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杰斐逊42毫米工业磁芯钻床用户手册说明书

User Manualv.1.4CONTENTSIntroduction4 Safety Guidelines5 Specifications6 Operation Guide6 Cleaning & Maintenance7 Parts Diagram - Frame & Magnet Components8 Parts List - Frame & Magnet Components9 Parts Diagram - Motor10 Parts List - Motor11Limited Warranty Statement12 EC Declaration of Conformity14Environmental Protection15 WEEE Waste Electrical and Electronic Equipment Statement15 RoHS Directive 2011/65/EU15Important: Please read all these instructions before operating this product and save these instructions. This manual has been compiled by Jefferson Tools and is an integrated part of the product with which it's enclosed and should be kept with it for the future reference.This manual describes the purpose for which the product has been designed and contains all the necessary information to ensure its correct and safe use.We recommend that this manual is read before any operation or, before performing any kind of adjustment to the product and prior to any maintenance tasks. By following all the general safety instructions contained in this manual you will help to ensure operator safety and extend the potential lifespan of the i pment.equAll photographs and drawings in this manual are supplied by Jefferson Tools to help illustrate the operation of the product. Whilst every effort has been made to ensure accuracy of information contained in this manual our policy of continuous improvement determines the right to make modifications without prior warning.Note: The information contained in this Instruction Manual is designed to assist you in the safe operation and maintenance of the equipment. Some illustrations in this Instruction Manual may show details or attachments that differ from those on your own model. Contact your nearest Jefferson Dealer if you are unsure about any information included in this manual or require any additional information about the safe use, operation maintenance, or repair of this equipment.Power Cable1. IntroductionThis magnetic drill is designed for drilling holes in steel fabrication work. It is an ideal portable drilling solution equally suited for use in building sites or the workshop environment and can be used to cut in horizontal, vertical and overhead positions.The magnetic drill uses an annular hole cutter (sometimes called a slugger bit) to cut clean and accurate holes without pre-drilling or step drilling. After cutting through the steel the cutter produces a "slug" (a cylindrical lump of steel) that falls from the centre of the cut.2. Safety GuidelinesImportant: Ensure that you have read and understand the information contained in this manual before operating this equipment.This appliance is not intended for use by persons with reduced physical, sensory or mental capabilities. The appliance must not be operated by children or by any persons who have not been instructed in the correct operation.Children and pets should be kept away from the working environment at all times during operation.Please read these instructions carefully and keep in a safe location for future reference. Ensure that the manual is passed on should ownership of the equipment change at any time.Contact your nearest Jefferson Dealer for advice on correct usage, accessories (including compatible detergents), servicing and replacement parts.Do not modify this equipment for any other purpose than those originally intended buy the manufacturer.Ensure that the product is used in accordance with the guidelines describedin this manual. Failure to do so can result in personal injury and may void the warranty. Ensure that you disconnect from the power supply before carrying out any adjustments maintenance or servicing on this equipment.Working EnvironmentEnsure that the working environment is kept clear and uncluttered. There should be plenty of light available for safe operation.Do not use this equipment in wet or windy conditions or damp or wet conditions.Do not use this equipment in the presence of flammable liquid or gases.Protect against electric shock by preventing contact with earthed or ground surfaces (e.g. pipes, radiators, cookers and refrigerators). Jefferson recommend using a suitable residual current device (RCD) for electrical safety when us-ing this equipment.Store idle tools when not in use in a dry and secure location, out of reach of children.Do not force the tool during operation or usethe equipment for a larger job than which it was designed.Personal Protection Equipment (PPE)Do not wear loose clothing or jewellery during operation incase they get caught in moving parts.Wear protective hair covering to prevent long hair getting caught up in the tool.Ensure that suitable safety equipment is worn during use these include:• Safety glasses• Ear defenders• Protective glovesWear a hard hat (if working with magnetic drill above head height to prevent injury from ejected slugs after cutting). Use a face or dust mask if cutting operations create dust. Non-slip, steel toecap footwear is recommended.Cutters are sharp. Wear gloves when installing or removing cutter from the arbor. Do not grab a rotating cutter.Keep tools sharp and clean for better and safer performance. Do not use dull or broken cutters. Follow safety instructions for lubricating and changing accessories (always check compatibility of annular cutters before use). Inspect tool cords periodically and, if damaged, have them repaired by a qualified electrician or an authorised Jefferson Repair Centre.3. Specifications4. Operation Guide1. Make sure the workpiece is suitable for magnetic adhesion and that both the surface of the workpiece and the magnetic base of the drill are clean and free of dirt, grease and debris.2. Secure the magnetic drill to the unit to workpiece with safety chain provided.3. Position the drill by sliding it and gently feeding the arbor so that pilot pin is in contact with the centre of the hole you need to cut.4. Activate the magnet by pressing the magnet button to the ON position.5. Turn the Feed Handle, raising the annular cutter until the pilot pin is above the work surface.6. Open the cutting fluid valve.8. Make certain that the annular cutter is clear of the workpiece and turn the motor on by pressing the motor button to the ON position.9. Feed the cutter slowly onto the workpiece. Carefully establish a cutting depth of about 1/16" before using the full force of the drill on the cut by turning the feed handle to lower the arbor as required.10. Ease up on feed pressure as the cutter starts to break through the workpiece.11. When you have completed the cut, turn off the motor by pushing the motor button into the STOP position.12. Turn feed handles to raise the arbor away from the hole. This will cause the slug to fall free (if it hasn’t already) so take care to ensure it does not fall in a way that can cause bodily harm to the operator or any other persons in the vicinity.13. Turn the magnet OFF by pushing the magnet button to the OFF position. As the magnet de-activates the base should lift up off the work surface.14. Disconnect the equipment from the power source.15. Remove any chips or debris from the cutter and the magnet wearing a pair of protective working gloves and a set of pliers to protect your hands from sharp materials.16. Disconnect the safety chain and carefully remove the drill to complete the procedure.5. Cleaning & Maintenance• Keep the machine, the cutter and electric cables clean from drilling debris.• Always turn off the machine and unplug from the mains before carrying out any cleaning.• Clean the motor by means of dry compressed air.• Clean and grease any sliding surfaces regularly.• Carbon brushes should be replaced after approximately 250 hours running time.• When not in use the magnetic drilling machine should be stored securely in the transport case lying flat in a dry storage space.Note: Excessive sparking may indicate the presence of dirt in the motor or worn out carbon brushes.We recommend that you periodically check the brushes for wear and tear and replace them when they reach 6mm. Keep moving parts lubricated.Maintenance, checks and repairs should only be made by qualified electricians or a Jefferson approved technician. We recommend that the machine should be serviced after approximately 250 hours running time. Only use genuine spare parts. A full list is available at the end of this manual. Contact your nearest Jefferson dealer for further information.PARTS DIAGRAM - Frame & Magnet ComponentsPARTS LIST - Frame & Magnet ComponentsPARTS DIAGRAM - Frame & Magnet Components11PARTS LIST - Frame & Magnet Components12Jefferson Professional Tools & Equipment, or hereafter "Jefferson" warrants its customers that its products will be free of defects in workmanship or material. Jefferson shall, upon suitable notification, correct any defects, by repair or replacement, of any parts or components of this product that are determined by Jefferson to be faulty or defective.This warranty is void if the equipment has been subjected to improper installation, storage, alteration, abnormal operations, improper care, service or repair.Warranty PeriodJefferson will assume both the parts and labour expense of correcting defects during the stated warranty periods below.All warranty periods start from the date of purchase from an authorised Jefferson dealer. If proof of purchase is unavailable from the end user, then the date of purchase will be deemed to be 3 months after the initial sale to the distributor.1 Year• JEFMAGD42HD-110 • JEFMAGD42HD-23090 Days• All replacement parts purchased outside of the warranty periodImportant: All parts used in the repair or replacement of warranty covered equipment will be subject to a minimum of 90 days cover or the remaining duration of the warranty period from the original date of purchase .Warranty Registration / ActivationYou can register and activate your warranty by visiting the Jefferson Tools website using the following address:/warranty and completing the online form. Online warranty registration is recommended as it eliminates the need toprovide proof of purchase should a warranty claim be necessary.Warranty RepairShould Jefferson confirm the existence of any defect covered by this warranty the defect will be corrected by repair or replacement at an authorized Jefferson dealer or repair centre.Packaging & Freight CostsThe customer is responsible for the packaging of the equipment and making it ready for collection. Jefferson will arrange collection and transportation of any equipment returned under warranty. Upon inspection of the equipment, if no defect can be found or the equipment is not covered under the terms of the Jefferson warranty, the customer will be liable for any labour and return transportation costs incurred.These costs will be agreed with the customer before the machine is returned.* Jefferson reserve the right to void any warranty for damages identified as being caused through misuseWarranty LimitationsJefferson will not accept responsibility or liability for repairs made by unauthorised technicians or engineers. Jefferson's liability under this warranty will not exceed the cost of correcting the defect of the Jefferson products.Jefferson will not be liable for incidental or consequential damages (such as loss of business or hire of substitute equipment etc.) caused by the defect or the time involved to correct the defect. This written warranty is the only express warranty provided by Jefferson with respect to its products.Any warranties of merchantability are limited to the duration of this limited warranty for the equipment involved.Jefferson is not responsible for cable wear due to flexing and abrasion. The end user is responsible for routine inspection of cables for possible wear and to correct any issues prior to cable failure.LIMITED WARRANTY STATEMENT13Claiming Warranty CoverageT he end user must contact Jefferson Professional Tools & Equipment (Tel: +44 (0) 1244 646 048) or their nearest authorised Jeffersondealer where final determination of the warranty coverage can be ascertained.Step 1 - Reporting the DefectOnline Method:•Visit our website /warranty and complete the Warranty Returns form. You can complete the form online and submit it to us directly or download the form to print out and return by post.Telephone Method:Contact your Jefferson dealer or sales representative with the following information:• Model number• Serial number (usually located on the specification plate) •Date of purchaseA Warranty Returns form will be sent to you for completion and return by post or fax, together with details of your nearest authorised Jefferson repair centre. On receipt of this form Jefferson will arrange to collect the equipment from you at the earliest convenience.Step 2 - Returning the EquipmentIt is the customer's responsibility to ensure that the equipment is appropriately and securely packaged for collection, together with a copy of the original proof of purchase . Please note that Jefferson cannot assume any responsibility for any damage incurred to equipment duringtransit. Any claims against a third party courier will be dealt with under the terms & conditions of their road haulage association directives. Please note: Jefferson will be unable to collect or process any warranty requests without a copy of the original proof of purchase.Step 3 - Assessment and RepairOn receipt, the equipment will be assessed by an authorised Jefferson engineer and it will be determined if the equipment is defective and in need of repair and any repairs needed are covered by the warranty policy. In order to qualify for warranty cover all equipment presented must have been used, serviced and maintained as instructed in the user manual.Where repair is not covered by the warranty a quotation for repair, labour costs and return delivery will be sent to the customer (normally within 7 working days).Note: If the repair quotation is not accepted Jefferson Professional Tools & Equipment will invoice 1 hour labour time at £30 per hour plus return carriage costs (plus VAT).In cases where no fault can be found with the equipment, or, if incorrect operation of the equipment is identified as the cause of theproblem, a minimum of 1 hour labour at £30 per hour plus carriage costs will be required before the equipment will be despatched back to the customer.Any equipment repaired or replaced under warranty will normally be ready for shipment back to the customer within 7 working days upon receipt of the equipment at an authorised Jefferson Repair centre (subject to part availability). Where parts are not immediately available Jefferson will contact you with a revised date for completion of the repair.General Warranty EnquiriesFor any further information relating to Jefferson warranty cover please call +44 (0) 1244 646 048 or send your enquiry via email to ***************************Disclaimer:The information in this document is to the best of our knowledge true and accurate, but all recommendations or suggestions are made without guarantee. Since the conditions of use are beyond their control, Jefferson Tools® disclaim any liability for loss or damagesuffered from the use of this data or suggestions. Furthermore, no liability is accepted if use of any product in accordance with this data or suggestions infringes any patent. Jefferson Tools® reserve the right to change product specifications and warranty statements without further notification. All images are for illustration purposes only.14EC DECLARATION OF CONFORMITYWe, Tundra Industrial, as the authorised European Community representative of the manufacturer, declare thatthe following equipment conforms to the requirements of the following Directives:Equipment Category: Magnetic Drill Model Number:JEFMAGD42HD/110 JEFMAGD42HD/230Signed by: Stephen McIntyrePosition in the company: Operations Director Date:26 June 2018Name and address of manufacturer or authorised representative:Jefferson Tools, Herons Way, Chester Business Park, Chester, United Kingdom, CH4 9QRTelephone: +44 (0)1244 646 048 Fax: +44 (0)1244 241 191Email:****************************15WEEE Waste Electrical and Electronic Equipment StatementInformation on Disposal for Users of Waste Electrical & Electronic EquipmentThis symbol on the product(s) and / or accompanying documents means that used electrical and electronic products should not be mixed with general household waste. For proper treatment, recovery and recycling, please take this product(s) to designated collection points where it will be accepted free of charge.For private households:Dispose of this product at the end of its working life and in compliance with the EU Directive on Waste Electrical and Electronic Equipment (WEEE). Contact your local solid waste authority for recycling information for this equipment.Disposing of this product correctly will help save valuable resources and prevent any potential negative effects on human health and the environment, which could otherwise arise from inappropriate waste handling.Please contact your local authority for further details of your nearest designated collection point.Penalties may be applicable for incorrect disposal of this waste, in accordance with you national legislation.For business users in the European Union:If you wish to discard electrical and electronic equipment, please contact your dealer or supplier for further rmation on Disposal in other Countries outside the European Union:This symbol is only valid in the European Union. If you wish to discard this product please contact your local authorities or dealer and ask for the correct method of disposal.We hereby declare that this equipment has been tested and found to be compliant to RoHS Directive 2011/65/EU of the European Parliament and the Council from 08/06/2011 on restriction of the use of certain hazardous substances in electrical and electronic appliances.Determination of levels of regulated substances in electrotechnical products, elements of Cadmium (Cd), Lead (Pb), Mercury (Hg), Chromium (Cr) and Bromine (Br) contents were measured by XRF Spectroscopy and chemical confirmation test for RoHS restricted substances.ENVIRONMENTAL PROTECTIONRecycle any packaging and unwanted materials instead of disposing of them as waste. All tools, accessories and packaging should be sorted, taken to a recycling centre and disposed of in a manner which is compatible with the environment. When the product becomes completely unserviceable, reaches the end of its working life and requires disposal, drain off any fluids (if applicable) into approved containers and dispose of the product and the fluids according to local regulations.RoHS Directive 2011/65/EU - COMPLIANCYIMPORTANT! SAFETY FIRST! Before attempting to use this product please read all the safety precautions and operating instructions outlined in this manual to reduce the risk of fire, electric shock or personal injury.Jefferson Tools,Herons Way,Chester Business Park,Chester,United Kingdom,CH4 9QRTel. +44 (0)1244 646 048Email:************************。

