基恩士FS-V11中文说明书
OMRON FS-V10 系列光电传感器说明书
54Digital LEDBar-graph LEDDual monitoring systemThe FS-V10 Series features both a digital LED indicator, whichnumerically displays the received light intensity, and a bar LED, which shows the level of detectionDescriptionFeaturesq An Industry-first dual monitoring system q Auto and manual calibrationq 20-bit concurrent processing chip q High accuracy and high powerqWire-saving 0-line or 1-line connection systemDetecting DistanceThrubeam – Up to 3,600 mm (with lens)Diffuse-reflective – Up to 300 mmDefinite-reflective – Up to 14 mmAutomatic SET buttonFS01SeriesHigh AccuracyFibreoptic Sensors<FS-V10 Series>NEW 20-bit concurrentprocessing chip + 12-bit A/D converter The FS-V10 Series features a newlydeveloped 20-bit concurrent processing chip.This chip can concurrently process12 types of control including calculation of received light intensity “dual monitor display ”, and hold display ”. Compared to general-purposeHigh Accuracy Fibreoptic SensorsAmplifier VariationsHybrid Calibration Type:FS-V10 Series•Dual monitoring function withbar LED and digital display•Hybrid calibration with Auto SETbutton and manual adjustmentbuttonOne-touch Calibration Type:FS-T Series•Fully-automatic calibration byDetects down to 0.01 mm dia wire withDetects target at the industry longestHigh Accuracy Fibreoptic SensorsSUPER TURBO ModeTURBO Mode200 mm300 mmFINE Mode100 mmModel: FU-66From ultra-high precision to ultra-high power:A single unit covers every applicationThe FS-V10 Series offers three levels of detection to Small targetReceived light quantity: LargeLarge targetReceived light quantity: SmallArea detection fibre unitHigh Accuracy Fibreoptic SensorsUnstable operating conditions can be discovered at a glance using Bar LED indicatorsThe bar LED indicates detection stability using a 7-level bar LED.The bar LED shows when maintenance is required at a glance, which is difficult to notice with the digital display.Low excess gainOne LED does not lightduring light beam reception.1-line systemSpace advantageHigh Accuracy Fibreoptic Sensors)l a t i g i d ,l a u n a m +h c u o t -e n O (n o i t a r b i l a c d i r b y H ti n u n i a M ti n u n o i s n a p x e e n i l -1ti n u n o i s n a p x e e n i l -011V -S F 21V -S F 01V -S F .1P11V -S F P21V -S F —DE L d e R )O B R U T R E P U S (s m 1/)O B R U T (s µ005/)E N I F (s µs m 7.1o t s µ014.2)e l b a t c e l e s -h c t i w s (N O -K R A D /N O -T H G I LHigh Accuracy Fibreoptic Sensorsno i t a r b i l a c l a u n a M t i n u n i a M ti n u n o i s n a p x e e n i l -1es n o p s e r d e e p s -h g i H ti n u n o i s n a p x e e n i l -01M -S F 2M -S F H1M -S F 0M -S F P 1M -S F P 2M -S F ——DE L d e R DE L d e R DE L d e R DE L d e R )e l b a t c e l e s -h c t i w s (O B R U T /E N I F ,)r o t a c i d n i h t i w (r e m m i r t n r u t -8,)E N I F (s µ052)O B R U T (s µ005,)E N I F (s µ052)O B R U T (s µ005,)E N I F (s µ02)O B R U T (s µ05s m 2.1o t s µ014.1.x a m x u l 000,02:t h g i l n u S ,.x a m x u l 000,01:p m a l t n e c s e d n a c n I 55+o t 01-°C55+o t 01-°C55+o t 01-°C55+o t 01-°Ce t a n o b r a c y l o P :r e v o C e t a n o b r a c y l o P :r e v o C /y d o B e t a n o b r a c y l o P :r e v o C /y d o B et a n o b r a c y l o P :r e v o C /y d o B g57.x o r p p A g04.x o r p p A g02.x o r p p A g02.x o r p p A The response speed varies depending on the number of expansion units connected.Only the FS-T1/M1 provide stability outputs. Stability outputs for the FS-T2/T0/M2/M0 are output from the FS-T1/M1 or FS-R0.Power to the FS-T2/T0/M2/M0 is supplied through the FS-V11/V1/T1/M1 or FS-R0.1-line connection amplifiers reduce wiring Up to 16 expansion units can be connected to a single main unit and can be freely combined.Expansion units+FS-T1G :Green LED light source FS-M1H :High-speed response FS-V12:Hybrid calibration FS-T2:One-touch calibration FS-M2:Manual calibration FS-R0FS-T0FS-M0Connector unit0-lineexpansion-units0-line connection units eliminate wiring and labourThe innovative 0-line connection system only requires an FS-R0 connector unit and a cable with a MIL connector for wiring. The units can be easily connected to an I/O card of a PLC (programmable controller) or special board. Units can be freely combined to suit the application.Board InputDC power supplyPLC Cable with MIL connectorFS-V10Terminal block unitHigh Accuracy Fibreoptic SensorsFU-77FU-67FU-66ZFU-63ZFU-35FZFU-12A single-core fibre exposed to excessive bending will easily break.The 217-core fibre is hardly affected by exces-sive bending.Ready for immediate useArmoured ToughFlexprovides a cost and labour savings by eliminating the need for protective tubing.More flexible than conventional spiral fibresToughFlex will not break even when sharply bent.More flexible than conventional spiral fibres.Standard FibreToughFlex Fibre PrincipleKeyence has developed the toughest fibre unit series by bundling multiple core fibres of 66 µm diameter. These fibres will work normally without any malfunction even when they are bent to a minimum radius or when they are Keyence has also maintained a long detecting distance while using this unique design. Including focused small spot model, area detection model, ultra-long detecting distance model, and thin sleeve models, every application can be improved with maintenance efficiency.Plus, the latest armoured model is sheathed by a flexible stainless steel jacket to protect the fibre from daily wear ToughFlex fibre variationsToughFlex Fibre FeaturesT oughFlex will not break even when sharply bent.FU-67G/77GHigh Accuracy Fibreoptic Sensors FS01ToughFlex Fibres [Patent pending]:FU-67/77/35FZ/4FZ/5FZ/63Z/66Z/12Fibres with a minimum bend radius of 2 mm retain light intensity even when folded. These innovative fibres can be routed just like an electric wire, enabling installation anywhere.High-flex Fibres: FU-45X/48/49X/59/65X/68/69X/78/79 These fibres, which provide higher flexibility than an electric wire, can endure