电梯红外线光幕MBS-S说明书

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电梯光幕光束标准

电梯光幕光束标准
电梯光幕光束标准主要涉及到红外发射器和接收器的布置、光幕的扫描范围和密度等方面。

以下是电梯光幕光束标准的一些建议：
1. 红外发射器和接收器的布置：通常，电梯光幕系统采用32个（16个）红外发射管，分布在电梯轿门两侧。

发射器应均匀布置，以确保光幕覆盖范围广泛。

2. 光幕的扫描范围：光幕应能够覆盖电梯轿门整个区域，形成一个密集的红外线保护光幕。

光幕的扫描范围应自上而下连续扫描，确保电梯门关闭时，光幕能完全覆盖轿门区域，防止意外夹人。

3. 光幕的密度：光幕的密度决定了保护效果。

通常情况下，光幕的密度应越大，保护效果越好。

在实际应用中，光幕的密度应根据电梯的使用环境和需求来调整。

4. 光幕的响应速度：光幕的响应速度应满足电梯门的开关需求，能够在门即将关闭时迅速发出信号，防止夹人事故的发生。

5. 光幕的电源和信号处理：光幕的电源应稳定可靠，能够满足光幕的正常工作需求。

信号处理部分应具备良好的抗干扰能力，确保光幕系统的稳定运行。

6. 光幕系统的检测和维护：光幕系统应具备实时检测和故障预警功能，一旦发现问题，能及时报警并进行维护。

同时，光幕系统应定期进行检修和保养，确保其正常工作。

需要注意的是，以上标准仅供参考，具体实施时还需根据电梯的类型、使用环境和相关法规要求进行调整。

在安装和使用电梯光幕时，务必遵循国家和地区的相关法规和标准，确保乘客的安全。

红狮（Red Lion）红外光电传感器说明书

MiniaturePhoto ‐Electric Sensors•EASILY FITS MOST ANY MOUNTING SITUATIONS •EXCEPTIONAL OPTICAL PERFORMANCE•+10 to +30 VDC OPERATION WITH REVERSE POLARITY PROTECTION•DISPLAY OPERATING STATUS LEDs ARE VISIBLE FROM 360°•RUGGED SEALED HOUSING, PROTECTED CIRCUI TRY •LESS THAN 1 MILLISECOND OUTPUT RESPONSE FOR EXCELLENT SENSING REPEATABILITYGENERAL DESCRIPTIONThese miniature self-contained and powerful Retroreflective, Proximity (Diffuse) and Opposed Beam Pair Photo-electric sensors provide application flexibility in counting, positioning and object detection. Their small size, in addition to various mounting options, greatly increases alignment ease and application possibilities.All units can be powered by supplies ranging from +10 to +30 VDC and are reverse polarity protected. Green and amber LED’s display operating status from 360 degrees, indicating “power on” and “light sensed”. You can tell operating status of your sensors at a glance.MODELS EMDC2 & RCDC2 ‐ OPPOSED BEAM EMITTER/ RECEIVER SENSOR PAIRThe Models EMDC2 (Emitter) and the RCDC2 (Receiver) are miniature, DC powered, Opposed Beam photo-electric sensor pairs with a 66’ (20 M) sensing range. The Emitter contains a high power modulated “infrared” LED. The Receiver contains a sensitive photo-transistor and output transistor.In operation, the output will turn on when the Receiver detects that an object has broken the Emitter beam. Due to their high gain, they are ideally suited for detecting opaque objects in dirty and dusty areas or when condensation or oil film environments are present.MODEL RRDC2 ‐ RETROREFLECTIVE SENSORThe Model RRDC2 is a miniature, DC powered, retroreflective photo-electric sensor. The “visible” LED light beam allows for easy alignment and is modulated, to provide immunity to ambient light. The small beam size makes it a good choice for detecting relatively small objects.In operation, the visible LED light beam is directed at a retro reflective target. An object breaking this beam will trigger the output.MODEL PRDC2 ‐ PROXIMITY SENSORThe Model PRDC2 is a miniature, DC powered, Proximity (Diffuse)photo-electric sensor with a 18" (450 mm) maximum detecting distance.This sensor requires no special reflectors or reflective tapes and the limited sensing range reduces detection of background reflections. It is ideally suited for detection of transparent or translucent objects, parts ejected from presses, and rotating targets such as pulley spokes. A modulated “infrared” LED light beam provides immunity to ambient light.In operation, the modulated light beam is reflected by the detected object. This reflected light beam is sensed by a photo-transistor, which in turn energizes the output. Actual sensing range is determined by the surface area and the amount of reflectivity of the object.SAFETY SUMMARYAll safety related regulations, local codes and instructions that appear in this literature or on equipment must be observed to ensure personal safety and to prevent damage to either the instrument or equipment connected to it. If equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired.Do not use this unit to directly command motors, valves, or other actuators not equipped with safeguards. To do so can be potentially harmful to persons or equipment in the event of a fault to the unit. An independent and redundant temperature limit indicator with alarm outputs is strongly recommended.SPECIFICATIONS1.SUPPLY VOLTAGE: 10 to 30 VDC (10% maximum ripple) at less than25 mA, exclusive of loadProtected against reverse polarity and transient voltages2.LIGHT SOURCE:Opposed and Diffuse mode models: Infrared, 940 nmRetroreflective mode models: Visible red, 660 nm3.ADJUSTMENTS:Diffuse, and Retroreflective mode models: Single-turn sensitivity (Gain) adjustment potentiometer4.INDICATORS:2 LED indicators on sensor top:Green solid: Power onAmber solid: Light sensedGreen flashing: Output overloadedAmber flashing: Marginal excess gain (1 to 1.5x excess gain)5.REQUIRED OVERCURRENT PROTECTION:application per the supplied table.Overcurrent protection may be provided with external fusing or via Current Limiting, Class 2 Power Supply.Supply wiring leads < 24 AWG shall not be spliced.6.REPEATABILITY:Opposed Mode: 100 microsecondsDifuse and Retroreflective Mode: 150 microseconds7.OUTPUT CONFIGURATION:Solid-state NPN (current sinking)Rating: 100 mA maximum at 25°COff-state Leakage Current: less than 50 μA @ 30 VDCON-state Saturation Voltage: less than 1 V @ 10 mA; less than 1.5 V @ 100 mAProtected against false pulse on power-up and continuous overload or short circuit of output8.OUTPUT RESPONSE:Opposed Mode: 750 microseconds ON; 375 microseconds OFFDifuse and Retroreflective Mode: 600 microseconds ON/OFFNote: 100 millisecond delay on power-up; output does not conduct during this time9.CONSTRUCTION:ABS housing3 mm mounting hardware included10.CONNECTIONS: 2 m (6.5 ft) 4-wire PVC cable.11.ENVIRONMENTAL:IEC IP67; NEMA 612.OPERATING CONDITIONS:Temperature: –4°F to 158°F (–20°C to 70°C)Relative Humidity: 90% @ 50°C (non-condensing)13.CERTIFICATIONS:UL Recognized Component(Banner Engineering QPS186 Series File #E71083)14.WEIGHT: 2.0 oz (62.2 g)SUPPLYWIRINGREQUIRED OVERCURRENTPROTECTION20 5.0 A22 3.0 A24 2.0 A26 1.0 A280.8 A300.5 AWIRINGRCDC2, RRDC2, & PRDC2EMDC2PERFORMANCE CURVESOpposed ModeRetroflective ModeDiffuse Mode(Performance is based on a 90% reflectance white test card.)SET‐UP AND INSTALLATIONUSING THE PHOTOELECTRICLED INDICATORSThe photoelectric has two bright LEDs; both are visible from 360 degrees. They indicate the following:The unit features an extremely simplemethod for setting sensitivity (gain). Reducegain by turning the pot counter-clockwise. If thegain is set too low, turn the pot clockwise to theappropriate level. Gain may be readjusted inthis way at any time.BRACKET DIMENSIONS InMBMAB200MBMSB200Green solid:Power onAmber solid:Light sensedGreen flashing:Output overloadedAmber flashing:Marginal excess gain (1 to 1.5x excess gain)ORDERING INFORMATIONEMDC2DC Emitter (Opposed Beam Pair)EMDC2000 RCDC2DC Receiver (Opposed Beam Pair)RCDC2000 RRDC2Retroreflective DC Photo-Electric Sensor RRDC2000 PRDC2Proximity (Diffuse) DC Photo-Electric Sensor PRDC2000 MBMA Right-Angle Mounting Bracket MBMAB200 MBMS Side-Mount Mounting Bracket MBMSB200RT 1.5'' Reflective Target RT100000 3'' Reflective Target RT200000RRTAPE50 mm x 2.5 m Reflective Tape RRTAPE00LIMITED WARRANTY(a) Red Lion Controls Inc., (the “Company”) warrants that all Products shall be free from defects in material andworkmanship under normal use for the period of time provided in “Statement of Warranty Periods” (available at) current at the time of shipment of the Products (the “Warranty Period”). EXCEPT FOR THE ABOVE-STATED WARRANTY, COMPANY MAKES NO WARRANTY WHATSOEVER WITH RESPECT TO THEPRODUCTS, INCLUDING ANY (A) WARRANTY OF MERCHANTABILITY; (B) WARRANTY OF FITNESS FOR APARTICULAR PURPOSE; OR (C) WARRANTY AGAINST INFRINGEMENT OF INTELLECTUAL PROPERTYRIGHTS OF A THIRD PARTY; WHETHER EXPRESS OR IMPLIED BY LAW, COURSE OF DEALING, COURSE OFPERFORMANCE, USAGE OF TRADE OR OTHERWISE. Customer shall be responsible for determining that aProduct is suitable for Customer’s use and that such use complies with any applicable local, state or federal law.(b) The Company shall not be liable for a breach of the warranty set forth in paragraph (a) if (i) the defect is a resultof Customer’s failure to store, install, commission or maintain the Product according to specifications; (ii) Customeralters or repairs such Product without the prior written consent of Company.(c) Subject to paragraph (b), with respect to any such Product during the Warranty Period, Company shall, in itssole discretion, either (i) repair or replace the Product; or (ii) credit or refund the price of Product provided that, ifCompany so requests, Customer shall, at Company’s expense, return such Product to Company.(d) THE REMEDIES SET FORTH IN PARAGRAPH (c) SHALL BE THE CUSTOMER’S SOLE AND EXCLUSIVEREMEDY AND COMPANY’S ENTIRE LIABILITY FOR ANY BREACH OF THE LIMITED WARRANTY SET FORTHIN PARAGRAPH (a).。