Zimmer GmbH GSI系列O环握持器操作指南说明书

INSTALLATION AND OPERATING INSTRUCTIONS188e n u / 2016-08-31 / I n d e x aContents:1. Supporting documents ............................................................................................................................ 32. Proper use ................................................................................................................................................. 33. Personnel qualifications .......................................................................................................................... 34. Function ...................................................................................................................................................... 34.1 O-ring installation technological process ................................................................................................ 44.2 Flow chart ................................................................................................................................................... 55. Technical data ............................................................................................................................................ 56. Installation ................................................................................................................................................. 66.1 Installing the gripper .................................................................................................................................. 66.2 Power supply .............................................................................................................................................. 66.3 Stroke setting .............................................................................................................................................. 66.4 Installing the jaw set .................................................................................................................................... 76.5 Settings ....................................................................................................................................................... 96.6. Position sensing sensors ............................................................................................................................ 107. Troubleshooting ........................................................................................................................................ 118. Maintenance .............................................................................................................................................. 129. Accessories ............................................................................................................................................... 1210. Declaration of incorporation ................................................................................................................... 1311. Your notes . (14)188e n u / 2016-08-31 / I n d e x a1. Supporting documents• Catalog• Drawings, performance data, information about accessory parts, etc.• General Terms and Conditions of Business, including warranty information2.Proper useThe gripper is designed exclusively for pneumatic operation. The gripper is not suited for operation with any other media. The gripper is used as defined under "Proper use" in enclosed rooms for temporarily gripping and handling O-rings.The gripper is suited exclusively for the interior installation of O-rings. Its use for other applications is considered to be improper use. Direct contact with perishable goods/food is not permitted.3. Personnel qualificationsInstallation, commissioning and operation may be undertaken by trained specialists only. They must have read and understood the installation and operating instructions in full.4. FunctionThe gripper implements the movement sequence for picking up, folding, inserting and wiping when installing O-rings in inner annular grooves using three single-action pneumatic cylinders dm dn do .An adjustable stroke 6 for the clamping jaws 4 prevents these jaws can overriding on the wiper23three-part piston rod dm Pistons for the clamping jaws dn Pistons for the spread jaws doPistons for the wiperThe gripper can be adjusted to fit the bore diameter of aworkpiece using an adjustable stroke 7 for the spread jaws 1.3dmdn do 467191dmdndo2456781Spread jaws 2Wiper6Clamping jaw stroke setting 7Stroke setting on spread jaws188e n u / 2016-08-31 / I n d e x a4.1 O-ring installation technological process1 Home position .........................................................................►Spread jaws 1 ⇨ Home position retracted Clamping jaws 4 ⇨ Home position extended Ejector2 ⇨ Home position retracted The gripper is ready to pickup an O-ring2 Clamping ..................................................................................►Retracting the clamping jaws 4 gives the O-ring a clover shape. (red arrow)The spread jaws 1 open and close 3 times in a row.This is done to ensure a stress-free distribution of the O-ring on the spread jaw (blue arrow).Doing so also removes any potential loops that may occur.3 Assembly ..................................................................................►Once the gripper has reached the installation position in the workpiece hole, the spread jaws 1 spread apart and position the O-ring in the annular groove of the workpiece4 Wiping .......................................................................................►The O-ring is pushed off of the clamping jaw pins 4 by extending the wiper 2.5 Pressing in ...............................................................................►The spread jaws 1 now move back to the home position.Additionally, the clamping jaws 4 push the O-ring into the annular groove of the workpiece again.421→→→→→→14241188e n u / 2016-08-31 / I n d e x a4.2 Flow chart5.Technical data188e n u / 2016-08-31 / I n d e x a6. Installation6.1Installing the gripper8blThe gripper is fastened via the 3 tapped holes 8 •Screws with a screw class of 8.8 are to be used.•Permitted tightening torqueThe orientation is determined using straight pins in both alignment holes bl .The dimensions of the connection structure are refer data sheet under www.zimmer-group.de6.2 Power supplyThe pneumatic fittings for connecting to the power supply can be mounted directly on the gripper.Clamping jaws 4 ⇨Connection A - Extended in a depressurized state Spread jaws 1 ⇨Connection B - Retracted in a depressurized state Ejector 2 ⇨Connection C - Retracted in a depressurized state The activation of the gripper is displayed in the image below with three 3/2 way valves.The chronological activation process is displayed in a flow chart in Chapter 4.2.4126.3 SettingsThe clamping jaw and spread jaw stroke can be fit to the respective O-ring by twisting the two adjustment rings, 6 and 7.To prevent an unintentional adjustment of the stroke limitation, the rings have to be secured with locking screws bm.6Adjustment ring clamping jaw stroke 7Adjustment ring spread jaw stroke bmSafety screwsBoth adjustment rings can be turned a maximum of 3.5 revolutions.Adjustment ring 6Turning clockwise ► Stroke becomes smaller (gripper in its position, as shown in the adjacent image)Adjustment ring 7Turning counterclockwise ► Stroke becomes smaller (gripper in its position, as shown in the adjacent image)188e n u / 2016-08-31 / I n d e x a6.4 Installing the jaw setThe jaw set consists of 3 component groups.The expanding and clamping jaws as well as the corresponding wiper are designed differently depending on the size of the O-ringsThe following steps must be performed to install the jaw set:Wiper► Insert wiper 2► Secure wiper with strength class 8.8 cylinder screws ► T ighten the screws manually, the wiper must be aligned based on the clamping jawsefore installing the jaw set, both stroke setting rings haveto be turned in opposite directions until the limit stop is reached to set the smallest possible stroke.(to do so, see also Chapter 6.3)188e n u / 2016-08-31 / I n d e x a► I nserting the centering rings prepares the gripper jaws for the installation of the spread jaw.Clamping jaws ► R educe stroke to the minimum dimension (as described in Chapter 6.3)► Position the clamping jaws 4 on the gripper jaws, •Pins in the direction of the wiper. •Insert screws into the tapped holes► Secure the clamping jaws with strength class 8.8 cylinder screws • Install the gripper jaws so that they can still be moved manually • T he gripper jaws must lay flush against the contact surface• T he clamping jaw pins may not touch the spread jaws, which willbe installed in the next step (arrow)Spread jaws► Reduce stroke to the minimum dimension (as described in Chapter 6.3)► P osition the spread jaws 1 on the centering sleeves and align them. The gripper jaws must be centered.►Secure the spread jaws with strength class 8.8 cylinder screws41188e n u / 2016-08-31 / I n d e x a6.5SettingsWiper:► Move the clamping jaws together manually / press inward► Align wiper so, that the clamping jaws can move in and out without contact.► Secure the wiper in this positionClamping jaws:► Position the gripper axially to the O-ring pickup station ► Approach the program the pickup position of the gripper • T he contact surface of spread jaw A must be in the same plane asthe contact surface for O-ring B in the pickup station► P osition and secure any clamping jaw 4 at a distance of 1 - 2 mm to the O-ring ⇨The two other clamping jaws can still be moved.► Move the gripper away from the O-ring pickup station.► Move the clamping jaws 4 together using compressed air.► Reduce the deficient stroke of the fastened clamping jaw to the wiper by twisting the adjustment ring 6. ⇨ T he clamping jaw pin must be at least 0.2 mm away from the end ofthe wiper's slot⇨The clamping jaw must not make contact with the wiper. ⇨ T wisting the adjustment ring 6 is only possible in a depressurizedstate.► Clamp the adjustment ring with the safety screw bm► Align and secure the clamping jaws that have not been fastened. ⇨The distance to the end of the wiper's slot must also be 0.2 mm ► M ove the clamping jaws together manually / press together and check to ensure that they can be moved over the entire length of the stroke without contacting the wiper► Retract the clamping jaws using compressed air ► Check the wiper function in this position. ⇨It mist be able to extend and retract without making contact.1 to2 mm↑ Correct O-ring position↓ Correct wiper position - clamping jaws188e n u / 2016-08-31 / I n d e x aSpread jaws:► Retract clamping jaws 4, ⇨No interference contour when retracting them into the workpiece. ► Adjust the immersion depth of the spread jaws into the workpiece ⇨ C ontact surface A on the spread jaw 1 must be thesame height as the bottom edge C of the annular groove in the workpiece.► Retract the gripper from the installation position.► I ncrease the stroke of the spread jaw 1 until it touches the workpiece using adjustment ring 7.► After, reduce the stroke by approximately 0.5 mm. ⇨Check the distance by pushing in a workpiece. ⇨ T wisting the adjustment ring 7 is only possible in a depressurizedstate.⇨ T he gripper jaws must not touch the workpiece when they areextended.► The jaw set and the retraction depth are not set, ⇨ s ome fine adjustments using the adjustment rings may be neces-sary after a test.► Attach the sensors.► Perform a test run in a single step procedure ⇨Please adhere strictly to the gripper's flow diagramA 1 C6.6. Position sensing sensorsemen eoem Piston position query dm for clamping jaws en Piston position query dn for spread jawseoPiston position query do for wiperThe clamping position query via magnetic field sensors takes place indirectly via a magnet fixed to the piston.The magnetic field sensor cr is inserted into the integrated slot (9) to set the switch point.► Insert the magnetic field sensor cr into the integrated slot 9► Turn the mounting screw cq using an Allen key ⇨Observe the maximum tightening torque; ⇨refer also to the magnetic field sensor operating instructions► M ove the respective pistons into the respective end position and adjust the magnetic field sensor there ⇨ 2 positions for each piston► Push the magnetic field sensor cr until it reaches the switch-on point (LED on). ► Mark the point► Push the magnetic field sensor cr until it reaches the switch-off point (LED off). ► Mark the point ► T hen push the sensor back again until it reaches the switch-on point (LED on). ⇨ T he optimum magnetic field sensor position cr is between the twotagged points.► Repeat the process for each piston end positioncq cr 9188e n u / 2016-08-31 / I n d e x a7.Troubleshooting188e n u / 2016-08-31 / I n d e x a8.Maintenance9. AccessoriesIf the following points are observed, the gripper is maintenance-free for 5 million gripping cycles.• Driven with compressed air in accordance with ISO 8573.1 with the following parameters: - Solid content class 2 - Moisture content class 4 - Oil content: Class 1 (unoiled air)• Clean environment• Use in accordance with performance data• Ambient temperature not over 60°C for long periodsIf the requirements are not adhered to, the maintenance interval will be reduced according to the application case.NOTE:W e recommend using the Zimmer GmbH repair service for maintenance and the replacement of seals.Dismantling and reassembling the gripper without authorization may result in complications as in some cases special installation equipment is required.188e n u / 2016-08-31 / I n d e x a10. Declaration of incorporationin terms of the EU Machinery Directive 2006/42/EC (Appendix II 1 B)Name and address of the manufacturer:Z immer GmbH, Im Salmenkopf 5, D-77866 Rheinau, Germany, Phone: +49 7844 91380, www.zimmer-group.de We hereby declare that the incomplete machines described below Product designation: pneumatic O-ring assembly gripper Type designation :GSI 2��-seriesconform to the requirements of the Machinery Directive, 2006/42/EC, Article 2g, Appendix VII,b - Appendix II,b, in their design and the version we put on the market.The following harmonized standards have been used:•Basic health and safety requirements: No. 1.1.2, No. 1.1.3, No. 1.1.5, No. 1.3.1, No. 1.3.2, No. 1.3.4, No. 1.3.7, No. 1.5.1, No. 1.5.3, No. 1.5.4, No. 1.6.4, No. 1.7.1, No. 1.7.3.•DIN EN ISO 12100:2011-03 S afety of machinery - General principles for design - Risk assessment and risk reduction •DIN EN ISO 4414H ydraulic fluid power - General rules and safety requirements for hydraulic systems and their components A full list of applied standards is available for viewing at the manufacturer's facilities.Commissioning of the incomplete machine is prohibited until it has been found that - where applicable - the machine inwhich the above-mentioned incomplete machine is to be installed complies with the Machinery Directive (2006/42/EC).Authorized representative for compiling the relevant technical documents188e n u / 2016-08-31 / I n d e x a10. Your notes188e n u / 2016-08-31 / I n d e x a188e n u / 2016-08-31 / I n d e x a。