repeated bends. The bendradius of 4 mm makes fibre routingeasier and saves mountingspace.Compact Definite Reflective Fibres: These fibres are excellent for detection in tight spaces such as being embedded in a robot arm or on a conveyor. Detection is almost unaffected by target backgrounds.Area Detection Fibre: FU-12The FU-12, which provides a detecting area 10 mm wide, is suitable for detecting vibrating targetsor minute targets. A target assmall as 1.2 mm in diametercan be accurately detected.Fibre Unit Selection Guide (major models only)High Accuracy Fibreoptic SensorsFeaturesDetecting distance 1. (mm)Smallest 2. detectable object Minimum bend radius640760(3600)320ø0.03 mmø0.03 mmR25 mmR4 mmLong-detecting distanceA minimum bend radius of 4 mm300370150Lens F-1, F-2, F-4Lens F-1, F-2, F-4Fibre Unit Selection ChartHigh Accuracy Fibreoptic SensorsFeaturesDetecting distance 1. (mm)Smallest 2.detectable object Minimum bend radiusModel Weight(Approx.)2003001001602408020281270110ø0.01 mm (gold wire)R25 mmSuitable for positioning0.2 mm spot diameter when used with F-2HA 0.4 mm spot diameter when 4g18g4g 6g Free-cutFree-FU-23X FU-25FU-21XFU-35FALens F-2HALensHigh Accuracy Fibreoptic SensorsFeaturesDetecting distance 1. (mm)Smallest 2.detectable object Minimum bend radius3 (Centre of detecting distance)3 (Centre of detecting distance)3 (Centre of detecting distance)6 ±16 ±16 ±10 to 40 to 40 to 40 to 14 (Centre of detecting distance)0 to 14 (Centre of detecting distance)ø0.3 mm (gold wire)ø0.08 mm (copper wire)R25 mmR10 mmø0.01 mm (gold wire)Almost unaffected by target colour and backgroundAlmost unaffected by target background, side-by-sidedetection available Almost unaffected by target colour and background, long-High Accuracy Fibreoptic Sensorsdr a d n a t S tn a t s i s e r -t a e H ,f o o r p l i O fo o r p l a c i m e h C 053°ep y t C 003°ep y t C 081°ep y t C 501°ep y t C 07+o t 04-°C :77,76,21-U F (05+o t 04-°,C :93-U F 001+o t 03-°)C 053+o t 03-°C .1003+o t 04-°C .1081+o t 06-°C .1501+o t 04-°C 07+o t 03-°C,c i t s a l P :e r b i F :h t a e h S e n e l y h t e y l o P )s s a l g :93-U F (,s s a l G :e r b i F la r i p s l e e t s -s s e l n i a t S :h t a e h S eb u t ,c i t s a l P :e r b i F :h t a e h S no b r a c o r o u l F gn i t a o c r e m y l o p ,c i t s a l P :e r b i F :h t a e h S en e l y p o r p y l o P ,c i t s a l P :e r b i F n o l f e T :h t a e h S1. Ambient temperature varies depending on the distance from the tip or a fibre unit. Refer to "Dimensions". The ambient temperature for the FU-87 and 88 is in dry condition.ConfigurationFeature Model FINE TURBO SUPERTURBO ModelDetecting distance (mm)Applicable fibre units FU-35FA(Z)FU-35FA(Z)FU-7F,8640026022022018008005404404403600100067055055036002.FU-77, 77G FU-78FU-84CFU-7F,860 to 20 with beam spotdiameter of 4 mm15 ±2 with beam spot diameter of 0.5 mmImproves the stability for the minute target detection.Space-saving, side-view type F-3HAF-4HAF-11.NEW When using the F-1 at a temperature of 70°C or more, specify the "Heat-resistant F-1"."3600" is assumed as maximum because the fibre cable has the length of 2 m.High Accuracy Fibreoptic Sensors190120501601004565ShapeDetecting distance 1. (mm)3 mm dia.M41.5 mm dia.M43 mm dia.Detecting distance using FS-T1G/FS-M1H Fibre Unit Selection ChartHigh Accuracy Fibreoptic SensorsFS01ec n a t s id g n i t ce t e d -g n o l -a r t l U s n e l g n i s u c o F 4-F A H 2-F AH 3-F 68,F 7-U F G77,77-U F AF 53-U F 00310001802001200610103006005851we i v -e d i S ec n a t s id g n i t ce t e d -g n o L 1-F 2-F 68,F 7-U F .1G77,77-U F C 48-U F .168,F 7-U F G77,77-U F C 48-U F 061021001008006005052022061003100010080705540040530520R -S F .x a m ,%5±C D V 42o t 21.1t n e r r u c s u l p ,s s e l r o A m 02st i n u n o i s n a p x e y b d e m u s n o c de t c e n n o c )t u p t u o y t i l i b a t s g n i s u n e h w 51(661s m 2.1o t s µ014.2).x a m V 04(.x a m A m 05N P N l e d o M 3R -S F y l p p u s r e w o P .x a m %5±C D V 42o t 21.1n o i t p m u s n o c t n e r r u C yb d e m u s n oc t n e r r u c s u l p ,s s e l r o A m 05).x a m A m 001(r o s n e s d e t c e n n o c s t u p n i e l b a d n a p x E 2l a n g i s t u p n I t u p n i e g a t l o v -n o n P N P /N P N gn i h c t i w s )e t a t s -d i l o s ,t c a t n o c (e m i t e s n o p s e R s m 1o t s µ053.2ed o m t u p t u O )e l b a t c e l e s -h c t i w s (.C .N /.O .N Attachment (with FS-M1H/T1G)1. To use the F-1 with the FU-84C or FU-86, specify the heat-resistant F-1 when ordering.Simple wiring connector unitTerminal block unitHigh Accuracy Fibreoptic SensorsInput/Output CircuitsP h o t o e l e c t r i c s e n s o r m a i n c i r c u i tInput circuitBrownBlack(Control output)(Stability output)Orange1.BluePink2.(External calibration)O v e r c u r r e n t p r o t e c t i o n c i r c u i tLoad100 mA max.Load 50 mA max.12 to 24 VDCFS-T1/M1/T1G/M1HP h o t o e l e c t r i c s e n s o r m a i n c i r c u i tInput circuitO v e r c u r r e n t p r o t e c t i o n c i r c u i t12 to 24 VDCFS-V11.When the stability output is not used, cut the orange cable at the base, or connect this cable to the 0 V terminal of the power supply.High Accuracy Fibreoptic SensorsMODEMODEPress this button once.Received light intensityExcess gain display (%)Press this button once.Display changes alternately.Hold display (Excess gain)R e c e i v e d l i g h t i n t e n s i t yMax.Setting value*Min.TimeSelecting displayed dataThe display changes every time the MODE button is Setting the sensitivity (Automatic calibration)Select the sensitivity setting procedure according to the target condition.When the setting is completed, the setting value flashes twice.For sensitivity adjustment using a moving target • Fully-automatic calibration1.Pass a target through theoptical axis while pressing the SET button.2.The calibration indicator (orange LED) flashes.3.Release the SET button. (The orange LED goes off.)