SG-BWS-T4-MT系列安全光幕快速使用手册说明书

SG-BWS-T4-MTSERIESSafety control unit with double mutingQUICK GUIDESAFETY INFORMATIONThe following points must be observed for a correct and safe use of thesafety light curtains of the SG-BWS-T4-MT series:The stopping system of the machine must be electrically controlled. This control system must be able to stop the dangerous movement of the machine within the total machine stopping time T as per par. 3.4 of the complete manual inside the CD and during all working cycle phases.The safety system should be installed and connected by a qualified technician in compliance with the instructions specified in this manual and industry rules.The photocells must be securely installed in a particular position so that access to the dangerous zone is not possible without the interruption of the beams (see 3.3 “General information on sensors positioning” of the complete manual inside the CD). The personnel operating in the dangerous area must be well trained and must have adequate knowledge of all the operating procedures of the safety control unit.The START and TEST buttons must be located outside the protected area because the operator must check the protected area during all Test and Reset operations.Please carefully read the instructions for the correct functioning before powering the SG-BWS-T4-MT.Precautions to be observed for the choice and installation of the deviceMake sure that the protection level assured by the SG-BWS-T4-MT device (Type 4) is compatible with the real danger level of the machine to becontrolled, according to EN 954-1 and EN 13849-1.∙ The outputs (SAFCN) of the ESPE must be used as machine stopping devices and not as commanddevices. The machine must have its own START command. ∙ The dimension of the smallest object to be detected must be larger than the resolution level of theinstalled safety sensors.∙ The ESPE must be installed in a room complying with the technical characteristics indicated in section9 “Technical data” of the complete manual inside the CD. ∙ Do not install the sensors close to strong and/or flashing light sources or close to similar devices. ∙ Strong electromagnetic disturbance might negatively affect device operation. Should this be the casecontact Datalogic Automation Technical Service. ∙ The operating distance of the safety sensors can be reduced in presence of smog, fog or airbornedust. ∙ A sudden change in environment temperature, with very low minimum peaks, can generate a smallcondensation layer on the sensors lenses and so jeopardise functioning.∙ Pay special care when positioning the safety photocells so to offer effective protection. The safetysensors should be installed in such a way that the dangerous area can only be entered after detecting the sensitive area. Photocells position is fixed by normative and must respect measures in Tab. 4 of the complete manual inside the CD.The failure to respect the safety distance reducesor cancels ESPE the protection function.For more detailed information about calculation of safety distance,please refer to the complete manual contained in the CD supplied.CONNECTIONSSIGNAL CONTACT CONNECTION FUNCTIONVDC 1 24 Vdc ext. Power START 2 NO contact toward 24VDC Reset Function TEST/RESET 3 NC contact toward 24VDCTest/Reset functionEDM 4 - NC contact of external relay toward 24VDC (with EDM enabled)- NOT CONNECTED (with EDM disabled)EDM Input0 V 2 0 Vdc ext. Power MUTEN A 6 NO contact toward 24VDC Muting enable MUTEN B 7 NO contact toward 24VDC Muting enable DEFLAMP 8 Warning device positive terminal Lamp failure warningMUTA1 9 PNP output of muting sensor A1 Muting input OVRA1 10 Override A1 NO contact toward 24VDC Override input MUTB1 11 PNP output of muting sensor B1 Muting input OVRB1 12 Override B1 NO contact toward 24VDC Override input MUTA2 13 PNP output of muting sensor A2 Muting input OVRA2 14 Override A2 NO contact toward 24VDC Override input MUTB2 15 PNP output of muting sensor B2 Muting input OVRB2 16 Override B2 NO contact toward 24VDC Override input LAMPA- 17 Negative terminal of muting lamp A Muting lamp output LAMPA+ 18 Positive terminal of muting lamp A Muting lamp output SAFNC11 19Relays output NO 230V 1Safety contact SAFNC21 20 Safety contact LAMPB- 21 Negative terminal of muting lamp B Muting lamp output LAMPB+ 22 Positive terminal of muting lamp B Muting lamp output SAFNC12 23Relays output NO 230V 2Safety contact SAFNC22 24 Safety contact RX1 25 PNP output of receiver photocell 1 (black) Photocell Input RX2 26 PNP output of receiver photocell 2 (black) Photocell Input RX3 27 PNP output of receiver photocell 3 (black) Photocell Input RX4 28 PNP output of receiver photocell 4 (black) Photocell Input TX1 29 TEST of emitter photocell 1 (black) Photocell Output TX2 30 TEST of emitter photocell 2 (black) Photocell Output TX3 31 TEST of emitter photocell 3 (black) Photocell Output TX4 32 TEST of emitter photocell 4 (black) Photocell Output 24VRX12 33 24VDC photocell receivers 1 and 2 (brown) Power supply output 0VRX12 34 0VDC photocell receivers 1 and 2 (blue) Power supply output 24VRX34 35 24VDC photocell receivers 3 and 4 (brown) Power supply output 0VRX34 36 0VDC photocell receivers 3 and 4 (blue) Power supply output 24VTX12 37 24VDC photocell emitters 1 and 2 (brown) Power supply output 0VTX12 38 0VDC photocell emitters 1 and 2 (blue) Power supply output 24VTX34 39 24VDC photocell emitters 3 and 4 (brown)Power supply outputSIGNAL CONTACT CONNECTION FUNCTION 0VTX34 40 0VDC photocell emitters 3 and 4 (blue) Power supply output OSSD11 41 OSSD 1 output of light curtain 1 (grey) Safety light curtain input OSSD21 42 OSSD 1 output of light curtain 2 (grey) Safety light curtain input24LRX12 43 24VDC light curtain receivers 1 and 2(brown)Power supply output0LRX12 44 0VDC light curtain receivers 1 and 2 (brown) Power supply output OSSD12 45 OSSD 2 output of light curtain 1 (pink) Safety light curtain input OSSD22 46 OSSD 2 output of light curtain 2 (pink) Safety light curtain input 24LTX12 47 24VDC light curtain emitters 1 and 2 (brown) Power supply output 0LTX12 48 0VDC light curtain emitters 1 and 2 (brown) Power supply outputNO: Normally Open – NC: Normally ClosedMinimum connection (1 photocell, no EDM, automatic RESTART)The control unit terminals layout and the minimum connection to check system operation are shown below.The photocells set power (blue and brown wires) reaches terminals 33-34, 37-38 as specified in the table in the complete manual inside the CD.For the other configuration (for example concerning muting and override) please refer to section 4 in the complete manual inside the CD.SIGNAL CONTACT CONNECTION FUNCTIONext. PowerVdcVDC 1 24TEST/RESET 3 24 Vdc ext. Test function0 V 2 0 Vdc ext. PowerRX1 25 PNP output of receiver photocell 1 (black) Photocell InputTX1 29 TEST of emitter photocell 1 (black) Photocell OutputRX2 26 TX2 (30) Photocell InputRX3 27 TX3 (31) Photocell InputRX4 28 TX4 (32) Photocell InputOSSD11 41 OSSD21 (42) Safety light curtain input OSSD21 42 24LRX12 (43) Safety light curtain input OSSD12 45 OSSD22 (46) Safety light curtain input OSSD22 46 24LTX12 (47) Safety light curtain input24VRX12 33 24VDC power supply RX (brown) Power supply output 0VRX12 34 0VDC power supply RX (blue) Power supply output24VTX12 37 24VDC power supply TX (brown) Power supply output0VTX12 38 0VDC power supply TX (blue) Power supply outputSG-BWS-T4-MT as MPCE (Machine Primary Control Equipment)SG-BWST-T4-MT can be directly used as a Machine Primary Control Equipment (MPCE) since it’s equipped with internal monitored relays which can switch a maximum load of 3,6A at 250V. The proper connections are shown in the next figure.SG-BWS-T4-MT as external safety relays controllerWhen utilizing SG-BWS-T4 for external safety relays control proper connections are shown in the following figure.K1K2SAFCN11 (19)SAFCN21 (20)SAFCN12 (23)SAFCN22 (24)B W S -T 4-M TMain Supply VoltageT o machine powerALIGNMENT SAFETY DEVICESOnce all components are in place and connected, emitters and receivers shall be mutually aligned.In alignment mode, the OSSD safety outputs are open. The alignment mode and relevantprocedure are described here below:∙Cut off control unit power supply.