埃迪恒睿通型号35SST流量纤维轨道终端机器人说明书

F A N P O W E R E D T E R M I N A L U N I T SC72FAN POWERED TERMINAL UNITS • 35SST SERIESPerformance Data • NC Level Application GuideModel Series 35SST Stealth ™ • Series Flow Fiberglass Liner2. Dash (-) in space indicates a NC less than 20.1-17-22FAN POWERED TERMINAL UNITSCFAN POWERED TERMINAL UNITS • 35SST SERIESPerformance Data • Discharge Sound Power LevelsModel Series 35SST Stealth ™ • Series Flow Fiberglass LinerFAN POWERED TERMINAL UNITSCC75FAN POWERED TERMINAL UNITS • 35SST SERIES∑Motor = ECM.* Primary air valve is closed and therefore primary cfm is zero.Performance Data • AHRI Certification and Performance NotesModel Series 35SST Stealth ™ • Series Flow • AHRI Certification Rating PointsFiberglass LinerRatings are certified in accordance with AHRI Standards.Performance Notes for Sound Power Levels:1. Discharge (external) static pressure is 0.25" w.g. (63 Pa) in all cases, which is the difference (∆Ps) in static pressure from terminal discharge to the room.Discharge Sound Power Levels (SWL) now include duct end reflection energy as part of the standard rating. Including the duct end correction provides sound power levels that would normally be transmitted into an acoustically, non-reflective duct. The effect of including the energy correction to the discharge SWL, is higher sound power levels when compared to previous AHRI certified data. For more information on duct end reflection calculations see AHRI Standard 880.2. Radiated sound power is the breakout noise transmitted through the unit casing walls.3. Sound power levels are in decibels, dB re 10-12 watts.4. All sound data listed by octave bands is raw data without any corrections for room absorption or duct attenuation. Dash (-) in space indicates sound power level is less than 20 dB or equal to background.5. Min. inlet ∆Ps is the minimum operating pressure of the primary air valve section.6. Asterisk (*) in space indicates that the minimum inlet static pressure requirement is greater than 0.5" w.g. (125 Pa) at rated airflow.7. Data derived from independent tests conducted in accordance with ANSI / ASHRAE Standard 130 and AHRIStandard 880.F A N P O W E R E D T E R M I N A L U N I T SFAN POWERED TERMINAL UNITS • 35SST SERIESPerformance Data • Radiated Sound Power LevelsModel Series 35SST Stealth ™ • Series Flow Fiberglass LinerFAN POWERED TERMINAL UNITSCC75FAN POWERED TERMINAL UNITS • 35SST SERIES∑Motor = ECM.* Primary air valve is closed and therefore primary cfm is zero.Performance Data • AHRI Certification and Performance NotesModel Series 35SST Stealth ™ • Series Flow • AHRI Certification Rating PointsFiberglass LinerRatings are certified in accordance with AHRI Standards.Performance Notes for Sound Power Levels:1. Discharge (external) static pressure is 0.25" w.g. (63 Pa) in all cases, which is the difference (∆Ps) in static pressure from terminal discharge to the room.Discharge Sound Power Levels (SWL) now include duct end reflection energy as part of the standard rating. Including the duct end correction provides sound power levels that would normally be transmitted into an acoustically, non-reflective duct. The effect of including the energy correction to the discharge SWL, is higher sound power levels when compared to previous AHRI certified data. For more information on duct end reflection calculations see AHRI Standard 880.2. Radiated sound power is the breakout noise transmitted through the unit casing walls.3. Sound power levels are in decibels, dB re 10-12 watts.4. All sound data listed by octave bands is raw data without any corrections for room absorption or duct attenuation. Dash (-) in space indicates sound power level is less than 20 dB or equal to background.5. Min. inlet ∆Ps is the minimum operating pressure of the primary air valve section.6. Asterisk (*) in space indicates that the minimum inlet static pressure requirement is greater than 0.5" w.g. (125 Pa) at rated airflow.7. Data derived from independent tests conducted in accordance with ANSI / ASHRAE Standard 130 and AHRIStandard 880.FAN POWERED TERMINAL UNITSCC75FAN POWERED TERMINAL UNITS • 35SST SERIES∑Motor = ECM.* Primary air valve is closed and therefore primary cfm is zero.Performance Data • AHRI Certification and Performance NotesModel Series 35SST Stealth ™ • Series Flow • AHRI Certification Rating PointsFiberglass LinerRatings are certified in accordance with AHRI Standards.Performance Notes for Sound Power Levels:1. Discharge (external) static pressure is 0.25" w.g. (63 Pa) in all cases, which is the difference (∆Ps) in static pressure from terminal discharge to the room.Discharge Sound Power Levels (SWL) now include duct end reflection energy as part of the standard rating. Including the duct end correction provides sound power levels that would normally be transmitted into an acoustically, non-reflective duct. The effect of including the energy correction to the discharge SWL, is higher sound power levels when compared to previous AHRI certified data. For more information on duct end reflection calculations see AHRI Standard 880.2. Radiated sound power is the breakout noise transmitted through the unit casing walls.3. Sound power levels are in decibels, dB re 10-12 watts.4. All sound data listed by octave bands is raw data without any corrections for room absorption or duct attenuation. Dash (-) in space indicates sound power level is less than 20 dB or equal to background.5. Min. inlet ∆Ps is the minimum operating pressure of the primary air valve section.6. Asterisk (*) in space indicates that the minimum inlet static pressure requirement is greater than 0.5" w.g. (125 Pa) at rated airflow.7. Data derived from independent tests conducted in accordance with ANSI / ASHRAE Standard 130 and AHRIStandard 880.。

Zimmer关节产品-AD-初次股骨柄

• 材质：钛合金
•
表面处理：近端1/3钛丝微孔骨长
入界面，中段1/3金刚砂粗糙面，远端1/3高抛光处理。
•
•
表面工艺：Zimmer专利钛丝弥漫焊接技术
形状：锥形直柄
近端钛丝面提供优异骨长入
效果
2 2017/3/16 2
Hips
Confidence in your hands Confidence in your hands
设计标准:
方柄，三维锥形
• 三维锥形设计，横截面呈梯形
– 如果下沉也能达到压配效果
• • • •
近端凸纹设计与骨有更大的接触面积提高了旋转稳定性柄的远端较细
– 近端应力传导 – 无应力遮挡 – 无大腿痛
• Long stem
－柄在髓腔中置效果好
7 2017/3/16 7
Hips
Confidence in your hands Confidence in your hands
19 2017/3/16 19
Hips
Confidence in your hands Confidence in your hands
产品简介七：先天性髋关节-生物型 Wagner Cone
Wagner Cone 先髋柄
市面上最小的髋关节柄，最小号远端 4.4mm 自由调整前倾角八根突出的嵴防旋 4.4mm
设计理念——锥度压配
8 2017/3/16 8
Hips
Confidence in your hands Confidence in your hands
设计理念——髓腔形变
9 2017/3/16 9
Hips
Confidence in your hands Confidence in your hands

AZM 161SK_12 12RIA_024_B6R 螺纹夹子机械间接锁定器说明书

13.06.2016 05:36:17hDatasheet AZM 161SK12/12RIA024B6RSolenoid interlock / AZM 161I / AZM 161IB6R(Minor differences between the printed image and the original product may exist!)• righthand model • Compact design• Interlock with protection against incorrect locking.• For very smal actuating radii in line with or at 90° to the plane of the actuator• Individual coding• Coding level "High" according to ISO 14119 • Doubleinsulated • High holding force • Long life• 130 mm x 90 mm x 30 mm • 1 Cable entry M 20 x 1.5• Screw connection• Manual release from sideOrdering detailsProduct type description AZM 161SK12/12RIA024B6R Article number101211999EAN code 4030661412184eCl@ss 27272603ApprovalApprovalBG USA/CAN CCCClassificationStandardsEN ISO 138491B 10d Normallyclosed contact (NC) 2.000.000Mission time 20 Y earsnoticeGlobal PropertiesProduct name AZM 161IStandards EN 6094751, BGGSET19Compliance with the Directives (Y/N) Y esNumber of actuating directions3 pieceActive principle electromechanical Individual coding Coding level "High" according to ISO 14119Duty cycle Magnet 100 %Materials Material of the housings glassfibre reinforced thermoplastic, Plastic selfextinguishing, Material of the actuator Stainless steel Material of the contacts SilverHousing coating NoneWeight485 gMechanical dataDesign of electrical connection Screw connectionCable section Min. Cable section1 x 0,25 mm² Max. Cable section1 x 1.5 mm², flexibleMechanical life> 1.000.000 operationsnotice All indications about the cable section are including the conductorferrules.Emergency unlocking device (Y/N)NoManual release (Y/N)Y esEmergency release (Y/N)NoLatching force30 NPositive break force20 Npositive break travel10 mmClamping force F2000 NMax. Actuating speed2 m/sMinimum actuating radius95 mmActuating frequency max. 1000 / hAmbient conditionsAmbient temperature Min. environmental temperature−25 °C Max. environmental temperature+60 °CProtection class IP67 to IEC/EN 60529Electrical dataDesign of control element Normally open contact (NO), Opener (NC)Switching principle Creep circuit elementNumber of auxiliary contacts2 pieceNumber of safety contacts4 piecePower to unlock NoPower to lock Y esRated control voltage U s24 VAC/DCPower consumption max. 10 WRated impulse withstand voltage U imp4 kVRated insulation voltage U i250 VThermal test current I the6 AUtilisation category AC15: 230 V / 4 ADC13: 24 V / 2,5 AMax. fuse rating6 A gG Dfuse To DIN EN 602691ATEXExplosion protection categories for gases NoneExplosion protected category for dusts NoneMiscellaneous dataApplicationssliding safety guard,removable guard,hinged safety guardDimensionsDimensions of the sensor Width of sensor130 mm Height of sensor90 mm Length of sensor30 mmnoticeActuating radius adjustable, minimum 95 mm, using an hexagonal key wrench 2 mm A/F (a)The actuator is not available separately.The axis of the hinge should be 11 mm above the top edge of the safety switch and in the same plane Manual release• For maintenance, installation, etc.• For manual release using M5 triangular key, available as accessoryIncluded in deliveryIncluded in delivery• Individually coded actuator• tamperproof screws• Slot sealing plugsDiagramNote Diagrampositive break NC contactactiveno activeNormallyopen contactNormallyclosed contactSwitch travel diagramNotes Switch travel diagramContact closedContact openSetting rangeBreak pointPositive opening sequence/ angleVS adjustable range of NO contactVÖ adjustable range of NC contactN after travelOrdering suffixThe applicable ordering suffix is added at the end of the part number of the safety switch. Order example: AZM 161SK12/12RIA024B6R1637...16370,3 µm goldplated contactsDocumentsOperating instructions and Declaration of conformity (en) 562 kB, 20.01.2016Code: mrl_azm161i_enOperating instructions and Declaration of conformity (jp) 767 kB, 12.04.2016Code: mrl_azm161i_jpOperating instructions and Declaration of conformity (nl) 511 kB, 15.08.2012Code: mrl_azm161i_nlOperating instructions and Declaration of conformity (da) 504 kB, 27.08.2012Code: mrl_azm161i_daOperating instructions and Declaration of conformity (de) 565 kB, 20.01.2016Code: mrl_azm161i_deOperating instructions and Declaration of conformity (pl) 589 kB, 06.04.2016Code: mrl_azm161i_plOperating instructions and Declaration of conformity (es) 444 kB, 09.03.2016Code: mrl_azm161i_esOperating instructions and Declaration of conformity (pt) 510 kB, 27.08.2012Code: mrl_azm161i_ptOperating instructions and Declaration of conformity (sv) 498 kB, 27.08.2012Code: mrl_azm161i_svOperating instructions and Declaration of conformity(cs) 586 kB, 19.04.2016Code: mrl_azm161i_csOperating instructions and Declaration of conformity (it) 562 kB, 19.04.2016Code: mrl_azm161i_itOperating instructions and Declaration of conformity (fr) 567 kB, 28.04.2016Code: mrl_azm161i_frEAC certification (ru) 809 kB, 05.10.2015Code: q_6040p17_ruImagesProduct photoDimensional drawing (actuator)Actuating radiusActuating radiusK.A. Schmersal GmbH & Co. KG, Möddinghofe 30, D42279 WuppertalThe data and values have been checked throroughly. Technical modifications and errors excepted. Generiert am 13.06.2016 05:36:17h Kasbase 3.2.2.F.64I。

皮卡汀尼导轨

皮卡汀尼导轨皮卡汀尼导轨（Picatinny rail）皮卡汀尼导轨（Picatinny rail），又被称为MIL-STD-1913导轨或STANAG 2324导轨，中文简称皮轨，是一种安装在轻武器上的标准化附件安装平台。

皮卡汀尼导轨的名字源于最先测试它的美国新泽西皮卡汀尼军工厂（Picatinny Arsenal），并以此来区别当时其他的导轨标准。

导轨包括一系列凸起，横截面呈T字形，凸起之间是平滑的缺口。

凸起高度0.118英寸（合3.00毫米），凸起宽度0.188英寸（合4.78毫米），缺口宽度0.206英寸（合5.23毫米）。

导轨系统开始时是为大口径步枪设计的，好让其能够安装光学精确瞄准装置。

但随着上世纪80年代美军在M16步枪、M4卡宾枪上大量运用皮卡汀尼导轨，这种技术开始在轻武器设计中广泛应用。

由于皮卡汀尼导轨标准统一、结构灵活，不仅能将导轨加装于自动步枪机匣上方，还可加装于前护木的上、下、左、右四面，能妥善合理地将白光瞄准镜、夜视瞄准镜、战术灯、激光红点照准器、摄像头和前握把、两脚架等附件配置在枪的前护木四周，使有限的空间得到了合理的利用，又提高了自动步枪的人机工效性。

