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霍尼韦尔 UDA2182 双输入复合分析仪型号选择指南说明书

霍尼韦尔 UDA2182 双输入复合分析仪型号选择指南说明书

UDA2182
Description
Measurement Input Cards pH Input Card pH Preamp Input Card Conductivity Input Card ppm Dissolved Oxygen Input Card ppb Dissolved Oxygen Input Card
Stock Part No. Selection Availability
Note 2
UDA2182
N/A 51453313-501 50009551-501 51453316-501 51453319-501 51453319-502
NN1 PH1 PA1 CC1 DM1 DB1
N/A 51453313-501 50009551-501 51453316-501 51453319-501 51453319-502
51453322-501 51453322-503 51453322-504 50030307-501 50010610-501 50001619-001 50000824-501
Stock Part No. Selection Availability
N/A
EE
N/A N/A
RT PC
X X
X
Notes: Note 1: Advanced Features Include: Auto Clean/Cal, USP Pure Water Functionality and pH and CO2
Dissolved Oxygen ppm
Dissolved Oxygen ppb
TABLE II - Channel Inputs
None
pH/ORP

浩拉科技有限公司XP26微电子平衡用户说明书

浩拉科技有限公司XP26微电子平衡用户说明书

In the laboratory of Hella KGaA Hueck & Co., the daily routine of testing diverse samples used in the automotive industry is now greatly simplified and far more efficient with the employment of METTLER TOLEDO’s XP26 microbalance. Peter Broske, head of the mea-surement and test centre in the chemical analytics division of Hella KGaA Hueck & Co. is very enthusiastic about this new purchase.Diverse Tasks, One GoalHella KGaA Hueck & Co. runs its worldwide single chemical laboratory in Lippstadt, Ger-many. The site copes with an entire spectrum of the most diverse samples. The items which land on Peter Broske’s desk include complete headlight assemblies, complex electronicHella KGaA Hueck & CoTesting diverse samples used in the automotive industry Fogging tests (differential weighing application)XP26 Micro BalanceTurning Up the Lights for a Real Problem SolverAcademia Solutions Laboratory Case StudyAutomotive SolutionsMettler-Toledo AGLaboratory DivisionIm LangacherCH-8606 Greifensee, Switzerland Subject to technical changes.© Mettler-Toledo AG 07/09Printed in SwitzerlandGlobal MarCom Switzerlandcomponents, circuit boards, single microchips, granules, production containers and samples for air and water analysis for environmental protection and safety at work. Apart from in-process quality control, the lab also conducts analysis along-side the development of new prod-ucts. It is also the central point of contact for troubleshooting within production, processes and in the field. Efficient operations, high throughput, user-friendliness and flexible deployment of the relevant equipment are therefore essential. In addition, the automotive industry sets tight constraints in respect to accuracy, reproducibility and dead-line adherence, in order to greatly reduce the risk of handling errors. Peter Broske explains how well the XP26 microbalance from METTLER TOLEDO meets these requirements and shares some practical exam-ples with us.Difficult Sample Handling Solved by Smart SolutionsFogging tests are now standard Peter Broske, head of the measurement and test centre in the chemical analytics division of Hella KGaA Hueck & Co The microbalance in its surroundings at the analytical laboratory at Hella.practice in the automotive industry, which is still by far the primary customer segment for Hella. These tests involve studying the emission of water, organic solvents, addi-tives and plasticisers from compo-nents and assemblies. To perform the test the sample is heated andthe volatile components are con-densed onto a thin piece of cooled aluminum foil. These delicate foils are 50 - 80 mm in diameter and must not be bent or folded while determining tare weight, sample taking or back weighing. “The sensitivity and the size of the foil is the problem here”, explained Broske, just one crease or fold is enough to destroy the airtight seal between the sample and the sample holder. The luminous re-flectance of the folded edges would prevent any subsequent visual inspection of the condensates intended to determine their reflec-tance or impede any direct analysis under the FTIR microscope. This problem was solved thanks to the XP microbalance’s large weighing chamber and the hanging support of the weighing pan, situated at the rear of the weighing chamber”.The grid-type weighing pan can be easily removed and replaced with ErgoClips. The ErgoClip is a modi-fied weighing pan tailor-made to the individual needs of frequently used tare containers (e.g. volumet-ric flasks or Eppendorf tubes). Inthe case of fogging tests on alumi-num foil, Mr. Broske helped to find an optimum solution with his own modified version of the ErgoClipmicro basket. Mr. Broske also ben-efits from the balance’s application software: “The differential weighing application in the balance enables us to rule out any errors occurringduring manual notation of the tareweights. That’s a major plus!”Full Independency Thanks to METTLER TOLEDO Mr. Broske sums up the advan-tages of the XP microbalance:n Large weighing area and high degree of flexibility, thanks to SmartGrid and the ErgoClips n High accuracy for small samples and up to 52 grams with the possibility of directly weighing into various tare vessels n Differential weighing application accelerates work rate and lowers error riskn Short settling times and stable results within seconds thanksto the well-protected weighingchamber with external/internaldraft shields and unique hanging SmartGrid weighing pan n Automatic door opening facili-tates and accelerates operationprocedure He summarizes: “Given the con-stantly growing number and diver-sity of tasks and the required accu-racy and reproducibility, we would have had to outsource tests to oth-er laboratories. But these laborato-ries do not share our material and process know-how. Therefore, notzuviel Text。