∙Power on the control unit while holding pressed Test button (Test contact open)∙The 7-segment display shows the first device to be aligned (Photocells 1-4, light curtains 5-6)∙∙The control unit will run the initial test routines and display a countdown, the display will then turn off and the control unit will switch to NORMAL OPERATION status ( NORMAL).Now carry out the following inspections:∙The ESPE stays in SAFE mode during photocells and light curtains beam interruption using the suitable “Test Piece”, along the entire protected area.∙Enabling the TEST function, the OSSD outputs should open ( SAFE and the controlled machine stops).∙The response time upon machine STOP (including response time of the ESPE and of the machine) is within the limits defined for the calculation of the safety distance (see section 3 “Installation” of the complete manual inside the CD).∙The safety distance between the dangerous areas and the safety sensors is in accordance with the instructions included in section 3 “Installation” of the complete manual inside the CD.∙Access of a person between sensors and machine dangerous parts is not possible nor is it possible for him/her to stay there.∙Access to the dangerous area of the machine from any unprotected area is not possible.During alignment or normal operation, make sure that the photocells connected to the same or other units do not interfere with each other. Should you find interference, change their position, for instance you could set some emitter sets on the side of the other receivers. In case of interference, the control unit will lock out and display the relevant error code.DIP-SWITCHES CONFIGURATIONAt control unit top part you will find two units made up of 8 Dip-Switches each: SG-BWS-T4-MT safety rating requires installation of two switches for setting up each function, so that the setup defined for the first unit shall be set even for the second unit.The table below is a list of possible settings selectable through the 8 Dip-Switches available.DIP PURPOSE OFF(Default) ON1 ENABLEEDM ENABLED DISABLED2 RESETMODE AUTOMATIC MANUAL3 MUTING TIME-OUT 10 MINUTES INFINITY4 MUTINGDIRECTION T L5 TRIGGEROVERRIDE LEVEL FRONT6 MUTINGSELECTIONVedi tabella seguente7 MUTINGSELECTION8 MUTINGSELECTIONDatalogic Automation supplies the control unit in the “Default” setup (all switches OFF).The Dip-Switches 6-7-8 allow user to couple the single devices to the 2 muting channels available on the SG-BWS-T4-MT.Activating a channel muting involves temporarily suspending the safety function of all devices associated to it. Extreme care is hence required when associating channel to devices: any dangerous settings shall be avoided.DIAGNOSTICS AND SIGNALLINGSG-BWS-T4-MT is equipped with a user interface featuring 3 LEDs and a 7-segment display.LED INDICATIONPOWER Device is powered correctlyNORMAL No danger: safety outputs closedSAFE Danger or fault: safety outputs openThe 7-segment display shows detailed information on control unit current status Normal operation signallingINDICATION STATUS DESCRIPTION TO DO POWERNORMALSAFE NORMALOPERATIONThe Override function is active on channel A, B or both. The muting indicator isflashing.POWERNORMALSAFE NORMALOPERATION One of the two muting lampsis disconnected or faulty(only one muting channel isactive).Change the faulty lamp.It is not necessary torestart.POWER⇨NORMALSAFEInterlockWaiting for the STARTcommand in manual resetmodePush reset controlPOWER/ NORMAL/ SAFE NORMALOPERATION/SAFE The decimal point indicates that the EDM function isactive (see 4.7)POWER NORMALSAFESAFE TEST push-button pressed(contact 3 open)Check TEST push-button connections (see4.9)Failure state signallingINDICATION STATUS DESCRIPTION WHATTODO POWERNORMALSAFEOff Power disconnected or innerfuse blown due to overload.Check power supply. Iferror persists, pleasecontact the TechnicalService.POWER NORMAL SAFEINTERNALDEVICEMONITORINGFAILURELOCKOUTInternal relays contactsmonitoring test has failed.Reset the control unit(see 4.6). If errorpersists, please contactthe Technical Service.POWER NORMAL SAFE INTERNALOSSDFAILURELOCKOUTInternal OSSD test routinehas failed.Reset the control unit(see 4.9). If errorpersists, please contactthe Technical Service.INDICATION STATUS DESCRIPTION TODO POWERNORMALSAFE EDM FAILURELOCKOUT EDM test has failedCheck EDMconnections (see 4.7)or disable EDMfunction (see 4.4) ifyou do not wish to useit.POWERNORMAL SAFEMICRO-PROCESSORFAILURELOCKOUTOne of microprocessor testshas failedDisconnect powersupply and reconnectit. If error persists,please contact theTechnical Service.POWERNORMALSAFE DIPSWITCHES FAILURE LOCKOUTThe Dip-Switches settingconsistency test has failedMake sure that thesettings of the two setsof switches is the same(see 4.4). Reset thecontrol unit (see4.9). If error persists,please contact theTechnical Service.POWERNORMAL SAFE RESTARTFAILURELOCKOUTStart signal time-out tripped.Make sure you hold theStart button depressedfor less than 5s.POWER NORMAL SAFESENSOR FAILURE LOCKOUT Test of indicated safetysensor has failed.- F 1-4: Make surethere is no interferenceacross differentphotocell sets.- F 5-6: Check lightcurtains OSSDconnections (see4.5).POWERNORMAL SAFELAMPFAILURELOCKOUTMuting lamp faulty ordisconnected.Change the faultylamp, then Reset thecontrol unit (see4.9)POWERNORMALSAFE OVERRIDEFAILUREThe Override commandactivation test has failed(push-buttons not pressed atthe same time)Press the Overridepush-buttons at thesame time.DECLARATION OF CONFORMITYWe DATALOGIC AUTOMATION declare under our sole responsibility that these products are conform to the 2006/42/EC and successive amendments.WARRANTYDATALOGIC AUTOMATION warrants its products to be free from defects.DATALOGIC AUTOMATION will repair or replace, free of charge, any product found to be defective during the warranty period of 36 months from the manufacturing date.This warranty does not cover damage or liability deriving from the improper application of Datalogic Automation products. DATALOGIC AUTOMATION srlVia Lavino 265 - 40050 Monte S.Pietro - Bologna – ItalyTel: +39 051 6765611 - Fax: +39 051 6759324 DATALOGIC AUTOMATION cares for the environment: 100% recycled paper.DATALOGIC AUTOMATION reserves the right to make modifications and improvements without prior notification.© 2009 – 2014 Datalogic Automation - ALL RIGHTS RESERVED - Protected to the fullest extent under U.S. and international laws. • Copying, or altering of this document is prohibited without express written consent from Datalogic Automation. Datalogic and the Datalogic logo are registered trademarks of Datalogic S.p.A. in many countries, including the U.S.A. and the E.U.830000502 rev.C。