由于过去传统的燕尾槽式接口安装瞄准镜时，一般要求要安装到指定位置，且锁紧、固定装置复杂。

而皮卡汀尼导轨采用横向槽固定安装附件，一般没有附件定位的要求，锁紧、固定装置相对简单的设计出现后，更容易为人们所接受。

早期轻武器系统一般只包括枪，白天时由于光线好，瞄准时比较容易，但到了晚上，就很难发现目标。

一战时期瞄准镜开始出现，但直到二战后，也未大量配发部队，只有一些狙击手才有资格使用。

到60年代，瞄准镜的配发范围有所扩大，它使操作者能够更精确地向远距离目标射击，但射速也大大受到影响。

这些瞄准镜极为精确，虽然提高了瞄准的精确度，但也大大延长了瞄准时所耗费的时间，因此装配瞄准镜的轻武器当时主要供狙击手之类的专业士兵使用，而不作为标准装置配给普通士兵。

德国滚花标准

Knurling TechnologyThe company Hommel + Kellerwas founded in 1926 by the precision technician Jakob Keller and his business partner GeorgHommel. During the first years of its operation, the company specia-lised in the development, manu-facture and sales of measuring instruments. Already in the early stages, the two founders recognized a considerable demand for knurling tools and knurling wheels and consequently focused increasingly on customer orientated product developments and the brand name ZEUS.Today, the dominant part of the business continues to be the development of knurling techno-logy, resulting in continued sales through a long-term strategic marketing focus by the company.Apart from a continuing process of product optimization, providing the user with new and innovative solutions, Hommel + Kellerreinforces its service offerings on all markets.Apart from its core competence in knurling technology, Hommel and Keller’s diversification strategy has led to an expansion of its product portfolio. The product fields marking technology, profile marking technology, wobble broaching and contract manufac-ture constitute an important part of the company’s activities today. Hommel + Keller places great emphasis on a strong partnership with its qualified distributors around the world, but also sup-plies directly to a diversity of indu-stries, such as the high technology industry, the aviation industry or the medical engineering industry.23Our affiliate company …H+K Här-te– und Oberflächentechnik“ has specialised in the treatment of high-quality precision parts. With its full service in electroplating, salt bath and vacuum hardening,H+K offers its customers a profes-sional and economic solution for any requirements in surface treat-ment and hardening. Our aim is to offer all our custo-mers an optimal level of product benefits, product advice and customer service.We therefore place great empha-sis on further education and product training programmes,allowing our staff to keep up to date with the newest marketdevelopments and technologies.We are looking forward to a good cooperation with our partners and customers in the future!Knurling WheelsExperience the broad productrange of high precision ZEUSknurling wheels for form andcut knurling tools.ZEUS: Customer specificsolutions? Rely on us.Page 16 - 23Form Knurling ToolsConvince yourself of the superiorquality of ZEUS form knurlingtools.ZEUS: For all applications theperfect tool.Page 24 - 36Cut Knurling ToolsDiscover best results with ZEUScut knurling tools.ZEUS: For excellent visual qualityknurl profile.Page 37 - 46Special ToolsEconomize with ZEUS specialknurling tools according to yourspecifications.ZEUS: Individuality is our strengthPage 47 - 50Marking ToolsCapture new cost advantages withthe innovative ZEUS marking tools.ZEUS: The best solution for everyapplication.Order our special product cataloguefor ZEUS marking tools today.4Knurling profile (DIN 82)Knurling tool withknurling wheel (DIN 403)RGE 30°milled RKV Tool 131- ...U (KE)Tool 231- ...R (BR30°)Note: Knurling wheels marked with * are not standardizedRAA ( milled)Tool 291- ...M (AA)Tool 311- ...RH 45°(KAA)Tool 131- ...U (Form knurling wheel C) *Tool 131- ...U (Marking roll)Tool 131- ...U (Form knurling wheel HE) *Tool 241- ...M (1 x BL 15°, 1 x BR 15°)Tool 131- ...U (Form knurling wheel E) *Tool 131- ...U (Marking roll)Tool 312 (KAA)Front knurl RAA Form knurl C *Marking Marking RAAForm knurl HVRGE 45°(milled)Form knurl E5678Our experience values for the increase in material diameter through form knurling Knurling profile according to DIN 82:RAA (Profile on work piece)Knurling wheels according to DIN 403:AA (Profile for knurling wheels)RAARBL 30RBR 30Knurling profile according to DIN 82:RGE 30°(Profile on work piece)Knurling wheels according to DIN 403:BR 30°+ BL 30°(Profile for knurling wheels)RGENOTE: These values are guidelines only. Minor deviations may occur depending on material. Applies only to form knurling.Knurling profile according to DIN 82:RBL 30°/RBR 30°(Profile on work piece)Knurling wheels according to DIN 403:BR 30°/BL 30°(Profile for knurling wheels)9Cut KnurlingForm KnurlingNOTE: These values are approximate values only.Sufficient cooling and lubrication is necessary to prevent chips from being rolled in and to increase tool life of knurling wheels.10IllustrationPossible manufacturing methodswith knurling wheels according to DIN 403Profile can only be produced in radial tool direction (plunge knurling)Profile can only be produced in axial tool direction (feed knurling)Profile can be produced in axial and radial tool directionWork pieceWork pieceWork pieceKnurling profile RBRKnurling profile RBRKnurling wheel BLKnurling profile RAAKnurling profile RAAKnurling wheel BL swivelled 30°Knurling wheel BR swivelled 30Knurling wheel AA swivelled 30°Work pieceWork pieceWork pieceKnurling profile RBLKnurling profile RBLKnurling wheel BRKnurling wheel AA swivelled 30°Possible manufacturing methodsKnurling wheel AA swivelled 30°Knurling profile RGEWork pieceKnurling wheel AA swivelled 30°Knurling profile RGVWork pieceKnurling wheel GE11Possible manufacturing methods1213Characteristics according to machine typeCNC and conventional – centre height is integratedView xknurling wheel is not fixed above shank front edgecentre height is integratedView xCut Knurling – (swarf removal)Only suitable for some profiles.Axial tool direction only.Allocation of the ZEUS knurling tool type to the knurling profile on the work piece (DIN 82)Note:Knurling profiles marked with x cannot be produced with this tool type or in this machining plane.Conical knurls, certain profiles and markings can only be produced through axial machining with form knurling.14*When cut knurling restrictions apply with regard to profile possibilitiesForm Knurling– (without swarf removal)Suitable for all profiles.Radial and / or axial tool direction.15Knurling Wheels17The Knurling Wheel – DIN 403AA BL 30°BL 45°BR 30°BR 45°GE 30°GE 45°KEAA BL 30°BL 45°BR 30°BR 45°GE 30°GE 45°KE20GV 30GV 45°KV21Knurling Wheels DIN 403 – Cut KnurlingAA BL 15°BL 30°BR 15°BR 30°22Please fill in table and send to Hommel + Keller.KAA KBL KBR KGE KGVC DL E FL FRDRPlease fill in table and send to Hommel + Keller.23Form Knurling ToolsKnurling profileon work pieceDIN 82RAA RBL RBR RGE RGV RKE RKVZEUS Knurling Tool No. 130-08/10/12/14/16/20/70/75/80/85/90Application: Form knurling (without swarf removal), Plunge knurling(feeding possible for RAA; RBL and RBR)Suitable for all knurling patterns, profiles and markingsKnurling Wheels:All forms suitableType of Machine:•Lathe machines and auto lathes•Conventional•Centre height to be adjustedFeatures:•Special surface hardening for longer tool life time•Carbide pins:– higher speed rates– faster productionKnurling profile on work piece DIN 82RAARBLRBRRGERGVRKERKVZEUS Knurling Tool No. 131-08/10/12/16Application:Form knurling (without swarf removal), Plunge knurling (feeding possible for RAA; RBL and RBR)Suitable for all knurling patterns, profiles and markingsKnurling Wheels:All forms suitableType of Machine:•Sliding head auto lathes (screw machines) and small auto lathes•CNC and conventional •Centre height is integratedFeatures:•Knurl pins fixed by a screw – for a quick replacement of knurling wheels•Special surface hardening for longer tool life time •Carbide pins:– higher speed rates – faster production – prolonged lifeL = left R = rightKnurling profile on work piece DIN 82RAARBLRBRRGERGVRKERKVZEUS Knurling Tool No. 131-20/25/85/90Application:Form knurling (without swarf removal), Plunge knurling (feeding possible for RAA; RBL and RBR)Suitable for all knurling patterns, profiles and markingsKnurling Wheels:All forms suitableType of Machine:•Lathe machines and auto lathes•CNC and conventional •Centre height is integratedFeatures:•Knurl pins fixed by a screw – for a quick replacement of knurling wheels•Special surface hardening for longer tool life time •Carbide pins:– higher speed rates – faster production – prolonged lifeKnurling profileon work pieceDIN 82RAA RBL RBR RGE RGV RKE RKVZEUS Knurling Tool No. 132-08/10/12/16Application:Form knurling (without swarf removal), Plunge knurling(feeding possible for RAA; RBL and RBR)Suitable for all knurling patterns, profiles and markingsKnurling to a shoulderKnurling Wheels:All forms suitableType of Machine:•Sliding head auto lathes (screw machines) and small auto lathes•CNC and conventional•Centre height is integratedFeatures:•Special surface hardening for longer tool life time•Knurl pins fixed by a screw – for a quick replacement of knurling wheels•RAA RBL RBR RGE RGV RKE RKV ZEUS Knurling Tool No. 132-20/25/85/90 Application:Knurling Wheels:Type of Machine:Features:Knurling profileon work pieceDIN 82RAA RGEZEUS Knurling Tool No. 141-08/10/12/16Application:Form knurling (without swarf removal), Plunge and feed knurlingFor knurling on work piece according to DIN 82: RAA; RGE 30°; RGE 45°Knurling Wheels:RAA – 2 pieces AARGE 30°– 1 piece BL 30°/ 1 piece BR 30°RGE 45°– 1 piece BL 45°/ 1 piece BR 45°Type of Machine:•Sliding head auto lathes (screw machines) and small auto lathes•CNC and conventional•Centre height is integratedFeatures:•Modular system – universal knurling toolfor both left and right hand orientation•Easy handing by moving the knurling head to the reverse side•With flexible centering•Knurl pins and pivot pin fixed by a screw –for a quick replacement of knurling wheels / knurling head•Special surface hardening for longer tool life time•Carbide pins:– higher speed rates– faster production– prolonged lifeL +RL +RKnurling profileon work pieceDIN 82RAA RGEForm knurling (without swarf removal),Plunge and feed knurlingFor knurling on work piece according to DIN 82: RAA; RGE 30°; RGE 45°RAA – 2 pieces AARGE 30°– 1 piece BL 30°/ 1 piece BR 30°RGE 45°– 1 piece BL 45°/ 1 piece BR 45°•Lathe machines and auto lathes•CNC and conventional•Centre height is integrated•Modular system – universal knurling toolfor both left and right hand orientation•Easy handing by moving the knurling head to the reverse side•With flexible centering•Knurl pins and pivot pin fixed by a screw –for a quick replacement of knurlling wheels/knurling head•Special surface hardening for longer tool life time•Carbide pins:– higher speed rates– faster production– prolonged life32L +RRGE312Knurling profileRGEName:SpindleMaterial:Stainless Steel (1.4104)Knurling profile on component (DIN 82):RAA 0,4Application:Plunge knurling,without swarf removal Speed rate m/min:23Feed rate mm/rev:0,1Machine:Traub TNLTool:Knurling tool 161-12L100404Knurling wheel 10x4x4 P0,4343521No. 1192-12M15066821BHR0519192-15M25060821BHR0520192-20M25060821BHR0520Knurling profileon work pieceDIN 82RAA RGEZEUS Knurling Tool No. 192-12/15/20Application:Form knurling (without swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RAA; RGE 30°; RGE 45°Knurling to a shoulderKnurling Wheels:RAA – 3 pieces AARGE 30°– 2 pieces BL 30°/ 1 piece BR 30°RGE 45°– 2 pieces BL 45°/ 1 piece BR 45°Type of Machine:•Lathe machines, auto lathes, sliding head auto lathes (screw machines),rotary transfer machines•CNC and conventionalFeatures:•Two working areas by changing the position of the knurl holder– working area 1 = AB1– working area 2 = AB2•Scale for setting the work piece diameter•Fixing screws to set the diameter of the work piece•Available as a spare part: 1 set jaws for Tool No. 291–herewith the tool can be modified to a cut knurling tool•Further shank sizes and shank according to DIN 69880 Iavailable on demand•Low radial pressure on the work piece•– prolonged lifeAB21Bezeichnung:ÜberwurfmutterWerkstoff:Messing (CuZn39Pb3)Rändelprofil am Werkstück (DIN82):RGE 0,8 (30°)Anwendung:Einstich- und Längsrändeln - spanlose Umformung Schnittgeschwindigkeit:82Vorschub:0,08 / 0,18Maschine:Weiser - DrehmaschineEingesetztes Werkzeug:Rändelwerkzeug 141-20M200806Rändelrad BL30°20x8x6 T0,8Rändelrad BR30°20x8x6 T0,835Cut Knurling ToolsKnurling profile on work piece DIN 82RAARBLRBRZEUS Cut Knurling Tool No. 231-08/10/12/16Application:Cut knurling (swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RAA; RBR; RBLKnurling Wheels:RAA – 1 piece BL 30°(for 231-L); RAA – 1 piece BR 30°(for 231-R)RBR 30°– Form AA (for 231-R); RBL 30°– Form AA (for 231L)Type of Machine:•Sliding head auto lathes (screw machines) and small auto lathes•CNC and conventional •Centre height is integratedFeatures:•Adjustment of the clearance angle with set screws in the shank•Fine adjustment for straight knurling with adjustable knurling head •Special surface hardening for longer tool life time •Carbide bushings: – higher speed rates – faster production – prolonged lifeNo.1231-20L25060821BHR0187231-20R25060821BHR0187231-25L25060821BHR0188231-25R25060821BHR0188231-25L42131621BHR0473231-25R42131621BHR0474Knurling profile (for 231-R)– Form AA (for 231-L)21Name:NutMaterial:Brass (CuZn39Pb3)Knurling profile on work piece (DIN 82):RGE 0,8 (30°)Application:Feed knurling, swarf removal Speed rate m/min:90Feed rate mm/rev:0,14Machine:Gildemeister NEFTool:Knurling tool 240-20M250608Knurling wheel 2xAA 25x6x8 P0,840RGEZEUS Cut Knurling Tool No. 240-16/20Application:Cut knurling (swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RGE 30°; RGE 45°Knurling Wheels:RGE 30°– 2 pieces AARGE 45°– 1 piece BL 15°/ 1 piece BR 15°Type of Machine:•Lathe machines and auto lathes•Conventional•Centre height to be adjustedFeatures:•Easy setting and adjustment•Adjustment of diameter is made at central setting screw with setting scale•Scale for setting the work piece diameter – for an even profil depth •Fine adjustment for positioning the cut knurling head •Special surface hardening for longer tool life time •Carbide bushings: – higher speed rates – faster production – prolonged life21Name:RollMaterial:Steel ST56Knurling profile on work piece (DIN 82):RGE 1,6 (30°)Application:Feed knurling, swarf removal Speed rate m/min:71Feed rate mm/rev:0,2Machine:Böhringer V6Tool:Knurling tool 240-40M321316Knurling wheel 2xAA 32x13x16 P1,641ZEUS Cut Knurling Tool No. 240-40/60Application:Cut knurling (swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RGE 30°; RGE 45°Knurling Wheels:RGE 30°– 2 pieces AARGE 45°– 1 piece BL 15°/ 1 piece BR 15°Type of Machine:•Lathe machines and auto lathes•Conventional•Centre height to be adjustedFeatures:•Scale for setting the work piece diameter•Fine adjustment for positioning the cut knurling head – for an even profile depthZEUS Cut Knurling Tool No. 241-08/10/12/16Application:Cut knurling (swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RGE 30°; RGE 45°Knurling Wheels:RGE 30°– 2 pieces AARGE 45°– 1 piece BL 15°/ 1 piece BR 15°Type of Machine:•Sliding head auto lathes (screw machines) and small auto lathes•CNC and conventional •Centre height is integratedFeatures:•Easy setting and adjustment•Adjustment of diameter is made at central setting screw with setting scale•Scale for setting the work piece diameter•Fine adjustment for positioning the cut knurling head – for an even profile depth•Special surface hardening for longer tool life time •Carbide bushings: – higher speed rates – faster production – prolonged lifeL = leftR = rightNo.1241-16M15040821BHR0439241-20M15040821BHR0012241-25M15040821BHR0441241-20M25060821BHR0029241-25M25060821BHR0363ZEUS Cut Knurling Tool No. 241-16/20/25Application:Cut knurling (swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RGE 30°; RGE 45°Knurling Wheels:RGE 30°– 2 pieces AA /RGE 45°– 1 piece BL 15°/ 1 piece BR 15°Type of Machine:•Lathe machines and auto lathes21Name:NutMaterial:Brass (CuZn39Pb3)Knurling profile on work piece (DIN 82):RGE 0,8 (30°)Application:Feed knurling, swarf removal Speed rate m/min:110Feed rate mm/rev:0,13Machine:OkumaTool:Knurling tool 241-30R250608Knurling wheel 2xAA 25x6x8 P0,844No.1241-30L25060821BHR0145241-30R25060821BHR0146241-40L25060821BHR0147241-40R25060821BHR0148241-50L25060821BHR0149241-50R25060821BHR0150ZEUS Cut Knurling Tool No. 241-30/40/50Application:Cut knurling (swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RGE 30°; RGE 45°Knurling Wheels:RGE 30°– 2 pieces AARGE 45°– 1 piece BL 15°/ 1 piece BR 15°Type of Machine:•Lathe machines and auto lathes•CNCFeatures:•Easy setting and adjustment•Adjustment of diameter is made at central setting screw with setting scale•Scale for setting the work piece diameter•Fine adjustment for positioning the cut knurling head •Detachable setting aid for optical pre-setting •Connection for coolant•Shank according to DIN 69880 I•Special surface hardening for longer tool life time •Carbide bushings: – higher speed rates – faster production – prolonged life21ZEUS Cut Knurling Tool No. 251-08/10/12/16Application:Cut knurling (swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RGE 30°; RGE 45°Knurling Wheels:RGE 30°– 2 pieces AARGE 45°– 1 piece BL 15°/ 1 piece BR 15°Type of Machine:•Sliding head auto lathes (screw machines) and small auto lathes •CNC and conventional•Centre height is integratedFeatures:•Special surface hardening for longer tool life time•Carbide bushings:– higher speed rates– faster production– prolonged lifeAB21No. 1291-12M10030621BHR0521291-15M15040821BHR0522291-20M15040821BHR0522Special Tools45Name:Windscreen wiper spindleMaterial:C45PbProfile on work piece (DIN82):AA 0,6Application:Plunge knurling – without swarf removalSpeed rate m/min:28Feed rate mm/rev:0,06Machine type:CitizenC16Tool:Knurling tool 311-10Knurling KAA 15x6x4 P0,648Knurling profileon work pieceDIN 82RAA RBR RBL RGE RGVZEUS Knurling Tool No. 311/312Application:Form knurling (without swarf removal),Face knurling, Conical knurlingKnurling Wheels:RAA – 1 piece KAARBR – 1 piece KBLRBL–1 piece KBRRGE 30°/45°– 1 piece KGVRGV 30°/45°– 1 piece KGECustom made knurling wheels – see page 22Type of Machine:•Tool design according to machine requirementsFeatures:•Special surface hardening for longer tool life timefull angle49RBLRBRRGERKVZEUS Knurling Tool No. 330-10/14/16 UApplication:Form knurling (without swarf removal), Internal knurling Suitable for all knurling patterns, profiles and markingsKnurling Wheels:All forms suitableType of Machine:•Lathe machines and auto lathes•Conventional•Centre height is integratedFeatures:•Special surface hardening for longer tool life time•Carbide pins:– higher speed rates – faster production – prolonged lifeName:BoltMaterial:Stainless Steel (1.4305)Knurling profile on work piece (DIN 82):RGE 0,5 (30°)Application:Feed knurling, swarf removalSpeed rate m/min:18Feed rate mm/rev:0,11Machine:Eubama – Rotary transfer machineTool:Knurling tool 391-25Knurling wheel 2xBL30°10x4x4 P0,5Knurling wheel 1xBR30°10x4x4 P0,550Knurling profileon work pieceDIN 82RAA RGEZEUS Knurling Tool No. 391-00Application:Form knurling (without swarf removal), Feed knurlingFor knurling on work piece according to DIN 82: RAA; RGE 30°; RGE 45°Knurling Wheels:RAA – 3 pieces AARGE 30°– 2 pieces BL 30°/ 1 piece BR 30°RGE 45°– 2 pieces BL 45°/ 1 piece BR 45°Type of Machine:•Lathe machines, auto lathes, sliding head auto lathes (screw machines),rotary transfer machines•CNC and conventionalFeatures:•To insert into hand or machine die holder•The die dimensions are in keeping with thoseof standard threading dies•According to customer requirements –Designed according to exact diameter and pitch of the work piece•Low radial pressure on the work piece•Special surface hardening for longer tool life time。

