Xpressive for Mac 1 2 6介绍Xpressive for Mac是一款专门在Mac OS X系统运行的CSS3即时设计工具,能够让你使用WebInspectors即时编辑出CSS3,使你的网站变得富有张力和吸引力。使用Xpressive for Mac,,MAC版下载 苹果正式版 注册版 破解版 download apple iphone ipad 苹果专卖店. Xpressive has a powerful Preview function which utilizes the Safari rendering engine and the reliability of Webkit. Rendering in Xpressive's Preview will give the same result as rendering in Safari. What's New in Version 1.2.3 This update contains improvements and bug fixes, including the following.
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SOMM’s historic complete survey of String Quartets by the reaches its end with a third volume focusing on Nos. 1 and 2, and the first recording of No.
6.Already acclaimed as a composer of choral music, Stanford came relatively late to the string quartet form, composing his first two at the age of 39 in 1891. Six more followed over the next three decades, including the Op.
122 String Quartet, No. 6 in 1910.This final volume features the early String Quartets, Opp. 1) and 45 (No. 2) which share a concern for meticulous use of individual instrument voices and a leaning towards lyricism.
Allusions to Beethoven and Mozart are contained within Stanford’s own beautifully crafted music. Reviews:“the Dante Quartet ensure a maximum quotient of excitement. The cycle of Stanford’s Quartets has now been completed in excellent style.” —Jonathan Woolf, MusicWeb International“Hats off, folks: the completion of the first full recorded cycle of Stanford’s string quartets deserves a moment of acknowledgement. The more you listen to this music, the more distinctively Stanford’s own voice emerges. The way he uses pizzicato and tremolando to lighten the texture, as well as to add colour; the sudden flashes of wit, and above all, the warmth and lyrical impulse that’s never far from the surface Few can have more experience of Stanford’s style than the Dante Quartet, and as with previous releases in this series, their performances go far beyond mere read-throughs. They’re ardent, alert and thorougly lived in.
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The Dantes have a flair for Stanford’s moments of musical storytelling Each of the three performances generates its own momentum, creating a sense of each work’s coherent musical narrative. If you’ve collected the set – or just want to explore – there’s no need to hesitate.” —Richard Bratby, Gramophone You Might Also Like.
CongratulationsWe at The Braun Corporation wish to express our fullest appreciationon your new purchase. With you in mind, our skilled craftsmen have designed and assembled the finest lift available.This manual provides service-related material. Refer to the FMVSS No. 403 Quick Reference Installation Sheet for installation instructions, operating instructions and maintenance procedures.Braun Millennium Series ™ lifts are built for dependability and will provide years of pleasure and independence as long as the lift is installed and serviced as specified by a Braun certified technician, and the lift is operated by an instructed person.Sincerely,THE BRAUN CORPORATIONRalph W. BraunChief Executive OfficerWarranty and Registration Instructions.
Certification Checklist Diagnostic ProceduresThe following operations and conditions must be functionally verified in order for the lift to be FMVSS 403/404 compliant. If an operation does not function as described or a condition is not met, follow the referenced procedures to correct the problem or contact a Braun Corporation Product Support representative at 1-800-THE LIFT ®. Vehicle movement is prevented unless the platform is fully stowed.1. Verify lift stowed signal - pin 7 on the pump module has a +12 volt signal OR pin 9 has a ground signal (depends on interlock used).2.
Refer to the interlock installation instructions. Lift operation shall be inhibited unless the vehicle is stopped and vehicle movement is prevented.1. Verify vehicle secure signal (pin 6) has a +12 volt signal.2.
Refer to the interlock installation instructions. The platform will not fold/stow when occupied.- Refer to Platform Fold Pressure Adjustment procedures. The inner rollstop will not raise if occupied.- Call Product Support.
