitry.•The internal charger temperature gets too hot and activates the temperature cut-out circuitry.T3002 Parts List (IPN 220-01342-01)Ref VAR IPN Description Ref VAR IPN Description!C1018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C2018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16V!C3018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C4018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C5018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16V!C15018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C16018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C17018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C18018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C19018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C20018-12330-00CAP 0603 CHIP 33P 50V NPO +-5%!C21018-12330-00CAP 0603 CHIP 33P 50V NPO +-5%!C22018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C25018-15100-00CAP 0603 CHIP 10N 50V X7R +-10%!C30018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C40018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C41018-12180-00CAP 0603 CHIP 18P 50V NPO +-5%!C42018-12180-00CAP 0603 CHIP 18P 50V NPO +-5%!C43018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C44018-12180-00CAP 0603 CHIP 18P 50V NPO +-5%!C45018-12180-00CAP 0603 CHIP 18P 50V NPO +-5%!C46018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C47018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C48018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C49016-08100-01CAP ELECT 6X4MM CHIP 10M 20% 16V !C50018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C51018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C52018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C55018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C56018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C57018-14100-00CAP 0603 CHIP 1N 50V X7R +-10%!C58018-12180-00CAP 0603 CHIP 18P 50V NPO +-5%!C60018-16100-01CAP 0603 CHIP 100N +80-20% Y5V 16!C61016-08100-01CAP ELECT 6X4MM CHIP 10M 20% 16V!D1001-00012-77(S) DIODE 1N6277A ZENER 18V 1500W!D3008-02099-00(S) LED RED/GREEN BI-COLOUR 3.1MM !D4001-10000-70(S) DIODE SMD BAV70 DUAL SWITCH SO !D6001-10000-70(S) DIODE SMD BAV70 DUAL SWITCH SO !D9001-10000-70(S) DIODE SMD BAV70 DUAL SWITCH SO !D12001-10014-03(S) DIODE SMD MBRS140T3 SCHOTTKEY!IC1002-00078-05(S) IC MC7805ACT 5V REG(LINEAR)1A!IC4002-06870-51(LS) IC MC68HC705P6P OTP MICRO 28!IC4A240-04020-95(L) SKT SMD DIP 28!IC5002-10340-64(S) IC SMD MC34064 LO VOLT SENSE!IC8002-10003-24(S) IC SMD 324 QUAD OP AMP SO14!Q1000-00295-50(S) XSTR MTP2955 FET TO-220!Q3000-10084-81(S) XSTR SMD BC848BW NPN SOT-323 S !Q4000-10084-81(S) XSTR SMD BC848BW NPN SOT-323 S !Q5000-10084-81(S) XSTR SMD BC848BW NPN SOT-323 S !Q6000-00295-50(S) XSTR MTP2955 FET TO-220!Q7000-10084-81(S) XSTR SMD BC848BW NPN SOT-323 S !Q8000-00012-49(S) XSTR TIP31 NPN PWR SWTCH TO220 !Q9000-10084-81(S) XSTR SMD BC848BW NPN SOT-323 S !Q10000-10084-81(S) XSTR SMD BC848BW NPN SOT-323!R2036-14470-10RES M/F 0805 CHIP 4K7 1%!R15038-14100-00RES 0603 CHIP 1K0 1/16W +-5%!R16036-15470-10RES M/F 0805 CHIP 47K 1%!R17036-13560-00RES M/F 0805 CHIP 560E 5%!R18036-15100-10RES M/F 0805 CHIP 10K 1%!R19038-17100-00RES 0603 CHIP 1M 1/16W +-5%!R20036-13820-00RES M/F 0805 CHIP 820E 5%!R21036-13560-00RES M/F 0805 CHIP 560E 5%!R22036-16120-10RES M/F 0805 CHIP 120K 1%!R23036-15100-10RES M/F 0805 CHIP 10K 1%!R24036-15470-10RES M/F 0805 CHIP 47K 1%!R25038-17100-00RES 0603 CHIP 1M 1/16W +-5%!R30036-16100-10RES M/F 0805 CHIP 100K 1%!R31036-15180-10RES M/F 0805 CHIP 18K 1%!R32036-11180-10RES M/F 0805 CHIP 1E8 1%!R33038-14470-00RES 0603 CHIP 4K7 1/16W +-5%!R34038-14100-00RES 0603 CHIP 1K0 1/16W +-5%!R35038-14470-00RES 0603 CHIP 4K7 1/16W +-5%!R36038-14100-00RES 0603 CHIP 1K0 1/16W +-5%!R37036-11180-10RES M/F 0805 CHIP 1E8 1%!R38036-11180-10RES M/F 0805 CHIP 1E8 1%!R39036-11180-10RES M/F 0805 CHIP 1E8 1%!R45038-14100-00RES 0603 CHIP 1K0 1/16W +-5%!R46036-15100-10RES M/F 0805 CHIP 10K 1%!R47036-15100-10RES M/F 0805 CHIP 10K 1%!R48036-15100-10RES M/F 0805 CHIP 10K 1%!R49036-15100-10RES M/F 0805 CHIP 10K 1%!R50036-15390-10RES M/F 0805 CHIP 39K 1%!R51038-14470-00RES 0603 CHIP 4K7 1/16W +-5%!R52036-15390-10RES M/F 0805 CHIP 39K 1%!R53036-15390-10RES M/F 0805 CHIP 39K 1%!R54036-15100-10RES M/F 0805 CHIP 10K 1%!R55036-15100-10RES M/F 0805 CHIP 10K 1%!R56036-16120-10RES M/F 0805 CHIP 120K 1%!R57038-14100-00RES 0603 CHIP 1K 1/16W +-5%!R58036-15330-00RES M/F 0805 CHIP 33K 5%!R59038-14100-00RES 0603 CHIP 1K0 1/16W +-5%!R60036-15100-10RES M/F 0805 CHIP 10K 1%!R61036-15100-10RES M/F 0805 CHIP 10K 1%!R62036-11180-10RES M/F 0805 CHIP 1E8 1%!R63036-11180-10RES M/F 0805 CHIP 1E8 1%!R64036-11180-10RES M/F 0805 CHIP 1E8 1%!R65036-11180-10RES M/F 0805 CHIP 1E8 1%!R66036-11180-10RES M/F 0805 CHIP 1E8 1%!R67036-11180-10RES M/F 0805 CHIP 1E8 1%!R68036-11180-10RES M/F 0805 CHIP 1E8 1%!R69036-11180-10RES M/F 0805 CHIP 1E8 1%!R70036-11180-10RES M/F 0805 CHIP 1E8 1%!R71036-15390-10RES M/F 0805 CHIP 39K 1%!R72036-15100-10RES M/F 0805 CHIP 10K 1%!R75036-15100-10RES M/F 0805 CHIP 10K 1%!R76036-15100-10RES M/F 0805 CHIP 10K 1%!R77036-15100-10RES M/F 0805 CHIP 10K 1%!R78045-15100-00RES NTC SMD 10K 5%!R79045-15100-00RES NTC SMD 10K 5%!R80036-14120-00RES M/F 0805 CHIP 1K2 5%!R81036-14120-00RES M/F 0805 CHIP 1K2 5%!R82036-15470-10RES M/F 0805 CHIP 47K 1%!R83036-15180-10RES M/F 0805 CHIP 18K 1%!R84036-13560-00RES M/F 0805 CHIP 560E 5%!R86038-14100-00RES 0603 CHIP 1K0 1/16W +-5%!R87036-13560-00RES M/F 0805 CHIP 560E 5%!R88036-15180-10RES M/F 0805 CHIP 18K 1%!R89036-15100-10RES M/F 0805 CHIP 10K 1%!R90036-15100-10RES M/F 0805 CHIP 10K 1%!R91038-14100-00RES 0603 CHIP 1K0 1/16W +-5%!R92036-15100-10RES M/F 0805 CHIP 10K 1%!R93036-10000-00RES M/F 0805 CHIP ZERO OHM!SW1232-00010-29(L) SWITCH TACT 3.85MM RED STEM HSK1240-02020-07SKT DC JACK 5.5MM HOLE 2.5MM PIN!XL1274-00010-33XTAL 4MHZ TE-35 HC49U C/W TEFLON 220-01342-01(L) PCB T3002 SINGLE FAST CHARGER302-40038-00BUTTON RED T3002 OPERATING303-20051-01COVER TOP A1M2800 T3003 TRICKLE CHA303-20052-01COVER BTM A1M2801 T3003 TRICKLE CH303-50027-00CONTACT A3M2818 T3000 BAT CHARGER308-13110-00HSINK PCB MTG FOR VERT MNT TO220 C/308-13117-00HSINK TO-220 HOR PCB MOUNTING349-00010-22SCREW NO 4X3/8 PAN POZI PLASTITE365-00100-09LABEL WHITE VINYL 15X11MM S/A365-01450-00LABEL BLNK 38*9MM TAMPERMARK VOID365-01498-00LABEL MODEL ID T3002-0000369-00010-11FOOT RUBBER BUMP-ON S/A410-01100-00PKG A3A723 T3003 TRICKLE CHARGER459-30023-00USER GUIDE T3002 FAST CHARGERDevicePCBCircuitT3002 Grid Reference Index (IPN 220-01342-01)DevicePCBCircuitDevicePCBCircuit32:E11-L222:D01-L312:D11-L442:E01-L1!C11:H11-B8!C21:F31-C7!C31:F31-C7!C41:F31-D7!C51:F31-E7!C151:B51-A4!C161:C41-C4!C171:B51-D5!C181:B51-E5!C191:C31-A3!C201:D41-B1!C211:D41-B1!C221:A11-D3!C301:F31-G5!C401:C41-F2!C411:E31-G2!C421:E31-G2!C431:D21-G1!C441:E31-H2!C451:E31-H1!C461:E21-H0!C471:E21-H0!C481:F21-J2!C491:E21-J2!C501:C31-L3!C511:D21-L1!C521:E31-M5!C551:F41-A5!C561:F41-A5!C571:F41-B5!C581:F31-C6!C601:B01-F7!C611:E01-H7!D11:F41-C8!D32:H51-D21-E2!D41:D31-K31-K3!D61:E41-D61-D6!D91:F41-B51-B5!D121:F11-H3FUSE 1:H11-B8!HS-STUD 1:B1!HS 1:F2!IC11:G31-D7!IC41:B31-C2!IC4A 1:B31-C1!IC51:B51-E5!IC81:E31-L51-G31-G11-H51-C5!LINK12:G41-K7!LINK22:G51-J6!Q11:B11-G8!Q31:G41-D3!Q41:G41-E3!Q51:C41-F2!Q61:F21-H2!Q71:F21-J5!Q81:F21-J5!Q91:B01-F7!Q101:C01-G7!R21:B11-F8!R151:B51-B4!R161:B51-D6!R171:C21-A3!R181:A11-C3!R191:D41-B1!R201:G41-D3!R211:G51-E3!R221:C31-E1!R231:A31-C2!R241:A21-C2!R251:D31-F3!R301:E41-F6!R311:E41-F5!R321:F31-J4!R331:F21-H5!R341:F31-H5!R351:F31-H5!R361:F31-J5!R371:F31-J4!R381:F31-J4!R391:F31-J4!R451:C41-F2!R461:C31-F1!R471:C31-E1!R481:D31-F3!R491:D31-F3!R501:E31-G3!R511:D31-G2!R521:D31-G2!R531:D21-G1!R541:D31-G3!R551:D31-G3!R561:E31-G1!R571:E31-H2!R581:D31-H1!R591:F21-H2!R601:F21-H1!R611:E21-H0!R621:D11-H3!R631:D11-H3!R641:D11-H3!R651:E11-H3!R661:E11-J3!R671:E11-J3!R681:E11-J3!R691:E11-J3!R701:F11-J3!R711:D21-K3!R721:D21-K2!R751:E41-A6!R761:F41-A6!R771:F41-A5!R781:B11-B7!R791:G11-B7!R801:F41-B6!R811:F41-B6!R821:F31-B5!R831:F41-C6!R841:B51-D6!R851:F11-J2!R861:B01-F7!R871:B01-F6!R881:C01-G7!R891:C01-G6!R901:C01-H6!R911:B01-F7!R921:C31-F1!R931:C31-F1!R951:H51-E2!R2012:H51-J7!R2022:G51-K7!R2032:G51-K7!R2042:G21-J7!R2052:G21-J7SK11:J11-B8!SW11:A01-D3’TP12:F41-H7TP22:F41-B6TP32:F41-B6TP52:E41-D6!XL11:D41-B1T3002 Fast Charger PCB (IPN 220-01342-01) - Top CopperT3002 Fast Charger PCB (IPN 220-01342-01) - Bottom CopperM3000-00T3002 Fast Charger 7.10.11Copyright TEL30/04/96M3000-00T3002 Fast Charger7.10.1230/04/96。