SAFEasyTM 光幕安全指南说明书

•Integrated light curtains for BODY PROTECTION •Versions with 2 / 3 / 4 beams •Special slot for device setting •35 x 40 mm compact profileThe SAFEasy TM light curt ains, according to the IEC 61496-1 e IEC 61496-2standards, are suit able for detecting the human body when approaching dangerous areas.Models with dif ferent standard heights (500, 800, 900, 1200 mm), with 2, 3, 4beams and operating distance reaching 50 m are available.Specific dip-switches, that can be reached through a slot present on the front of the receiver protected by a lid and opened with a simple screwdriver , guarantee rapid and safe device setting.The operator is thus able to configure, according to the specific needs, the manual or automatic Restart, as well as the Muting and partial Muting functions.The emitter-receiver unit s are optically synchronised and cont ain all the control circuits, inputs and outputs inside the housing.The SAFEasy TM light curtains have also integrated the test function, automatically activated every second, without stopping the machine’s working cycle.A wide range of industrial applications, requiring operator safety , can be solved by the SAFEasy TM light curtains, thanks to the extremely comp act dimensions (35x40 mm) and easy connection and installation.SE2-BODY SERIESSAFEasy ™TYPE 2 LIGHT CURTAINSS A F E T Y D E V I C E SPower supply: ...............................................24 Vdc ± 20% (SELV/PELV)Consumption: ...............................................70 mA max. / 2.1 W (emitter)100 mA max. / 3 W (receiver without load)Light emission: .............................................infrared LED 880 nm Optic diameter: .............................................Ø 16 mm Number of controlled beams: ......................refer to table 1Optic interaxis: .............................................refer to table 2Resolution: ....................................................refer to table 21st beam installation height:.......................refer to table 3Through beam operating distance: ............0.5 ...50 mReceiver inputs: ............................................external switches for Muting, Test, Restartand OverrideReceiver indicators: .....................................green / red SAFE / BREAK LED2 yellow ALIGNMENT LEDs green POWER ON LEDEmitter indicators: ........................................yellow blinking FAILURE LEDgreen POWER ON LEDOutput type: ..................................................2 PNPOutput current: .............................................0.7 A max. (using both outputs)0.5 A max. (using one single output)0.25 A max. (for both outputs from 45°C - 55°C)short-circuit signalling and protectionResponse time:.............................................14 msSelectable functions: ...................................Total / partial MutingManual / Automatic Restart refer to table 4Time-out period: ...........................................Muting: 10 minutesOverride: 2 minutesMuting signalling lamp: ............................24 V3 W min. (125 mA), 7 W max. (300 mA)Receiver connection: ...................................8-pole M12 connector Emitter connection: ......................................4-pole M12 connectorCable length: .................................................50 m max. (with 50 nF capacitive load)Safety category: ............................................type 2Electrical protection: ....................................class 1Mechanical protection: ................................IP65IP67 (connector part)Housing material: .........................................aluminium with PC Makrolon plastic caps Weight: ...........................................................1.2 Kg max. / m of total height Operating temperature: ................................-10 ...+55 °C Storage temperature: ...................................-25 ... +70 °CReference standards: ...................................EN 954-1, IEC 61496-1, IEC 61496-2Certifications: ...............................................TECHNICAL DATATABLESTable 1: NUMBER OF BEAMSModelBeams SE2 height 500 2SE2 height 8003SE2 height 9004SE2 height 12004Table 3: 1st BEAM INSTALLATION HEIGHTModelmm SE2 height 500400SE2 height 800300SE2 height 900300SE2 height 1200300Table 2: INTERAXIS / RESOLUTIONModelmmSE2 height 500 500 / 515SE2 height 800400 / 415SE2 height 900300 / 315SE2 height 1200400 / 415II3DDIMENSIONSL 403585.4510.8M 12 x 1VERSIONS L 1 L 2 SE2-P2-050-PP-W 652543SE2-P3-080-PP-W 952843SE2-P4-090-PP-W 1052943SE2-P4-120-PP-W135212431L 2+ VdcNOT USEDNOT USED0 V。

三菱无机房ELENESSA电梯调试

无机房ELENESSA电梯调试慢车调试时封线方法:厅门420-D41轿门:420-G4安全回路:420-78上限位:420-UL下限位:420-DL速度在1m/s以上的封:420-UHSHTA/HTB插件封线16-18,17-19MBS-S100二合一光幕安全触板说明:光幕电源盒接电源线:电源线从控制柜引出线C10,C20至轿顶站作为光幕电源,GND/E为接地线,N为中性接零线C20,PH为相位接火线C10M6-A/B端子接至开门机与安全触板线并联至30/420端点平层调试方法:先调上行平层,再调定位器，轿厢内设定SET1调2，SET0调8，轿厢高SET0往F方向调，轿厢低SET0往0方向调，然后退出楼层设定:首层RSW1调0,RSW0调1,其他的一次按16进制调整1平衡系数（轿厢内设定）首先封称,方法:轿内操作SET1调4,SET0调0,SW1↓按下2s,SET1调0,SET0调8 SW1↓按下2s为退出然后SET1调7,SET0调C为显示轿厢中心点位置测量平衡系数:当轿厢内为额定载重量半载时使上行电流大于下行电流0~2A左右平衡系数做好后轿厢内半载，一人站在轿顶按照要求调整称量装置2空载写入（在轿厢内设定）轿厢空载,在首层设定SET1调0,SET0调2,按下SW1↓2s,在顶层开电梯，慢车从首层开至最顶层,显示楼层,表示空载写入成功,然后退出3半载写入（在轿厢内设定）轿厢内载入电梯额定载重50%，在首层设定SET1调0，SET0调3，按下SW1↓2s，在顶层开电梯，慢车从首层开至最顶层，显示楼层，表示半载写入成功，然后退出4超满载（轿厢内设定）轿厢内满载，蜂鸣器不响就在SET1为4，SET0为8的时候调SET0，到0的时候为封称，调动越大（F为最大），表示钢丝绳张力越不好！（轿厢内SET1调0，SET0调C，SW1↓往下按，试电梯超载报警）轿厢内载重超过电梯额定载重量时，报警，电梯不能自动关门最后再电梯重新写层，作为补偿写层。