Pepperl+Fuchs 温度多输入设备(区域1安装)说明书

Pepperl+Fuchs 温度多输入设备(区域1安装)说明书

16-04-19 15:49D a t e o f i s s u e 2016-04-20t 158061_e n g .x m lConnectionAssembly•For 8 temperature or analog sensors•Installation in Zone 1/Div. 1, intrinsically safe •Sensors in Zone 0/Div. 1•Connection to fieldbus acc. to FISCO or Entity •For FOUNDATION Fieldbus H1•PCS integration via device description and function blocks •Concentrator method for simplified configuration •Monitors sensor condition•For T/C, RTD 2-, 3-, 4-wire, voltage and resistance •Cold junction compensation •Removable terminalsFunctionThe Temperature Multi-Input (TM-I) for DIN rail installation connects up to 8 analog inputs to the DCS via fieldbus. It is installed in a typically pre-wired field enclosure close to the sensors in the hazardous area. The TM-I is certifiedintrinsically safe and as associated apparatus: inputs are intrinsically safe even when the fieldbus connection is not. Analog inputs can be resistance temperature sensors with 2, 3, and 4 wires, measuring sensors, thermocouples, or millivolt signals.The TM-I communicates all data, configuration, and alarms via one fieldbus address and function blocks (8xAI or 1xMAI) to the DCS. For simplified configuration it supports theconcentrator method: inputs can be configured all at once or individually. Fieldbus powers the sensors and the temperature interface itself, additional power or wiring is not required.Cold junction compensation for thermocouples is integrated. The TM-I detects and reports lead breakage and short circuit conditions.Features®16-04-19 15:49D a t e o f i s s u e 2016-04-20t 158061_e n g .x mlGeneral specifications Design / Mounting Cabinet installationFieldbus interface Fieldbus type FOUNDATION FieldbusPhysical layer profile profile type 511 (FISCO), profile type 111 (Entity)ITK version 4.51Implementationresource block1x RSfunction block8x AI, 1x MAItransducer block8x sensor TB, 1x concentrator TB Execution time AI, MAI 40 ms max.Macro cycle typical for one device 8xAI or 1xMAI ≤ 500 ms Firmware updatevia separate plug connection FDE (Fault Disconnect Equipment) 6.7 mA Polarity not polarity sensitiveRated voltage U N 9 ... 32 V Rated currentI N≤ 23 mAIndicators/operating means LED PWR green: on, bus voltage existentLED COM ERR red: continuous lightning: hardware error; 2 Hz flashing: no bus activities or bus fault; off: no error LED CHANNEL ERROR red: 2 Hz flashing: lead breakage, overrange; off: no error InputNumber 8Sensor types see table 1Grounding grounding of thermoelements possibleError detection lead breakage, wiring error, hardware device error Common mode voltage Input to Input 600 V peakTransfer characteristics DeviationCold junction compensation ± 0.5 °C (32.9 °F)Resolution/accuracysee table 2Influence of ambient temperature see table 3LinearizationT/C input 0.1°C RTD input 0.03°C Internal measurement cycle for all sensor types ≤ 1 sElectrical isolation Fieldbus/inputs safe galvanic isolation acc. to EN 60079-11, voltage peak value 375 V Directive conformity Electromagnetic compatibilityDirective 2014/30/EU EN 61326-1:2013Standard conformity Electrical isolationEN 60079-11Electromagnetic compatibility NE 21:2011Degree of protection IEC 60529Fieldbus standard IEC 61158-2Shock resistance EN 60068-2-27Vibration resistance EN 60068-2-6Ambient conditions Ambient temperature-40 ... 70 °C (-40 ... 158 °F) hazardous area-40 ... 85 °C (-40 ... 185 °F) safe area Storage temperature -40 ... 85 °C (-40 ... 185 °F)Relative humidity ≤ 95 % non-condensing Shock resistance 15 g , 11 ms Vibration resistance 5 g , 10 ... 150 HzCorrosion resistance acc. to ISA-S71.04-1985, severity level G3Mechanical specifications Connection type plug-in terminals , spring terminal and screw terminal Core cross-sectionBus up to 2.5 mm 2Inputs up to 2.5 mm 2Housing material Polycarbonate Degree of protection IP20Mass 360 gMountingmounting on DIN rail in cabinet16-04-19 15:49D a t e o f i s s u e 2016-04-20t 158061_e n g .x mlsee manualGroup, category, type of protection, temperature class ¬ II 2 (1) G Ex ia [ia Ga] IIC T4 Gb , ¬ II (1) G [Ex ia Ga] IIC , ¬ II (1) D [Ex ia Da] IIIC , ¬ II 3 G Ex ic IIC T4 GcBus FISCO see EC-Type Examination Certificate Inputssee EC-Type Examination Certificate Statement of conformityPTB 03 ATEX 2238 X Group, category, type of protection, temperature class ¬ II 3 G Ex nA IIC T4 Gc Electrical isolationBus see Statement of Conformity