米思米MISUMI_2015_样册_5直线轴承

中型
双衬型
直柱型
－
－
加长型
刊载页码
－
P.232·234
法兰型
－
－
－
P.240·242
直线轴承既有产品
˙直柱型·法兰型
特长：利用滚珠的滚动实现无限直线运动的直动机构。
ボ⨔リ
E 旋转运动时请选择线性滚珠衬套DP.256。
ーニ
ルア
スブ
型
プッ
短型
ラシ
イュ
ン
单衬型
直柱型
紧凑型带MX
形状图中型
2润滑脂性能表
项目
增稠剂
润
基础油
滑脂
基油粘度
的性能
混合稠度滴点蒸发量
离油度
使用温度
条件
－－
40℃ 100℃
－
－
99℃×22hr 100℃×24hr
大气中
单位－－
mm2/s
－ ℃ wtˋ wtˋ ℃
测量方法－－
JIS K2220 5.19
JIS K2220 5.3 JIS K2220 5.4
－ JIS K2220 514
－
L型芳香族双聚尿素乙醚类合成油
103
12.8
280 ＜260 0.15ˋ 1.2ˋ －40～200
2灰尘量比较
灰尘量(个／cf)
140 120 100
灰尘量比较(0.3μm以上) 普通型 G型
80
60
40
20
0 0 10 20 30 40 50 60 70 80 小时(hr)
法兰型
价格指数比较
既有产品