TT快速入门手册2说明书
INDEXSECTION 1: General information•Power switch•Control panel•Passwords•Safety sensors•Stop button on the touch screenSECTION 2: Filling the pump•Purpose of filling pump•Roller Head•Pump HeadSECTION 3: Lowering and lifting table •Step by step instructionSECTION 4: Preprogrammed Recipes•25-30 Preprogrammed recipes•Copying and saving under a new name SECTION 5: Placing traysSECTION 6: Starting productionSECTION 7: Cleaning•Step by step instructions on breakdown for cleaning Section 8: ReassemblySection 9: Standard recipesSection 10: Adjusting recipesSECTION 1: General information1. The power switch is located on the back side of the machine2.Control panel description3. Passwords:∙Operator password 654321∙Supervisor password 4149904. Safety Sensors: There are three safety sensors on the machine∙Two proximity sensors ( Front and back of hopper)∙ 1 magnetic sensor on the hopper (Cover of the hopper)(Proximity Sensors)(Magnetic Sensor)*Note: Interrupting the sensors will stop the machine. To reset press the start switch, if it doesn’t r eset by pushing the green start button first unlock the emergency stop button by twisting to the right (it should pop out)5.Stop function on the touch screen: The operator can use this function in two ways5.1Press the stop tab to pause depositing briefly, then push start tab on touchscreen to resume depositing where it left off.5.2Press and hold the stop tab on the touch screen for 5 seconds it will stop, ejectthe tray and instruct you to push start. Push start and it will begin a new cycle.(5.1)(5.2)SECTION 2: Filling the pumpWhen starting production with batter in the hopper, the pump is empty. You couldmanually run the pump before starting production cycle will deposit the batter until pump is filled, ensuring your first tray of product will be complete. Once the pump has adequate amount of batter it will deposit a consistent stream. Now you can begin production.1. Add your batter to the hopper ( Be sure to close the lid properly)2. Place a tray on the conveyor to catch any batter under the nozzles3. Select Pump head for semi liquid batters.a. i.e. Macarons, Choux, éclairs, muffins• Using the touch screen press the wrench icon, then the pointing handicon. (The screen display should match the picture below.) Based on the batter select the correct pump and hold for a few seconds until your batter runs though the pump. Once the pump is depositing a consistent product you are ready to begin production.4. Select Roller head for dough like batters.a. i.e. Butter cookies• Same steps as described above.**Note: Roller head motion isinward, whereas Pump headmotion is outward.SECTION 3: Lowering and lifting the tableTo manually move the table up or down follow these instructions:1. Press the wrench icon on the touch screen2. Press the pointing hand icon3. Select the blue table tab4. The choice of up or down will pop up, just press and hold in the desired direction.SECTION 4: Pre-programmed RecipesThe machine has room for 30 PROGRAMS (recipes). Six of these programs are BASIC—EXAMPLE recipes factory set in order to make the programming easy and user-friendly. They can be found in position 25 to 30.Recipe N° Name Drop Picture25 FIX FIX DROP26 FIX FIX DROPTWISTED W/ NOZZLEROTATION27 LONG DROP long drop28 LONG long drop w/TWISTED nozzle rotation29 WIRE CUT drop cut30 WIRE CUT long dropLONG cutSECTION 4: Recipes Continued1. Selecting a preprogrammed recipe:∙Press the Recipe book icon and enter the recipe list, navigate through the recipe’s using the blue arrows and choose the recipe. Press the recipe tohighlight the tab.∙Press the green arrow icon a box will pop up, push yes to confirm (The name on the grey line will match the name on the yellow line)∙Press the home icon2. Copying a preprogrammed recipe:∙Return into the recipe index by following the steps above∙Select the recipe you’d like to copy. Press the recipe to highlight it yellow.∙Hit the floppy disc icon, a box will pop up select Yes. You have successfully copied that recipe.∙Look for and select a blank spot to paste the copied recipe, select that spot by press to highlight it yellow.∙Press the Disc icon, key in the password.∙Press the disc icon, yes to confirm. You have saved that recipe, now you can rename it.3. Renaming the copied recipe∙Select the recipe you just copied and pasted by pressing the yellow tab where it is located∙Once in the recipe, press the highlighted tab where the name is displayed. A keypad will pop up∙Using the keypad type in the name you would like to use for this recipe. Hit the enter button on the keypad.∙Now you are able to modify all the data for that recipe without effecting the original that was copied.SECTION 5: Placing trays1. Press the green START button on the touch screen; the machine starts cycle aGreen tab will turn on display “IN CYCLE”. The conveyor starts running and theMachine is ready to deposit.2. Place a tray on the conveyor, make sure you use only flat trays, the tray startsmoving forward and when it reaches the tray Sensor the dosing cycle will start.Based on the pan configuration programmed (example: 9 rows) the cycle will stop once completed, if no other trays are placed. If other trays are placed after the first one, the tray coming out from the conveyor must be collected by the operator.Make sure to leave 2 inches of space when placing the next tray, in order for the tray sensor to come up.3 The guide can be adjusted vertical and horizontal. Make sure the guide is always lower than the conveyer.SECTION 6: Starting production1. Turn on machine and press the touch screen2. Place a tray under the nozzle to collect batter while filling the pump3. Fill the hopper4. Reset (once hopper lid is properly closed)5. Fill the pump manually (see section 2)6. Remove collecting tray once all the nozzles are full7. Press start8. Place a tray on the belt and the machine will start depositing9. Place the next tray if you want to continue depositing, make sure you leave 2inches distance between trays.SECTION 7: Cleaning1. Place tray under depositor, run the pump manually (see section 2) until as muchbatter as possible is deposited.2. Carefully remove the hopper, pump, nozzles. Wash with soap and water. Be sureto dry thoroughly. (See below for step by step removing)1. Replace the seal for the Hopper. Be sure to pay special attention to theplacement of the seal. It should be flush with the hopper.Incorrect placementCorrect placement2. Replace the hopper, be sure to pay special attention to the placement. The widerpart of the Hopper should be the back side ( The back is where the power button is)Incorrect placementSection 9: Standard recipesSection 10: Adjusting recipesPress on the product to go into the recipeWith depositing time you can in- or decrease the size of the product.Pan; determines how many rows you want on the tray, the distance from the edge of the tray for the first deposit and the distance between rows.Table: height of the table is the height between the tray and the spouts at the time of depositSuction: after each deposit rollers reverse a little bit while the tray moves forwardAdvanced: tip off only used for depositing of eclairs.Press blue arrow to back to product screenYou can either deposit now and save settings later, or save settings now. To save now press on bookPress on the disk and enter your passcodePress disk againconfirm saving new settingsGo back to home。
TZ-002规格书(2G通信模块)
硬件描述
Doc Name
TZ -ቤተ መጻሕፍቲ ባይዱ002 硬件描述
Version
Date Doc ID
2014/1/7
TZ-002
Status
Release
拟制
审核
批准
2014/1/7
1 / 21
内容目录
内容目录
内容目录 ................................................................................................................................... 2 图表目录 ................................................................................................................................... 4 1 序 ....................................................................................................................................... 5