Inputsee EC-Type Examination Certificate Directive conformityDirective 2014/34/EU EN 60079-0:2012 , EN 60079-11:2012 , EN 60079-15:2010International approvals IECEx approval IECEx PTB 05.0001 , IECEx PTB 05.0002XApproved forEx ia [ia Ga] IIC T4 Gb , [Ex ia Ga] IIC , [Ex ia Da] IIIC , Ex ic IIC T4 Gc , Ex nA IIC T4 Gc Certificates and approvals Marine approval DNV A-14038General information Supplementary informationEC-Type Examination Certificate, Statement of Conformity, Declaration of Conformity, Attestation of Conformity and instructions have to be observed where applicable. For information see .Type code/order designationType Code DescriptionRD0-TI-Ex8.FF .ST Fieldbus temperature interface with 8 inputs with screw terminals without field housing for mounting on DIN rail in cabinet RD0-TI-Ex8.FF .SCFieldbus temperature interface with 8 inputs with spring terminals without field housing for mounting on DIN rail in cabinetDimensionsInstallation note16-04-19 15:49D a t e o f i s s u e 2016-04-20t 158061_e n g .x mlAdditional informationTable 1: Sensor typesThermocoupleType Standard Range (°C)Range (°F)B EN 60584-1300 ... 1800572 ... 3272E EN 60584-1-200 ... 1000-328 ... 1832J EN 60584-1-200 ... 1000-328 ... 1832K EN 60584-1-200 ... 1372-328 ... 2502N EN 60584-1-200 ... 1300-328 ... 2372R EN 60584-10 ... 1768-32 ... 3214S EN 60584-10 ... 1768-32 ... 3214T EN 60584-1-200 ... 400-328 ... 752W5Re/W26ReASTM 988-960 (2000)-32 (3632)Input voltageType Range (mV)Range 1-100 (150)RTDType Standard Range (°C)Range (°F)Pt50EN 60751 (ITS90)-200 ... 850-328 ... 1562Pt100EN 60751 (ITS90)-200 ... 850-328 ... 1562Pt100JIS C 1604-1989-200 ... 630-328 ... 1166Pt200EN 60751 (ITS90)-200 ... 850-328 ... 1562Pt500EN 60751 (ITS90)-200 ... 850-328 ... 1562Pt1000EN 60751 (ITS90)-200 ... 850-328 ... 1562Ni100DIN 43760-1987-60 ... 250-76 ... 482Ni120Minco standard -80 ... 320-112 ... 608Ni200DIN 43760-1987-60 ... 250-76 ... 482Cu10SAMA RC21-4-1966-70 (150)-94 (302)Resistance inputType Range (Ohm)Range 10 ... 650Range 20 ... 1300Range 30 ... 2600Range 40 (5200)Table 2: AccuracyThermocoupleType Range (°C)Range (°F)Accuracy (°C)(°F)B300 ... 600600 ... 12001200 ... 1800572 ... 11121112 ... 21922192 ... 3272± 3.32± 1.77± 1.08± 5.98± 3.19± 1.94E -200 ... -50-50 ... 1000-328 ... -58-58 ... 1832± 0.42± 0.31± 0.76± 0.56J -200 ... 00 ... 1000-328 ... 3232 ... 1832± 0.48± 0.31± 0.86± 0.56K -200 ... 00 ... 1372-328 ... 3232 ... 2502± 0.68± 0.43± 1.22± 0.77N -200 ... -100-100 ... 500500 ... 1300-328 ... -148-148 ... 932932 ... 2372± 1.03± 0.54± 0.39± 1.85± 0.97± 0.70R 0 ... 350350 ... 176832 ... 662662 ... 3214± 1.93± 1.16± 3.47± 2.09S0 ... 550550 ... 176832 ... 10221022 ... 3214± 1.92± 1.15± 3.46± 2.07T -200 ... -50-50 ... 400-328 ... -58-58 ... 752± 0.66± 0.35± 1.19± 0.63W5Re/W26Re0 ... 800800 (2000)-32 ... 14721472 ... 3632± 0.80± 1.05± 1.45± 1.89Input voltageType Accuracy (µV)Range 1± 20RTDAccuracyType (°C)(°F)Pt50± 0.77± 1.39Pt100± 0.33± 0.59Pt100 JIS ± 0.33± 0.59Pt200± 0.33± 0.59Pt500± 0.31± 0.56Pt1000± 0.31± 0.56Ni100± 0.18± 0.32Ni120± 0.18± 0.32Ni200± 0.18± 0.32Cu10± 2.99± 5.38Resistance inputType Accuracy (mOhm)Range 1± 115Range 2± 230Range 3± 460Range 4± 92016-04-19 15:49D a t e o f i s s u e 2016-04-20t 158061_e n g .x mlTable 3: Influence of ambient temperatureThermocoupleType Range (°C)Range (°F)Deviation (°C/K)B300 ... 600600 ... 12001200 ... 1800572 ... 11121112 ... 21922192 ... 3272± 0.0060± 0.0131± 0.0242E-200 ... -50-50 ... 200200 ... 1000-328 ... -58-58 ... 392392 ... 1832± 0.0070± 0.0036± 0.0203J-200 ... 00 ... 200200 ... 1000-328 ... 3232 ... 392392 ... 1832± 0.0072± 0.0039± 0.0243K-200 ... 00 ... 500500 ... 1372-328 ... 3232 ... 932932 ... 2502± 0.0077± 0.0097± 0.0323N-200 ... -100-100 ... 500500 ... 1300-328 ... -148-148 ... 932932 ... 2372± 0.0080± 0.0088± 0.0264R0 ... 350350 ... 800800 ... 176832 ... 662662 ... 14721472 ... 3214± 0.0057± 0.0129± 0.0338S0 ... 550550 ... 800800 ... 176832 ... 10221022 ... 14721472 ... 3214± 0.0094± 0.0135± 0.0355T-200 ... -50-50 ... 200200 ... 400-328 ... -58-58 ... 392392 ... 752± 0.0071± 0.0035± 0.0067W5Re/W26Re0 ... 800800 (2000)-32 ... 14721472 ... 3632± 0.0151± 0.0552Input voltageType Deviation (µV/K)Range 1± 2RTDType Deviation (°C/K)Pt50± 0.010Pt100± 0.010Pt100 JIS ± 0.010Pt200± 0.010Pt500± 0.010Pt1000± 0.010Ni100± 0.010Ni120± 0.010Ni200± 0.010Cu10± 0.010Resistance inputType Deviation (mOhm/K)Range 1± 6Range 2± 6Range 3± 13Range 4± 26。