三菱无机房ELENESSA电梯调试

慢车调试时封线方法:厅门420-D41轿门:420-G4安全回路:420-78上限位:420-UL下限位:420-DL速度在1m/s以上的封:420-UHSHTA/HTB插件封线16-18,17-19MBS-S100二合一光幕安全触板说明:光幕电源盒接电源线:电源线从控制柜引出线C10,C20至轿顶站作为光幕电源,GND/E为接地线,N为中性接零线C20,PH为相位接火线C10M6-A/B端子接至开门机与安全触板线并联至30/420端点平层调试方法:先调上行平层,再调定位器，轿厢内设定SET1调2，SET0调8，轿厢高SET0往F方向调，轿厢低SET0往0方向调，然后退出楼层设定:首层RSW1调0,RSW0调1,其他的一次按16进制调整11平衡系数（轿厢内设定）首先封称,方法:轿内操作SET1调4,SET0调0,SW1↓按下2s,SET1调0,SET0调8 SW1↓按下2s为退出然后SET1调7,SET0调C为显示轿厢中心点位置测量平衡系数:当轿厢内为额定载重量半载时使上行电流大于下行电流0~2A左右平衡系数做好后轿厢内半载，一人站在轿顶按照要求调整称量装置22空载写入（在轿厢内设定）轿厢空载,在首层设定SET1调0,SET0调2,按下SW1↓2s,在顶层开电梯，慢车从首层开至最顶层,显示楼层,表示空载写入成功,然后退出33半载写入（在轿厢内设定）轿厢内载入电梯额定载重50%，在首层设定SET1调0，SET0调3，按下SW1↓2s，在顶层开电梯，慢车从首层开至最顶层，显示楼层，表示半载写入成功，然后退出44超满载（轿厢内设定）轿厢内满载，蜂鸣器不响就在SET1为4，SET0为8的时候调SET0，到0的时候为封称，调动越大（F为最大），表示钢丝绳张力越不好！（轿厢内SET1调0，SET0调C，SW1↓往下按，试电梯超载报警）轿厢内载重超过电梯额定载重量时，报警，电梯不能自动关门最后再电梯重新写层，作为补偿写层。

门科光幕

英国门科公司百能系列红外光幕电梯门保护系统--控制器百能系列红外光幕延时节电功能(可选功能)英国门科公司百能系列红外光幕可以在电梯门长时间闭合达到预设时间后输出继电器控制信号，以关闭电梯内大部分照明及通风，并且在电梯门开启时立即恢复正常。

百能系列红外光幕延时节电功能启动的预设时间由电梯速度及最大行程决定，可以在10 - 70秒范围内通过电位器调节。

调节启动预设时间时应考虑并确保其大于电梯最长闭门行使时间，即在底层关门并行驶至顶层的时间，再加一个延时时间后才启动该功能。

使用该功能时请单独保留部分电梯内部照明及通风，以保证电梯长时间故障停机时的乘客基本安全。

百能系列红外光幕控制器返回顶部英国门科公司百能系列红外光幕主控制器(841型) 以中央处理器为中心，为红外光幕提供全面的控制、检测功能。

是红外光幕的可靠控制中枢。

完全超越了普通经济型红外光幕普遍配置的外接电源盒。

门科百能系列光幕的全部先进功能设计，由于采用了独立控制器而得以实现。

控制器可确保红外发射器与接收器之间的精确同步控制。

可以改变控制器芯片程序获得40束或194束不同密度的红外光幕。

841型红外光幕控制器具有失效防护及系统自检功能。

当系统断电或控制器检测到电压异常或连接中断时，控制器内的信号输出继电器将进入并保持触发状态，使电梯轿门能够打开。

841型控制器可使用220、110 伏交流电源或24伏直流电源。

841型红外光幕控制器带数码显示管，可以详尽地显示红外光幕的工作状态、自检结果、故障诊断等信息。

1. 电源输入/信号输出接插端子2. 保险丝3. 门机控制继电器4. 蜂鸣器开关5. 蜂鸣器6. 系统状态测试开关7. 辅助模块8. 延时复位开关9. 单字母状态显示10. 发射器接插口11. 延时复位时间控制（10-70秒）12. 接收器接插口英国门科840型红外光幕控制器电路设计为失效安全状态。

在系统故障或断电情况下，控制器的输出信号为使电梯门保持开启的状态。

电梯红外线光幕MBS-S说明书

电梯红外线光幕MBS-S说明书————————————————————————————————作者：————————————————————————————————日期：MBS―S100二合一光幕安全触板使用说明书上海三菱电梯有限公司1二合一光幕的功用SANSI– GM–94 C型二合一电梯红外线光幕机是由A,B两个光电板(或称发射板和接收板 ) 和一个微控制器所组成。

当通电后，发射光电板和接收光电板之间就形成平行和交错的光栅( 或称为光幕 )的监测区，若此时在监测区内出现障碍物体时，由微控制器发出监测信号，使控制继电器动作，其电梯门处于开启状态，电梯不能起动运行，起安全保护作用。

2技术参数●SANSI–GM–94C型二合一红外线光幕宻度94 束●发射管及接收管对数 32 对●有效检测高度 1700 mm●有效检测水平距离 0 … 4000mm●最大纵向允差 20mm●最大横向允差 3mm●最大角度允差±15°●响应时间≤ 64ms●输入电压 AC 220V ± 10%，AC 110V± 10%，DC24V●继电器输出负载能力： 5A,250VAC / 5A,30 VDC●保护等级发射和接受装置 IP54电源控制盒 IP31●外形尺寸2070*55*22mm●工作温度-20℃ (65)●电磁兼容性 EN 12015：1998EN 12016：19983二合一光幕机的部件✧光电板( 光电发射板，光电接收板 ) 2 根✧电源控制器盒 1 个✧光电板联接电缆线 2根✧电源电缆线 1 根4安装和配线二合一光幕机部件和配线如附图 1 所示。

5安装和配线要求✧安装和配线应符合所有相关的国家和行业标准规程；✧电源控制盒放置在轿厢顶部，并尽量接近轿厢门的适当位置，而且要用螺钉固定住；✧电源控制盒的电源线接到控制电源的端子上，注意电源电压的不同；✧ A ，B 光电板安装于轿厢门板背侧边缘上，与门板平行，两光电板应同在一个水平面上，允差参见技术参数要术；如附图2所示。

MBS软件操作说明书[2.6]