1.1 相关文档 ............................................................................................................ 5 1.2 缩写 .................................................................................................................... 5 2 产品概述 ........................................................................................................................... 7 3 应用接口 ........................................................................................................................... 7 3.1 接口概览 ............................................................................................................ 7 3.2 工作状态 ............................................................................................................ 8 3.3 状态指示 ............................................................................................................ 8
2019-2020年配变计量监测终端TTU使用说明书.doc
KD-100T型配变监测终端配变监测终端(TTU)使用说明书科大智能科技股份有限公司目录一、概述 (2)二、技术指标 (2)1、电气参数 (2)2、通讯接口 (3)3、遥信/脉冲输入 (4)4、安全性 (4)5、平均无故障工作时间（MTBF） (4)6、停电后数据保持时间 (5)7、工作环境 (5)8、外壳及尺寸 (5)三、外形图 (5)四、主要功能 (6)1、状态量采集 (6)2、电能表数据采集 (6)3、脉冲表数据采集 (7)4、事件记录 (7)5、数据存储 (7)6、显示功能 (7)7、功率控制 (8)8、电量控制 (10)9、终端维护 (11)五、安装及接线图 (11)六、运输存储 (14)七、售后服务 (15)一、概述KD-100T型配变监测终端是根据《电能信息采集及管理系统电力配变监测终端订货及验收技术条件》，结合Q／GDW 374.1-2009《电力用户用电信息采集系统技术规范：专变采集终端技术规范》、Q／GDW 375.1-2009《电力用户用电信息采集系统型式规范：专变采集终端型式规范》和Q／GDW 376.1-2009《电力用户用电信息采集系统通信协议：主站与采集终端通信协议》的要求，并结合我国电力用户的实际需求而开发设计的新一代配变监测终端。
本终端采用32位的高速ARM9 CPU及目前流行的LINUX操作系统，具备高性能软硬件平台。
采用16位模数转换电路，确保数据处理的准确性与快速性。
软硬件采用模块化设计理念，可按照用户的不同需求进行积木式组合。
采用GPRS/CDMA作为主通讯方式，并采用国内外著名厂商的通讯模块，确保无线通讯的高稳定性。
终端实时检测、分析电网及多功能电能表的工作情况，发现异常主动上报，可将电力用户的损失降低到最小。
本终端可广泛应用于终端抄表、考核计量等用电需求场合。
二、技术指标1、电气参数●电源电压： 3×220/380V， 3×57.7/100V， 70% Un～130% Un正常工作，在一相电压供电情况下正常工作。
TT用户手册维护分册
CTT2000L/M专用数字通信系统用户手册（维护分册）中软网络技术股份有限公司路电：021 —66002 〜66005传真：021 －66001第一章CTT2000L/M系统简介系统特点1.1.1 处理能力及可靠性模块化设计，分布式集中控制方式，使系统具有很高的稳定性、可靠性和很强的话务处理能力，保证铁路专用通信畅通无阻。
各级CPU匀采用MOTOROLA 3位高性能处理器，处理能力强，系统允许一个数字环上挂接的车站多达64个。
主处理机、交换网络、时序部分均为双机热备份，主备切换不影响用户通信。
关键接口如2M接口和调度台接口可选1+1热备份，主备接口切换不影响用户通信。
通道保护能力强，2M数字通道具有数字自愈环功能，同时可接入模拟通道作为数字通道的备份，通道倒换自动进行，保障系统在局部通道异常时仍能正常工作电源部分为双电源热备份并联输出公共资源MFC DTM!和会议资源冗余配置大量采用ASIC、FPGA等超大规模集成电路，单板集成度高，可靠性好，功耗低，便于维护用户接口、中继接口上具备完善的过压、过流保护功能。
1.1.3 接口丰富，组网能力强具有多种模拟和数字接口：2M 2B+D 30B+D、64K同向、子速率（以下）、自动用户、共电、磁石、环路、区间、E/M模拟实回线、4W/2V音频等接口，完全满足目前各专网专用通信的组网要求，同时可接入其它业务（如无线、数据、图像业务），为未来专用通信的发展提供基础。
支持星型、共线及综合型（星型和共线两者组合）三种数字调度接入方式。
支持数字和模拟调度的混合接入方式，并兼容既有模拟设备。
1.1.4 完善的测试和告警功能网络级：主系统对分系统进行巡回检测，对主备用通道进行定期检测系统级：主处理机板本身具备完善的自诊断能力，对智能部件进行巡检, 对非智能部件进行巡测，发现问题及时上告主系统部件级：自测，自诊断，发现问题及时上告主处理机所有的告警信息均自动上告集中维护台终端电路命令测试（支持远程命令测试）主系统、分系统和集中维护台均具有可视、可闻的告警装置，集中维护台有全系统的详细告警记录1.1.5 系统可维护性好单板种类少，大小系统单板种类总和不超过十种模拟和数字接口板槽位兼容，大部分接口均为模块化，配置灵活，维护方便且维护成本低具有集中维护管理功能，集中维护台可对网络资源、主系统和各分系统进行集中管理、配置和维护系统功能1.2.1 接入铁路各项专用业务实现调度通信数字化实现站场通信数字化实现站间通信数字化接入专用电话接入区间电话接入数据及图像业务铁路沿线小站自动电话区间应急通信的处理提供共线通道动力设备和环境监控图一全面接入铁路各项专用通信业务122 调度功能单呼、组呼、全呼功能辅助状态显示功能多呼叫处理功能呼叫调度台的无阻塞性会议功能调度呼叫的分组处理双通道处理自动应答/选择应答功能用户强插、强拆功能紧急呼叫用户级别的处理一点对多点传真功能录音数据的灵活读取1.2.3 调度电话的组网方式共线数字调度的接入星型数字调度的接入综合型（星型和共线组合）数字调度的接入同一条调度电路中，数字分系统与模拟调度分机可混合接入124 通道保护功能数字自愈环功能断点保护功能模拟调度回线和数字通道同时接入，并作为数字通道的备份接入现有站间行车回线作为站间数字通道的备份图二 模拟调度回线和数字通道同时接入，并作为数字通道的备份图三数字自愈环的通道保护功能 125 集中管理维护功能日常管理：查看网络、主系统和各分系统的运行状况，查看各系 统的程序和数据版本，加载程序和数据，主备切换等配置管理：网络通道的配置，主系统和分系统的数据配置，各调 度台数据的配置等故障管理：全系统所有告警、故障信息的收集、统计和分析，生成告警日志，1#小粧新式调燮汁讥告警的查看和打印安全管理：控制各级管理员和操作员的操作权限和操作方式，确保网管系统的安全性通过设在公司的维护管理中心可对各系统进行状态观察和远程程序加载等工作126 用户交换机功能单个后台主机具有8—512线的PABX功能127 会议汇接机功能每个后台主机具备最大4*64方全双工会议功能可实现全系统范围的同播会议调度台可兼做会议主席台用1.2.8 录音功能各操作台可选配8-32小时的实时音控录音功能。
HXT22010-5充电模块用户手册
SCLT-22010-5充电模块用户手册1 结构及接口1.1 模块外观SCLT-22010-5 充电模块的外观如下图：LED可显示模块电压、电流、告警信号、地址、分组号、运行方式等信息。
若按键无操作超过一分钟，将自动显示模块电压和电流，此时如果存在告警，则显示告警信息。
电压显示精度为±0.5V，电流显示精度为±0.2A。
指示灯模块面板上有3 个指示灯，分别为电源指示灯（绿色）、保护指示灯（黄色）和故障指示灯（红色），其功能见下表：按键模块面板上有两个按键，上键和下键。
通过按键，可查看模块信息。
例如模块输出电压234V、输出电流10.0A、地址2、运行在自动方式、分组号1，按上键或下键将依次显示如图所示：通过按键还可设置模块参数：手动输出电压、模块地址、模块分组号、模块运行方式（手动/自动）。
设置步骤如下：1、按上键或下键，将当前的显示切换到要更改的信息界面。
2、按下上键或下键大约2.5S后释放，可看到显示闪烁。
3、按上键或下键更改设置值。
4、按下键大约2.5s后（显示将不再闪烁）释放以确认数据；若放弃更改，按上键大约2.5s后（显示将不再闪烁）释放即可退出设置模式。
说明设置方法。
先按上键或下键直到出现的界面，然后按上键或下键大约2.5s释放，界面闪烁，出现界面后，按下键大约2.5s后，界面不再闪烁，表示确认。
模块的分组号设置范围为0-3，模块最大分组数为4。
每组并机工作的模块最大数量为31。
拉手及模块紧固螺丝拉手可方便模块的组装及维护，紧固螺丝有利于更好地固定充电模块，防止意外松脱。
风扇罩风扇罩用于防止外部物件被风扇吸入充电模块中造成模块损坏。
1.2 转接板模块采用输入输出一体化插座，支持热插拔，极大地方便了模块安装及维护。
其安装尺寸可参见上图，具体管脚功能说明如下：2 主要功能保护功能模块具有以下保护功能：输入过压保护、输入欠压保护、输入缺相保护、输出过压保护、输出欠压保护、输出短路保护和模块内部过温保护风扇调速控制风扇无级调速，模块通过对环境温度和输出电流综合考虑进行风扇调速控制。
MPPT1024Z太阳能充放电控制器使用手册说明书
MPPT1024Z 太阳能充放电控制器使用手册安装、使用前请仔细阅读该手册武汉万鹏科技有限公司 h t t p ://w ww .j u t a s o l a r .c o m 武汉万鹏科技有限公司 h t t p://w w w .j u t a s o l a r .c o m 武汉万鹏科技有限公司 h t t p://w ww .j u t a s o l a r .c o mMPPT1024Z 太阳能充放电控制器使用手册 版本V1.0目录 1. 安全事项 ............................................................................................................ 3 2. MPPT1024Z 控制器介绍 ..................................................................................... 3 2.1 产品概述 .................................................................................................. 3 2.2 产品结构 .................................................................................................. 3 2.3 产品功能 .. (4)2.4 最大功率点跟踪（MPPT ）技术介绍 ...................................................... 63.系统规划参考 .................................................................................................... 7 3.1 系统电压等级 .......................................................................................... 7 3.2 太阳能电池配置 ...................................................................................... 8 3.3 配线 .......................................................................................................... 8 3.4 过流保护 .................................................................................................. 9 3.5 雷击保护 .................................................................................................. 9 3.6 接地 .......................................................................................................... 9 3.7 系统扩容 .................................................................................................. 9 4.安装说明 .......................................................................................................... 10 4.1 产品外形尺寸 ........................................................................................ 10 4.2 系统接线示意图 .................................................................................... 11 4.3 线材工具准备 ........................................................................................ 11 4.4 安装过程 ................................................................................................ 11 5.使用说明 .......................................................................................................... 12 5.1 按键功能说明 ........................................................................................ 12 5.2 LED 指示状态说明 ................................................................................. 12 5.3 系统类型查看 ........................................................................................ 13 6.故障处理 .......................................................................................................... 13 6.1 控制器保护后处理方法 ........................................................................ 13 6.2 常见故障现象及处理方法 .................................................................... 14 7. 技术参数 .......................................................................................................... 15 8. 保修承诺 . (16)武汉万鹏科技有限公司 h t t p ://w w w .j u t a s o l a r .c o m 武汉万鹏科技有限公司 h t t p://w ww .j u t a s o l a r .c o m 武汉万鹏科技有限公司 h t t p://w ww .j u t a s o l a r .c o mMPPT1024Z 太阳能充放电控制器使用手册 版本V1.0尊敬的用户： 非常感谢您选用我们公司的产品！我们将为您的太阳能发电系统提供长久可靠的服务！ 该手册提供产品的安装、使用、维护等相关的指导，使用前请仔细阅读该手册。
电源系列T-OP II连接器安装说明书