C-VALUE产品

Cutler-Hammer固态DC注射刹车切断器安装与运行说明书

FOR YOUR SAFETYOnly qualified personnel should install this equipment, after first reading and understanding all the information in this manual. All instructions should be strictly adhered to. The user should consult Cutler-Hammer or a representitive for clarification of the contents of this manual should any doubt or questions arise.The installation of this equipment must be conducted in accordance with all national, regional and local electrical codes.All drawings and technical representations included in this manual are for typical installations and should not in any way be considered for specific applications or modifications. Consult Cutler-Hammer for supplemental instructions.Cutler-Hammer Canada accepts no liability for any consequences resulting from inappropriate, negligent or incorrect installation, application or adjustment of this equipment.The contents of this manual are believed to be correct at the time of printing. In following with our commitment to the ongoing development and improvement of our products Cutler-Hammer reserves the right to change the specification of this product and/or the content of this instruction manual without notice....1 DESCRIPTION..............................................PAGE 1......1.1 OVERVIEW..........................................................PAGE 1......1.2 APPLICATION NOTES...............................................PAGE 2......1.3 CONTROLS..........................................................PAGE 31.3.1 CA398-3 LOGIC........................................................PAGE 3......1.3.2 CA398-3 REGULATION...............................................PAGE 3.........2 SPECIFICATIONS..........................................PAGE 52.1 POWER RATING.....................................................PAGE 5............2.2 CURRENT AND FUSE RATING......................................PAGE 52.2.1 NOTES.................................................................PAGE 5......2.3 SERVICE CONDITIONS..............................................PAGE 6............2.4 DIMENSIONS........................................................PAGE 6......2.5 SCR INSTALLATION SPECIFICATIONS.............................PAGE 72.5.1 SCR TIGHTENING PROCEDURE.....................................PAGE 7.........3 CARD FUNCTIONS.........................................PAGE 9......3.1 CARD LAYOUT......................................................PAGE 9......3.2 LED AND NEON INDICATIONS......................................PAGE 9....3.3 ADJUSTMENTS......................................................PAGE 103.3.1 POTENTIOMETERS...................................................PAGE 10....3.3.2 LINK SELECTION.....................................................PAGE 10....3.3.3 PUSHBUTTON.........................................................PAGE 10........3.4 TERMINALS.........................................................PAGE 113.4.1 CUSTOMER TERMINALS.............................................PAGE 11....3.4.2 TERMINALS FOR INTERNAL USE...................................PAGE 11........3.5 FAULTS..............................................................PAGE 123.5.1 PHASE LOSS...........................................................PAGE 12....3.5.2 INSTANTANEOUS OVER CURRENT (IOC)..........................PAGE 12....4 INSTALLATION AND START UP.............................PAGE 13..4.1 INSPECTION........................................................PAGE 13....4.2 SAFETY PRECAUTIONS.............................................PAGE 13....4.3 MOUNTING GUIDELINES............................................PAGE 13....4.4 WIRING GUIDELINES...............................................PAGE 14....4.5 START UP...........................................................PAGE 14....4.5.1 CHECKS BEFORE POWER-UP........................................PAGE 14....4.5.2 WITH POWER ON.....................................................PAGE 15....5 TYPICAL CONNECTIONS...................................PAGE 17..5.1 STAND ALONE DC INJECTION UNIT WITH ZERO SPEED DISABLE PAGE 17....5.2 TRU-START STARTER WITH DC INJECTION.......................PAGE 18....5.3 REVERSING TRU-START STARTER WITH DC INJECTION, 125 AMPSAND BELOW.............................................................PAGE 19..5.4 REVERSING TRU-START STARTER WITH DC INJECTION, 200 AMPSAND ABOVE..........................................................PAGE 20....6 SPARE PARTS.............................................PAGE 21..1DESCRIPTION1.1OVERVIEWThe TRU-START DC Injection braking units provide smooth braking for AC induction motor. The brake units offer adjustable braking because they are current controlled. Unlike a mechanical brake, an electrical brake will never wear out. The brake operates by injecting DC current in two phases of the motor to rapidly decelerate it to zero speed.These units can be supplied as an option to the TRU-START solid state starter, or as stand alone units for new or retrofit installations.Cutler-Hammer TRU-START DC Injection braking modules offer a unique combination of features that make it very reliable, easy to use, and energy efficient. These features include: Closed Loop Current Regulation:The brake, operating with a closed loop current regulator, provides consistent torqueevery time. This torque is independent of line voltage variations.Direct Power Connection:The brake's power input is connected directly to the AC line, and the power output isconnected directly to the motor, no contactors are required. The unit adapts itself toany input voltage between 200 and 600 VAC with no adjustments required.Efficient Power Circuit:The power circuit is an efficient four Silicon Controlled Rectifier ( SCR )configuration which uses some of the SCR's as a "free wheeling diode", thusmaximizing the DC current through the motor coils generated by the AC inputcurrent.With every benefit there is usually a trade-off. Although the TRU-START DC Injection brake unit will neverwear out like a mechanical brake, the trade-off is that should there be a loss of power, the brake unit will not operate without battery back-up. Cutler-Hamer can supply a reliable battery back-up to overcome this disadvantage.Braking is initiated when the motor starter is opened and the voltage across the motor has dropped to below 30% or 80% of the line supply. DC injection is removed after an adjustable period has elapsed. It does not provide zero speed sensing, although a normally closed contact from a zero speed switch may be connected to the Disable Input.If braking is released before the motor stops, the motor will coast to rest. If the braking remains on after the motor stops, the DC supply will provide a holding brake.1.2APPLICATION NOTESThe motor torque/speed characteristic of an induction motor under DC supply is similar to the normal curve published for constant frequency, at 50 or 60 Hz, but this time having "synchronous speed" zero RPM. This is illustrated below.For smooth braking the DC current is typically adjusted to 300% of the motor nameplate current. The stopping time depends on the torque setting and also the inertia of the mechanical system.Electric braking is not recommended for continuous or repetitive operation. The kinetic energy of the mechanical system is transformed into heat during braking ( energy conservation ). That heat is dissipated in the rotor of the motor.On wound rotor motors the external rotor resistance will absorb most of the energy. On squirrel cage motors, overheating of the motor is a real danger if frequent operation is used.Keeping DC current on the motor stator for a short time after the motor has stopped is quite acceptable. The heat produced by the I2R losses are not significant, and they are dissipated in the stator only, not in the rotor where the rotational energy is dissipated.1.3CONTROLSThe OP-STOP unit contains two major parts, the power circuit and the control card.The power circuit is a 4 SCR single phase full wave controlled rectifier. This configuration optimizes the DC current injected to the motor per input current.The control is contained in a single PC board, CA398-3. This board is common to all Cutler-Hammer DC Injection models.1.3.1CA398-3 LOGICDC injection will be applied to the motor when two conditions are met. The starter isopened and the motor terminal voltage has decayed to 30% or 80%, jumper dependent,of the line voltage. The starter can not be energized for a period of 1-2 seconds afterthe DC injection cycle.This design has the significant advantage that the braking module will remain off in thecase of having an open auxiliary contact from either a broken wire or faulty contact.The braking action can be externally defeated at any time by applying 115 VAC to theDisable Input.The braking action is inhibited when an instantaneous over current is detected. TheIOC fault is detected and latched until the Reset switch is pressed. A form C relaycontact is available to interlock the brake unit from the motor starter. The startercannot be energized while DC current is being applied to the motor or during a faultcondition.1.3.2CA398-3 REGULATIONThe brake module operates in current control at all times. The current is adjusted via aninternal potentiometer and the current feedback signal is generated by a currenttransformer mounted on the AC line. A unique circuitry reconstructs the free wheelingcurrent in the DC output for accurate current regulation.The output of the current regulator is used in a comparator circuit that performs thephase control on two SCR's. The other two SCR's are fully phased on to provide freewheeling action, minimizing the ripple current.Two opto-couplers are used to generate the line synchronization signal. Each optooutput is used to generate a ramp that is used in the comparator with the currentregulator output.The motor voltage feedback is used to sense voltage levels for proper sequencing andnot to perform any regulation.2SPECIFICATIONS2.1POWER RATINGPOWER200-600VAC, 50/60 HzCONTROL115 VAC@50 Hz or 120 VAC@60 Hz, 10VARATING Intermitent duty, See Section 2.2300% for 30 seconds, once every 30 minutesAll models have 1600V PIV SCR'sCONTACTS DC injection relay contacts rated at 1A, 120VACPROTECTION Short circuit by HRC fuses or circuit breaker(supplied upon request)Voltage surge protection by snubber's and MOV's across the SCR's2.2CURRENT AND FUSE RATINGCURRENT RATINGDCI MODEL AMPS MOTORHP @ 575 VMOTORHP @ 460VFUSEAMPSSCRTYPETRU-020-DCI 20201520ModuleTRU-040-DCI 40 403040ModuleTRU-080-DCI 75 756080ModuleTRU-125-DCI 125125100125 ModuleTRU-200-DCI 200200150200DiscTRU-300-DCI 300300250300DiscTRU-500-DCI 500500400500Disc2.2.1NOTES2.2.1.1The HP listing is for reference only. For proper selection use the current rating.2.2.1.2The fuses recommended are Class J time-delay type. This fuse is beingsuggested even though it may not protect the SCR in an output shortedcondition while braking. It will protect the unit when starting to operate into ashorted output. In the case of a shorted SCR, the fuse is there to clear the faultonly.2.2.1.3The RMS AC line current is equal to : AC RMS = DC Amps x √ Duty CycleAssuming 10A motor, TRU-START DC Injection set at 300% current (30 A DC),free wheeling for 70% of the cycle, then the AC current is 16A.2.2.1.4All TRU-START DC Injection models are built without cooling fans because theyare short duty rated.2.3SERVICE CONDITIONSELEVATION For altitudes in excess of 2000 meters / 6600 feet above sea level,all assemblies must be derated 1% for every 100 meters / 330 feetaboveAMBIENT TEMPERATURE Do not install in areas where ambient temperature falls below 0°C / 32°F or exceeds 40°C / 104°F2.4DIMENSIONSDCI MODELHeight × Width × DepthCHASSIS NEMA 1 / NEMA 12TRU-020-DCI41cm × 22cm × 15cm41cm × 22cm × 18cm16" × 8.5" × 6"16" × 8.5" × 7"TRU-040-DCI 43cm × 27cm × 19cm43cm × 30cm × 27cm 17" × 10.5" × 7.5"17" × 12" × 10.5"TRU-080-DCI 43cm × 27cm × 22cm43cm × 30cm × 27cm 17" × 10.5" × 8"17" × 12" × 10.5"TRU-125-DCI 53cm × 27cm × 24cm53cm × 30cm × 27cm 21" × 10.5" × 8.5"21" × 12" × 10.5"TRU-200-DCI 28cm × 33cm × 27cm61cm × 61cm × 30cm 11" × 13" × 10.5"24" × 24" × 12"TRU-300-DCI 42cm × 37cm × 28cm76cm × 61cm × 30cm 16.5" × 14.5" × 11"30" × 24" × 12"TRU-500-DCI 45cm × 42cm × 36cm76cm × 61cm × 30cm 17.5" × 16.5" × 14"30" × 24" × 16"NOTE : For dimensions of TRU-START DC Injection units in conjunction with solid state C-H's starter, refer to the TRU-START manual reversing chassis dimensions.2.5 SCR INSTALLATION SPECIFICATIONS2.5.1SCR TIGHTENING PROCEDURE2.5.1.1Clean both heat sink and SCR surfaces.2.5.1.2Apply a thin layer of joint compound (Noalox) to both SCR surfaces.2.5.1.3Observe correct SCR polarity.2.5.1.4Install SCR so that roll pins engage dimples on both sides of the SCR.2.5.1.5Tighten clamp bolts evenly until finger-tight.2.5.1.6Tighten each bolt according to table below (based on number of spring bars andsize of bars).* Note : SMALL clamps are 4.25 inches / 10.5 cm and LARGE clamps are 5 inches /12.5 cm.CLAMP SIZE SPRING BARS BOLT TURNS PASTFINGER TIGHTSMALL10.8SMALL21LARGE3 1.8LARGE4 1.83CARD FUNCTIONS3.1CARD LAYOUT3.2LED AND NEON INDICATIONSLED NAME COLOUR DESCRIPTIONLD 1DC INJCT RED On when unit is brakingLD 2PWR GREEN Must be On when 115 VAC is appliedLD 3IOC RED Instantaneous Over-Current fault indicationwhen illuminatedNE1PHASE OK ORANGE Phase loss indication when neon not glowing3.3ADJUSTMENTS3.3.1POTENTIOMETERSPOT NAME RANGE DEFAULTSETTINGDESCRIPTIONRV1BRAKINGTIME 1-60 sec30%Adjust the braking timeCW rotation increases the timeRV2TORQUE100-300%50%Adjust DC currentCW increases the braking torque(current)3.3.2LINK SELECTIONLINK NAME POSITION DESCRIPTIONJP1VOLTAGELEVEL LO(Normal)Braking action starts when motor starter has openedand the motor terminal voltage has decreased to 30%of the line voltage.HI Braking action starts when motor starter has opened and the motor terminal voltage has decreased to 80%of the line voltage. See important notes below.HI setting is only used when the stopping time is critical and must be around 1-2 seconds. For this application 300% DC current is not adequate. Consult factory before using this jumper position.When the DC Injection unit is set on the HI level a current surge could occur due to the motor CEMF and the free wheeling action of the power circuit.3.3.3PUSHBUTTONPUSHBUTTON NAME DESCRIPTIONSW1RESET Reset IOC fault trip3.4TERMINALS3.4.1CUSTOMER TERMINALSTERMINAL NO.DESCRIPTIONJ2L1, N115 VAC control voltage input, L1 being hot and N, neutralL1 input is protected with internal fuse, 1A 250VAC J41, 2115 VAC supply for external interlock contacts3 A normally open contact from the motor starter auxiliary mustbe connected between this teminal and terminals 1 or 2 to sensewhen the starter is de-energized to enable braking actionWhen using a TRU-START starter in conjuction with the DCInjection, this terminal is to be jumpered to terminal 1 or 24When 115VAC from terminals 1 or 2 is applied to this input,braking is disabled5Common DCI relay contactThe Form-C relay is de-energized while braking and when afault exists6Normally open DCI relay auxiliary contact7Normally closed DCI relay auxiliary contactR71, 2Burden resistor terminals for calibration of DC injection currentSee table in Section 4.43.4.2TERMINALS FOR INTERNAL USETERMINAL NO.DESCRIPTIONJ124V, COM This terminal is used by C-H as a 24V input to providebattery back up for DC injection in case of power loss J31, 2CURRENT FBKFrom current transformer for motor current feedback J51, 2MOTOR VFBKFrom T1, T2 motor terminals for motor voltage feedback SCR1G1, K1Gate connection to SCR 1SCR2G2, K2Gate connection to SCR 2SCR3G3, K3Gate connection to SCR 3SCR4G4, K4Gate connection to SCR 4OPT1-20Provided for ribbon cable link to TRU-START starterThis provides signals from the TRU-START to the DCI thatindicate the run status of the starter, replacing the auxiliaryinput and prevents starting during DC injection or a fault3.5FAULTSWhen a fault exists the DC Injection DCI relay is de-energized, preventing a properly interlocked starter from being activated. When an TRU-START DC Injection is used in conjunction with a C-H starter, this interlock is also carried out through signals passed by energized the ribbon cable at OPT. When no faults exist and DC injection is not active, the DCI relay is energize. Therefore, if the 115 VAC supply is not present the "fail-safe" interlock will prevent the use of the starter. The faults are explained below.3.5.1PHASE LOSSIf the single phase power ( 200-600V ) to L1 and L2 terminals is not present, NE1 willbe off and the DCI relay de-energized. When this condition is corrected the unit willallow the starter to be energized.3.5.2INSTANTANEOUS OVER CURRENT (IOC)If the current feedback exceeds 1000% of the current setup by the burden resistor (Rb),the unit will trip on IOC and de-energize the DCI relay. LD2 will be illuminated toindicate an IOC fault and is reset via SW1, RESET. Causes of this fault may be ashorted output or simply a burden resistor sized too small. Refer to Section 4.4 forburden table.4INSTALLATION AND START UP4.1INSPECTIONThe DC Injection unit has been packaged to protect it from damage caused by normal handling during shipping, however mishandling may cause damage to the DC Injection unit.Unpack the unit as soon as it is received and check for any shipping or storage damages. If damage is found notify the carrier. Any damage claim must be filed by the customer since all shipments are F.O.B. Cutler-Hammer plant unless otherwise specified.If the DC Injection unit is not installed when received, store it in a clean, dry, well ventilated area, free from heat, humidity, oil, dust and metal particles.4.2SAFETY PRECAUTIONSgrounded properly. An incoming circuit breaker or disconnect switch must be locked open before wiring and servicing this electrical brake, motor, or other related equipment. This equipment must be installed and serviced only by qualified personnel, familiar with this unit.The user is responsible for ensuring that proper short circuit protection is provided by either a circuit breaker or HRC fuses.4.3MOUNTING GUIDELINESStandard Nema 1 DC Injection units must be installed indoors in a well ventilated area,free from heat, humidity, oil, dust and metal particles.One foot of clearance must be kept around the perimeter of the unit in a naturally cooled setup. The equipment must be mounted away from any heat source. See Section 2 for additional specifications and derating. Be aware that the heatsink may reach temperatures of 70°C / 158°F during normal operation. Do not install the unit in contact with any material that can not accept this temperature.The DC Injection Unit must be mounted vertically and where it will not experience excessive shock or vibration.4.4 WIRING GUIDELINESFollow all local electrical codes for installation requirements and wire sizing. Size the power wiring as per local code and on long wire runs it is recommended to use a larger wire size.Power factor correcting capacitors MUST NOT be connected to the DC Injection unit output.If desired, they must be connected on the line side of the unit. Capacitors can be connected before starting or preferably after the motor has reached full speed.For short-circuit fuse protection refer to the table in Section 2.4.5START UP4.5.1CHECKS BEFORE POWER-UP4.5.1.1Ensure that all electrical connections are completed as shown on schematics insection 6, and that connections are properly tightened. The most importantconnection is the interlock between the DC Injection unit and the starter.4.5.1.2Ensure that the burden resistor is equal or larger than the value listed in thefollowing table or calculated by the following equation :Rb = Effective Current Transformer Ratio ÷ Motor Nameplate Amps4.5.1.3Set JP1 link to LO.4.5.1.4Adjust RV2, braking torque, and RV1, braking time, to 50%.4.5.1.5Install a Disable switch between terminals 2 and 4 of J3 in the open position.Switch is to be closed once the motor has reached zero speed or if anyproblems occur during braking.4.5.1.6If a Disable switch is not used, then set RV2 to 30%, about 20 seconds orlower.WARNINGDO NOT OPEN LOAD SIDE DISCONNECTING DEVICE DURINGDC INJECTION CYCLE. FAILURE TO OBSERVE THIS WARNINGWILL RESULT IN DAMAGE TO THE DISCONNECTING DEVICEAND MAY CAUSE PERSONAL INJURY.MODEL MOTORAMPSBURDENRESISTOR (¼ W)EFFECTIVE CTRATIOTRU-015-P c/w DCI 1068 Ω750 : 11547 ΩTRU-020-DCIorTRU-030-P c/w DCI 2039 Ω750 : 1 3027 ΩTRU-040-DCI orTRU-050-P c/w DCI 4039 Ω1500 : 1 5033 ΩTRU-080-DCI or TRU-080P c/w DCI 6039 Ω2500 : 1 8033 ΩTRU-125-DCI orTRU-125-P c/w DCI 10027 Ω2500 : 1 12522 ΩTRU-200-DCI orTRU-200-P c/w DCI 15018 Ω2500 : 1 20012 ΩTRU-300-DCI orTRU-360-P c/w DCI 20027Ω5000 : 1 30018 ΩTRU-500-DCI orTRU-500-P c/w DCI 40022 Ω8500 : 1 50018 Ω4.5.2WITH POWER ON4.5.2.1Run the motor up to full speed and command the starter off. If the motorreaches zero speed from the DC injection cycle, close the switch to the DisableInput to disable the braking.4.5.2.2Re-adjust the braking torque pot, RV2, if the actual braking time has to beincreased or decreased to bring the motor to zero speed.4.5.2.3Once the braking torque is set, then adjust RV1 to match the DC injection timewith the actual stopping time of the motor. Typically, the injection should ceasewhen the motor is at zero speed or shortly after. LD1, DC INJCT is anindication of braking. Each 10% graduation in RV1 corresponds toapproximately 6 seconds.WARNINGALLOW TIME FOR THE MOTOR TO COOL BEFORE ANOTHERSTART / STOP SEQUENCE IS INITIATEDFREQUENT START / STOP COULD CAUSE MOTOR DAMAGEDUE TO OVERHEATING5TYPICAL CONNECTIONS5.1STAND ALONE DC INJECTION UNIT WITH ZERO SPEED DISABLE5.2TRU-START STARTER WITH DC INJECTION125 AMPS AND BELOW200 AMPS AND ABOVE6SPARE PARTSMODEL CTRATIOCTPART NO.SCRPART NO.SNUBBERCARDCONTROL CARDDESCRIPTIONTRU-020-DCI 1500:1T261123N10SP03CA524CA398-3 TRU-040-DCI 1500:1T261123N10SP06CA524CA398-3 TRU-080-DCI 2500:1T262230N10SP16CA524CA398-3 TRU-125-DCI 2500:1T262230N20SP06CA524CA398-3 TRU-200-DCI 2500:1T262230N728452CA232CA398-3 TRU-300-DCI 5000:1T265320N718602CA232CA398-3 TRU-500-DCI 8500:1T268320N718133CA232CA398-3Company Information1-800-498-2678, or visit www.cutler-hammer.ca .more than 50 countries. For more information visit .。