The outer barrier will not raise if occupied.- Refer to Outer Barrier Fold Pressure Adjustment. Verify platform lighting when lift is deployed.1. Replace bulb(s) in the light housing.2. Check fuse (5 amp fuse on circuit board; F13). An audio warning (and visual warning for public lifts) will activate if the threshold area is occupied when the platform is a least 1' below floor level.1.
Remove the threshold warning plate2. Verify the threshold strip switch connectors are connected (see illustration on Page 3)3. Replace the threshold strip switch4. Reinstall the threshold warning plate.
Platform movement is prohibited beyond the position where the inner rollstop is fully deployed.- Call Product Support. Lift platform movement shall be interrupted unless the outer barrier is deployed.- Call Product Support. Position the platform at the floor level loading position.2. Loosen the hex nut on the adjustment screw (do not remove hex nut).3. Turn the adjustment screw counter clockwise until the platform does not fold when the Fold button is pressed.4. Turn the adjustment screw clockwise in 1/4 turn increments and press the Fold button until the platform folds completely (Note: return the platform to floor level position after each attempt to fold the platform).5. Turn the adjustment screw an additional 1/8 turn after the platform folds successfully.6.
Tighten the hex nut without moving the adjustment screw.7. Verify the platform will not stow while occupied. Outer Barrier Fold Pressure Adjustment1. Lower the platform to the ground level loading position.2. Remove the pump cover.3. Turn the adjustment screw (shown below) counter clockwise until the outer barrier does not raise when the Up button is pressed.4.
Turn the adjustment screw clockwise in 1/4 turn increments until the outer barrier raises and fully locks in position when the Up button is pressed. DO NOT turn the adjustment screw beyond this position.5. Verify the outer barrier will not raise when occuppied.6. Reattach the pump cover.Outer BarrierFold AdjustmentAllen Screw. Adjusting the platform angle based on the relationship of the platform at ground level directly affects the angle of the platform when positioned at floor level.Unfold the lift and visually examine the angle of the platform when positioned at floor level. Lower the platform fully and note the angle of the platform when it reaches ground level also.
The outboard end of the platform (toe) must contact the ground first when the platform is lowered (all lift models).Millennium “NL” Series:The platform angle should be adjusted so there is a balance between the angle at both positions ( equal amount of angle). Angle A should equal angle B as shown in Figure C.Century “NCL” Series:Vista “NVL” Series:The platform angle must be adjusted so the outboard end of the platform (toe) is angled down slightly when positioned at floor level. See Figure D.
The outboard end of the platform must contact the ground first to ensure the spring-loaded outer barrier unfolds fully.Adjustment Procedures: Adjustment Allen screws are provided on each side of the lift platform for adjusting the platform angle. Details and photos are provided on the opposite page.Base Plate Wedges: Installations where base plate wedges are used require more platform angle adjustment than normal.Platform Stop Blocks: When adjusting platform angle, ensure both stop blocks are making full contact with the vertical arms (details on opposite page).Floor Level Adjustment: Following platform angle adjustment, set floor level positioning as detailed inPlatform Floor Level Adjustment(details on page 8). Platform AngleAdjustment ScrewAllen HeadAdjustment ScrewsBATurn counterclockwise to lower outboard end of platformTurn clockwise to raise outboard end of platformPlatform Stop BlocksRightMust make full contact.Gap not permitted.WrongStop Block GuidelineAll Lift ModelsBoth stop blocks mustmake full contact withVerticalStopthe edge of vertical arms.VerticalStopArmBlockArmBlockWhen adjusting platformangle, setting floor levelposition or adjustingbridging microswitch -ensure both stop blocksare making full contactwith the vertical arms.CD. Before setting floor level position:. Adjust platform angle as detailed on page 6. Ensure both stop blocks are making full contact with vertical arms (details on page 7).Floor Level Adjustment:1. Position platform at desired floor level position (passenger loading/unloading height).Position platform such that:a.