*The setting value is adjusted to the midpoint of the difference between the maximum andHigh Accuracy Fibreoptic SensorsUP DOWNPress or once.Flashing displayWait for 2 seconds.At least 3 seconds120PA Changing the setting value When the sensitivity difference is insufficientIf the sensitivity has no allowance, “- - - -” flashes immedi-ately after the completion of the automatic calibration.Sensitivity is set and entered even when the sensitivity difference is insufficient. Be sure to confirm that the detection is properly performed.Selecting mode (Power/Timer)Power selectionFS-V1/FS-T SeriesSelect the sensitivity setting procedure according to the target condition. (FS-T has no display.)For sensitivity adjustment using a moving target •Fully automatic calibration1.Pass a target through the optical axis while pressing the SET button.2.Confirm that the calibration indicator (yellow LED) flashes.3.Release the SETbutton. The calibration indicator goes off.For target positioning •Positioning calibration1.With no target, press the SET button and release it. TheHigh Accuracy Fibreoptic SensorsFS-V+VBrownLock+VBrownLockNPNPNPABAB Optimal position[Note]When only a single unit is used, the mutual-interference prevention function cannot be used.Mutual Interference Prevention FunctionUp to four sensors can be con-nected without being affected by light beams from adjacent units.When several units are connected, the FS01 Series alternates the light emission timing with up to four sensors so that the adjacent sensors ’ light beams do When the TURBO mode is selected with the FS-M Series, up to 8 sensors enable stable detection without 2.With no target, turn the trimmer counter-clockwise until the green LED lights (turns off). – Point B3.Set the trimmer midway between points A and B. Confirm sensor operation.With a target in place, turn the trimmer counterclockwise until the green LED turns Point BSet the trimmer midway between points A and B. Confirm sensor operation.Precautions for adjustmentWhen the sensitivity difference is insufficient:After calibration is completed, the stable operationindicator (green LED) flashes if the sensitivity difference is insufficient. The FS-V1 LCD display flashes a row of External calibration functionSensitivity can be set using a signal input from anexternal device. The input time should be 20 ms or more.For external calibration, set the key-protection switch to LOCK.When several units are connected, only the units with the key-protection switch set to LOCK are externally cali-brated.•The FS-V , FS-T Series and FS-M Series can be used together.High Accuracy Fibreoptic Sensors33112Stable operationlevel Detection levelStability output“ 8 seconds ”The received light quantity does not exceed the stable operation level 31 times continuously .exceed the stable operation level 8 seconds continuously .900800Detecting distance X (mm)Detecting distance X (mm)Detecting distance X (mm)20040060080010001600140012000.11101001000xE x c e s s g a i n100020003000400050000.11101001000xE x c e s s g a i nSUPERTURBOSUPERTURBOFINESUPERTURBOFINEFS-V/T+FU-7F, 86+F-1FS-V/T+FU-7F, 86+F-2*Operating levelOperating level*Data was obtained using a 5-m type fiber unit.1001000xs g a i n1001000xs g a i nFS-V/T+FU-5FZ, 77FS-V/T+FU-75FWhen the received light quantity exceeds the detection level but does not exceed the stable operation level for 8 seconds continuously ”,the stability output is activated.Reset: When the stability output is activated, clean the front surface of the fibre unit or realign the optical axis so that the stable operation indicator (green LED) lights again. The stability output is reset when detection is done with the stable operation indicator (green LED) turned on.Operation chart[Note]When several units are connected, the stability outputs of all the units are output from the main unit based on OR logic.Self-diagnostic FunctionReceiver excess gain vs. detecting distance (Typical)FS-T1/V1 detecting distance is the same as that for FINE mode.High Accuracy Fibreoptic SensorsFS-V (SUPER)+FU-4F, 6F, 66, 85FS-V (SUPER)+FU-49X, 69XFS-V (SUPER)+FU-4F, 6F, 66, 85250300051015205101525XY510152025303545051015 5Y 40X D i s t a n c e Y (m m )D i s t a n c e Y (m m )Dia.Gold wire ø0.01Copper wireø0.1Copper wireø0.320Operating distance vs. detecting distance (Typical)Detecting area (Typical)High Accuracy Fibreoptic Sensors100101E x c e s s g a i nFS-M (TURBO)/ FU-4F, 6F, 66, 85Operating level100101E x c e s s g a i nFS-M (TURBO)/ FU-49X,69XOperating level XXWhite mat paperWhite mat paperFS-M (TURBO)/ FU-4F, 6F, 66, 854812FS-M (TURBO)/ FU-49X, 69XXYTarget: 30 x 30white mat paper 100200300400FS-M (TURBO)/ FU-7F, 86+F-2XYaxis (Typical)High Accuracy Fibreoptic SensorsFS01Hints on Correct Use221Using the cutterCut the free-cut fibre unit to the desired length using the included cutter.1.Insert the fibre unit into the corresponding cutter hole to the desired length.2.Cut the fibre by quickly pushing the blade all the way down.Stopping the blade midway will prevent a clean cut, thereby lessening the detectingTilt the quick-release lever. Insert the fibre unit until it stops, and then lift the quick-release lever.amplifier, and then lift the quick-release lever.High Accuracy Fibreoptic SensorsPower lines or high-voltage lines Mounting expansion unit1.Mount amplifiers to a DIN rail one at a time.2.Slide one expansion unit toward another. Align the front claws of the amplifiers and push the amplifiers together until they click.3.Fix the amplifiers together by pushing an end unit onto each end (The end units are included in the expansion unit. Be sure to use end units.).When extending, use the cablewhose sectional area is more. Do not extendIf the amplifier cable is placedtogether with power lines or high-voltage lines in the same conduit, detection error may occur due to noise interference, or the sensor may be damaged. Isolate theHigh Accuracy Fibreoptic SensorsFree-cut2000ø2.2( ) shows FU-5FZ.FU-32100015150.62.3ø0.82ø1.3stainless steelø0.6(Beam dia.)