600 A 35 kV Class T-OP II connector assembly installation instructionsDISCLAIMER OF WARRANTIES AND LIMITATION OF LIABILITYThe information, recommendations, descriptions and safety notations in this document are based on Eaton Corporation’s (“Eaton”) experience and judgment and may not cover all contingencies. If further information is required, an Eaton sales office should be consulted. Sale of the product shown in this literature is subject to the terms and conditions outlined in appropriate Eaton selling policies or other contractual agreement between Eaton and the purchaser.THERE ARE NO UNDERSTANDINGS, AGREEMENTS, WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING WARRANTIES OF FITNESS FOR A PARTICULAR PURPOSE OR MERCHANTABILITY, OTHER THAN THOSE SPECIFICALL Y SET OUT IN ANY EXISTING CONTRACT BETWEEN THE PARTIES. ANY SUCH CONTRACT STATES THE ENTIRE OBLIGATION OF EATON. THE CONTENTS OF THIS DOCUMENT SHALL NOT BECOME PART OF OR MODIFY ANY CONTRACT BETWEEN THE PARTIES. In no event will Eaton be responsible to the purchaser or user in contract, in tort (including negligence), strict liability or other-wise for any special, indirect, incidental or consequential damage or loss whatsoever, including but not limited to damage or loss of use of equipment, plant or power system, cost of capital, loss of power, additional expenses in the use of existing power facilities, or claims against the purchaser or user by its customers resulting from the use of the information, recommendations and descriptions contained herein. The information contained in this manual is subject to changewithout notice.iINSTALLATION INSTRUCTIONS MN650051EN May 2017ContentsDISCLAIMER OF WARRANTIES AND LIMITATION OF LIABILITY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .I SAFETY FOR LIFE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .III SAFETY INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .III Safety instructions (iii)PRODUCT INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 Introduction (1)Read this manual first (1)Additional information (1)Acceptance and initial inspection (1)Handling and storage (1)Standards (1)INSTALLATION PROCEDURE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 Equipment required (1)Prepare the cable (2)Install T-body and reducing tap plug (4)Install T-OP II connector onto apparatus bushing (5)ii INSTALLATION INSTRUCTIONS MN650051EN May 2017iiiINSTALLATION INSTRUCTIONS MN650051EN May 2017Eaton’s Cooper Power series products meet or exceed all applicable industry standards relating to product safety. We actively promote safe practices in the use and maintenance of our products through our service literature, instructional training programs, and the continuous efforts of all Eaton employees involved in product design, manufacture, marketing and service.We strongly urge that you always follow all locally approved safety procedures and safety instructions when working around high-voltage lines and equipment and support our “Safety For Life” mission.600 A 35 kV Class T-OP II connector assembly installation instructions1INSTALLATION INSTRUCTIONSMN650051EN May 2017Hazardous voltage . Contact with high voltage will cause death or severe personal injury . All associated apparatus must be de-energized during any hands-on installationor maintenance .capacitive test points can result in death, severe personal injury, and equipment damage . Use onlyvoltage indicating instruments specifically designed for test points . Use of conventional voltage sensing devices may provide false “No Voltage” indications .The test point must be dry and free of contaminant’s when checking for voltage . After indication is taken: clean, dry, and lubricate the test point cap with silicone grease and assemble to the test point .The capacitive test point is not sufficiently accurate, nor is it intended for, actual voltage measurements or phasing operations .A reading of no voltage from the test point should not be the only indication of a de-energized circuit obtained before touching the connector . Other procedures can include direct conductor voltage testing or groundingusing a live-line tool .Hazardous Voltage●●Failure to comply may result in death, severe personal injury and equipment damage .●●Follow all locally approved procedures when installing or operating this equipment .●●The 600 A T -OP II Connector System is designed to be operated in accordance with normal safe operating procedures .●●These instructions are not intended to supersede or replace existing safety and operating procedures .●●The elbow connector should be installed and serviced only by personnel familiar with good safety practices and the handling of high-voltage electrical equipment .Figure 1 . Line illustration of typical 35 kV T -OP II connector assemblyProduct informationIntroductionThe Eaton Cooper Power series 600 A, 35 kV Class T -OP II Deadbreak Connectors are used to terminate high voltage underground cables to deadfront ap p a r a t us such as transformers, switches, and switchgear. They are fully shielded, submersible, and meet the requirements of IEEE Std 386™ standard – Separable Insulated Connector Systems.Read this manual firstRead and understand the contents of this manual and follow all locally approved procedures and safety practices before installing or operating this equipment.Additional informationThese instructions cannot cover all details or variations in the equipment, procedures, or process described nor provide directions for meeting every possible contingency during installation, operation, or maintenance. For additional information, contact your representative.Acceptance and initial inspectionEach deadbreak connector is in good condition whenaccepted by the carrier for shipment. Upon receipt, inspect the shipping container for signs of damage. Unpack the deadbreak connector and inspect it thoroughly for damage incurred during shipment. If damage is discovered, file a claim with the carrier immediately.Handling and storageB e careful during handling and storage of the deadbreakconnector to minimize the possibility of damage. If thedeadbreak connector is to be stored for any length of time prior to installation, provide a clean, dry storage area.StandardsISO 9001 Certified Quality Management SystemInstallation procedureEquipment required●●T -OP II connector assembly kit including●●T -Body ●●Cable Adapter●●Copper Top Compression Connector ●●Loadbreak Reducing Tap Plug (LRTP) with alignment segment●●Protective Cap (when furnished)●●Silicone Lubricant ●●Extended Copper Stud ●●Instruction Sheet600 A 35 kV Class T-OP II connector assembly installation instructions2INSTALLATION INSTRUCTIONS MN650051EN May 2017●●Tools●●1/2” Wrench●●Torque Tool (Catalog Number TQHD635)●●5/16” T -Wrench (Catalog Number TWRENCH)●●O & T Tool (Catalog Number OT635)●●Combined O & T/T orque T ool (Catalog Number OTTQ635)ote:N If a Combined O & T/Torque Tool is used, a separateO & T tool and torque wrench is not required.Prepare the cableote:N If concentric neutral cable is not being used, followcable preparation directions in shield adapter kit.Step 1Train cable●●Position cable vertically so that it is centered between apparatus bushing and parking pocket, parallel to, and 7” (178 mm) from apparatus frontplate.●●Provide adequate cable slack for cable movement between standoff bushing and apparatus bushing.●●Support cable as needed to maintain position.●●Cut cable 1 3/4” (45 mm) from centerline of bushing. (Refer to Fig u re 2.)1 3/4"± 1/4" (45mm ± 7 mm)Figure 2 . Line illustration for cable trainingStep 2Remove concentric neutral wires or jacketote:N Care should be taken to not cut or score the neutralconductors when cutting the cable jacket.●●Measure 13” (330 mm) from end of cable. (Refer to Figure 3.)●●If jacketed neutral cable, remove jacket to 13” dimension.●●If unjacketed neutral cable, bind neutral wires using (3) wraps of tape at 14 3/4” dimension.●●Pull back concentric neutral wires. Allow enough extra concentric neutral wires to connect to ground after installation and allow movement to insulated standoff bushing.± 1/4"Figure 3 . Line illustration of removing concentric neutral wiresStep 3Remove insulation shield.