The inner roll stop is laying flat on the threshold plateb. Platforrm has not begun to foldNote: Use hand pump to position platform at proper posi-Diagnostics: Diagnostic codes have been established in event the lift platform floor position does not set (the lift does not sound three “beeps” - see Step 5 above). The control board located inside the pump hous. Tion if unable to stop platform when powering lift.2. Turn Lift Power switch Off.3. Press Floor Position Set button (located between pump housing and lift tower).4.
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While pressing the Floor Position Set button, turn the Lift Power switch On.5. Continue pressing the Floor Position Set button until the lift sounds three “beeps.”6. Release the Floor Position Set button.7. Cycle lift to verify that platform stops at the set floor level position.
Note: If platform does not stop ating is equipped with an LCD screen. Remove the pump cover to access the LCD screen.
The following diagnostic codes will help resolve floor position setting problems. Bridging Microswitch:The bridging microswitch is located at the bottom of the right (front) vertical arm. See Photos A and B. An adjustment screw is built into the platform stop block.The bridging microswitch will be deactivated if the outboard end of the platform contacts the unloading surface before the inboard end while the DOWN switch is pressed.The deactivated bridging microswitch interrupts power to the DOWN switch circuit and stops the down travel of the platform (while allowing the outer barrier to deploy).
LCD Lift CodesTo better understand the Braun LCD Trouble shooting display you must first understand the numbers that appear on the screen. There are Flashing Codes, Solid Error Codes, and Solid Normal Operational Codes.Flashing Codes #65-89: About 10 seconds after an operation has stopped there are a set of scrolling flashing numbers that indicate whenever a particular sensor or switch has been activated. These numbers will start at number 65 and scroll up to number 89, then start the sequence over. Remember they are not error codes. Keep in mind that the lift will display codes for different positions and certain flashing codes must be present for that position, you will not always get an error code.Solid Error Codes #50-64: These are the numbers that will come on the screen when the audible and visual alarm goes off, and will direct you to where the problem exists. These numbers will only stay on the screen for about 10 seconds and then the flashing codes will scroll indicating what sensors are active.
This sequence of codes will keep repeating. It is important to be looking at the screen when trying to get the lift to fail.Solid Normal Operational Codes: There are also solid numbers that will appear while and after the lift is moving that indicate the lift operation and platform position.Troubleshooting Procedures1. While looking at the LCD screen, operate the lift until the failure occurs. Read the number that comes on the display the moment the alarm goes off and the light starts to flash. This code will only stay on the screen for 10 seconds.2. Look up the number on the correct error code sheet and determine what part on the lift is causing the failure. Go to the part on the lift that is suspected of causing the failure and look for anything obvious like magnets missing, broken wires etc.
If nothing is found, the next step is to determine if that sensor is sending a signal to the board.3. Bring the platform to the level that the sensor should be activated using the backup pump if needed. At this point, look up the flashing code that corresponds to that sensor in the error code sheet, look at the LCD screen and wait for the flashing scrolling numbers to appear. If the number is not included in the scrolling numbers, you know that sensor is the problem. You should then check the harness or try another magnet with the south side of the magnet facing the sensor and see if the number will come up on the display.4.
If the problem is still not found or the harness is suspected, the voltages should to be checked to and from the sensor to find the exact location of the problem. First determine the 3 wire colors for this sensor at the board and understand the 3 voltage readings needed to operate the sensor, the 12V power, 8V power, and the 8V input signal to the PC board when activated by a magnet. First check for a 8V input signal coming from the sensor to the wire going into the PC board, if there is 11V on this wire, the sensor is not being activated by the magnet. Next check the 12V and 8V wires at the PC board plug leading to the sensor. Once verified at the plug on the PC board, the voltages should then be checked at the next plug down on the harness going to the sensor until the location of the problem is found.Anytime you see the code for that specific switch you will have 8 volts on that colored wire on the 8 or 18 pin connector from that switch. IE: Outboard Barrier is closed “72” will appear on the screen and also 8V will be present on the signal wire from that switch, if no code is present the voltage will be 11V.