MBS软件使用手册目录1.目录2.概述 (7)3.系统安装 (7)3.1硬件要求 (7)3.2安装 (8)3.3安装IIS (8)3.3.1 数据库 (8)3.3.2 安装Microsoft .Net Framework (8)3.3.3 软件安装 (8)3.4设置 (13)4.操作简介 (17)4.1登录系统 (17)4.2操作界面介绍 (18)4.3帐号管理 (19)5.素材管理 (19)5.1概述 (19)5.2素材管理 (20)5.3文件浏览 (20)5.3.1文件上传 (21)5.3.2创建链接 (22)5.3.3操作文件夹 (22)5.3.4其它操作 (23)5.4素材浏览 (23)5.4.1查询素材 (25)5.4.2删除素材 (26)5.5素材审核 (26)5.6时钟管理 (27)5.7天气预报 (28)5.8文本天气预报 (28)5.9图片天气预报 (29)6.节目管理 (30)6.1设计节目 (31)6.2节目管理 (31)6.2.1节目管理 (31)6.2.2编辑节目 (32)6.2.3删除节目 (32)6.2.4预览节目 (32)6.3模板管理 (33)6.4节目审核 (34)7.信息发布管理 (35)7.1节目单管理 (35)7.1.1查看节目清单 (35)7.1.2添加节目单 (36)7.1.3 USB导出 (37)7.1.4编辑节目单 (38)7.1.5删除节目单 (38)7.2发布节目 (39)7.2.1按播放器分组发布 (39)7.2.2高级发布 (39)7.3播放日历 (41)7.4发布状态 (42)7.5插播信息 (42)7.6定时插播 (44)7.6.1添加插播任务 (44)7.6.2删除播出任务 (45)7.7播出状态 (45)8.设备管理 (46)8.1浏览设备 (46)8.2添加设备 (47)8.3删除设备 (48)8.4设备分组 (48)8.5发送指令 (49)9.用户与权限管理 (52)9.1部门管理 (52)9.2用户管理 (54)9.2.1查看系统用户 (54)9.2.2 添加用户 (54)9.2.3修改用户信息 (55)9.2.4删除用户 (55)9.3角色管理 (55)9.3.1查看角色 (55)9.3.2添加角色 (56)9.3.3修改角色 (57)9.3.4删除角色 (57)9.4权限管理 (57)9.4.1查看系统权限 (57)9.4.2添加权限 (58)9.4.3修改权限 (59)9.4.4删除角色 (59)10.1播放统计 (60)10.2下刊提醒 (60)10.3过期设置 (61)11.系统日志管理 (62)11.1操作日志 (62)11.1.1查看操作日志 (62)11.1.2清除日志 (63)11.2播放器日志 (63)11.2.1查看播放器日志 (63)11.2.2清除日志 (64)12.节目设计 (65)12.1概述 (65)12.2新建节目 (65)12.3保存节目 (65)12.4区域管理 (66)12.4.1概述 (66)12.4.2添加区域 (66)12.4.3修改大小与位置 (67)12.4.4删除区域 (68)12.5素材管理 (68)12.5.1概述 (68)12.5.2素材列表操作 (70)12.6空白符 (70)12.7字幕 (70)12.7.1 添加字幕 (70)12.7.2属性设置 (71)12.8文本 (72)12.8.2属性设置 (72)12.9图片 (74)12.9.1添加图片 (74)12.9.2属性设置 (74)12.10视频 (75)12.10.1添加视频 (75)12.10.2属性设置 (76)12.11Flash (76)12.11.1添加Flash (76)12.11.2属性设置 (76)12.12网页 (77)12.12.1添加网页 (77)12.12.2属性设置 (77)12.13时钟 (78)12.13.1添加Flash时钟 (78)12.13.2数字时钟 (78)12.13.3模拟时钟 (79)12.13.4属性设置 (79)12.14天气预报 (79)12.15预览 (80)12.16节目背景 (80)13.模板设计 (81)13.1模板定义 (82)13.2区域定义 (82)13.2.1 添加区域 (83)13.2.3删除区域 (84)13.3保存模板 (84)14.常见问题 (84)2.概述MBS系统是一个功能强大的多媒体广告信息发布应用的解决方案，适用于各种行业的多媒体信息发布与管理方案。

莱恩SF系列安全光幕使用说明书

SF系列安全光幕使用说明书◆ 安全光幕的使用关系人身安全，使用前请仔细阅读使用说明书◆ 说明书是指导用户正确安装、使用安全光幕的重要文件，请代理商、经销商、机床厂务必将使用说明书随安全光幕交付用户山东莱恩光电科技股份有限公司SHANDONG LAIEN OPTIC-ELECTRONIC TECHNOLOGY CO.,LTD.感谢您选用“LNTECH（莱恩）”牌安全光幕！本安全光幕主要用于汽车电子产业、包装业等自动化领域，防止工作人员误入危险区域造成的人身伤害，保护人身安全。

本安全光幕仅保护发光器与受光器（SF系列）之间的矩形光幕区域。

如果其安装位置不正确，或不按说明书与相关安全作业条例操作，或被保护设备执行机构故障，都可能使其无法起到保护作用。

因此，安装本光幕之前，请仔细阅读说明书，充分理解有关事项，尤其是说明书中标出的“警告”、“注意”等内容；在使用过程中，请正确理解安全光幕的工作性能，严格按照本说明书所提出的要求，制定相应的安全作业条例。

本说明书内容解释权归山东莱恩光电科技股份有限公司，阅读或使用本说明书时，如有不明之处，请与本公司联系。

禁止事项：禁止擅自复印、转载本使用说明书的部分或全部内容。

关于本使用说明书的内容，将来可能因装置改良等原因而进行修改，恕不另行预告。

本使用说明书虽经精心制作以期万全，但如果您发现有不明之处或异常、错页或缺页等时，烦请您通知最近的本公司办事处。

1）2）3）1 重要资料1.1 概述 (1)1.2 使用说明书的组成 (1)1.3 适用范围 (1)1.4 欧洲指令验证 (1)1.5 欧洲标准验证 (2)1.6 中国标准验证 (2)1.7 术语 (3)1.8 安全须知 (4)2 基本介绍2.1 外形尺寸图 (5)2.2 规格型号 (6)2.3 检测精度与光轴间距的关系 (7)2.4 技术标牌 (8)3 产品描述3.1 技术参数 (9)3.2 特点 (10)3.3 工作示意图 (10)3.4 应用案例 (11)3.5 应用条件 (13)4 功能配置4.1 外部装置监视功能（EDM） (14)4.2 辅助输出功能 (15)4.3 辅助对光功能 (15)4.4 对光强弱指示功能 (16)5 SF系列安全光幕的安装5.1 安全距离的计算 (17)5.2 相邻安装时的注意事项 (19)5.3 有反射物时的正确安装位置 (20)5.4 安装说明 (21)5.5 安装工具 (25)6 SF系列安全光幕部件说明6.1 主体部件说明 (26)6.2 发光器指示灯说明 (27)6.3 受光器指示灯说明 (28)7 接线7.1 SF系列安全光幕I/O接线 (29)7.2SF系列安全光幕与SR4P2A1B24N/P接线 (32)7.3 SF系列安全光幕与SR4P3A1B24接线 (34)7.4 SF系列安全光幕与SR4P2A1B24N/P-M接线 (35)7.5 信号电缆 (37)7.6 接线注意事项 (38)8 SF系列安全光幕的调试8.1 安全光幕的调试 (39)8.2 试运行 (39)9 使用、检查、保养9.1 使用注意事项 (40)9.2 检查与保养 (40)10 简单故障检修10.1 安全光幕故障判别 (41)11 配货信息11.1 配货 (42)1.重要资料1.1 概述本说明书包含了关于SF系列产品的说明、操作、安装、电气连接、维护和故障判断等资料。

无线幕帘式红外探测器使用说明

无线幕帘式红外探测器使用说明1．概述本产品是一款无线幕帘式被动红外探测器，具有全程温度补偿、可靠性高、微功耗等特点。

在设计上采用了先进的技术、微功耗技术和SMT工艺，独特的技术和设计克服了传统的被动红外探测器抗电磁辐射能力弱易产生误报的缺陷，具有抗高强电磁辐射的能力，极大地提高了产品的可靠性；而且非常省电，也极大地提高了电池的使用寿命。

本产品配有旋转支架，安装方便，调整简单。

2．主要性能指标工作温度：－10°C至＋50°C相对湿度：≤95%工作电压：一节9VG6F22M干电池监测状态电流：≤15uA发射状态电流：≤6mA抗电磁辐射：＞30V/m探测范围：100°角度，8m×8m，幕帘夹角2-4°（见图2）发射频率：315M 发射时间：1-2秒发射距离：＞50米（空旷地）规格：10.5cm×6.0cm×4.0cm(无支架)3．安装和使用３.１安装电池图1A．把电池的两极插入电池扣并装入电池槽。

B．盖上前盖等待1分钟，探测器进入稳定工作状态。

3.2支架安装使用时，首先把支架的万向球上的长方形底板插入后盖的槽内，再把底座固定于预定安装位置上，最后把万向球压入底座球窝中即完成支架的安装。

3.3安装（1）可安装在窗户、门等被测区顶部（见图2）；（2）可安装在窗户、门等被测区侧墙上（见图3）（3）可安装在窗户、门等被测区顶部墙角处（见图4）3.4地址和数据码设定A2—A8代表8位地址,D1—D4代表4的每一位中，短路块插在中间和“-”极位(靠近板边)上代表“1”，插在“+位代表“4”，不插短路块代表“3”；在数据位跳线开关的每一位中，插在“+”位短路块代表“1”，插在“-”位短路块或不插短路块代表“0”。