SecuGen 指纹识别设备说明书

SecuGen 指纹识别设备说明书

Hamster™ IVSecuGen Hamsters are the industry’s most accurate, rugged, and affordable USB fingerprint readers. T hese h igh-performance, v ersatile r eaders f eature a dvanced o ptical s ensors e ngineered with patented SEIR™ technology to give you the highest quality in fingerprint biometrics.Features• Accurate, patented optical USB fingerprint sensor with 508 DPI resolution• Auto-On TM to automatically detect the presence of a finger when placed on the reader• Smart Capture TM for reliable scanning of dry, moist, aged, scarred and difficult-to-scan fingers • Hardened optical glass platen that is scratch, impact, corrosion and electrostatic shock resistant • Compact and ergonomic design works with any finger or thumb • Integrated finger guide and removable, weighted stand • Supports BioAPI, INCITS 378-2004 and ISO 19794• Supports SecuGen proprietary, 3rd party and MINEX Certified Template Extractor and Matcher algorithms • Supports FIPS 201, FBI Certified as “PIV Single Finger Capture Device” and STQC Certified for UIDBenefits of Using SecuGen ReadersReduced password reset requests, decreased risk of security breaches, and improved accountability, all in a convenient and intuitive method for almost any user. Easy to install and use with software applications requiring fingerprint authentication that lets your fingerprints act like digital passwords that cannot be lost, forgotten or stolen.Consistent performance and security for a growing number of applications, with support for a wide range of operating systems, computing environments, and U.S. and international biometric standards.Backed by the industry’s best quality guarantee and over a decade of field use and proven performance under extreme conditions. This helps avoid the cost and inconvenience of replacing damaged units made by other sensor manufacturers.STQC CertifiedFBI CertifiedSpecificationsWhat’s Inside a Hamster?At the heart of the Hamster readers are SecuGen’s next-generation fingerprint sensors with advanced features including:• Auto-On™ that automatically detects the presence of a finger when placed on the reader for quick and easy authentication 1• Smart Capture ™ that captures high qualityfingerprints from dry, moist, aged, scarred and difficult-to-scan fingers for greater accuracy and reliability 1• High durability and ruggedness with provenresistance to electrostatic shock, impact, drops, scratches, extreme temperatures, humidity, and contaminants such as sweat, dirt, and oil• Patented optical technologies for clear, accurate image quality with high contrast, high signal-to-noise ratio, and practically no distortion using Surface Enhanced Irregular Reflection (SEIR™)• Reliable performance even under challenging conditions and tough environments• Rejection of false fingerprints such as latent prints and 2-D fingerprint images such as photocopies 2• Fingerprint data protection with templates that cannot be used to reconstruct fingerprint images 2• Greater sensor-to-sensor consistency for high accuracy when matching fingerprints enrolled with different fingerprint readers at different locations • Ease of integration into many types of applications using a wide offering of free Software Developer Kits • Multi-Device Connectivity™ that allows multiple fingerprint readers to be connected to one computer at the same time 2• Device Recognition™ that uses a programmable internal serial number to identify and differentiate multiple fingerprint readers 31 Auto-On and Smart Capture are built into the sensor but need to be enabled by the software application that calls for a fingerprint scan.2 Feature dependent upon software application used 3Option available with SecuGen SDKsProduct Name Model NumberFingerprint Sensor Optic Module Image Resolution Image Size Platen SizeEffective Sensing Area Image GrayscaleLight Source / Typical Lifetime Fingerprint Capture Speed Electrical / Communication InterfaceSupply VoltageCurrent Consumption (max)PhysicalDimensions (W x L x H) WeightCable LengthOperating Temperature Operating Humidity Other WarrantySupported Standards ComplianceSupported Operating SystemsHamster IV HSDU04P , HFDU04SDU04P , FDU04508 DPI258 x 336 pixels 16.1 mm x 18.2 mm 12.9 mm x 16.8 mm 256 levels (8-bit)LED / 60,000 hours0.2 ~ 0.8 sec with Smart Capture (HSDU04P)0.4 ~ 1.2 sec with Smart Capture (HFDU04)USB 1.1 Full-Speed, USB 2.0 Hi-Speed 5 V DC (via USB)150 mA27 x 40 x 73 mm (without stand)53 x 73 x 84 mm (with stand)100 g (without stand)165 g (with stand)1500 mm -20o ~ 65o C90% or less RH, noncondensing One year limitedANSI INCITS 378, BioAPI, FIPS 201, ISO/IEC 19794-2, ISO/IEC 19794-4FCC, CE, RoHS, FBI PIV Single Finger, STQC Windows 7, Vista, XP , 2000, 9x Windows Server 2008 R2, 2003Android (HSDU04P), Java, Linux© 2013 SecuGen Corp. All rights reserved. SecuGen, SecuGen Hamster, Auto-On, Device Recognition, HSDU04P , Multi-Device Connectivity, Open the World with Your Fingertip!, SDU04P , SEIR and Smart Capture are trademarks or registered trademarks of SecuGen Corporation in the United States and/or other countries. Other company, product, and service names may be trademarks or service marks of others. Product specifications and availability are subject to change without notice. (03/13)Open the World with Your Fingertip!®。

Pepperl+Fuchs 14 KFD2-EB2.R4A.B 重复电源模块说明书

Pepperl+Fuchs 14 KFD2-EB2.R4A.B 重复电源模块说明书

16-05-23 12:04D a t e o f i s s u e 2016-05-23189784_e n g .x m l14131571024 V DC9-12-8+11+BUSERR ConnectionAssembly•Interface for Power Rail•Used for redundant configuration •Supply current ≤ 4 A •Replaceable fuse•Relay contact output, reversible •LED status indicationFunctionThe power feed module interfaces 24V DC power to the Power Rail at a maximum current of 4A and is designed for applications requiring redundant power. The twin input terminals allow for daisy-chaining of supply (max. 10A).A green LED on the front of the unit indicates that power is on, and a red LED illuminates during error conditions.In the event of a field wiring or barrier fault from any barrier on the Power Rail, the integral collective error messaging relay alerts the controller via a single digital I/O point. This relay can be configured as normally open or normally closed.Additionally, the bus implemented in the Power Rail isforwarded to the outside terminals 13 and 15 for usage with KFD2-WAC2-Ex1.D RS 485 connection. Terminal 14 is only for test purposes.In the sense of functional safety (SIL) the device provides no dangerous failures. Thereby the safe condition of the supplied barrier must be defined as the powerless state. Thus the device will not influence the safety calculation or the SIL value.This device is compatible with all versions of the Power Rail and provides group fusing.Note: Redundant systems require two KFD2-EB.R4A.B modules.FeaturesFront view16-05-23 12:04D a t e o f i s s u e 2016-05-23189784_e n g .x mlSupplyConnection terminals 11+, 12-terminals 8+, 9-Rated voltage U n20 ... 30 V DCThe maximum rated operating voltage of the devices plugged onto the Power Rail must not be exceeded.Power dissipation ≤ 2.4 WOutputSupply Output current: ≤ 4 A Fault signal relay output: NO contactContact loading30 V AC/ 2 A / cos φ ≥ 0.7 ; 40 V DC/ 2 A Energized/De-energized delay approx. 20 ms / approx. 20 msFuse rating5 Arecommended maximum utilization of the fuse: 80 %Directive conformity Electromagnetic compatibilityDirective 2014/30/EU EN 61326-1:2013 (industrial locations)ConformityElectromagnetic compatibility NE 21:2006Degree of protection IEC 60529:2001Ambient conditions Ambient temperature -20 ... 60 °C (-4 ... 140 °F)Mechanical specifications Degree of protection IP20Mass approx. 100 gDimensions 20 x 119 x 115 mm (0.8 x 4.7 x 4.5 in) , housing type B2Mountingon 35 mm DIN mounting rail acc. to EN 60715:2001Data for application in connection with Ex-areasStatement of conformityTÜV 00 ATEX 1618 X Group, category, type of protection, temperature class ¬ II 3G Ex nA nC IIC T4Directive conformityDirective 2014/34/EU EN 60079-0:2012+A11:2013 , EN 60079-15:2010International approvals FM approval Control drawing 116-0160Approved for Class I, Division 2, Groups A, B, C, D; Class I, Zone 2, IIC UL approvalApproved for Class I, Division 2, Groups A, B, C, D; Class I, Zone 2, IIC CSA approval Control drawing 116-0160Approved for Class I, Division 2, Groups A, B, C, D; Class I, Zone 2, IIC IECEx approval IECEx UL 16.0051Approved for Ex nA nC IIC T4 Gc General information Supplementary informationStatement of Conformity, Declaration of Conformity, Attestation of Conformity and instructions have to be observed where applicable. For information see .16-05-23 12:04D a t e o f i s s u e 2016-05-23189784_e n g .x mlPower feed module KFD2-EB2The power feed module is used to supply the devices with 24 V DC via the Power Rail. The fuse-protected power feed module can supply up to 150individual devices depending on the power consumption of the devices. Collective error messages received from the Power Rail activate a galvanically-isolated mechanical contact.Power Rail UPR-03The Power Rail UPR-03 is a complete unit consisting of the electrical insert and an aluminium profile rail 35mm x 15mm. To make electrical contact, the devices are simply engaged.Profile Rail K-DUCT with Power RailThe profile rail K-DUCT is an aluminum profile rail with Power Rail insert and two integral cable ducts for system and field cables. Due to this assembly no additional cable guides are necessary.Power Rail and Profile Rail must not be fed via the device terminals of the individual devices!Accessories。