ø2.5 stainless steelUnit: mmHigh Accuracy Fibreoptic SensorsFS0178Unit: mm FU-77FU-77GFU-78FU-79FU-84CFU-86FU-88FU-92FU-96Diffuse-reflective typeFU-4F/4FZFU-6FFU-21XFU-21X+F-2HAHigh Accuracy Fibreoptic SensorsFS0179Unit: mm( ) shows FU-35FZ.( ) shows FU-35FZ.( ) shows FU-66Z.FU-22XFU-25FU-31FU-33FU-35FA/35FZFU-35FA(35FZ)+F-2HAFU-35FA(35FZ)+F-3HAFU-43FU-45XFU-48FU-49XFU-63TFU-63/63ZFU-65XFU-66/66ZFU-67FU-67GHigh Accuracy Fibreoptic SensorsFS0180®*Do not bend or cut this portion.Across-flats: 6.8, FU-68FU-69XFU-81CFU-82CFU-83CFU-85FU-87Definite-reflective typeFU-37FU-38FU-38RFU-38VLiquid-level typeFU-93FU-94CFU-95Unit: mmHigh Accuracy Fibreoptic Sensors30.736.53.822.825.625.481630.8(13)2 x ø3.4,12 min.3.9, 3-core (Brown/Blue/Black) x 0.34 mm2Cable length: 2 mDIN-rail mountingUnit: mmWhen the mounting bracket (supplied with FS-V11) is attached:High Accuracy Fibreoptic SensorsFS01822.the end unit (accessory to the FS-R0, T2, M2).When expanding an FS-R3, refer to theFS-R3 dimensional drawing.2DIN-rail mountingUnit: mmProtective tube (optional)OP-6630OP-6631Attachment (optional)F-1F-4F-4HAFS-R0FS-R3End unit (included in the FS-R0,T2,M2)When several units are connected:MEMO83。
FSV光纤放大器说明书
一、零件名称：
部件简易功能：
1通道1输出指示：通道1检测值大于设定值时信号输出灯亮。
2通道2输出指示：通道2检测值大于设定值时信号输出灯亮。
3设定按钮：设定灵敏度和其他功能设定。
4设定值显示：功能显示和设定值显示。
(浅绿色)
5检测值显示：显示检测值和功能显示。
(红色)
6灵敏度调整按钮：修改设置值和选项切换。
7模式按钮：模式选择。
8输出选择钮：输出方式选择。
9通道选择开：通道1，2输出选择开关。
(应选择1上图为选择2)
二、放大器上设置灵敏度：
(一)两点校准
该模式中，使用的设定值将是有无纸张时获得的两个检测值的平均值。
(二)最大灵敏度
1在不放置纸张时，按3“设定按钮”至少3秒钟显示“set”，（见下图）。
2“set”不停闪烁时松开3“设定按钮”即可。
三、触摸屏上设置灵敏度：
1在前规检测处没有纸时，根据要设置的检测点，按相应“设置”按钮。
2在前规检测处有纸时，根据要设置的检测点，按相应“设置”按钮。
(二)整体设定：L侧和R侧同时前规设定。
1在前规检测处没有纸时，按“全体设置”按钮。
2在前规检测处有纸时，按“全体设置”按钮。
四、当出现错误显示ErE(内部数据错误)需要执行初始化设置
（一般不操作）
3、用6“灵敏度调整按钮”选择“init”后按7“模式按钮”结束初始化。
(见下图)。
FS-V21r 光纤放大器ppt课件
选择选单模式 [ 存取模式：EASY ]:
12
SENSOR TRAINING 2008 - 09 - 25
KEYENCE FS－V21R/22R的调整
方便的功能
选择选单模式 [ 存取模式：FULL ]:
13
SENSOR TRAINING 2008 - 09 - 25
KEYENCE FS－V21R/22R的调整
SENSOR TRAINING 2008 - 09 - 25
基恩士 FS-V21r 光纤放大器校正及调整
1Hale Waihona Puke SENSOR TRAINING 2008 - 09 - 25
KEYENCE FS－V21R/22R的调整
放大器的外观
光纤固定杆
设定钮
数位监视器
手动钮
模式选择钮
防尘罩
动作指示灯
设定值（绿色显示） 实际值（红色显示）
根据按SET钮时间内的受光量设定灵敏度。
设定完成后，在数位监视器上用绿色显示设定值。 4
SENSOR TRAINING 2008 - 09 - 25
KEYENCE FS－V21R/22R的调整
灵敏度设定
两点设定：
以无目标与有目标时受光量差异的中点为设定值。 1. 在光纤模组前没有目标的状态下，快速按下SET（设定）钮。
2. 将目标的应检测的部分（尖端）放置在光纤模组前。按下SET（设定）钮3秒以上。
7
SENSOR TRAINING 2008 - 09 - 25
KEYENCE FS－V21R/22R的调整
灵敏度设定
输出选择：
选择有光线接收ON（L_ON）或无光线接收ON（D_ON）的模式。
重复上述步骤，会回到现有目标状态（光亮时）的检测模式（L_ON）。
基恩士FS-V11中文说明书PPT精选文档
当前光量为500，设定值是1000，那么比例值 就会显示50%；
当前光量为1000，设定值是500，那么比例值 就会显示200%
3
每快速按一次模式选择键，就会 在上面的4种状态下切换一次。
同时按住手动键的上键和MODE键，或同时按 住手动键的下键和MODE键 3秒以上，当显示 Loc时，即锁定完成。 重复上述步骤，当显示unL时，即解除锁定完成。
光源强度和计时器的模式选择
按住MODE键 3秒以上，即进入到光源强度和延迟时 间的模式选择中，先默认进入到光源强度选择模式， 用上下键选择光源模式，有FINE，TURBO和SUPER 这3种模式，FINE是在短的检测距离中检测微小差异 时使用，TURBO是在FINE模式的检测距离不足时使 用，SUPER是在环境严苛如有灰尘时使用。 再快速按MODE键一次，即进入到延迟时间的模式选 择中，有OFF，10ms和40ms 这3种模式。 再快速按MODE键一次，就回到了受光量的当前2显示。
按钮功能 1
显示数据 汉威控苏制工州程工系业统园有区限公司锁定动作
受光量显示值，显示当前检测到 的光量数值，会随着光纤感受到 的光的强度的变化而变化，最大 值为4095，最小值为0。
1234
123P
-HLD
-HLD
1234
123P
额定增益显示，即光量的比例值的显示， 例如：测定值=设定值时，显示100%；测 定值×2=设定值时，显示50%；测定值=设 定值×2时，显示200%，也就是进行一个 换算，测定值相当于设定值的百分之几， 比例值能够反映出来Light on或Dark on动 作的信号是否稳定。
按 SET键
mt-11智能测控仪说明书
mt-11智能测控仪说明书摘要：一、产品简介二、功能特点三、使用方法四、常见问题与解决方案五、注意事项正文：一、产品简介MT-11智能测控仪是一款高性能、高精度的测控设备，由基恩士公司研发生产。
该产品具有出色的测量能力和广泛的应用领域，可为用户提供便捷、准确的测量服务。
二、功能特点1.一体化设计：MT-11智能测控仪集成了多种测量功能，如长度、角度、速度等，满足用户多样化的测量需求。
2.高精度：采用高精度传感器和先进的信号处理技术，确保测量结果精确可靠。
3.一键测量：操作简便，只需一键即可完成测量，大幅缩短测量时间，降低人为误差。
4.智能化：具备自适应功能，可根据测量环境自动调整参数，提高测量稳定性。
5.抗干扰能力强：采用特殊抗干扰设计，有效抵抗电磁干扰、温度波动等影响，保证测量精度。
三、使用方法1.开机准备：确认电源线连接正常，打开设备电源。
2.参数设置：根据实际需求，进入菜单系统设置测量参数。
3.测量操作：将待测物体放置在测量区域内，按下测量键即可完成测量。
4.数据读取：测量完成后，查看屏幕上的数据，可通过数据线将数据传输至计算机进行进一步处理。
四、常见问题与解决方案1.故障现象：测量结果偏差较大。
解决方案：检查传感器是否清洁，调整传感器与待测物体的距离，重新校准设备。
2.故障现象：测量过程中出现停机。
解决方案：检查电源线是否接触良好，重新启动设备。
3.故障现象：数据传输异常。
解决方案：检查数据线连接是否正常，重新安装数据线。
五、注意事项1.使用前请详细阅读说明书，了解产品性能、功能和操作方法。
2.保持测量环境清洁，避免灰尘和杂物的干扰。
3.避免在高温、湿度较大的环境下使用，以免影响设备性能。
4.定期对设备进行维护和校准，确保测量精度。
基恩士扫描仪设置指导书
详细说明
Date :2012-4-11
Date :
NA
NA
操作步骤图示
产品代码:
选择扫描仪，本次配置基恩士
扫描仪分为两种，一种为BL1300,一种为SR600
打开软件
选好型号后，点击选项，配置com口，完成后关闭选项界面
点击连接
双击要选择型号
显示连接成功后可以继续配置扫描仪，不然再去确认连接
线，确认接口。
详细说明
Date :2012-4-11
Date :
操作步骤图示
产品代码:
OTHERS :NA
NA
点击触发器设置 在
“触发器开命令”处配置打开命令符
在“触发器关命令”处配置关闭命令。
注意大小写，通常为
大写。
配置标题为自定义，在ASCII
处写下字头命令符
在分隔符处选择CR+LF ，意为
回车换行。
最后点击写入配置
NA
配置波特率为9600 ，数据位为8位，奇偶性为无，停止位
为1位。
SC。
基恩士视觉系统操作手册
ATP-A07VA-A 视觉系统操作说明ATP-A07VA-A有4套控制系统，分别是CF-LCD视觉系统，CF-POL视觉控制系统，TFT-LCD视觉控制系统，TFT-POL视觉控制系统。
本说明书就以CF-POL视觉系统为例讲解说明CCD调试。
1.0 开启电源后视觉系统自动进入开机画面，显示初始画面。
CCD1 CCD2状态区域偏移量CCD3初始画面中显示CCD1，CCD2，CCD3 三个相机的当前画面。
CCD1画面：显示相机1当前画面CCD2画面：显示相机2当前画面CCD3画面：显示相机3当前画面状态区域：显示正在进行拍摄的结果（OK:拍摄完成，RE:再次拍摄NG:拍摄错误）偏移量：表示拍摄结果输出的补偿值。
1.1滑动遥控器介绍1号按键 FUNCTION （功能键）切换功能菜单的显示和非显示 2号按键 ESCAPE (退出键) 设定时返回前面一个界面或者退出 3 号按键 TRIGGER (拍摄键) 一齐输入触发4号按键 SCREEN (屏幕键) 按顺序切换现在显示的画面的显示类别 5 号按键VIEW (画面切换) 显示查看栏，切换画面的扩大/缩小，显示模式 6 号按键 MENU (主菜单) 更改对话框菜单的浓度7号按键 （调试功能） 在流程编辑画面中切换通常显示/扩大显示OK 按键7号按键RUN/STOP 键光标 按键1.2进入操作权限按下按键1，弹出功能菜单对话框，移动光标至实用功能，进入对话框，选择用户帐号切换，弹出用户帐号切换对话框。
用户选择框中选择Administlator,用户密码是2222 。
点击OK，进入操作权限了。
1.3建立视觉模板视觉模板是视觉系统在生产中比对各种不同位置产品的模板，所以建立模板是必须选择轮廓明晰，表面清洁的产品。
建立模板的产品必须放置在视觉图片的中央位置，便于视觉系统快速比对产品。
进入权限后，按遥控器背面7号按键，进入Main菜单。
一共有4步和选项，（STEP3和STEP4出厂设置OK不必更改）STEP1 相机设定点击STEP1，进入相机设定画面，可供选择每个相机的设定。
基恩士数字光纤放大器FS-V30中文说明书
数字光纤传感器
FS-V30/31(P)/31C(P)/31M/32(P)/32C(P)
使用手册
为了获得最佳性能，请在使用传感器前阅读此手册。 请妥善保管此手册，以便随时查阅。
警告
• 本产品仅供目标物检测之用。请勿将本产品用于保护人体或人体部位等 目的。
• 本产品不得作为防爆产品使用。请勿在危险场所和 / 或潜在爆炸气体的环 境中使用本产品。
3 将子模块的两个卡爪钩到主模块的凹槽中，直到听到
“咔嗒”声。
4 将端部模块 ( 选配件：OP-26751) 安装到连接的放大
器两端，方法同步骤 (2)。
5 在端部模块之间夹入放大器。使用飞利浦螺丝刀拧
紧顶部的螺钉 ( 两个螺钉 x 两个模块 )，固定住端部 模块。
连接光纤模块
OP-26751 ( 两件套 )
最小值 约 1/20 倍 约 1/40 倍 约 1/160 倍 约 1/320 倍
最大值 约 16 倍 约8倍 约2倍 约1倍
如果数值超出范围，则会 显示 Err，并在可能的范 围内进行按比例显示。
• 在选择边缘检测模式时，不能设置数值。 • 即使在关闭电源后，该数值仍会保留在内存内。 • 该数值不会反映在 FS-V31M 的模拟输出中。 • 使用 FS-V31C(P)/32C(P) 时，可以使用外部输入。
边缘检测模式
该模式检测给定时间内接收光强的变化。
上升边缘检测 下降边缘检测
检测接收光强的增加 ( 上升边缘 ) 检测接收光强的下降 ( 下降边缘 )
过滤片设置
一般情况下，这一设置值应保留其初始值。 如果工件之间的过道间隔太小，以致模 块不能响应，那么应加强过滤水平，并重试。 可选择的过滤水平因功率模式而异。