图23.5使用1、探测器上电后，需经过约1分钟的稳定才可使用。

2、探测器安装好后，即可在探测范围内的边缘进行步测。

当人在探测范围内横向行走约3-5步时，探测器能被触发，红灯亮（可适当调整安装角度）；主机（预先设置好地址和数据位）能接收无线报警信息。

三菱无机房ELENESSA电梯调试

无机房ELENESSA电梯调试慢车调试时封线方法:厅门420-D41轿门:420-G4安全回路:420-78上限位:420-UL下限位:420-DL速度在1m/s以上的封：420-UHSHTA/HTB 插件封线16-18,17-19MBS-S100二合一光幕安全触板说明：光幕电源盒接电源线：电源线从控制柜引出线C10,C20至轿顶站作为光幕电源，GND/E为接地线,N为中性接零线C20,PH为相位接火线C10 M6-A/B 端子接至开门机与安全触板线并联至30/420端点平层调试方法：先调上行平层，再调定位器，轿厢内设定SET1调2 ，SET0调8,轿厢高SET0往F方向调，轿厢低SET0往0方向调，然后退出楼层设定：首层RSW1调0,RSW0调1,其他的一次按16进制调整1平衡系数（轿厢内设定）首先封称，方法:轿内操作SET1调4,SET0调O,SW 1 J按下2s,SET1调0,SET0调8 SW1 J按下2s为退出然后SET倜7,SET0调C为显示轿厢中心点位置测量平衡系数 : 当轿厢内为额定载重量半载时使上行电流大于下行电流0〜2A左右平衡系数做好后轿厢内半载，一人站在轿顶按照要求调整称量装置2空载写入（在轿厢内设定）轿厢空载，在首层设定SET1调0,SET0调2,按下SW1 J 2s,在顶层开电梯，慢车从首层开至最顶层 , 显示楼层 , 表示空载写入成功然后退出3半载写入（在轿厢内设定）轿厢内载入电梯额定载重50%，在首层设定SET1调0, SET0调3,按下SW1 J 2s，在顶层开电梯，慢车从首层开至最顶层，显示楼层，表示半载写入成功，然后退出4超满载（轿厢内设定）轿厢内满载，蜂鸣器不响就在SET1为4, SET0为8的时候调SE T0 ,到0的时候为圭寸称，调动越大（F为最大），表示钢丝绳张力越不好！（轿厢内SET1调0, SET0调C, SW 1J往下按，试电梯超载报警）轿厢内载重超过电梯额定载重量时，报警，电梯不能自动关门最后再电梯重新写层，作为补偿写层。

电梯红外线光幕配置情况介绍

电梯红外线光幕配置情况介绍
先进的开门保护系统：红外线光幕保护（品牌：广州艾迩德或上海欧捷；产地中国），红外线在电梯门口平行密集的布置，形成一个高度安全性的光屏，对进入其探测区域的任何物体都很敏感，一旦光线受到干扰电梯门就很快地重新开启而不碰伤乘客，从而保证了客户安全方便地进出电梯。

✧自保功能：遮挡光幕后，光幕一直维持断开状态，只有按动复位按钮后，光幕恢复通光状态。

✧超强的抗干扰能力：采用红外线通讯和专用光学系统，抗干扰能力强（对电磁信号，频闪灯光，焊接弧光及周围光源具有良好的抗干扰能力）。

✧反应更灵敏：本系列所有的光栅产品反应时间在10ms 以内；过载和短路保护：当安全光栅输出因过载或短路，光栅将进入保护状态，同时光栅安全系统将关闭；自我检测：在电源接通2秒内，实施自我检测，以确保自身有无故障。

✧盲区过滤功能：当物体慢速经过光幕时，光栅一直输出稳定的断开信号，就不会使机器误启动，使生产更安全，可靠。

具有防扒装置，电梯门机防扒装置，它包括上坎以及滑动设置在所述上坎上的左挂板和右挂板，所述左挂板上设置有由电机传动带传动的门刀机构，其特征在于：所述上坎上设置有一防扒限位板，所述左挂板上铰接有一个能翻转运动的且与所述防扒限位板相配合的防扒锁钩，所述防扒锁钩上成型有斜条孔，所述门刀机构上设置有伸入所述斜条孔中的、当该门刀机构动作时能够带动所述防扒锁钩作翻转动作、从而选择性地使防扒锁钩与防扒限位板相互锁紧或相互分离的锁钩拨动销，通力电梯门机防扒装置结构简单紧凑，占用空间小，而且工作性能非常稳定。

电梯光幕的工作原理与安装调试操作方法

电梯光幕的工作原理与安装调试操作方法电梯光幕的一边等间距安装有多个红外发射管，另一边相应的有相同数量同样排列的红外接收管，每一个红外发射管都对应有一个相应的红外接收管，且安装在同一条直线上。

当同一条直线上的红外发射管、红外接收管之间没有障碍物时，红外发射管发出的调制信号（光信号）能顺利到达红外接收管。

红外接收管接收到调制信号后，相应的内部电路输出低电平，而在有障碍物的情况下，红外发射管发出的调制信号（光信号）不能顺利到达红外接收管，这时该红外接收管接收不到调制信号，相应的内部电路输出为高电平。

当光幕中没有物体通过时，所有红外发射管发出的调制信号（光信号）都能顺利到达另一侧的相应红外接收管，从而使内部电路全部输出低电平。

这样，通过对内部电路状态进行分析就可以检测到物体存在与否的信息。

电梯光幕的红外发射和接收通路数目理论上最大可有215个，考虑到实际光幕的高度和上下通路之间的间距，一般不会超过48个。

电梯光幕分直线扫描方式和交叉扫描方式，在直线扫描模式下，单片机每次向发送端和接收端发送相同的通路选择信号，即第一路发第一路收、第二路发第二路收、…第十五路发第十五路收、第十六路发第十六路收。

而在交叉扫描模式下，单片机每次向发送端和接收端发送不同的通路选择信号。

即第一路发第二路收、第二路发第一路收、……第十五路发第十六路收、第十六路发第十五路收。

相比之下，交叉扫描模式对物体的高度测量更为精确，且在检测区域中心１／３处的检测精度最高。

最小检测高度可缩至直线扫描模式下的２／３。

但是考虑到实际需要，现在普遍使用的都是直线扫描方式的安全光幕。

安装调试操作方法检查电梯安全光幕是否牢固的固定在需装备的设备上，电梯光幕传感器的发射器和接收器是否在一平面内，且以发射器和接收器为边界的保护区域应为该平面内的一个矩形检查电梯安全光幕的发射器和接收器，是否和各自的电缆准确的装配到位，以及电缆的接线端是否与电源和控制单元准确、牢固的连接给电梯安全光幕传感器接通电源，此时光幕传感器开始自检、同步及自校准，约1秒钟后，发射器黄色指示灯稳定，接收器指示灯全部熄灭，表示光幕传感器进入正常工作状态。

电梯楼层显示器说明书(新版)

楼层显示器说明书一、电梯楼层显示器概述随着闭路电视监控技术的不断深入，电梯的闭路电视监控已经发展到了既可以有视频图像，同时还可以监控电梯的运行状态和故障报警提示，包括电梯的具体停靠的楼层数，电梯的上行，下行，停止，等待，故障报警等电梯的五种运行状态。

二、重要提示1、安装前请仔细阅读本说明书！2、主机电源：为直流12V，接线柱分“正，负”。

具体接法：工程人员朝向接线端子时，接线端子为“左负右正”（如下图所示），请勿接反！正确供电后，主机指示灯会每隔1秒闪烁1次。

3、安装之前，请先设置！4、安装完毕请用双面胶或匝带绑好主机和探测器，重新开机，将电梯从最高层运行到最底层运行一次。

5、本设备具有掉电记忆功能，一般情况不会出现误报楼层数情况。

如有出现（仅在楼显断电而电梯仍在正常运行时），断电重启后，将电梯从最高层运行到最底层运行一次，则会自动复位。

三、功能说明1、编程数据电子开关自动保护，数据永不丢失；2.、具有电梯故障报警功能；3、具有电梯等待提示功能；4、显示电梯运行层数为地上200层，地下19层；5、显示电梯五种运行状态，上行，下行，停止，等待，故障报警；6、人机对话递进式菜单设计，菜单设置简单易于操作。