Q-SYS NC Series Cameras 2 Hardware User Manual

Q-SYS NC Series Cameras 2 Hardware User Manual

TD-001654-01-A*TD-001654-01*ePTZ NC-110PTZ NC-12x80PTZNC-20x60 Hardware User ManualQ-SYS NC Series CamerasEXPLANATION OF TERMS AND SYMBOLSThe term “WARNING!” indicates instructions regarding personal safety. If the instructions are not followed, the result may be bodily injury or death.The term “CAUTION!” indicates instructions regarding possible damage to physical equipment. If these instructions are not followed, it may result in damage to the equipment that may not be covered under the warranty.The term “IMPORTANT!” indicates instructions or information that are vital to the successful completion of the procedure.The term "NOTE" is used to indicate additional useful information.The intent of the lightning flash with an arrowhead symbol within an equilateral triangle is to alert the user to the presence of un-insulated "dangerous" voltage within the product's enclosure that may be of sufficient magnitude to constitute a risk of electric shock to humans.The intent of the exclamation point within an equilateral triangle is to alert the user to the presence of important safety,operating, and maintenance instructions in this manual.IMPORTANT SAFETY INSTRUCTIONS1. Read these instructions.2. Keep these instructions.3. Heed all warnings.4. Follow all instructions.5. Install in accordance with the manufacturer's instructions.6. Refer all servicing to qualified service personnel.7. Adhere to all applicable local codes.Maintenance and RepairsWARNING!: Advanced technology, e.g., the use of modern materials and powerful electronics, requires specially adapted maintenance and repair methods. To avoid the danger of subsequent damage to the apparatus, injuries to persons, and/or the creation of additional safety hazards, all maintenance or repair work on the apparatus should be performed only by a QSC authorized service station or an authorized QSC International Distributor. QSC is not responsible for any injury, harm, or related damages arising from any failure of the customer, owner, or user of the apparatus to facilitate those repairs. FCC StatementNote: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules.These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.Expected Product Life Cycle: 10 years, Storage Temperature range: –-20°C to +60°C, Relative Humidity: range of 5 —85% RH non-condensing.WarrantyFor a copy of the QSC Limited Warranty, visit the QSC, LLC., website at .RoHS StatementThe QSC Q-SYS NC Series: NC-110, NC-12x80, and NC-20x60 are in compliance with European Directive 2015/863/EU – Restriction of Hazardous Substances (RoHS2).What's in the BoxNC-12x80, NC-20x60 PTZ CamerasNC-110 ePTZ CameraIntroductionThe QSC Q-SYS™ NC Series comprises three camera models: NC-12x80, NC-20x60, and NC-110. These cameras send IP streams across a Q-LAN network to certain Q-SYS Core processors and peripherals, which bridge this IP signal to a USB signal for host computers to use in software applications.Connections and Controls (NC-12x80 and NC-20x60 PTZ) Front Panel1. Status LED (Green)• Off indicates the camera is in standby mode; network streams are off.• On indicates the camera is streaming video over the network.• Blinking indicates the ID mode is on.2. Power LED (Blue)• On indicates the camera has power applied.• Off indicates the camera has no power applied.Connections and Controls (NC-12x80 and NC-20x60 PTZ) (continued)Rear Panel56781. Product Label• Identifies product model: NC-12x80 or NC-20x60• Identifies the product serial number • Identifies the product MAC address2. ID Button: Press to identify this product in Q-SYS Designer Software and Q-SYS Configurator. The green STATUS LED on the frontpanel blinks when in ID mode. Press again to turn off.3. Factory Reset pin-hole: Use a paperclip or similarly sized object to insert. Press and hold the reset button for 5 seconds. This resetsall parameters to the factory defaults.4. Kensington™ Lock Slot: for use with a security cable (not supplied).5. DC 12 V: Connect an external power supply (not included). Supply must be rated at 12VDC 1A, EIAJ-04, center pin positive,outside barrel negative. Use only a class 2/LPS power supply.6. LAN/PoE: RJ-45 connector for Q-SYS Gigabit Ethernet and Power over Ethernet. Cat5e cabling or better required.7. 3G-SDI: 3G-SDI output via various video formats. Video formats can be changed via Q-SYS Designer Software or a Q-SYS UserControl Interface (UCI). Maximum video format is 1080p60.8. HDMI: HDMI® 1.4b output via various video formats. Video formats can be changed via Q-SYS Designer Software or a Q-SYSUCI. Maximum video format is 4K30. Note: NC Series PTZ Cameras support the usage of either HDMI or SDI, but not both simultaneously.Installation — NC-12x80 & NC-20x60 PTZInstall the Wall Mount Bracket1. Select a location on the wall or other vertical surface where the camera is tobe mounted. Make sure the surface is strong enough to hold the weight of the camera and bracket.2. Use the short side (1) of the bracket as a template to mark the location of thefour mounting holes (2) onto the wall.3. If the camera cables are installed inside the wall, run the cables through thelarge hole (3) in the short side of the bracket.4. Using appropriate screws (4), as necessary, attach the bracket to the wall.Tighten the attaching hardware. (Screws not supplied.)Bottom plate of Camera Mount the Camera on the Wall Bracket1. Align hole A on the bottom of the camera with the alignment pin A on thewall bracket. Place the camera onto the bracket so the alignment pin isinserted into the alignment hole on the camera and the rubber feet (C) on the bottom of the camera are inserted into the two slots (C).2. Install the larger screw (B) up through the wall bracket into the threaded holeon the bottom of the camera. Use a Phillips screwdriver to loosely tighten the screw.3. Install three smaller screws D, E, and F up through the wall bracket into thebottom of the camera. Tighten the screws using a Phillips screwdriver. 4. Tighten the larger screw installed earlier.5. If the camera cables are not installed in the wall, run the cables up throughthe oval hole (5) in the longer part of the bracket.6. Attach the cables to the appropriate connectors on the back of the cameraper installation requirements.7. Secure the cables to the bracket so that there is no strain placed on theconnectors.Connections and Controls (NC-110 ePTZ)Front Panel1. LED• Blinking Green: ID Mode• Solid Blue: Power On; Not Streaming• Solid Green: Streaming• Off: Camera is in Privacy Mode2. Included Camera Mount: This product can be configured for monitor-mounting or surface-mounting.3. Surface Mounting Screw Holes4. Universal Mounting Adapter: This can be used when connecting the NC-110 to a different mount.Rear Panel1. Factory Reset Pinhole: Use a paperclip or similarly sized object to insert. Press and hold the reset button for 5 seconds. This resetsall parameters to the factory defaults.2. ID Button: Press to identify this product in Q-SYS Designer and Configurator. The STATUS LED on the front panel blinks green whenin ID mode. Press again to turn off.3. LAN/PoE: RJ-45 connector for Q-SYS Gigabit Ethernet and Power over Ethernet. Cat5e cabling or better required.Installation (NC-110 ePTZ)Mounting Above a MonitorBend the bracket at the indicated pivot points shown to allow the optimal fit to the selected monitor. Mounting to a WallUsing the Existing Bracket for a Third-Party Mount1/4-20 UNC ThreadAttach the third-party mount to one of the 1 /4 -20 mounting holes on the included bracket. Removing the Existing Bracket for a Third-Party Mount1. On the bottom side of the camera, remove the two screws on the bracket.Remove 2 x Screws2.Slide the bracket off the camera.3. Mount the camera to the third-party mount.// DO NOT REMOVE \\Screws in block or camera1/4-20 UNC ThreadUse on various camera mounting bracketsInstalling Privacy Cover1. Peel adhesive.2. Center and attach to top of camera.3. Press firmly to affix adhesive.Dimension Drawings NC-12x80 & NC-20x60 PTZPTZ With Lens CapNC-110 ePTZQSC Self Help PortalRead knowledge base articles and discussions, download software and firmware, view product documents and training videos, and create support cases.https:///selfhelpportal/s/Customer SupportRefer to the Contact Us page on the QSC website for Technical Support and Customer Care, including their phone numbers and hours of operation.https:///contact-us/© 2021 QSC, LLC. All rights reserved. QSC, the QSC logo, Q-SYS, and the Q-SYS logo are registered trademarks of QSC, LLC, in the U.S. Patent and Trademark office and other countries. Q-LAN and Q-SYS Designer are trademarks of QSC, LLC. Patents may apply or be pending.All other trademarks are the property of their respective owners.。