●●Remove insulation shield 10 1/2” (267 mm) from end of cable. (Refer to Figure 4.)ote:NDo not cut or nick insulation.Figure 4 . Line illustration of cable stripbackStep 4Put tape marker in place●●Measure 1” (25 mm) from end of insulation shield. (Refer to Figure 4.)●●Wrap two turns of tape to serve as marker for cable adapter location.Step 5Remove conductor insulationote:N Do not pencil cable.●●Remove insulation exposing bare conductor to length of 4 3/8” (111 mm). (Refer to Figure 5.)ote:N Do not unwind conductor strands.600 A 35 kV Class T-OP II connector assembly installation instructions3INSTALLATION INSTRUCTIONSMN650051EN May 2017Figure 5 . Line illustration of bare conductor lengthStep 6Bevel insulationote:N This step is for ease of installation only and has noeffect on electrical characteristics.●●Remove sharp edge of insulation by beveling at 45° angle for approximately 1/4” (6 mm). (See Figure 6.)Figure 6 . Line illustration of insulation bevelStep 7Clean insulationote:N Do not apply solvent directly to cable.●●Clean insulation thoroughly with solvent dampened rag, wiping from conductor end toward insulation shield. (Refer to Figure 7.)●●Ensure that all traces of conductive residue are removed.Figure 7 . Line illustration of insulation cleaningStep 8Lubricate and install cable adapter●●Lubricate exposed cable insulation.●●Lubricate inside of cable adapter.●●Slide small end of cable adapter over cable using twisting motion until small end is flush with tape marker.(Refer to Figure 8.)LUBRICATEFigure 8 . Line illustration of insulation cable adapter●●After sliding the cable adapter into position make sure that no bulge is present (see Figure 9).Equipment Damage/Personal Injury . Improperly positioned cable adapter may result in equipment damage or personal injury .Major OD flared out Figure 9 . Cross sectional view of cable adapter positioning600 A 35 kV Class T-OP II connector assembly installation instructions4INSTALLATION INSTRUCTIONS MN650051EN May 2017Step 9Install compression connectorote:N Refer to chart supplied with the crimp connector fortool and die to be used.●●Wire brush conductor, only if it is aluminum.●●Remove protective cap from compression connector.●●Insert conductor completely into compression connector and rotate connector to distribute inhibitor.ote:N Connector must be fully seated on cable conductor.●●Align flats of compression connector and apparatus bushing for minimum conductor strain.●●Make first crimp 1/2” (13 mm) below shoulder ofcompression connector. (Refer to Figure 10.)Figure 10 . Line il l us t ra t ion of crimping area●●Rotate each successive crimp 90º on com p res s ion connector and allow 1/8” (3 mm) between crimps.●●Wipe excess inhibitor from connector and adapter surfac e s.Step 10Check dimensions●●Check length from end of compression connector to top of cable adapter.●●Length should be between 6 3/4” and 7 3/4” (171-197 mm). (Refer to Figure 11.)Figure 11 . Line illustration for dimensional checkInstall T-body and reducing tap plugStep 11Install T-body●●Clean and lubricate outside of cable adapter with lubricant supplied.●●Clean and lubricate inside of T -Body with lubricant supplied.ote:N If test point T -Body is used, insure test point isopposite front plate side of T -Body.●●Without moving the cable adapter, slide T -Body onto cable adapter until compression connector eye is centered in 600 A interfaces. (Refer to Figure 12.)ote:N The end of the cable adapter must line up with thetop edge of the tape marker after T -body assembly. Refer to Figure 9.●●Remove tape marker from cable.Figure 12 . Line illustration of BOL -T T -body installationStep 12 .Install loadbreak reducing tap plug (LRTP) into t-Body●●Clean and then lubricate mating 600 A interface of the LRTP and T -Body with lubricant supplied or CPS approved equivalent.●●Check that compression connector flats are parallel to apparatus bushing.●●Remove shipping cap from 200 A LRTP interface and thread protector from 15/16” threads.●●Insert T -Wrench into throat of LRTP and through rotating nut and engage alignment segment. (T -Wrench will not rotate without entire LRTP rotating.)●●Insert threaded ferrule end of LRTP into side of T -Body opposite apparatus bushing. (Refer to Figure 13.)600 A 35 kV Class T-OP II connector assembly installation instructions5INSTALLATION INSTRUCTIONS MN650051EN May 2017Figure 13 . Line illustration of LRTP installation●●Carefully thread alignment segment into threads of the compression connector by turning the T -Wrench clockwise until positive stop is felt●●Continue applying clockwise force to the T -Wrench until the pin shears and the T -Wrench and alignment segment rotate freely.●●Remove the alignment segment by applying pressure to the T -Wrench to separate the alignment segment from the LRTP . Discard the alignment segment.●●See Figure 14 for illustration of completedLRTP installation.-BODYFigure 14 . Line illustration of completed LRTP installation T -OP II T -bodyInstall T-OP II connector onto apparatus bushingStep 13Install stud into apparatus bushingote:N Ensure unit is de-energized.●●Thread the shorter threaded end of T -OP II stud into the apparatus bushing until hand tight. (Refer to Figure 15.)●●Engage the flats of the stud with a 1/2 wrench and thread the stud into the bushing an additional 1/4 revolution past hand tight.●●Remove any shavings that may have been raised duringthe threading procedure.Figure 15 . Line illustration of bushing stud installationStep 14Install t-op II body on apparatus bushingote:N T -OP II T -Body can be installed onto the apparatusbushing using either a separate operating and testing (O & T) tool and torque tool (refer to option A) or using a combined O & T/Torque Tool (option B).Option A - Installing T-OP II T-Body on apparatus bushing using a separate O& T Tool and torque tool●●Clean and lubricate mating interfaces of apparatus bushing and T -Body with lubricant supplied.●●Grasp eye of the O & T tool with a hotstick, pull eye fully into hotstick.●●Using hotstick, insert O & T tool into LRTP throat and engage rotating nut. (Refer to Figure 16.)●●While pushing T -Body onto apparatus bushing, turn O & T tool clockwise to make threaded connection. Turn until tight.●●Remove O & T tool from the LRTP .●●Insert the torque tool. Torque until tool ratchets (20-25 ft.-Ibs.).●●Remove the torque tool.600 A 35 kV Class T-OP II connector assembly installation instructions6INSTALLATION INSTRUCTIONS MN650051EN May 2017600 A Figure 16 . Line illustration of installing T -OP II T -body onto apparatus bushingOption B - Installing t-OP II T-body on apparatus bushing using a combined O & T/Torque tool●●Clean and lubricate mating interfaces of apparatus bushing and T -Body with lubricant supplied.●●Grasp eye of the O & T/Torque tool with a hotstick, pull eye fully into hotstick.●●Using a hotstick, insert the O & T/Torque tool into the LRTP throat and engage the rotating nut.●●While pushing the T -Body onto the apparatus bushing, turn O & T/Torque tool clockwise to make the threaded connection, turn until torque head ratchets (20-25 ft.-Ibs.). An audible click will be heard.●●Remove the O & T/Torque tool.Step 15Cap the 200 a interface●●Clean and lubricate the 200 A interface of the LRTP and mating apparatus (i.e., Protective Cap, Grounding Elbow or M.O.V .E. Arrester) with lubricant supplied. (Refer to Figure 17.)●●To cap interface, follow installation instructions suppliedwith apparatus used.Figure 17 . Line illustration of protective cap installationStep 16Ground system●●Connect tie-off tabs of the LRTP and T -Body with a strand of drain wire to the cable concentric neutral wires and/or to common ground point.●●Connect the 200 A apparatus (i.e., Protective Cap, Grounding Elbow, M.O.V .E. Arrester) drain wire to common ground.●●Connect concentric neutral wires to the common ground point leaving adequate slack for hotstick operation.(Refer to Figure 18.)Figure 18 . Line illustration of grounding600 A 35 kV Class T-OP II connector assembly installation instructionsThis page intentionally left blank.7INSTALLATION INSTRUCTIONS MN650051EN May 2017Eaton1000 Eaton Boulevard Cleveland, OH 44122United StatesEaton’s Power Systems Division 2300 Badger Drive Waukesha, WI 53188United States/cooperpowerseries© 2017 EatonAll Rights ReservedPrinted in USAPublication No. MN650051EN May 2017Eaton is a registered trademark.All trademarks are propertyof their respective owners.For Eaton’s Cooper Power series productinformationcall 1-877-277-4636 or visit:/cooperpowerseries.。