基恩士FSNN放大器常用调试说明书课件
易于集成
具有小型化、模块化的设计， 方便与其他电路或系统集成。
高可靠性
采用高品质的元器件和严格的 生产工艺，确保产品在各种恶
劣环境下仍能稳定工作。
应用领域
01
02
03
通信领域
用于信号传输、放大，保 障通信质量和稳定性。
工业控制
用于传感器信号的放大和 处理，提高工业控制系统 的精度和稳定性。
科研实验
在进行软件更新之前，请 务必备份当前版本的数据 和配置。
在软件更新完成后，重新 启动基恩士fsnn放大器， 确保更新生效。
故障排除
如果基恩士fsnn放大器出现故 障，首先检查设备外观和连接 线缆，排除物理损坏的可能性。
如果故障仍然存在，请尝试重 启设备，看是否能够解决问题。
如果重启无效，请联系基恩士 技术支持获取帮助，提供详细 的故障描述和设备信息。
设备发热
01
总结词
设备发热是指基恩士fsnn放大器在工作时，由于功耗和内部元件的发热
效应，导致设备温度升高。
02
详细描述
设备发热可能会影响放大器的性能和稳定性，严重时甚至可能损坏元件。
03
解决方案
合理规划和使用散热装置，如散热片、风扇等，以降低设备温度。同时，
还可以优化电路设计，降低功耗和发热量。在高温环境下使用时，应采
连接电源
将电源适配器连接到放大器，确 保电源正常供电。
连接电脑
使用USB线或网线将电脑与放大器 连接，确保数据传输稳定可靠。
启动调试软件
打开调试软件，并进行必要的配置 和设置，以便进行后续的调试工作。
03
调试步骤
开机自 检
总结词
确认设备正常启动
技术指南-光电传感器-基恩士
玻璃光纤 玻璃光纤由直径 10 至 100 µm 的玻璃纤维套在不锈钢 套管内组成，因此可以在高温 (最高 350°C) 的条件下使 用。
2. 特性
• 安装灵活 使用柔性光纤，可以方便地安装在机器之间狭小的空间 内。
• 检测小目标物 感测头的光发射面极为紧凑，可以对小目标物进行稳定 检测。
• 在苛刻环境中稳定地操作 光纤中没有电流通过，因此不受电杂波的影响。
• 耐热 耐热光纤可以在高温环境中进行检测 (最大 350ºC)。
这种类型有若干根直径 10 µm 的玻璃 纤维，发射器和接收器彼此分开。
因为使用强光束，可以进行长距离检
测。
PX, PS, PQ,
不会损坏未曝光胶片。
PG, PW, PZ-G
绿色 (LED)
激光 二极管 (红色、 红外线)
可见光束点由于光衰减系数高，适合 检测微小差异。检测颜色标记 (把白 色、浅黄色或橙色与黑色、浅绿色、 浅红色或浅蓝色区分开)
FS-V21G/V22G, FS-T1G, FS2-60G
4. 弯曲半径
光纤过度弯曲会导致光的损失，从而降低检测精度。 KEYENCE 提供具有极小弯曲半径的光纤。
• 光量保持率与弯曲半径的关系曲线 (典型)。
67
774
5. 光纤长度和检测距离
光纤光电传感器的检测距离随光纤长度改变。
• 光纤长度与检测距离的关系曲线 (典型)。
1 绿色 LED 2 红色 LED 3 红色半导体激光器 4 红外半导体激光器 5 红外 LED
基恩士PLC手册
4
使用手册的构成 1章 2章 3章 4章 5章 6章 7章 8章 9章 10章
KV-1000 系列的配置 介绍 KV-1000 系列的系统组态、 各单元的各部名称和功能以及技术规格 和规格
等。
访问窗
本章将介绍能够更改数据、 简单实现监控的访问窗。
存储卡
介绍存储卡。
中断处理功能是指在 KV-1000 运转过程中， 外部输入以及高速比较器等出
■ KV-1000 系列相关使用手册
使用 KV-1000 系列 PLC 时， 应同时阅读以下的手册。 请与刊登在本手册封面后的本公司销售部取得联系， 索取这些手册。
手册名称
梯形图支持软件 KV STUDIO / KV BUILDER 安装手册 KV-1000 系列 PLC 入门手册 KV-1000 系列 PLC 用户手册 KV-1000 系列 PLC 编程手册 梯形图支持软件 KV STUDIO 用户手册 KV-1000 系列 PLC 指令参考手册 KV-1000 系列 PLC 系统宏手册
手册内容
主要介绍有关 KV STUDIO 及 KV BUILDER 的安装方法。 本手册为 KV-1000 的主要用户简要说明了基本性能及操作方法。 介绍 KV-1000 的技术规格、 内置功能、 操作方法等。 主要介绍了有关 KV-1000 梯形图编程方法、 模块 / 宏及局部软元件。 介绍 KV STUDIO 的操作方法。 介绍 KV-1000 PLC 的相关指令。 介绍 KV-1000 PLC 所使用的系统宏。
2
■ 与 CE 标识相关的注意事项
在满足以下条件时， 本公司评估相对于 EU 指令要求事项的适合性， 并确认本产品符合其要求事项。 所以， 在 EU 各国使用本产品时， 请务必满足以下条件。
KEYENCE 光纤传感器放大器 FS-V21 V11 V1 系列说明书
LineupFeaturesD ual digital display/Bar LED/Two-colour display S tandard single output/Dual output/Analogue outputE xpansion connection reduces wiringExpert Engineering SitesAn on-line guide of automation knowledge and techniques1-Line System FibreSensor Amplifi ers FS-V21/V11/V1Refer to P.837 for a list of productscomplying with EU Directives.Refer to P.853 for UL Certifi ed Products.Dedicated parallel operation chip (FALCON)Since 1996, the FS-V Series has utilised a parallel processing chip rather than a general-purpose CPU. This chip is designed especially for fi breoptic sensors in order to offer accelerated data processing and specialisation. This chip is what gives KEYENCE fi breoptic sensors their stunning performance.Dual digital display indicates current value (received light intensity) + setting valueFS-V20 SeriesCurrent value (received light intensity) + sensitivity margin displayFS-V10 SeriesDual output as standard.Monitor intensity of received light for PS Series unitsFS-V1SeriesBar LED monitorOperation indicatorDigital monitorManual button Output selection switchMode buttonSet buttonOperation indicator*Dual digital monitorMode buttonOutput selection buttonSet buttonManual button* The operation indicator on the FS-V21X (infrared type) does not light up.Sensitivity margin can be checked on the bar LED in 5% increments.It is possible to check the received light intensity of a PS-T2 unit or aPS Series expansion unit by simply connecting to the FS-V1.Operation indicatorOutput timer selection switchLCD display monitorUp/down keysSet buttonMode buttonOutput selection switchTuning display indicatorFS-V20 SeriesFS-V10 Series,FS-V1All series listed above require less wiring when using main and expansion units. for details on wiring.Main units include mounting brackets and expansion units include end units.Mounting bracketOP-25431End UnitsOP-26751(x2)* FS-V1(P) is supplied with a different mounting bracket.Amplifier (FS-V20 Series)1. Use the FS-V21RM in the FINE or TURBO mode when outputting signals with a monitor.2. I f more than one unit is used together, the ambient temperature varies with the conditions below. Mount the units on the DIN rail with mounting brackets and check that the output current is 20 mA or less.1 or2 Units: -10 to 55°C,3 to 10 Units: -10 to 50°C, 11 to 16 Units: -10 to 45°C3. The operation indication light of the infrared types does not illuminate.4. 20 mA at maximum for the expansion unit.Amplifier (FS-V10 Series)1. I f more than one unit is used together, the ambient temperature varies with the conditions below. Mount the units on the DIN rail with mounting brackets and check that the output current is 20 mA or less.3 to 10 Units: -10 to 50°C, 11 to 16 Units: -10 to 45°C2. The response speed varies depending on the number of expansion units connected.3. The FS-V1 is equipped with two outputs. The FS-V10 has no control output.4. Neither the FS-V12 nor the FS-V10 can be used as a standalone unit.DimensionsUnit: mmAmplifierFS-V21(R) Series (Main unit)FS-V22(R)/V20R Series (Expansion unit)FS-V10/V12/V12PWhen the mounting bracket (Optional)FS-V21(R)(Main unit) is attached:FS-V21R/21G/21X (Main unit)FS-V21RP (Main unit)FS-V11/V12FS-V11P/V12PFS-V21RMFS-V22R/22G/22X (Expansion unit)FS-V22RP(Expansion unit)5 to 40 VDC12 to 24 VDC0 V0 V*FS-V21RM only.Ω or higherø3.9, 3-core x Brown/Blue/Black: 0.34 mm* FS-V21RM : ø3.9, 4-core xBrown/Blue: 0.34 mm Black/Orange: 0.18 mm922 ** The FS-V20Rdoes not have connecting cables.2 *Accessory: End unit Caution label x 2x 1* T he FS-V10 does not have connecting cables.*F S-V11 only0 V*FS-V11P onlyFS-V1FS-V1P(External calibration input circuit)FS-V11/V11PFS-V1/V1Pø3.9, 3-core x Brown/Blue/Black: 0.34 mm 2Accessory: Mounting bracket x 1When the mounting bracket (Optional)FS-V11 is attached:When the mounting bracket (Optional)FS-V1(P)is attached:ø3.9, 5-core x Brown/Blue: 0.34 mm 22Accessory: Mounting bracket x 1Rear of mounting bracketEnd unit (Optional)OP-26751DIN-rail mounting*When several units are connected* The above is for the FS-T2 and M2.。