红色飓风四代altera用户手册

红色飓风四代altera用户手册
前言
本手册适用于使用RC4-altera系列开发板的用户。
这套开发板面向 FPGA的专业用户,适用于高速数字信号处理等领域。本套开发板
为 FPGA+ddr2存储器+usb2.0接口的核心模块(集成电源),同时提供 ddr2控制器和
usb2.0控制器 ip,核心板对外提供大量可配置电平和工作模式的 IO,方便用户可在此
LEs 15408 39600
M9K RAM BLOCK 56 126
TOTAL RAM BITs 516096 1161216
PLLs 4 4
18X18 multipliers 56 126
Maximum User I/Os pins 331 331
Maximum I/Os on RC4 core 140 140
目录................................................................................................................................................................ 3
Altera系列配置器件 EPCS16
.提供USB Blaster下载电缆
.
JTAG模式和AS模式都支持
.最大可以兼容 EPCS128芯片
64Mx32bit DDR2SDRAM
.采用两片并联的美光公司高质量 MT47H64M16芯片,组成32bit位宽
.单片容量8M×16×8BANK
CHAPTER 7 用户输入输出设备 ..................................................................................................................15

Omron Microscan HAWK MV-4000智能相机配件清单说明书

Omron Microscan HAWK MV-4000智能相机配件清单说明书

Hardware RequiredStandard Ethernet ConfigurationNote: See page 5 of this document for a full list of available accessories, numbered to correspond with this table and the diagrams below.HAWK MV-4000 Smart CameraConfiguration Guide61-9000132-01CAMERA EndPOWER End1547621415Power Supply (12-Pin Socket)Ethernet Configuration with Flying Leads15462158M12 to Flying Leads Cable, 3 m – 61-9000151-01Pin Signal Wire Color 1Trigger White 2Power Brown 3Input 2Green 4Input 1Yellow 5Output 1Grey 6Output 3Pink 7Ground Blue 8Input Common Red 9NC Black 10NC Violet 11Output 2Grey-Striped Pink 12Output Common Red-Striped BlueEthernet Configuration with QX-1 and NERLITE Smart Series Illuminator10911131547621415Power Supply (12-Pin Socket)Photo SensorNERLITE Smart Series IlluminatorEthernet Configuration with Y Cable for Illuminator Control and Camera Power154762121415Power Supply (12-Pin Socket)NERLITE Smart Series IlluminatorNERLITE Smart Series IlluminatorNERLITE Smart Series IlluminatorHAWK MV-4000 AccessoriesElectrical SpecificationsHAWK MV-4000-03, -03C, -13, -13C, -20, -20C, -50, -50COperating Voltage for the HAWK MV-4000 under Testing Conditions 24V Rated Current600 mA Operating Voltage Tolerance±10%See the HAWK MV-4000 Smart Camera Guide for full electrical specifications.+10-28VTriggerGround Trigger/New Master / Input 1 CommonQX-1 Interface Device – for use with the HAWK MV-4000 (Top View)QX-1 Trigger Connector (T) 4-pin SocketConnector T on the QX-1 Interface Device is the trigger connector.Connectors 1, 2, and 3 can be used to bus power and data as required by the application.PTVGA/USB Connector M12 12-Pin Plug10/1000 Base-T Connector M12 8-Pin X-Coded SocketDigital I/O and Power ConnectorM12 12-Pin SocketOutput 3Power TriggerInput CommonInput 2Input 3Input 1Output 1GroundOutput 2Output CommonAnalog OutputHAWK MV-4000 Part Number Structure HAWK MV-4000 part numbers follow the format 8ABS-LFFA-LPPP.8 = HAWK MV-4000 Smart Camera(A) Enclosure0 = No Lens Cover1 = 50 mm Lens Cover2 = 70 mm Lens Cover(B) Software = 1 (Machine Vision)(S) Sensor Type1 = VGA, Mono2 = 1.3 Megapixel, Mono3 = 2 Megapixel, Mono4 =5 Megapixel, Mono5 = VGA, Color6 = 1.3 Megapixel, Color7 = 2 Megapixel, Color8 = 5 Megapixel, Color(L) Lens (See table below)0 = No Lens1 = 2/3” Standard Def.2 = 2/3” High Def.3 = 1” High Def.(FF) Lens Focal Length00 = No LensXX = Focal Length (mm) (See Lens table below.)(A) Accessories = 0(L) Lighting = 0(PPP) License100 = AutoVISION Sensor101 = AutoVISION102 = AutoVISION + Visionscape103 = AutoVISION + Verification104 = AutoVISION + Visionscape + Verification。