TT-2D 用户手册说明书
» LCD display » Transducer connection Figure 1 Control LocationPower/finefrequency ºButton A ºButton B ºResonanceindicator LED º» Coarsefrequency setJuly 20014502TT-2D USERS MANUAL1.INTRODUCTION 2.CONTROL FUNCTIONS 3.GETTING STARTED 4.HOW IT WORKS 5.CALIBRATION 6.BATTERY TEST 7.SPECIFICATIONS 8.WARRANTY AND REPAIR INFORMATION MONLY ASKED QUESTIONS1INTRODUCTIONThe TT-2D is designed to test acoustic transducers for resonance over the frequency range of 500 Hz to 500 KHz. The TT-2D tests all types of transducers, including transformer-coupled and magnetostrictive devices. The load characteristic (capacitive, resistive, or inductive) and impedance at resonance are displayed on the two line LCD display. The leakage resistance of the transducer can be measured and displayed over the range of 10 ohms to 5 megohms.2CONTROL FUNCTIONSRefer to figure 1 for the location of the controls discussed in this section.2.01TRANSDUCER CONNECTIONThe transducer output connects to the transducer under test. WARNING, donot connect a source of power to this connector. If you do, the TT-2D will be seriously damaged. This is an output only.2.02LCD DISPLAYNormally displays the frequency on the lower line and the impedance andrelative phase on the upper line. Battery voltage and software version aredisplayed for 3 seconds when the power is turned on.2.03COARSE FREQUENCY SET KNOBThis controls the frequency sent to the transducer from less than 500 Hz to over 500 KHz.2.04POWER/FINE FREQUENCY SWITCHThis knob controls the power and is also used to fine tune the frequency setting.The frequency range is about 10% of that set by the coarse frequency control. 2.05BUTTON AThe main function of this push button switch is to select the resistancemeasuring mode. When this button is pressed, the DC resistance of thetransducer is displayed in ohms on the bottom line of the display. The rangecovers 10 ohms to 5 megohms. Press button ‘B’ once to return to normaloperation.2.05.01During power-up, press button ‘A’ to increase the display contrast.2.06BUTTON BThe main function of this push button switch is to select one of the threefrequency ranges. The range increments each time this button is pressed. Each range covers a decade as shown below:2.06.00.01Range 1:500 Hz to 5 KHz.2.06.00.02Range 2: 5 KHz to 50 KHz.2.06.00.03Range 3:50 KHz to 500 KHz.2.06.01During power-up, press button ‘B’ to decrease the display contrast.2.06.02To make a selected frequency range as the default range, selectthe range and before releasing button ‘B’, press button ‘A’.Release both buttons when the display shows ‘FR store’ on thebottom line. This range will be selected each time the TT-2D ispowered-up.2.07RESONANCE INDICATORThis LED brightens when the frequency approaches the resonant point of thetransducer. The brighter the LED, the lower the impedance is. The LED alsoflashes on power-up while the TT-2D initiates the self-test routine.3GETTING STARTEDConnect the TT-2D XDUCER output to a transducer. Turn the power on and the TT-2D will go through a self-test routine while displaying the battery voltage. While the TT-2D is in the self-test mode, the contrast may be set and stored by pressing buttons ‘A’ or‘B’. After the TT-2D displays the frequency on the bottom line, select the appropriate frequency range by pressing button B. Rotate the coarse frequency control while watching the resonance indicator LED for resonant points. There will be three resonance points for most transducers. Choose the one that has the brightest indication on the LED. Fine tune the frequency with the fine frequency control while watching the display for the lowest Zo indication. The phase indication will usually be near zero when the impedance is at a minimum.3.01SORTING OUT MULTIPLE RESONANCE POINTSMost all transducers you test will have three major resonance points. A majorresonance point has a significant peak in the resonance indicator and a lowimpedance over a narrow frequency range. The problem is to determine thecorrect resonant point. This will usually be the frequency where the most power is transferred from the face of the transducer. Check the energy transfer at each resonant point by pressing on the exact center of the transducer face with afingertip while observing the impedance displayed on the top line of the LCD.The readings will change noticeably with moderate finger pressure. Theresonant point that produces the most pronounced change of impedance isusually, BUT NOT ALWAYS, the correct operating frequency for the transducer.3.02MEASURING TRANSDUCER IMPEDANCEThe transducer impedance at resonance is indicated on the upper left of theLCD. The relative phase angle is displayed in the upper right of the LCD. Anegative (-) sign indicates the load looks capacitive to the TT-2D, and apositive sign (+) indicates the load is inductive. The lowest impedance reading will usually occur when the relative phase angle displayed is less than ten.3.03TRANSDUCER DC RESISTANCEPress button ‘A’ to check the resistance of the transducer. The measurementrange is from 10 ohms to 5 megohms. Piezoelectric transducers that are nottransformer coupled should indicate “> 5 Megs” of leakage after a few seconds.Transformer coupled transducers usually have only a few ohms of resistance,and the LCD will indicate “<10 Ohms.”4HOW IT WORKSThe TT-2D sends a signal through a 100 ohm resistor to the transducer under test. The voltage waveform at the transducer is sampled at three specific points per cycle. The relationship of the voltages at the sample points determine the impedance and relative phase of the voltage across the transducer. The impedance is calculated and displayed over the range of 1 to 9990 ohms and the relative phase shift is displayed to the right of the impedance reading. A plus (+) sign (voltage leads current) indicates an inductive load, and a minus (-) sign (voltage lags current) indicates a capacitive load. The numbers following the polarity sign range from 0 to 30, with the higher numbers indicating a higher reactance.5CALIBRATIONCalibration of the TT-2D should not be necessary unless repairs have been made or internal parts have been changed. The calibration is done with the output short-circuited. The TT-2D is then checked with a 100 ohm and 1000 ohm resistor across the output to see if the displayed readings are within specifications. The equipment required to check the TT-2D calibration follows:5.00.01Frequency counter with .005% or better accuracy.5.00.02100 ohm 5% resistor.5.00.031000 ohm 5% resistor.5.01CHECKING SHORT CIRCUIT LOAD CALIBRATIONTurn the TT-2D on. Check the displayed battery voltage. It must be greaterthan 6.5 volts. If not, replace the battery. Set the frequency to 50 KHz and short the output by connecting the test cable clip-leads together. The impedanceshould read within +1 to -1. If the reading is not within this range the unit should be calibrated. See the SHORT CIRCUIT LOAD CALIBRATION procedure below for instructions.5.02CHECKING RESISTIVE LOAD CALIBRATIONTurn the TT-2D on and set the frequency to 50 KHz. Short the clip leads andverify that the reading is within +/- 1 ohm. If the reading is out of spec, try theSHORT CIRCUIT CALIBRATION procedure.5.02.01Connect the 100 ohm resistor to the clip leads and verify thedisplayed reading is 100 +/- 10 ohms. If the reading is notwithin specifications the unit must be returned to the factoryfor repair.5.02.02Remove the 100 ohm resistor and connect the 1000 ohmresistor. Verify that the displayed reading is 1000 +/- 100ohms. If the reading is not within specifications the unitmust be returned to the factory for repair.5.03CHECKING FREQUENCY ACCURACYSet the TT-2D as close as possible to 50 KHz. Connect the counter to theXDUCER jack and verify that the displayed reading is within 0.05% (+/- 0.025kHz at 50 Khz) of that on the frequency counter. If the reading is out