Listed below are codes that the lift controller outputs during lift operation. The codes will be displayedon an LCD screen located on the lift control board inside the pump module. Proper maintenance is necessary to ensure safe, troublefree operation. Inspecting the lift for any wear, damage or other abnormal conditions should be a part of all transit agencies’s daily service program. Simple inspections can detect potential problems.The maintenance and lubrication procedures specified in this schedule must be performed by a Braun authorized service representative at the scheduled intervals according to the number of cycles.Braun dual parallel arm lifts are equipped with hardened pins and self-lubricating bushings to decrease wear, provide smooth operation and extend the service life of the lift.When servicing the lift at the recommended intervals, inspection and lubrication procedures specified in the previous sections should be repeated. Clean the components and the surrounding area before applying lubricants.
LPS2 General Purpose Penetrating Oil is recommended where Light Oil is called out. Use of improper lubricants can attract dirt or other contaminants which could result in wear or damage to the components. Platform components exposed tocontaminants when lowered to the ground may require extra attention.Lift components requiring grease are lubricated during assembly procedures. When these components are replaced, grease must be applied during installation procedures. Specified lubricants are available from The Braun Corporation (part numbers provided above).All listed inspection, lubrication and maintenance procedures should be repeated at “750 cycle” intervals. Maintenance Indicator: The Lift Ready green LED mounted on top of the pump cover will begin to blink after every 750 cycles. The blinking LED will not affect the functions of the lift, but is a reminder to complete necessary maintenance and lubrication.Once the lift has been serviced, fully stow the lift.
Once stowed, press the UP button on the hand pendant and the Floor Level Set button on the back side of the pump cover until the Lift Ready green LED stops blinking.Discontinue lift use immediately if maintenance and lubrication procedures are not properly performed, or if there is any sign of wear, damage or improper operation. Contact your sales representative or call The Braun Corporation at 1-800-THE LIFT ®. One of our national Product Support representatives will direct you to an authorized service technician who will inspect your lift.
Platform pivot pin bearings (2)Platform fold axles (2)Inner roll stop ( IB) lever bearings (2)Inner roll stop ( IB) lever slot (2)Rotating pivot slide arm pivot pins (2)Parallel arm pivot bearings (16)Handrail pivot pin bearings (4)Hydraulic cylinder bushings (8)Inspect Lift-Tite ™ latch rollers for wear or damage, positive securement and proper operation (2)Inspect inner roll stop ( IB) for:. Wear or damage.
Proper operation. Rollstop should just rest on top surface of the base plate. Positive securement (both ends). Apply Light Oil - See Lubrication DiagramApply Light Oil - See Lubrication DiagramApply Light Oil - See Lubrication DiagramApply Light Oil - See Lubrication DiagramApply Light Oil - See Lubrication DiagramApply Light Oil - See Lubrication DiagramApply Light Oil - See Lubrication DiagramApply Light Oil - See Lubrication DiagramCorrect, replace defective parts and/or relubricate.Resecure, replace or correct as needed. See Platform Angle Instructions and Microswitch Adjustment Instructions. Inspect handrail components for wear or damage, and for proper operationInspect microswitches for securement and proper adjustment.Make sure lift operates smoothlyInspect external snap rings:. Handrail pivot pins (2 per pin).
Platform slide/rotate pivot pins (2 per pin). Platform fold axles (1 per axle). Inner roll stop ( IB) lever bracket pins (1 per pin). Lift-Tite ™ latch gas (dampening) spring (2 per spring)Inspect platform fold axles and bearings for wear or damage and positive securement. For:ElectricalUnfoldLift Schematic569877899-COND WIRE CODE9-COND WIRE CODENO.COLORNO.COLOR1NOT USED1NOT USED2NOT USED2NOT USED3NOT USED3NOT USED4NOT USED4NOT USED5LIFT NOT STOWED GROUND SIGNAL5BROWN(20)6GY/RD(18)VEHICLESECURE+12VINPUT6GRAY / RED(18)7LIFT STOWED +12V OUTPUT7BLACK(20)8NOT USED8NOT USED9LIFT STOWED GROUND SIGNAL9WHITE(20)InterlockGY/RD(18)32639AConnectionVEHICLE SECURE SIGNAL +12V INPUT32638AYL/LT. BU(18)LIFT STOWED / NOT STOWED SIGNALP21J21(Located in cavity #5, #7 or #9 - see chart above)915-4530RNA.