科学物理 Tesla 变压器说明书

科学物理 Tesla 变压器说明书

3B SCIENTIFIC ® PHYSICSBedienungsanleitung06/15 LW/ALF1 Spulenabgriff2 Zündspule3 Grundplatte4 4-mm-Sicherheitsbuchsen5 Funkenstrecke (Zündkerze)6 Primärspule7 Sekundärspule8 Kugelelektrode, kurz 9 Kugelelektrode, lang∙Vorsicht! Umsichtiges Experimentieren von befähigtem Fachpersonal erforderlich! Lehre-rexperiment!∙ Betrieb nur im Innenbereich!∙Der Betrieb des Tesla-Transformators darf ausschließlich entsprechend dieser Beschrei-bung mit dem mitgelieferten Zubehör erfol-gen!∙Der Tesla-Transformator erzeugt hochfre-quente elektromagnetische Wellen. Wegen der großen Bandbreite kann der Transforma-tor empfindliche elektronische Geräte in un-mittelbarer Nähe stören oder zerstören. Des-halb dürfen solche Geräte nur im Abstand von mindestens fünf Metern aufgestellt werden. ∙Die vom Teslatransformator ausgestrahlten Frequenzen liegen im Bereich zahlreicher Funkfrequenzen. Die Inbetriebnahme darf daher nur kurzzeitig für Ausbildungszwecke erfolgen.∙Wenn sich Personen mit Herzschrittmachern und anderen elektronischen Steuergeräten in der Nähe des Tesla-Transformators aufhal-ten, darf dieser nicht in Betrieb genommen werden. Lebensgefahr!∙Es darf kein Betrieb des Gerätes durch schockgefährdete (kranke) Menschen erfol-gen!∙Keine Experimente an Tieren oder anderen Lebewesen mit dem Tesla-Transformator durchführen!∙Der Teslatrafo darf mit keinen Flüssigkeiten in Berührung kommen oder feucht werden!∙Bei Beschädigungen oder Fehlern den Tesla-Trafo nicht selbst reparieren!∙Es dürfen keine Metall- oder andere leitende Teile des Tesla-Transformators berührt wer-den. Von der Hochspannungsspule ist ein Si-cherheitsabstand von 20 cm einzuhalten, um Funkenüberschläge zu vermeiden.∙Nicht in der Nähe von feuergefährlichen Ma-terialien oder entzündlichen Flüssigkeiten und Gasen bzw. Dämpfen verwenden –Funken-bildung!∙Bei der Entwicklung des Tesla-Transformators wurde ein optimaler Kompro-miss zwischen seiner Leistungsfähigkeit und Universalität seines Einsatzes bei Einhaltung der erforderlichen Sicherheitsvorkehrungen geschlossen.∙Auf einen absoluten Berührungsschutz der Spannung führenden Teile wurde bewusst verzichtet, damit die Schüler Aufbau und Wir-kungsweise des Gerätes in allen Details gut erkennen können.∙Die Sicherheit des Experimentierenden ist in jeder Hinsicht vollständig garantiert, wenn Veränderungen am Tesla-Transformator (Va-riieren der Primärwindungszahl) und an der experimentellen Anordnung nur bei ausge-schaltetem Gerät vorgenommen werden. Es besteht bei keinem Experiment die Notwen-digkeit, bei angelegter Spannung am Tesla-Transformator Teile des Transformators oder der Experimentieranordnung zu berühren.∙Die Eingangsspannung des Teslatransforma-tors bereitet in ihrer Handhabung keinerlei Si-cherheitsrisiko (20 V), die Primärstromstärke(3 A) ebenfalls nicht.∙Entsprechendes gilt für die Ausgangsspan-nung und Stromstärke. Die Sekundärspan-nung hat eine Frequenz von 200 kHz bis 1200 kHz. bei einer Spannung von ca.100000 V. Die maximale Stromstärke liegt bei etwa 0,08 mA.Der Tesla-Transformator dient der Demonstration und Untersuchung der physikalischen Gesetz-mäßigkeiten hochfrequenter elektromagnetischer Wellen.Im Einzelnen ermöglicht der Tesla-Transformator die Demonstration folgender Phänomene:∙Erzeugung hochfrequenter elektromagneti-scher Schwingungen in einem Schwingkreis geringer Induktivität und Kapazität∙Abschirmung hochfrequenter elektromagneti-scher Schwingungen∙Berührungsloses Leuchten einer Leuchtstoff-lampe im hochfrequenten Feld∙Koronaentladung∙Funkenentladung∙Drahtlose Energieübertragung durch Hertz’sche Wellen∙Durchdringungsfähigkeit und Absorption Hertzscher Wellen∙Stehende Wellen auf einer Tesla-Spule2.1 AufbauDie Sekundärspule wird zentrisch in die Primär-spule eingeführt und eingesteckt. Man schließt den Tesla-Transformator über die Anschluss-buchsen (4) an eine Wechselspannungsquelle an.2.2 FunktionsprinzipMit einer Halbwelle der Versorgungsspannung wird über die Zündspule ein Kondensator gela-den, der sich über die Funkenstrecke (Zündker-ze) und die Primärwicklung des Tesla-Transformators entlädt.An der Primärwicklung entsteht eine gedämpfte Schwingung, die Energie auf die Sekundärspule überträgt. Dort entsteht eine elektromagnetische Schwingung im Bereich von 200 kHz bis 1200 kHz.In der Sekundärspule entsteht eine hochfrequen-te Hochspannung von mehr als 100 kV. Dabei schwingt die Sekundärspule in Resonanz zum Schwingkreis.1 Tesla-Transformator1 Kugelelektrode, kurz1 Kugelelektrode, lang1 Nadelelektrode mit Sprührad1 Handspule1 Sekundärspule1 Leuchstoffröhre mit Halterung1 ReflektorAbmessungenTransformator: 330x200x120 mm3 Sekundärspule: 240 mm x 75 mm Ø Masse Transformator: ca. 3 kg WindungszahlPrimärspule: 9Sekundärspule: 1150Primärspannung: 20 V ACSekundärspannung: ca. 100 kVZusatzspule 1000967 AC/DC Netzgerät, 30 V, 6 A @230V 1003593 oderAC/DC Netzgerät, 30 V, 6 A @230V 1003593∙Bei allen nachstehend beschriebenen Expe-rimenten ist ein Netzgerät mit einstellbarer Wechselspannung von 15 ... 