Midmark M9和M11 UltraClave 自动蒸汽蒸汽蒸汽器说明书

M9&M11U L T R A C L A V E®W H A T D O Y O U W A N T I N A S T E R I L I Z E R?n Fast and easy use for efficient instrument processingn Reliability and effectiveness for infection control assurancen Patented automatic opening door for efficient instrument dryingn Maximum space utilization and a complementary designfor your sterilization areaOur full line of sterilizers addresses all of your critical sterilizationneeds. In fact, we’re sure you’ll find a Midmark sterilizer that’s justright for your practice.R E L I A B L EThe Midmark M9 and M11 UltraClave® AutomaticSterilizers make sterilization reliable and efficient.T oday, more than ever, you need reliable and easy to useproducts from a trusted partner who understands yoursterilization needs. The Midmark M9 and M11 UltraClave®Automatic Sterilizers are specifically designed andengineered to meet those needs. The intuitive display andsimple prompts help you easily select the cycle you needwhether it is for unwrapped items, pouches, packs orhandpieces. Once the sterilization process is complete,the door conveniently opens automatically and quietly todissipate steam and provide fast and efficient drying ofyour instruments.Create peace of mind by making the dental market’s leadingsterilizers – the Midmark M9 and M11 UltraClave® – yourpreferred office choice.NOTE: Cycle times are approximate and may vary depending on instrument loads.Preset drying is 30 minutes but can be programmed from 0 to 60 minutes.Pouch RackM9 - 1 pouch rackM11 - 2 pouch racksVertical Cassette Rack(M11 only)Holds four 8" x 11" and four3" x 8" cassettes.Horizontal Cassette Rack(M11 only)Holds four 8" x 11" and four3" x 8" cassettes.Pulse-air Removal T echnologyThe Steam-Flush Pressure-Pulse Air Removal System is soefficient that it can pass the air removal tests required on morecomplex vacuum steam sterilizer systems, ensuring good steampenetration for those challenging loads. Plus, less complexitymeans better reliability and a cost effective solution for yoursterilization needs.Convenience at a GlanceThe LCD display indicates cycle selected, cycle temperature andexposure time. When the cycle enters sterilization mode, thetemperature, pressure and the remaining cycle time is displayed.Remaining cycle time is also displayed in the dry mode.Note: Temperature & pressure are not displayed during dry mode.No More Wet InstrumentsOnce sterilization is complete, the door opens automatically andquietly to dissipate steam and dry your instruments. You’ll havedry, sterile instruments every time.Safety FeaturesIf the door is not closed completely or the reservoir water levelis low, the LCD display will provide the appropriate message.In either case, sterilization will not continue until you’veattended to the unit.Ease of Draining & FillingFor ease of draining and filling, both the M9 and M11’sreservoir fill port and drain tube are in the front of the unit,not on top or in back.Optional Printer AccessoryThe M9 and M11 printer accessory provides a permanentrecord of cycle times, temperatures and pressures duringa cycle.Self Program ControlsProgrammable controls allowfor creation of different cycleparameters. Programmablebuttons allow you to changethe following: Exposure Time(3 to 90 minutes), T emperature(230 to 275º F), Dry Time (0to 60 minutes) and Vent (slowor fast). The #1 and #2 buttonsallow you to store the changeif desired.Pre-Programmed ControlsFour pre-programmedsterilization cycle controls:Unwrapped (132º C or 270º Ffor 3 minutes), Pouches (132ºC or 270º F for 5 minutes),Packs (121º C or 250º F for30 minutes), Handpieces(unwrapped and pouched)(132º C or 270º F for6 minutes).LCD DisplayIndicates cycle selected,temperature and exposuretime. During the cycle,the display shows messagesdescribing status of cycle.When the cycle enterssterilization mode, remainingtime is displayed as well astemperature and pressure.Cycle Start ButtonInitiates selected cycleManual Stop ButtonT erminates selected cycleor functionMidmark is an ISO 13485 and ISO 9001 Certified Company.For more information or a demonstration, contact your Midmark dealer or call: 1-800-MIDMARK Fax: 1-877-725-6495Outside the U.S.A. call: 1-937-526-3662 Fax: 1-937-526-8214 or visit our website at © 2007 Midmark Corporation60 Vista Drive P .O. Box 286 Versailles, Ohio 45380-0286 Products subject to improvement changes without notice Litho in U.S.A. 007-0640-00 Rev. E1 (8/13)SpecificationsM3 UltraFast® Automatic SterilizerThe Midmark M3 UltraFast ® Automatic Sterilizer is everything you need in an autoclave. Sterilize unwrapped instruments in 6 minutes, pouched instruments in just over 10, with the touch of a button. The M3 is easy to use with a one-step loading operation, push-button cycle selection and automatic door. Most importantly, your instruments are dry and ready to use at the end of every complete cycle.。

漫威迪克斯机械工具说明书

Mounting Surface
For illustration purposes hose reel is not shown attached to base. Do not remove hose reel from base.
Base Step 3
INSTALLING HOSE After reel is secured in position, attach air hose coming from compressor. Wrap threads of male connector on incoming air hose with thread-sealing tape (included) or apply thread sealant and connect to air inlet valve on side of hose reel. Connect other end of incoming air hose to air compressor. Apply thread-sealing tape to threads on hose before attaching air tools.
18. Hose Clamp 19. Bolt 20. Nut 21. Bolt (4) 22. Washer (4) 23. Nut (4) 24. Air Outlet (To Hose) 25. Nut (4) 26. Axle 27. Locking Cam 28. Retaining Ring 29. Tension Spring 30. Bolt (4) 31. Washer (4) 32. Nut (4) 33. Retaining Ring 34. Bolt (4)
• Brass connectors on hose and reel

直线导轨钳制器原理

直线导轨钳制器原理说起来这直线导轨钳制器啊，可真是个巧妙的东西，今儿咱就来聊聊它的原理。

你要问我啥是直线导轨钳制器，我得先给你讲讲导轨。

导轨嘛，就像是一条铁路，让机器上的零件能稳稳当当地跑。

但这铁路要是没固定好，那可就要出乱子了。

这时候，直线导轨钳制器就派上用场了。

它长得不咋复杂，但作用可大了去了。

钳制器主体、执行元件、钳制元件、接触元件，这些个部件凑一块儿，就成了个能与滚动直线导轨配套使用的高性能部件。

它的原理也简单，就是通过钳制来固定导轨，不让它乱跑。

你想象一下，导轨就像是个调皮的孩子，而钳制器呢，就像是个严厉的老师。

老师把孩子的手一抓住，孩子就动弹不得了。

这钳制器也是这么回事，它用钳口把导轨夹住，再用固定装置一紧，导轨就稳稳当当地待在那儿了。

钳制器还有好几种类型呢，气压的、液压的，常开的、常闭的，带刹车的、不带刹车的。

这些类型啊，各有各的用处，各有各的特点。

比如气压常开型的，通过楔形块扩力原理，利用气压实现钳制，结构小巧，保持力还强大。

液压常开型的呢，利用液压实现钳制，结构紧凑，防锈性能还好。

带刹车的呢，就更厉害了，不仅能固定导轨，还能在紧急情况下刹车，防止导轨掉下来，砸坏东西。

我就亲眼见过一次，在一个新能源汽车电池生产线上，那直线导轨钳制器可是立了大功了。

生产线上的零件嗖嗖地往前跑，全靠导轨来引导。

要是导轨不稳定，那零件可就要乱套了。

但有了这钳制器，导轨就稳稳当当地待在那儿，零件也就能顺利地到达目的地了。

当时我就站在旁边看，心里头那个激动啊，就像是看到了自己的孩子考上了大学一样。

我就琢磨着，这钳制器可真是聪明人的杰作，能把这么复杂的问题解决得这么简单明了。

所以啊，以后要是再有人问我啥是直线导轨钳制器，我就能自豪地告诉他：“嘿，那可是个好东西，能把导轨稳稳当当地固定住，让机器上的零件能顺利地跑呢！”。

ZIMMER导轨钳制器

ZIMMER导轨钳制器.既导轨制动器.导轨刹车在直线导轨上直接钳制导轨钳制器是可以在直线导轨上直接连结的钳制组件，最适合于工作台的固定、定位以及防止振动等用途强大的保持力导轨钳制器的强大保持力是由楔形块的斜边效果而产生的。

弹簧（或气压）产生的矩力F、推动活塞，由于楔形块的斜边效果，将作用力矩转变成为N。

此时作用力N=作用力F/tanθ(θ为斜边的角度）的倍增力量。

作用力N在导轨上产生摩擦力R，即是导轨库浪霸强大的保持力。

带刹车结构导轨钳制器为紧急时的安全停止或防止Z轴（垂直轴）的掉落等用途而将刹车技能标准化。

除了工作台的固定、定位及防止振动等钳制功能外，也可作为紧急刹车来使用。

适用于各厂商的直线导轨可适用于以下直线导轨厂商。

THK.IKO.NSK.NB.Rexroth.SCHNEEBERGER.SBC.HIWIN.INA.CPC丰富的控制方式气压、油压、电气、手动4种控制方式组装容易小巧的设计，容易组装在既有的系统上。