of spec the unit must be returned to the factory for repair.5.04SHORT CIRCUIT LOAD CALIBRATIONTurn the TT-2D on and store frequency range 3 as the default. Set thefrequency to 50 Khz. Turn TT-2D off. Connect the clip leads together to shortcircuit the output. Press and hold both the ‘A’ and ‘B’ buttons and then turn onthe power. Watch the display and release both buttons immediately after thedisplay shows ‘Cal mode’. If the buttons are not released quickly, the unit willnot enter the calibration mode. Wait a few seconds after the display changes to “ADC=xxx” on the top line and then press button ‘B’ to store the ADC calibration value. Turn the TT-2D off then back on. Check to make sure the impedancereads within +/- 1 ohm. If not, check the test lead for continuity and repeat thecalibration. If the reading is still out of specification the unit must be returned to the factory for repair.5.05OHM METER CHECKTurn the TT-2D on and press button “A” to put the TT-2D into the DC resistance measurement mode. Short the clip leads together and verity that the display reads < 10 Ohms. Open the clip leads and verify the display reads > 5 M ohms. Place a 10 K resistor across the clip leads and verify the display reading is between 9000 and 11000 ohms. If the readings are out of specification the unit must be returned to the factory for repair.6BATTERY TESTThe battery should be replaced if the voltage falls below 6.5 volts as indicated on the display when the TT-2D is powered-up.6.01BATTERY REPLACEMENTThe battery compartment is located on the back side of the TT-2D. Turn the TT-2D face down and remove the battery cover by pressing down and outward with your thumb. The cover will then slide free from the case, exposing the battery.If possible, use 9V alkaline batteries for replacement.7SPECIFICATIONSFREQUENCY RANGE:.5 to 500 KHz, typically .1 to 550 KHZ.FREQUENCY ACCURACY:0.05% of indicated frequency +/- 1 digit.FREQUENCY RESOLUTION:0.01 KHzIMPEDANCE RANGE: 5 - 1000 ohm, usable 1 - 9990 ohms.IMPEDANCE ACCURACY:10% of indicated reading.TRANSDUCER TYPES:All types, including transformer coupled.BATTERY TYPE:Standard 9V transistor radio type.CURRENT DRAIN:20 mA avg, 60 mA max.EST BATTERY LIFE: 6 to 8 hours continuous use.RECOMMENDED BATTERY:Alkaline type similar to EVER READY #522or equivalent.WEIGHT:11 ounces with battery and test cable.SHIPPING WEIGHT: 2 pounds.8WARRANTY INFORMATIONUnit will be repaired free of charge for one year from date of purchase providing there is no water damage or other evidence of improper use or handling. Purchaser must ship unit prepaid to address below; EDI will pay the return freight. Please call before shipping your unit back to us.Phone:1-757-421-2968Fax:1-757-421-0518For repair ship to:Electronic Devices, Inc.3140 Bunch Walnuts RoadChesapeake, VA. 23322ATTN: Service DepartmentPlease enclose a note describing the problem.9COMMONLY ASKED QUESTIONS9.01HOW TO SET THE CONTRASTTo set the contrast, turn the TT-2D off and back on. Press button ‘A’ or ‘B’ while the battery voltage is displayed. The contrast setting is stored when theimpedance and frequency display appears approximately three seconds afterreleasing the buttons.9.02HOW TO CHANGE THE FREQUENCY RANGETo change the frequency range press button ‘B’. The range (1, 2, or 3) will bedisplayed while the button is held down. When the button is released the TT-2D will operate on that range.9.02.01The frequency range can be stored so it is selected whenever theTT-2D is turned on. To store the range select it as above, but donot release button ‘B’ when the range number is displayed. Whilethe range number is displayed, press button ‘A’ then release bothbuttons. The display will momentarily read “FR store” to indicatethe frequency range has been stored to memory.9.03HOW TO MEASURE LEAKAGEPress and release button ‘A’ and the display will read “Ohms chk” on the topline. The resistance will be displayed on the bottom line in exponential format.For example, a 1,200 ohm resistor will read “1.20E+03" on the bottom line of the display. If no leakage is present, the display will read “>5M ohms”. Allowseveral seconds to elapse for the reading to stabilize. To return to normaloperation, press and release button ‘B’.9.04HOW TO DETERMINE IF A TRANSDUCER IS DEFECTIVEA transducer is defective or the wiring is faulty if no resonant points areobserved. All transducers should have a strong indication of resonance at ornear the published operating frequency.9.04.01 A multi-element transducer with one damaged element mayresonate at the correct frequency, but the impedance reading willchange by a good amount. If there is any doubt, compare thereadings to a known good transducer. When making comparativereadings, both transducers must be tested in air or in water. Donot compare the reading in air to the reading in water as there willbe a big difference in the measured impedance.9.04.02If a transducer indicates any measurable leakage (less than 5Mohms), the wiring should be checked. If the wiring is not leaky, thetransducer should be replaced even if it is working ok on the depthsounder. Becuase of the high pulse voltage used, a leakytransducer will soon break down internally and cease to operate.。
电源设备-Eaton-T-OP II 系列接口适配器说明书
600 A 15 kV class bushing adapter for T-OP™ II connector system (including LRTP and bushing extender)GeneralEaton converts its standard Cooper Power™series 600 A deadbreak interface to a standard200 A loadbreak interface with our 600 A, 15 kVClass bushing adapter for our T-OP II connectorsystems allowing for safe testing and grounding.It meets all the requirements of IEEE Std 386™-2006 standard – “Separable Insulated ConnectorSystems” and is 200 A three-phase switching andthree-phase fault close rated.The 600 A, 15 kV class bushing adapter is afactory assembled loadbreak reducing tap plug(LRTP) and bushing extender. Included separatelywith the bushing adapter kit is an extended lengthcopper alloy stud. Used with Eaton's CooperPower series 200 A insulated protective cap,M.O.V.E. arrester, grounding elbow or loadbreakelbow connector; a bushing adapter provides afully shielded, submersible, separable connectionthat meets the requirements of IEEE Std 386™-2006 standard.LRTP/bushing extenderAn LRTP and a bushing extender can be purchasedseparately and assembled into a bushing adapter.The LRTP provides a means for live testing andvisibly grounding and separating 600 A “T” typeterminators.The LRTP has a continuous copper/copper alloycurrent path from the female contact to thestationary threads. No aluminum current carryingcomponents are used. The LRTP also has anablative arc interrupter with excellent de-ionizingproperties. The body is molded of high qualityperoxide cured EPDM insulation and has a moldedsemiconductive EPDM shield. Three molded drainwire tabs are provided to allow attachment of adrain lead to ensure deadfront construction.or 5/16" hex rod (see Figure 9).LRTP/bushing extenderWhen an LRTP is purchased separately from the bushing extender, it has a factory installed alignment segment. The alignment segment of the LRTP is threaded into the copper threaded insert of the bushing extender. When proper torquing and seating of the LRTPis achieved, the alignment segment shear pin disengages the alignment segment for removal. The assembled LRTP and bushing extender is equivalent to the bushing adapter. (Refer to Service Information Section S600-59-1 for additional installation instructions.) Tests are conducted in accordance with Eaton requirements.• Physical Inspection• Periodic Dissection• Periodic Fluoroscopic Analysis2 /cooperpowerseries•Installation Instruction Sheet Each LRTP Kit contains:• Loadbreak Reducing Tap Plug • Copper Alloy Stud• Shipping Cap (not for energized operation)• Silicone Lubricant•Installation Instruction SheetCurrent ratings and characteristics are in accordance with IEEE Std 386™-2006 standard.