J31P31GN(20)Stow Interlock (-)1VIOLET(20)WH(20)COM.7NOT USEDN.O.COMMicroswitch8NOT USEDBN(20)NOC-H9RED(20)N.C.NCC610BLACK(1GREEN(20)12YELLOW(20)456654A B C D E F6-COND WIRE CODE6-COND WIRE CODE6-COND WIRE CODE985-4532NANO.COLORNO.COLORWHRD(20)BK(20)1BLACK(20)1BLACK(20)Up/DownNO.COLORORBK2FUSE HOLDER(16)2RED(20)SwitchANOT USED3GREEN(20)3GREEN(20)BNOT USEDFS13FS144WHITE(20)4WHITE(20)CWHNOT USED+ -5BROWN(20)5BROWN(20)RDFold/UnfoldDORANGE(20)Counter6NOT USED6NOT USEDGNEYELLOW(20)ESwitchFBLUE(20). 1PINK1BLUE(20)2NOT USED2RED(20)3PINK3GREEN(20)IB Jumper32929AHarnessJFAJ25P25BU(16)BridgeCOM11OR / BK(20)BU(16)MicroswitchNO22OR(20)NC3 2 1 1 2 33-COND WIRE CODE3-COND WIRE CODENO.COLORNO.COLOR1YELLOW(26)1BLUE / WHITE(20)2RED(26)2RED / WHITE(20)3GREEN(26)3GREEN / WHITE(20)Outer BarrierRaised SensorPNA60J26P26Outer BarrierLatched Sensor1233213-COND WIRE CODE3-COND WIRE CODENO.COLORNO.COLOR1YELLOW(26)1BLUE / BLACK(20)2RED(26)2RED / BLACK(20)3GREEN(26)3GREEN / BLACK(20)12BK(24) COPPER31221AP32BK / WH(24) SILVERJ32Threshold SensorsBK / WH(24) SILVER31221A12BK(24) COPPER.
Hydraulic Schematic.50 GPMRoll Stop FoldPressure SwitchBridgingValveOrificeOrificeLiftingRelief ValveDownSecondaryValveValve2500M1900PSIFoldingPSIRelief ValveOuter BarrierCylinderOpposite800Pump SidePumpBACKUPCylinderCylinderPUMPPSIPUMPDescriptionSymbolDescriptionSymbolFixed DisplacementHydraulic PortPumpPump MotorM2 Way 2 PositionSolenoid ValveBackup PumpPressure CompensatedFlow ControlSingle Acting CylinderRelief ValveCheck ValveFilter ScreenUnfold OrificeVented ReservoirManualOrificeShutoff ValvePressure Switch. 42” Floor-to-Ground Lift Repair Parts ListPart Numbers of Items Dedicated per Lift ModelItemQty.DescriptionNL915IBNL915FIBNL918IBNL918FIB11Base Weldment915R5142NWNWNWNW3321Cover, Pump, 2-Piece, Back-Bottom915-0513RNPT915-0513FNPT915-0513RNPT915-0513FNPT31Cover, Pump, 2-Piece, Top-Front Assy.915-0519RNPT915-0519FNPT915-0519RNPT915-0519FNPT41Platform Weldment917-03050NW917-03050NW917-03350NW917-03350NW51Outer Barrier Assembly (inc. ItemQty.DescriptionPart No.151Block, Platform Stop25778161Block, Platform Stop9Snap-Ring 5/4O-Ring, 5/16' I.D.
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