基恩士光纤放大器
EASY FULL
2
9.
13.
3
10.
ON ON EASY FULL
OFF ON
S-APC
S-APC OFF
S-APC
S-APC ON
EASY FINE OFF
ON
5
11.
100m
0.3mm2 KEYENCE
LED
FINE TURBO SUPER TURBO ULTRA TURBO HIGH SPEED HIGH RESOLUTION
■UL认证 本产品是UL/C-UL清单产品。 • ＵＬ档案编号E301717 • 类别NRKH、NRKH7 • 外壳类型1（基于UL50）
将本产品用作UL/C-UL清单产品时，请务必考虑下列规格。 • 请使用具备NFPA70（NEC：国家电气法规）注明的Class 2输
出的电源。 • 使用额定电压为 30V 或以上（NPN 输出类型额定电压为 40V
不负责保修。
(2) 保修范围只限于第 (1) 条规定的情况，KEYENCE 公司对其设备造成的购方间接损 失 ( 设备损坏、机会丧失、利润损失等 ) 或其它损失不承担任何责任。
3. 产品适用性
KEYENCE 公司的产品是针对一般行业的通用产品而设计生产的。因此，我公司产 品不得用于下列应用且不适合其使用。但是，如果购方以对自己负责的态度提前就 产品的使用向我方进行了咨询并了解产品的技术规范，等级和性能，并采取必要的 安全措施，则产品可以使用。在这种情况下，产品保修范围和上述相同。
或以上）但电流不超过 2A 的过电流保护设备。
■
1 2
3
14mm 4
1.3
转接头A (OP-26500)
1.0
基恩士光纤说明书
SPECIFICATIONS
Model
NPN output
FS-V11
FS-V12
FS-V10
PNP output
FS-V11P
FS-V12P
—
Light source Response time
Red LED
250 µs (FINE)/500 µs (TURBO)/ 1 ms (SUPER)
410 µs to 1.7 ms 1.
■ Displaying received light intensity Received light intensity is displayed approximately 4000 is the maximum setting. Note: The MAX and MIN values vary depending on the fiber unit connected.
• This product is not intended for use as explosion-proof product. Do not use this product in a hazardous location and/or potentially explosive atmosphere.
500 m/s2 in X, Y and Z directions, three times each
Housing material
Body/Cover: Polycarbonate
Weight (including 2-m cable)
Approx. 80 g
Approx. 45 g
Approx. 20 g
For sensitivity adjustment using a moving target
VICTOR11+_校准器使用说明书_中文
·23·
8.5
默 认出厂 设 置
9
输出校准
·24·
9.1
输出电压的校准
·25·
9.2
输出电流的校准
·26·
9.3
输出电阻的校准8·
11 如保 使用 充电器
·29·
12 维护
·30·
·31·
12.3 更换部 件
·32·
·33·
13 选件
·34·
START ON
V RTD OHM Tc mA RJ-ON T.DISP RANGE ZERO
25/100% ·6 ·
·7 ·
6
准备工作
·8 ·
·9 ·
·10·
7 使用输出模式
·11·
7.1 连接引线到输出端子
输出直流电压、热电偶的连接方法（图5）
输出直流电流的连接方法（图6）
·12·
·35·
·36·
14 指标
输出 基本技术指标
·37·
·38 ·
·39 ·
·40 ·
其他特性
15 使用 本说明 书注意
·41 ·
32 34 34 35 35 36 37 41
表格目次
2 5 6 24 33 34
插图目次
4 4 5 7 12 12 13 13 16 17
25 26 27 29 32 34 35 35 36 36
·1 ·
4 安全信息
·2 ·
·3 ·
5
认识校准仪
图1.整体图 ·4 ·
图 2.输出端 子
·5 ·
输出电阻、 热电阻的连 接方 法（图7）
输出频率、脉冲、开关 量的连接方法（ 图8）
V11 Mini视频编码器硬件手册说明书
V11 Mini Video Encoder Hardware ManualV112015/03/09Table of ContentsPrecautions (3)Safety Instructions (5)Introduction (6)The List of Models (6)Package Contents (6)Physical Description (7)Mounting the Device (8)Connection Architecture (9)Making Connections (10)Connecting the Analog Camera (10)Connecting a Power Adapter (Optional) (11)Connecting Audio Devices (Optional) (13)Accessing the Encoder (14)Configure the IP Addresses (14)Access the Encoder (18)PrecautionsRead these instructionsYou should read all the safety and operating instructions before using this product.Heed all warningsYou must adhere to all the warnings on the product and in the instruction manual. Failure to follow the safety instruction given may directly endanger people, cause damage to the system or to other equipment.ServicingDo not attempt to service this video device yourself as opening or removing covers may expose you to dangerous voltage or other hazards. Refer all servicing to qualified service personnel.TrademarksAll names used in this manual are probably registered trademarks of respective companies.LiabilityEvery reasonable care has been taken during the writing of this manual. Please inform your local office if you find any inaccuracies or omissions. We cannot be held responsible for any typographical or technical errors and reserve the right to make changes to the product and manuals without prior notice.Federal Communications Commission StatementThis equipment has been tested and found to comply with the limits for a class Bdigital device, pursuant to Part 15 of the FCC Rules. These limits are designedto provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:∙Reorient or relocate the receiving antenna.∙Increase the separation between the equipment and receiver.∙Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.∙Consult the dealer or an experienced radio/TV technician for help.Warning: Changes or modifications to the equipment that are not expressly approved by the responsible party for compliance could void the user’s authority to operate the equipment.European Community Compliance StatementThis product has been tested and found to comply with the limits for Class BInformation Technology Equipment according to European Standard EN 55022 and EN 55024. In a domestic environment, this product may cause radio interference in which cause the user may be required to take adequate measures.Safety InstructionsCleaningDisconnect this video product from the power supply before cleaning.AttachmentsDo not use attachments not recommended by the video product manufacturer as they may cause hazards.Do not use accessories not recommended by the manufacturerOnly install this device in a dry place protected from weatherServicingDo not attempt to service this video product yourself. Refer all servicing to qualified service personnel.Damage Requiring serviceDisconnect this video product from the power supply immediately and refer servicing to qualified service personnel under the following conditions.1)When the power-supply cord or plug is damaged2)If liquid has been spilled, or objects have fallen into the video product.3)If the inner parts of video product have been directly exposed to rain or water.4)If the video product does not operate normally by following the operating Instructions in thismanual. Adjust only those controls that are covered by the instruction manual, as an improper adjustment of other controls may result in damage, and will often require extensive work by a qualified technician to restore the video product to its normal operation.Safety CheckUpon completion of any service or repairs to this video product, ask the service technician to perform safety checks to determine if the video product is in proper