* System design and protection must recognize the ratings of 200 A interface.3/cooperpowerseriesFigure 5. CatalNgNumber TWRENCH.The T -Wrench is used tN install the LNadbreak Reducing T ap Plug intN the Bushing Extender.Figure 6. CatalNg Number OT615.The Operating andT esting T NNl is used with a hNtstick tN test fNr circuit de -energizatiNn and tN install and remNve a 15 kV Class LRTP equipped cNnnectNr frNm an apparatus tap. The standard tNNl is equipped with a mNlded EPDM rubber cap tN ensure tNNl seating and gripping Nf the T-OP II cNnnectNr.Figure 7. CatalNg Number TQHD625.The T Nrque T NNl is required tN check the tNrque Nf a 15 kV Class T -OP II deadbreak cNnnectNr Nr bushing adapter when it is installed Nn a 600 A bushing interface. It is precisiNn calibrated and shNtgun stick Nperable.Figure 8. CatalNg Number OTTQ615.The cNmbinatiNn Operating and T est/T Nrque T NNl is used with ahNtstick tN test fNr circuit de-energizatiNn and tN install and remNve a 15 kV Class LRTP equipped cNnnectNr frNm an apparatus tap.The standard tNNl is equipped with a mNlded EPDM rubber cap and tNrque limiter tN allNw prNper tNNl seating and gripping Nf the T -OP II cNnnectNr. It alsN ensures that the cNnnectNr has been prNperly tNrqued intN the mating bushing.Figure 9. CatalNg Number HD625.5/16" Hex Shaft with 3/8" sNcket drive tNNl.Figure 3. CatalNg Number DBE625.The twin 600 A interfaces Nf the Bushing Extender allNw installatiNn Nn standard de-energized 600 A deadbreak interfaces fNr cNupling lNadbreak reducing tap plugs, cNnnecting plugs and apparatusbushings. When assembled tN mating apparatus, the bushing extenderprNvides a cNmpletely submersible, fully shielded unit that meets the requirements Nf IEEE Std 386™-2006 standard. Refer tN ServiceInfNrmatiNn SectiNn S600-59-3 fNr additiNnal installatiNn instructiNns.Figure 4. CatalNg Number STUD-T .The CNpper AllNy Stud with its extended length allNws fNr threading intN the cNnnectNr priNr tN mating the bushing and terminatNr interfaces. Blunt start threads Nn the stud help eliminate crNss-threading. Stud threads intN an industry standard 600 A bushing.Eaton, Cooper Power, and T-OP aretrademarks of Eaton in the U.S. and other countries. You are not permitted to use these trademarks without the prior witten consent of Eaton.IEEE Std 386™-2006 and IEEE Std 592™-2007 standards are trademarks of the Institute of Electrical and Electronics Engineers, Inc., (IEEE). This publication/product is not endorsed or approved by the IEEE.600 A 15 kV class bushing adapter for T -OP IIconnector systemCatalog Data CA650041ENEffective April 2015EatNn1000 Eaton Boulevard Cleveland, OH 44122United States EatNn’s CNNper PNwer Systems DivisiNn 2300 Badger Drive Waukesha, WI 53188United States/cooperpowerseries © 2015 EatonAll Rights Reserved Printed in USAPublication No. CA650041ENFor Eaton's Cooper Power series T -OP II connector product information call 1-877-277-4636 or visit:/cooperpowerseries.。
ER22010T电源模块说明书
第二章 电源模块2.1 ER22010/T 和ER11020/T 整流模块2.1.1 整流模块简介ER22010/T Utilitysure 系列整流模块采用当代先进的电源技术和工艺，专门为各类变电站、电厂及其它直流供电场合的直流屏而设计。
具有高效、高功率密度、高可靠性、智能化控制和造型美观等特点。
ER22010/T Utilitysure 系列整流模块采用智能风冷的散热方式，功率密度高，占用空间少；采用2U ×4U 标准设计，内置逆止二极管，组屏简便。
型号说明整流模块型号说明见下图。
ER 220 10 T/ 交流三相输入 额定输出电流10A 额定输出电压220Vdc 艾默生整流模块图2-1 ER22010/T 系列整流模块型号说明产品系列 产品系列见下表。
表2-1 产品系列及订货信息工作原理概述整流模块工作原理框图如下图所示。
图2-2 整流模块工作原理框图整流模块由三相无源PFC 和DC/DC 两个功率部分组成。
在两功率部分之外还有辅助电源以及输入、输出检测及保护电路。
前级三相无源PFC 电路由输入EMI 和三相无源PFC 组成，用以实现交流输入的整流滤波和输入电流的校正，以满足相关的输入电流谐波和EMC 标准。
后级的DC/DC 变换器由DSP 产生PWM 波控制前级PFC 输出的直流电压、经过高频变压器输出后再整流滤波输出直流电压，从而将前级整流电压转换成电力操作电源要求的稳定的直流电压。
辅助电源在三相无源PFC 之后，DC/DC 变换器之前，利用三相无源PFC 的直流输出，产生控制电路所需的各路电源。
输入检测电路实现输入过欠压、缺相等检测功能。
DC/DC的检测保护电路包括输出电压电流的检测，散热器温度的检测等，所有这些信号用于DC/DC的控制和保护。
CAN总线用于实现整流模块与主监控模块的通讯以及整流模块间的均流。
外观及接口1．整流模块外观图2-3 整流模块外观2．前面板ER22010/T系列整流模块前面板如下图所示。
《TTX系列高频开关通信电源系统》-A产品说明书要点
目录系统介绍1、系统概述 (2)2、原理简介 (2)3、系统简介 (2)4、系统性能指标 (3)5、型号命名 (3)配电单元1、交流配电单元 (4)2、直流配电单元 (4)整流模块1、工作原理 (4)2、整流模块技术指标 (6)3、模块面板说明 (6)监控单元1、技术参数 (7)2、控制单元面板 (8)3、操作界面说明 (8)4、键盘说明 (9)5、操作说明 (9)6、监控单元电气接线图 (14)系统安装1.准备工作 (14)2.机架的安装 (14)3.交流线的连接 (15)4.直流配电单元的连线 (15)5.接地 (15)6.第一次开机 (15)系统维护1.维护检验规则 (17)2.常见故障分析 (17)附图系统介绍概述TTX系列高频开关通信电源系统是我公司为通信设备设计制造的多功能，高性能，智能型一体化高频开关整流电源。
它由交流配电单元，直流配电单元，高频开关整流模块，监控单元和机柜等部分组成，标准机柜外型尺寸见附图1。
高频开关整流模块型号为TEP系列（TEP-4810、TEP-4820、TEP-4830、TEP-4850），采用了全谐振，热插拔等先进技术。
电源系统可根据需求配置多只TEP系列整流模块，机架最大额定容量为600A，适用于各种容量交换局、移动基站和各种专用通信网。
原理简介接入两路三相五线制交流电，经过主从供电切换单元，将交流电分配给外配用电器和整流模块，整流模块采用高频PWM技术将单相交流电变换为隔离的-48V直流。
-48V直流电经直流配电单元分配给各路负载和蓄电池组充电用。
监控单元监控整个电源系统，实现故障告警、显示、键盘操作、电池管理、远程通信等功能。
系统电气原理图见附图2。
系统简介●主要功能:系统集成了交流配电、直流配电、高频开关整流模块、监控单元，占地面积小。
雷击防护等级高，系统具备蓄电池欠压切断保护功能。
微机监控单元采用标准通讯协议，实现数字化远程管理。
●模块化:高频开关整流模块冗余备份运行，均流度高，已通过长时间短路试验和高温老化，可工作于有微机监控单元和无微机监控单元两种模式，采用成熟的技术和工艺，可靠性高。
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一、 整流模块简介
TT 系列电力专用高频开关整流模块采用先进的谐振式软开关技术；专门针对各类变电站、电厂及其他直流供电场合的直流屏而设计。
TT 系列整流模块采用智能风冷的散热方式，具有高效率，高密度，高功率因数、高可靠性等特点，同时具有造型美观、占用空间少；采用2U*4U 标准设计，内置防倒灌二极管，方便客户组屏。
TT 系列总包括4款型号：TT11010-T/TT22005-T/TT11020-T/TT22010-T; 4款整流模块采用统一外观，统一机箱，统一开孔尺寸，方便客户选型设计。
整流模块型号说明见下图：
TT22010-T 整理模块型号说明
工作原理：
整流模块工作原理图如下所示：
交流输入 直流输出
485通信
输入EMI PFC DC/DC 整流滤波 输出EMI
输入检测和保护 辅助电源 输出检测 温度检测 DC/DC 保护控制
监控模块
二、外观及接口
1.整流模块外观
TT22010-T整流模块外观
2.前面板
TT22010-T整流模块前面板
1)LED指示灯
（红色）
故障指示灯
灭 亮
输出欠压保护E36 风扇故障E37 （具体信心参见故障代码）
2) 数码管
可显示模块电压、电流、地址、告警等信息。
若按键无操作超过大约30秒后，将自动显示模块电压，此时如果存在告警，则显示故障代码。
电压显示精度为±1V ，电流显示精度为±。
3) 微调旋钮
由于不同用户现在蓄电池的节数有差异，可以通过拨码开关设置整流模块为手动调压时，整流模块输出电压自动调整到出厂设定值235V(标称220V 模块)或121V （标称110V 模块），为了安全起见，非专业人员请勿操作。
4) 显示按钮
默认为显示电压，按下时依次显示输出电压、输出电流、模块地址。
5) 拨码开关设置
拨码开关用于设置整流模块的控制方式、模块组号、模块地址，1号为最低位，4号为最高位。
模块地址设置请参照下表：
二进制与十进制对应关系表
0 1
模块地址 (0~15) 模块组号 (1~2)
控制模式（ON:手动、OFF:自动）
二进制0000000100100011010001010110011110001001101010111100110111101111十进制0123456789101112131415
整流模块地址通过拨码开关1234号位设置地址，可设置范围为0~15,亦即每组整流模块的最大并机数为15个。
通过拨码开关第5号位设置模块分组号，可设置范围1~2组。
整流模块只在相同分组号组内进行均流，组间不均流。
不同整流模块S485总线可以串联到主监控单元的同一组S485接口，实现一个主监控单元对多个整流模块组的控制管理。
整流模块地址是监控单元识别个整流模块的唯一标志，同一电源系统中整流模块的地址设置（分组号+模块地址）不能相同。
对于同一个整流模块通信地址设置必须与监控单元中的整流模块地址设置相同，否则异常。
通过拨码开关的第6号位设置手动控制和自动控制（ON:手动、OFF:自动）；在自动控制方式下，整流模块的输出电压、限流点、开关机均由监控单元进行控制，人工无法进行干预。
如果整流模块连接到合闸母线上对电池进行充电，一般应设置为自动控制方式。
在手动控制方式下，整流模块的输出电压、限流点、开关机均不接受监控单元控制，但可以将整流模块的运行参数上报给监控单元。
如果整流模块连接到控制母线上，则整流模块只输出单一的稳定电压，限流点全部放开，为110%。
手动控制方式下的整流模块与自动控制方式下的整流模块之间不均流。
3.接口定义
接口定义图
信号名称引脚号接口定义说明
直流输出1直流输出负
注意正负输出，切勿接反2直流输出正
保护地3接大地PE保护地，请可靠连接
均流接口6SHARE-
模块直接相互对应连接9SHARE+
通信接口7RS485B与监控单元S485通信时，请选用屏蔽
线以串联方式连接
10RS485A
交流输入13交流输入U
交流输入为三相三线制，无相序要求14交流输入V
三、参数指标
注：海拔超过2000m需要降额使用，降低工作环境温度1°C/100m.
绝缘电阻与绝缘强度
1、绝缘电阻
输入端、输出端对外壳之间以及输入对输出之前的绝缘电阻＞2MΩ。
2、绝缘强度
输入端、输出端段节后，在输入/输出端与外壳之间施加2000V交流电压1分钟，无击穿或飞弧现象。
四、其他功能
1.保护功能
整流模块具有以下保护功能：输入过/欠压保护,输出过/欠压保护，输出欠压告警、短路保护、缺相保护、过温保护和风扇故障告警。
整流模块保护/告警信息以故障代码形式在LED上实时显示，故障代码如下：
2.通信功能
整流模块内置ENPC和MODUS两种通信协议，可自动识别。
整流模块通过S485方式与监控单元通信，将整流模块输出电压和电流，整流模块保护和告警信息发送给监控单元。
在自动方式下，接受并执行监控单元下发的控制命令。
在手动方式下，整流模块不接受监控单元的控制。
具体通信功能见下表。
五、安装设计
整流模块机械参数
整流模块外形尺寸（长*宽*高）：325×88×178mm
单模块托架参数
单模块托架安装尺寸图
如果采用天英公司提供托架固定（请按照固定孔位开φ5通孔即可，面板本身不需压铆）,安装流程如下:第一步将航空插座固定在托架上
模块托架安装航空插座图
第二步将托架固定在两根横梁上,如图所示:
模块托架固定横梁图
1、整流模块采用智能风冷散热方式，风扇安装于模块前部，从整流模块前方抽风吹向模块后方。
因此在安排模块位置时，应保证模块前后散热风道的畅通；建议整流模块之前间隔15~20cm。
同时，整流模块后方尽量少安装敏感部件，设计是尽量避免直流传感器、温度传感器、采样单元盒等器件安装到风道附近。
2、模块具备热插拔功能，但禁止在易燃环境中对模块进行热插拔；模块不应直接连接到系统交流母线上；为了方便模块的单个维护，模块交流输入进线处应分别设置单独的空气开关。
3、电缆可以选择非屏蔽电缆，根据实际情况选取适当长度的电缆。
为方便使用，我司可提供模块的配套插框，供客户选购。
六、包装、运输与故障处理
产品包装
本产品外包装采用专用纸箱，内包装采用防震材料进行包装，不可回收！
运输
本产品因在包装完好的情况进行运输，严禁在运输过程中存在剧烈震动和撞击；同时防止受潮，雨淋。
温馨提示：因整流模块在系统上只靠面板上M4螺钉固定以防止整流模块滑落，没有与机柜紧固连接。
直流屏机柜在运输时，请务必将整流模块取下，单独包装运输，严禁将整流模块安装于直流屏机柜上运输，否则将造成系统机柜和整流模块损坏。
故障处理
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注意：
未经许可，严禁擅自打开整流模块外壳。
否则，由此造成的设备损坏及人身伤害天英公司概不负责；
同时，由此造成的技术泄密，天英公司保留追究相关法律责任的权利.
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模块常见故障表现有：电源指示灯（绿色）灭、保护指示灯（黄色）亮、故障指示灯（红色）亮。
同时数码管显示故障代码。
常见故障代码及处理如下：
安全注意事项
在开始操作之前，请仔细阅读操作指示、注意事项，以减少意外的发生。
产品及产品手册中的“小心、注意、警告、危险”事项，并不代表所应遵守的所有安全事项，只作为各种操作安全注意事项的补充。
因此，负责天英公司产品安装、操作的人员必须经严格培训，掌握系统正确的操作方法及各种安全注意事项后方可进行设备的各项操作。
在进行本公司产品、设备的各项操作时，必须遵守相关行业的安全规范，严格遵守由天英公司提供的相关设备注意事项和特殊安全指示。
高压
危险
交流电源设备的安装，必须遵守相关行业的安全规范，进行交流设备安装的人员，必须具有高压、交流电等作业资格。
操作时严禁在手腕上佩带手表、手链、手镯、戒指等易导电物体。
发现机柜有水或潮湿时，请立刻关闭电源。
在潮湿的环境下操作时，应严格防止水分进入设备。
安装过程中不能容许操作的开关和按扭上，必须挂上禁止标识牌。
电池
危险
电池的不规范操作会造成危险。
操作中必须严格注意、小心防范电池短路或电解液溢出、流失。
电解液的溢出会对设备构成潜在性的威胁，会腐蚀金属物体及电路板，造成设备损坏及电路板短路。
电池安装、操作前，为确保安全，应注意如下事项：
摘下手腕上的手表、手链、手镯、戒指等含有金属的物体。
使用专用绝缘工具。
使用眼睛保护装置，并做好预防措施。
使用橡胶手套，佩戴好预防电解液溢出的围裙。
电池在搬运过程中应始终保持电极正面向上，严禁倒置、倾斜。