电梯名称4~15位字符可选，电梯停留的最大层数可选；7、可脱离电梯设置，无需摄像机视频信号支持，字符信号可直接输出到监视器等终端显示设备上，字符位置可调；8、抗干扰能力强，不受电梯速度影响；9、完全MPU微处理器控制，硬件结构更合理，程序运行更稳定；10、人性化、智能化菜单，操作简单；11、安装极为方便，无论是新安装，还是对原来的监控系统进行改造，都十分方便!示意图（下图显示001号电梯状态：由地上1层向地上2层运行）：主机正常运行后，它自动检测，自动复位，不受电梯停电影响，完全免维护。

四、安装方法及位置电梯楼层显示器主机用双面胶或强力胶布胶水固定在电梯轿箱的顶部（外部），固定后需保证探测器及线能正常连接在主机上。

三菱无机房ELENESSA电梯调试

无机房ELENESSA电梯调试慢车调试时封线方法:厅门420-D41轿门:420-G4安全回路:420-78上限位:420-UL下限位:420-DL速度在1m/s以上的封:420-UHSHTA/HTB插件封线16-18,17-19MBS-S100二合一光幕安全触板说明:光幕电源盒接电源线:电源线从控制柜引出线C10,C20至轿顶站作为光幕电源,GND/E为接地线,N为中性接零线C20,PH为相位接火线C10M6-A/B端子接至开门机与安全触板线并联至30/420端点平层调试方法:先调上行平层,再调定位器，轿厢内设定SET1调2，SET0调8，轿厢高SET0往F方向调，轿厢低SET0往0方向调，然后退出楼层设定:首层RSW1调0,RSW0调1,其他的一次按16进制调整11平衡系数（轿厢内设定）首先封称,方法:轿内操作SET1调4,SET0调0,SW1↓按下2s,SET1调0,SET0调8 SW1↓按下2s为退出然后SET1调7,SET0调C为显示轿厢中心点位置测量平衡系数:当轿厢内为额定载重量半载时使上行电流大于下行电流0~2A左右平衡系数做好后轿厢内半载，一人站在轿顶按照要求调整称量装置22空载写入（在轿厢内设定）轿厢空载,在首层设定SET1调0,SET0调2,按下SW1↓2s,在顶层开电梯，慢车从首层开至最顶层,显示楼层,表示空载写入成功,然后退出33半载写入（在轿厢内设定）轿厢内载入电梯额定载重50%，在首层设定SET1调0，SET0调3，按下SW1↓2s，在顶层开电梯，慢车从首层开至最顶层，显示楼层，表示半载写入成功，然后退出44超满载（轿厢内设定）轿厢内满载，蜂鸣器不响就在SET1为4，SET0为8的时候调SE T0，到0的时候为封称，调动越大（F为最大），表示钢丝绳张力越不好！（轿厢内SET1调0，SET0调C，SW1↓往下按，试电梯超载报警）轿厢内载重超过电梯额定载重量时，报警，电梯不能自动关门最后再电梯重新写层，作为补偿写层。

红外扫描光幕说明书

红外扫描光幕说明书
一、指示灯说明
LED指示灯用于指示产品的工作状态和故障状态，发射器和接收器配置有相同数量的指示灯。

LED指示灯置于发射器和接收器的上端，其布置图见图4.1。

图4.1 指示灯布置
表4.1 指示灯说明（工作状态、加热玻璃指示灯）
注：* 光幕工作异常时，有报警输出；** 遮挡光轴数超过触发物体大小时，有检测输出。

表4.2 指示灯说明（接收光束强弱指示灯）
二、光幕外形尺寸和接线图
1、光幕外形尺寸如图5.1；
2、光幕接线图如图5.2。

图5.1 发射器和接收器外形尺寸
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电梯红外线光幕MBS-S说明书
————————————————————————————————作者：————————————————————————————————日期：
MBS―S100
二合一光幕安全触板
使用说明书
上海三菱电梯有限公司
1二合一光幕的功用
SANSI– GM–94 C型二合一电梯红外线光幕机是由A,B两个光电板(或称发射板和接收板 ) 和一个微控制器所组成。

2技术参数
●SANSI–GM–94C型二合一红外线光幕宻度94 束
●发射管及接收管对数 32 对
●有效检测高度 1700 mm
●有效检测水平距离 0 … 4000mm
●最大纵向允差 20mm
●最大横向允差 3mm
●最大角度允差±15°
●响应时间≤ 64ms
●输入电压 AC 220V ± 10%，AC 110V± 10%，DC24V
●继电器输出负载能力： 5A,250VAC / 5A,30 VDC
●保护等级
发射和接受装置 IP54
电源控制盒 IP31
●外形尺寸2070*55*22mm
●工作温度-20℃ (65)
●电磁兼容性 EN 12015：1998
EN 12016：1998
3二合一光幕机的部件
✧光电板( 光电发射板，光电接收板 ) 2 根
✧电源控制器盒 1 个
✧光电板联接电缆线 2根
✧电源电缆线 1 根
4安装和配线
二合一光幕机部件和配线如附图 1 所示。

5安装和配线要求
✧安装和配线应符合所有相关的国家和行业标准规程；
✧电源控制盒放置在轿厢顶部，并尽量接近轿厢门的适当位置，而且要用螺钉固定住；
✧电源控制盒的电源线接到控制电源的端子上，注意电源电压的不同；
✧ A ，B 光电板安装于轿厢门板背侧边缘上，与门板平行，两光电板应同在一个水平面上，
允差参见技术参数要术；如附图2所示。

✧ A ，B 光电板顶端带超软电缆的插头，插接到电源控制盒上，A ，B 两个插头可随意插入；
✧ A ，B 光电板两根超软电缆随开关门移动而有所摆动，因此，在安装时应使电缆自然弯曲，
转变半径≥ 100 mm ，不应被机械部件所夹持而造成被切断或挤压；
✧电源控制器中的继电器，有 1 个常开和 1个常闭触头，按用户要求，接到电梯控制器的
输入端子上 (如重新开门回路端口 ) ；正常状态下，二合一光幕的常闭触点应和安全触板
输出串联后接到电梯控制回路中。

图K1 K2
✧电源控制器外壳必须接地保护。

6二合一光幕机调试
✧检查二合一光幕机各部件安装是否正确，固定是否牢固；
✧检查接插件和接线是否正确，端子线是否压紧；
✧用电压表测量电源电压是否满足规定要求；
✧在上述检查无误的情况下，才可以对光幕机通电；
✧通电时，电源控制器中的绿灯、红灯都被点亮，遮断时红灯熄灭；
✧当光幕被遮挡时，K1、K2应开路，当长时间被遮挡且超过预设时间时（小于3分钟），K1、
K2应为通路；（见图A）
✧当系统短路或失电时，K1、K2应为通路；（见图A）
✧当光幕控制盒出现故障后，最终K1、K2应为通路；（见图A）
✧当上述功能调试是不带轿门时，信号动作正常。

请带上轿门运行调试，特别注意随行电缆线的运动及摆动幅度要适当。

7二合一光幕机的维护
✧透镜窗需保持干净，不应有尘埃及油垢等污物粘上；
✧透镜窗不应有硬物划伤，清洁时需注意；
✧光幕不动作，应检查电源是否正常，接插件接触是否良好，电缆线是否损坏等。

8注意事项
✧电源控制盒外壳必须接地良好！
✧光电板安装应按产品的规定。

9 保证期
在用户正确使用光幕产品的条件下，自发货之日起二年内，因制造不良不能正常工作时可免费维修或更换。

控制盒。

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