operating condition.IntroductionThe List of ModelsThis hardware manual contains the following models:1-Channel 960H/D1 H.264 Mini Video EncoderPackage ContentsNOTE: The above pictures are for reference only; actual items may slightly vary.Physical DescriptionMounting the DeviceThe encoder can be directly mounted on a flat surface, such as walls. Attach the four (4) supplied screws to secure the device.Connection ArchitectureThe diagrams below show examples of the basic connection within a local network.Making ConnectionsThis section describes the procedures in connecting analog cameras and a video output device and preparing the external devices that you can connect to the encoder. The encoder supports DC12V power input, Digital Input and Output (DI/DO), Audio Input and Output devices, as well as Serial Port Communication via RS-485 / RS-422 protocol using the bundled terminal blocks. The use of these devices, however, is optional.Connecting the Analog CameraConnect an analog camera to the Video In port of the encoder using a video cable with BNC connectors.Connecting a Power Adapter (Optional)In case of using a non-PoE switch or your PoE switch has limited power supply, you can purchase a power adapter and directly connect the encoder to a power outlet. The power adapter must be connected to the supplied terminal block before use.To do this, follow the procedures below:1.Loosen the screws of the 12V and GND pins of the power terminal block.2.Take note that a standard power adapter cable has two (2) different wires:Connects to GND PinWhite stripe: Connects to 12V Pin3.Connect the wire with the white stripe to the 12V pin and the other to the GND pin.4.Tighten the screws of the 12V pin and the GND pins to secure the wire connection.5.Set the prepared power adapter for connection later. Below is an example of a power adapterwith an attached terminal block.NOTE: The power adapter is not bundled in the package.Connecting Audio Devices (Optional)Audio input / output devices, such as an active microphone or speaker can be connected to the encoder using the supplied terminal block.Press and hold the orange tab as you insert the wire through the pin slot, then release the orange tab to secure the wire.To connect audio devices, map the pins to one of the pin combinations below:NOTE: For more information about AUDIO in connections, please refer to the Knowledge Base article How to Use Audio-in of ACTi Encoders,downloadable from the link below(/support/KnowledgeBase/outside/detail.asp?KB_ID=KB20100114003).Accessing the EncoderConfigure the IP AddressesIn order to be able to communicate with the encoder from your PC, both the encoder and the PC have to be within the same network segment. In most cases, it means that they both should have very similar IP addresses, where only the last number of the IP address is different from each other. There are 2 different approaches to IP Address management in Local Area Networks – by DHCP Server or Manually.Using DHCP server to assign IP addresses:If you have connected the computer and the encoder into the network that has a DHCP server running, then you do not need to configure the IP addresses at all – both the encoder and the PC would request a unique IP address from DHCP server automatically. In such case, the encoder will immediately be ready for the access from the PC. The user, however, might not know the IP address of the encoder yet. It is necessary to know the IP address of the encoder in other to be able to access it by using a Web browser.The quickest way to discover the encoders in the network is to use the simplest network search, built in the Windows system – just by pressing the “Network” icon, all the encoders of the local area network will be discovered by Windows thanks to the UPnP function support of our encoders.In the example below, we successfully the encoder model that we had just connected to the network.Double-click the mouse button on the encoder model, the default browser of the PC is automatically launched and the IP address of the target encoder is already filled in the address bar of the browser.If you work with our encoders regularly, then there is even a better way to discover the encoders in the network– by using IP Utility. The IP Utility is a light software tool that can not only discover the encoders, but also list lots of valuable information, such as IP and MAC addresses, serial numbers, firmware versions, etc, and allows quick configuration of multiple devices at the same time.The IP Utility can be downloaded for free from /IP_Utility.With just one click, you can launch the IP Utility and there will be an instant report as follows:You can quickly notice the encoder model in the list. Click on the IP address to automatically launch the default browser of the PC with the IP address of the target encoder filled in the address bar of the browser already.Use the default IP address of a encoder:If there is no DHCP server in the given network, the user may have to assign the IP addresses to both PC and encoder manually to make sure they are in the same network segment.When the encoder is plugged into network and it does not detect any DHCP services, it will automatically assign itself a default IP:192.168.0.100Whereas the default port number would be 80. In order to access that encoder, the IP address of the PC has to be configured to match the network segment of the encoder.Manually adjust the IP address of the PC:In the following example, based on Windows 7, we will configure the IP address to 192.168.0.99 and set Subnet Mask to 255.255.255.0 by using the steps below:1 23 4Manually adjust the IP addresses of multiple encoders:If there are more than 1 encoder to be used in the same local area network and there is no DHCP server to assign unique IP addresses to each of them, all of the encoders would then have the initial IP address of 192.168.0.100, which is not a proper situation for network devices – all the IP addresses have