不需要延长导轨或改变工作台尺寸。

同样适用光轴用导轨钳制器也适用于光轴导轨钳制器并非直线导轨厂商的产品。

根据适用情况，产品即使发生损坏，直线导轨的厂商概不负责，并且不提供任何的保证。

敬请谅解199条建筑设计知识1. 公共建筑通常以交通、使用、辅助三种空间组成2. 美国著名建筑师沙利文提出的名言‘形式由功能而来’3. 密斯.凡.德.罗设计的巴塞罗那博览会德国馆采用的是‘自由灵活的空间组合’开创了流动空间的新概念4. 美国纽约赖特设计的古根海姆美术馆的展厅空间布置采用形式是串联式5. 电影放映院不需采光6. 点式住宅可设天井或平面凹凸布置可增加外墙面，有利于每层户数较多时的采光和通风7. 对结构形式有规定性的有大小和容量、物理环境、形状的规定性8. 功能与流线分析是现代建筑设计最常用的手段9. 垂直方向高的建筑需要考虑透视变形的矫正10. 橙色是暖色，而紫色含有蓝色的成分，所以偏冷；青色比黄色冷、红色比黄色暖、蓝色比绿色冷11. 同样大小冷色调较暖色调给人的感觉要大12. 同样距离，暖色较冷色给人以靠近感13. 为保持室内空间稳定感，房间的低处宜采用低明度色彩14. 冷色调给人以幽雅宁静的气氛15. 色相、明度、彩度是色彩的三要素；三元色为红、黄、蓝16. 尺度的概念是建筑物整体或局部给人的视角印象大小和其实际大小的关系17. 美的比例，必然正确的体现材料的力学特征18. 不同文化形成独特的比例形式19. 西方古典建筑高度与开间的比例，愈高大愈狭长，愈低矮愈宽阔20. ‘稳定’所涉及的要素是上与下之间的相对轻重关系的处理21. 人眼观赏规律H 18°～45°局部、细部2H 18°～27°整体3H ＜18°整体及环境22. 黄金分隔比例为1：1.61823. 通风屋面只能隔离太阳辐射不能保温，适宜于南方24. 总图布置要因地制宜，建筑物与周围环境之间关系紧凑，节约因地；适当处理个体与群体，空间与体形，绿化和小品的关系；合理解决采光、通风、朝向、交通与人流的组织25. 热水系统舒适稳定适用于居住建筑和托幼蒸汽系统加热快，适用于间歇采暖建筑如会堂、剧场26. 渐变具有韵律感27. 要使一座建筑显得富有活力，形式生动，在构图中应采用对比的手法对比的手法有轴线对比、体量对比、方向对比、虚实对比、色彩对比28. 要使柱子看起来显得细一些，可以采用暗色和冷色29. 巴西国会大厅在体型组合中采用了对比与协调的手法30. 展览建筑应使用穿套式的空间组合形式31. 室外空间的构成，主要依赖于建筑和建筑群体组合32. 在意大利威尼斯的圣马可广场的布局中，采用了强调了各种空间之间的对比33. 当坡地坡度较缓时，应采用平行等高线布置34. 建筑的有效面积=建筑面积-结构面积35. 加大开窗面积的方法来解决采光和通风问题较易办到36. 中国古代木结构大致可分为抬梁式、穿斗式和井干式三种37. 建筑构图原理的基本范畴有主从与重点、对比与呼应、均衡与稳定、节奏与韵律和比例与尺度38. 建筑构图的基本规律是多样统一39. 超过8层的建筑中，电梯就成为主要的交通工具了40. 建筑的模数分为基本模数、扩大模数和分模数41. 建筑楼梯梯段的最大坡度不宜超过38°42. 住宅起居室、卧室、厨房应直接采光，窗地比为1/7，其他为1/1243. 住宅套内楼梯梯段的最小净宽两边墙的0.9M，一边临空的0.75M住宅室内楼梯踏步宽不应小于0.22M，踏步高度不应小大0.20M44. 住宅底层严禁布置火灾危险性甲乙类物质的商店，不应布置产生噪声的娱乐场所45. 地下室、贮藏室等房间的最低净高不应低于2.0米46. 室内坡道水平投影长度超过15米时，宜设休息平台47. 外墙内保温所占面积不计入使用面积烟道、风道、管道井不计入使用面积阳台面积不计入使用面积壁柜应计入使用面积48. 旋转楼梯两级的平面角度不大于10度，且每级离内侧扶手中心0.25处的踏步宽度要大于0.22米49. 两个安全出口之间的净距不应小于5米50. 楼梯正面门扇开足时宜保持0.6米平台净宽，侧墙门口距踏步不宜小于0.4米，其门扇开足时不应减少梯段的净宽35. 加大开窗面积的方法来解决采光和通风问题较易办到36. 中国古代木结构大致可分为抬梁式、穿斗式和井干式三种37. 建筑构图原理的基本范畴有主从与重点、对比与呼应、均衡与稳定、节奏与韵律和比例与尺度38. 建筑构图的基本规律是多样统一39. 超过8层的建筑中，电梯就成为主要的交通工具了40. 建筑的模数分为基本模数、扩大模数和分模数41. 建筑楼梯梯段的最大坡度不宜超过38°42. 住宅起居室、卧室、厨房应直接采光，窗地比为1/7，其他为1/1243. 住宅套内楼梯梯段的最小净宽两边墙的0.9M，一边临空的0.75M住宅室内楼梯踏步宽不应小于0.22M，踏步高度不应小大0.20M44. 住宅底层严禁布置火灾危险性甲乙类物质的商店，不应布置产生噪声的娱乐场所45. 地下室、贮藏室等房间的最低净高不应低于2.0米46. 室内坡道水平投影长度超过15米时，宜设休息平台47. 外墙内保温所占面积不计入使用面积烟道、风道、管道井不计入使用面积阳台面积不计入使用面积壁柜应计入使用面积48. 旋转楼梯两级的平面角度不大于10度，且每级离内侧扶手中心0.25处的踏步宽度要大于0.22米49. 两个安全出口之间的净距不应小于5米50. 楼梯正面门扇开足时宜保持0.6米平台净宽，侧墙门口距踏步不宜小于0.4米，其门扇开足时不应减少梯段的净宽35. 加大开窗面积的方法来解决采光和通风问题较易办到36. 中国古代木结构大致可分为抬梁式、穿斗式和井干式三种37. 建筑构图原理的基本范畴有主从与重点、对比与呼应、均衡与稳定、节奏与韵律和比例与尺度38. 建筑构图的基本规律是多样统一39. 超过8层的建筑中，电梯就成为主要的交通工具了40. 建筑的模数分为基本模数、扩大模数和分模数41. 建筑楼梯梯段的最大坡度不宜超过38°42. 住宅起居室、卧室、厨房应直接采光，窗地比为1/7，其他为1/1243. 住宅套内楼梯梯段的最小净宽两边墙的0.9M，一边临空的0.75M住宅室内楼梯踏步宽不应小于0.22M，踏步高度不应小大0.20M44. 住宅底层严禁布置火灾危险性甲乙类物质的商店，不应布置产生噪声的娱乐场所45. 地下室、贮藏室等房间的最低净高不应低于2.0米46. 室内坡道水平投影长度超过15米时，宜设休息平台47. 外墙内保温所占面积不计入使用面积烟道、风道、管道井不计入使用面积阳台面积不计入使用面积壁柜应计入使用面积48. 旋转楼梯两级的平面角度不大于10度，且每级离内侧扶手中心0.25处的踏步宽度要大于0.22米49. 两个安全出口之间的净距不应小于5米50. 楼梯正面门扇开足时宜保持0.6米平台净宽，侧墙门口距踏步不宜小于0.4米，其门扇开足时不应减少梯段的净宽51. 入地下车库的坡道端部宜设挡水反坡和横向通长雨水篦子52. 室内台阶宜150*300；室外台阶宽宜350左右，高宽比不宜大于1：2.553. 住宅公用楼梯踏步宽不应小于0.26M，踏步高度不应大于0.175M54. 梯段宽度不应小于1.1M（6层及以下一边设栏杆的可为1.0M），净空高度2.2M55. 休息平台宽度应大于梯段宽度，且不应小于1.2M，净空高度2.0M56. 梯扶手高度0.9M，水平段栏杆长度大于0.5M时应为1.05M57. 楼梯垂直杆件净空不应大于0.11M，梯井净空宽大于0.11M时应采取防护措施58. 门洞共用外门宽1.2M，户门卧室起居室0.9M，厨房0.8M，卫生间及阳台门0.7M，所有门洞高为2.0M59. 住宅层高不宜高于2.8M60. 卧室起居室净高≥2.4M，其局部净高≥2.1M（且其不应大于使用面积的1/3）61. 利用坡顶作起居室卧室的，一半面积净高不应低于2.1M利用坡顶空间时，净高低于1.2M处不计使用面积；1.2--2.1M计一半使用面积；高于2.1M全计使用面积62. 放家具墙面长3M，无直接采光的厅面积不应大于10M263. 厨房面积Ⅰ、Ⅱ≥4M2；Ⅲ、Ⅳ≥5M264. 厨房净宽单面设备不应小于1.5M；双面布置设备间净距不应小于0.9M65. 对于大套住宅，其使用面积必须满足45平方米66. 住宅套型共分四类使用面积分别为34、45、56、68M267. 单人卧室≥6M2；双人卧室≥10M2；兼起居室卧室≥12M2；68. 卫生间面积三件3M2；二件2--2.5M2；一件1.1M269. 厨房、卫生间净高2.2M70. 住宅楼梯窗台距楼地面净高度低于0.9米时，不论窗开启与否，均应有防护措施71. 阳台栏杆净高1.05M；中高层为1.1M(但要＜1.2)；杆件净距0.1172. 无外窗的卫生间应设置防回流构造的排气通风道、预留排气机械的位置、门下设进风百叶窗或与地面间留出一定缝隙73. 每套应设阳台或平台、应设置晾衣设施、顶层应设雨罩；阳台、雨罩均应作有组织排水；阳台宜做防水；雨罩应做防水74. 寒冷、夏热冬冷和夏热冬暖地区的住宅，西面应采取遮阳措施75. 严寒地区的住宅出入口，各种朝向均应设防寒门斗或保温门76. 住宅建筑中不宜设置的附属公共用房有锅炉房、变压器室、易燃易爆化学物品商店但有厨房的饮食店可设77. 住宅设计应考虑防触电、防盗、防坠落78. 跃层指套内空间跨跃两楼层及以上的住宅79. 在坡地上建住宅，当建筑物与等高线垂直时，采用跌落方式较为经济80. 住宅建筑工程评估指标体系表中有一级和二级指标81. 7层及以上（16米）住宅必须设电梯82. 宿舍最高居住层的楼地面距入口层地面的高度大于20米时，应设电梯83. 医院病房楼，设有空调的多层旅馆，超过5层的公建室内疏散楼梯，均应设置封闭楼梯间（包括首层扩大封闭楼梯间）设歌舞厅放映厅且超过3层的地上建筑，应设封闭楼梯间。

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Zimmer集团导轨锁定和刹车单元

2023年度江西省行政执法资格考试备考题库（含答案）学校:________班级:________姓名:________考号:________一、单选题(25题)1.合伙企业申请行政复议的，应当以（）为申请人。

A.合伙人B.核准登记的企业C.合伙D.企业2.根据行政许可法规定，受委托行政机关不得再委托（）实施行政许可。

A.其他组织B.个人C.其他组织或者个人D.其他组织和个人3.下列行政强制措施当中，（）属于间接执行性强制措施。

A.查封、扣押B.强制收购C.限价出售D.代执行4.行政机关对申请材料不齐全或者不符合法定形式的，应当当场或者在五日内（）告知申请人需要补正的全部内容，逾期不告知的，自收到申请材料之日起即为受理。

A.一次B.两次C.多次D.未限定5.起草法律草案、法规草案和省、自治区、直辖市人民政府规章草案，拟设定行政许可的，起草单位（）采取听证会、论证会等形式听取意见，并向制定机关说明设定该行政许可的必要性、对经济和社会可能产生的影响以及听取和采纳意见的情况。

A.应当B.可以C.必须D.应该6.行政机关应当将法律、法规、规章规定的有关行政许可的事项、依据、条件、数量、程序、期限以及需要提交的全部材料的目录和申请书示范文本等在办公场所公示。

申请人要求行政机关对公示内容予以说明、解释的，行政机关（）。

A.可以说明、解释B.应当说明、解释C.不予说明D.不予解释7.根据行政许可法规定，地方政府规章临时性的行政许可实施满（）需要继续实施的，应当提请本级人民代表大会及其常务委员会制定地方性法规。

A.六个月B.一年C.两年D.三年8.行政机关申请人民法院强制执行，（）。

A.依法缴纳执行费用B.减免执行费用C.不缴纳申请费D.免除执行费用9.冻结存款、汇款应当由法律规定的行政机关实施，不得委托给其他（）。

A.行政机关或者组织B.行政机关C.组织D.行政机关和组织10.行政机关根据检验、检测、检疫结果，作出不予行政许可决定的，（）。

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ZIMMER导轨钳制器.既导轨制动器.导轨刹车
在直线导轨上直接钳制
导轨钳制器是可以在直线导轨上直接连结的钳制组件，最适合于工作台的固定、定位以及防止振动等用途
强大的保持力
导轨钳制器的强大保持力是由楔形块的斜边效果而产生的。

弹簧（或气压）产生的矩力F、推动活塞，由于楔形块的斜边效果，将作用力矩转变成为N。

此时作用力N=作用力F/tanθ(θ为斜边的角度）的倍增力量。

作用力N在导轨上产生摩擦力R，即是导轨库浪霸强大的保持力。

带刹车结构
导轨钳制器为紧急时的安全停止或防止Z轴（垂直轴）的掉落等用途而将刹车技能标准化。

除了工作台的固定、定位及防止振动等钳制功能外，也可作为紧急刹车来使用。

适用于各厂商的直线导轨
可适用于以下直线导轨厂商。

THK.IKO.NSK.NB.Rexroth.SCHNEEBERGER.SBC.HIWIN.INA.CPC
丰富的控制方式
气压、油压、电气、手动4种控制方式
组装容易
小巧的设计，容易组装在既有的系统上。

不需要延长导轨或改变工作台尺寸。

同样适用光轴用
导轨钳制器也适用于光轴
导轨钳制器并非直线导轨厂商的产品。

根据适用情况，产品即使发生损坏，直线导轨的厂商概不负责，并且不提供任何的保证。

敬请谅解。

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