to be different from each other. The easiest way to assign encoders the IP addresses is by using IP Utility:With the procedure shown above, all the encoders will have unique IP addresses, starting from 192.168.0.101. In case there are 20 encoders selected, the last one of the encoders would have the IP 192.168.0.120.Later, by pressing the “Refresh” button of the IP Utility, you will be able to see the list of encoders with their new IP addresses.Please note that it is also possible to change the IP addresses manually by using the Web browser. In such case, please plug in only one encoder at a time, and change its IP address by using the Web browser before plugging in the next one. This way, the Web browser will not be confused about two devices having the same IP address at the same time.Access the EncoderNow that the encoder and the PC are both having their unique IP addresses and are under the same network segment, it is possible to use the Web browser of the PC to access the encoder.You can use any of the browsers to access the encoder, however, the full functionality is provided only for Microsoft Internet Explorer.The browser functionality comparison:* When using non-Internet Explorer browsers, free third-party software plug-ins must be installed to the PC first to be able to get the live video feed from the encoder:Disclaimer Notice:The encoder manufacturer does not guarantee the compatibility of its encoders with VLC player or QuickTime – since these are third party softwares. The third party has the right to modify their utility any time which might affect the compatibility. In such cases, please use Internet Explorer browser instead.When using Internet Explorer browser, the ActiveX control for video stream management will be downloaded from the encoder directly – the user just has to accept the use of such control when prompted so. No other third party utilities are required to be installed in such case.The following examples in this manual are based on Internet Explorer browser in order to cover all functions of the encoder.Assuming that the encoder’s IP address is 192.168.0.100, you can access it by opening the Web browser and typing the following address into Web browser’s address bar:http://192.168.0.100Upon successful connection to the encoder, the user interface called Web Configurator would appear together with the login page. The HTTP port number was not added behind the IP address since the default HTTP port of the encoder is 80, which can be omitted from the address for convenience.Before logging in, you need to know the factory default Account and Password of the encoder.Account: AdminPassword: 123456Copyright © 2015, ACTi Corporation All Rights Reserved7F, No. 1, Alley 20, Lane 407, Sec. 2, Ti-Ding Blvd., Neihu District, Taipei, Taiwan 114, R.O.C.TEL : +886-2-2656-2588 FAX : +886-2-2656-2599Email:**************。
基恩士FS-V11调整步骤
棒状灯，在正常动作 测定时，显示光的强 弱；在模式选择时， 显示光的强弱类型及 延迟类型。
SET键，即 自动设定 键，用于 自动设定 阀值。
MODE键，即 模式选择键， 用于显示数据 和模式之间的 切换。
这个是传感器的型号，FS-V11的是 NPN型，而FS-V11P是PNP型。 FS-V11的棕色线接在正极24V上， 蓝色线接在负极0V上，黑色线是信 号线，接在控制线圈负载的负极性 上。 动作指示灯， 当红灯亮时， 黑色信号线有 输出电压。 数值显示， 显示测量的 数值及设定 的数值。 手动键， 用于加减 数值和模 式的选择。 输出选择 开关，有 light on和 dark on
D
1234
光源强度和计时器的模式选择
额定增益显示，即光量的比例值的显示， 例如：测定值=设定值时，显示100%；测 定值×2=设定值时，显示50%；测定值=设 定值×2时，显示200%，也就是进行一个 换算，测定值相当于设定值的百分之几， 比例值能够反映出来Light on或Dark on动 作的信号是否稳定。
按 SET键
按 上下键可 调整设定值 和比例值
每快速按一次模式选择键，就会 在上面的4种状态下切换一次。
按住MODE键 3秒以上，即进入到光源强度和延迟时 间的模式选择中，先默认进入到光源强度选择模式， 用上下键选择光源模式，有FINE，TURBO和SUPER 这3种模式，FINE是在短的检测距离中检测微小差异 时使用，TURBO是在FINE模式的检测距离不足时使 用，SUPER是在环境严苛如有灰尘时使用。 再快速按MODE键一次，即进入到延迟时间的模式选 择中，有OFF，10ms和40ms 这3种模式。 再快速按MODE键一次，就回到了受光量的当前显示。
基恩士安全光栅说明书
简介本使用手册提供了有关 SL-V 系列安全光栅（“SL-V”）的装卸、操作与安全预防措施等方面的信息。
操作 SL-V 之前应认真阅读本手册以了解该装置的有关功能，并将其妥善保管以备随时查阅。
确保本产品的最终用户也能收到本手册。
在本使用手册中，“SL-VH” 代表具有 φ25mm 检测能力的手保护类型，“SL-VHM”代表具有 φ25mm 检测能力的手保护和坚硬外壳类型，“SL-VL” 代表具有 φ45mm 检测能力的主体保护类型，“SL-VF”代表具有 φ14mm 检测能力的手指保护类型以及“SL-V”代表包含 SL-VH，SL-VHM，SL-VL 和 SL-VF 的所有型号。
本手册使用了以下标题用于说明有关安全方面的重要信息。
无论何时，均应严格遵守这些标题旁边的指示。
不遵守这项指示，可能导致机器操作人员的重大伤亡事故。
不遵守这项指示，可能损坏 SL-V 或其所应用的机器。
为正确操作而提供的附加说明。
为正确操作而提供先进和有用的信息。
安全预防措施•在工作和操作此装置之前，应检查其功能和性能是否正常。
•如果未按照本使用手册中 SL-V 的规格进行使用，或私自对其进行改造，KEYENCE 公司将不对 SL-V 的功能与性能进行任何担保。
•当使用 SL-V 来保护机器操作人员远离危险区域或危险部位、或无论出于什么目的将它用作安全装置时，应始终注意遵守 SL-V 使用所在国家或地区的法律的所有适用要求、规则、规定和标准。
有关的具体规定，请直接与所在国家或地区的职业安全与卫生管理机构联系获得。
•根据安装 SL-V 的机器类型的不同，还必须遵守涉及 SL-V 的使用、安装、维护和操作等方面的一些特殊安全规定。
负责安装 SL-V 的人员必须严格遵守这些安全规定。
•本装置负责人须对指定从事 SL-V 的使用、安装、维护与操作的人员进行有关培训。
“机器操作人员”是指受过专项培训并具备正确操作能力的人员。
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123P
-HLD 123P
-HLD
1234
光源强度和计时器的模式选择
额定增益显示，即光量的比例值的显示， 例如：测定值=设定值时，显示100%；测 定值×2=设定值时，显示50%；测定值=设 定值×2时，显示200%，也就是进行一个 换算，测定值相当于设定值的百分之几， 比例值能够反映出来Light on或Dark on动 作的信号是否稳定。
灵敏度设定 一、两点自动设定法
光弱的时候，按下SET键，然后光强的时候， 按下SET键，放大器就会自动计算设定值， 即 设定值=（光弱的值+光强的值）÷2 例如：光弱的时候数值是500，光强的时候 数值是1500，那么在两点自动设定操作后， 放大器自动计算出来的设定值就是1000 ， 检测到的光小于1000的时候，Dark on就会 有输出信号，检测到的光大于1000的时候， Light on就会有输出信号。
按 SET键
按 上下键可 调整设定值 和比例值
型号判别
按钮功能
显示数据
受光量显示值，显示当前检测到 的光量数值，会随着光纤感受到 的光的强度的变化而变化，最大 值为4095，最小值为0。
1234
锁定动作
同时按住手动键的上键和MODE键，或同时按 住手动。 重复上述步骤，当显示unL时，即解除锁定完成。
基恩士 FS-V11 传感器调整方法
棒状灯，在正常动作 测定时，显示光的强 弱；在模式选择时， 显示光的强弱类型及 延迟类型。
SET键，即 自动设定 键，用于 自动设定 阀值。
MODE键，即 模式选择键， 用于显示数据 和模式之间的 切换。
这个是传感器的型号，FS-V11的是 NPN型，而FS-V11P是PNP型。 FS-V11的棕色线接在正极24V上， 蓝色线接在负极0V上，黑色线是信 号线，接在控制线圈负载的负极性 上。 动作指示灯， 当红灯亮时， 黑色信号线有 输出电压。 数值显示， 显示测量的 数值及设定 的数值。 手动键， 用于加减 数值和模 式的选择。 输出选择 开关，有 light on和 dark on
每快速按一次模式选择键，就会 在上面的4种状态下切换一次。
按住MODE键 3秒以上，即进入到光源强度和延迟时 间的模式选择中，先默认进入到光源强度选择模式， 用上下键选择光源模式，有FINE，TURBO和SUPER 这3种模式，FINE是在短的检测距离中检测微小差异 时使用，TURBO是在FINE模式的检测距离不足时使 用，SUPER是在环境严苛如有灰尘时使用。 再快速按MODE键一次，即进入到延迟时间的模式选 择中，有OFF，10ms和40ms 这3种模式。 再快速按MODE键一次，就回到了受光量的当前显示。
二、手动微调设定值
在显示受光量当前数值时，按上下键，数值闪烁， 马上再按上下键时，就会加减设定值的数值。 在显示增益比例值时，按上下键，比例值闪烁，马 上再按上下键时，就会加减比例值，同时自动换算 设定值，当比例值=100%时，检测的光量值刚好等 于设定值，输出信号就会不稳定，时有时无；当比 例值大于110%时，设定值就会变化并且小于实际 光量值，使得Light on信号稳定；当比例值小于 90%时，设定值也会变化并且大于实际光量值，使 得Dark on信号稳定。 例：当前光量为500，设定值也是500，那么比例值 就会显示100%； 当前光量为500，设定值是1000，那么比例值 就会显示50%； 当前光量为1000，设定值是500，那么比例值 就会显示200%