24 V (max. 4 A) erforderlich. Zur Inbetriebnahme wird die Ver-sorgungsspannung erhöht, bis an der Zünd-kerze eine periodische Funkenentladung ein-tritt.∙Das Gerät ist nicht für Dauerbetrieb geeignet.Nach 5 Minuten Betriebsdauer sollte eine Ab-kühlung von mindestens 15 Minuten eingehal-ten werden.7.1 Abschirmung elektromagnetischerSchwingungen∙Der Tesla-Transformator wird ohne Sekun-därspule betrieben. Auf den Kunststoffring der Primärspule wird die Handspule gelegt.∙Der Abgriff der Primärspule ist auf höchste Position zu bringen. Nach der Inbetriebnahme des Tesla-Transformators wird in der Hand-spule eine Spannung induziert (Leuchten der Glühlampe).∙Danach wird zwischen Primärspule und Handspule der Reflektor geschoben. Die Aluminiumfolie schirmt die elektromagneti-schen Schwingungen ab. Die Lampe an der Handspule leuchtet nicht mehr. 7.2 Thomson’sche Schwingungsgleichung∙Der Tesla-Transformator wird mit einer Se-kundärspule betrieben. In die Buchse an der Oberseite wird die Nadelelektrode gesteckt. ∙Nach dem Anlegen der Spannung tritt an der Nadelspitze eine Koronaentladung auf. Durch Variieren der Abgriffposition (Veränderung der Primärspuleninduktivität) wird das Maxi-mum der Entladung eingestellt. (Spannungs-überhöhung bei Resonanz).∙Danach werden zwei Sekundärspulen überei-nander gesteckt und in die obere Spule die Nadelelektrode eingesetzt.∙Die Resonanz tritt bei höherer Primärwin-dungszahl auf, da das Sekundärspulenpaar jetzt die doppelte Windungszahl besitzt. Die Eigenfrequenz ist dadurch geringer gewor-den.∙Durch Vergrößern der Windungszahl des Schwingkreises verringert sich die Resonanz-frequenz.7.3 Korona-Entladung∙Der Tesla-Transformator wird mit zwei Se-kundärspulen und aufgesetzter Nadelelekt-rode betrieben.∙Die Windungszahl der Schwingkreisspule wird auf 7 eingestellt. An der Spitze der Nadel tritt eine Koronaentladung infolge der hohen Spannung auf.7.4 Elektrischer Wind∙Der Transformator wird mit einer Sekundär-spule bei einer Primärwindungszahl von 4 be-trieben. Auf die Sekundärspule wird die Na-delelektrode mit Sprührad gesetzt.∙Die Enden des S-förmigen Sprührades laufen spitz aus. Dort treten infolge der hohen elektrischen Feldstärke Elektronen aus Sie lagern sich an Luftmoleküle an, die abgesto-ßen werden. Die Bewegung der Luftmoleküle bewirkt einen Rückstoß, welcher das Rad in Bewegung setzt.7.5 Funkenentladung∙Der Transformator wird mit nur einer Sekun-därspule bei einer Primärwindungszahl von 4 betrieben. Auf die Sekundärspule wird die Nadelelektrode gesetzt.∙In die zweite Erdungsbuchse wird die lange Kugelelektrode gesteckt und deren Kugel zur Nadelspitze hin ausgerichtet.∙Zwischen Kugel und Nadelspitze springen lebhaft einige Zentimeter lange Funken über.7.6 Drahtlose Energieübertragung∙Der Transformator wird mit einer Sekundär-spule und aufgesteckter Kugelelektrode be-trieben.∙Eine zweite Sekundärspule wird mit Aufstell-fuß und Halterung für Leuchtstoffröhre in ca.1 m Abstand vom Tesla-Transformator aufge-stellt.∙Die Erdungsbuchsen zwischen Aufstellfuß und Tesla-Transformator sind mit einer Labor-Leitung zu verbinden.∙Nach der Inbetriebnahme des Tesla-Transformators ist im teilweise abgedunkelten Raum ein Leuchten der Röhre erkennbar. Es findet eine drahtlose Energieübertragung zwi-schen den Spulen statt.∙Mit dem Reflektor, zwischen den Spulen auf-gestellt, kann die abschirmende Wirkung der Metallfolie demonstriert werden.7.7 Stehende Wellen auf der Tesla-Spule∙Der Tesla-Transformator wird mit zwei ver-bundenen Spulen betrieben. Am oberen Ende befindet sich die kleine Kugelelektrode. Die Primärwindungszahl wird auf 8 eingestellt.∙Man führt die Handspule von oben her über das Spulenpaar langsam nach unten. Mit zu-nehmender Tiefe leuchtet die Lampe heller.Die Sekundärspule schwingt als λ/4-Dipol.Am oberen Ende tritt ein Stromknoten auf, am unteren Ende ein Strombauch.∙Man verringert die Windungszahl der Primär-spule auf 3 und führt wiederum die Handspule vom oberen Ende der Tesla-Spule langsam nach unten. Am oberen Ende tritt ein Strom-knoten auf, die Glühlampe leuchtet nicht oder schwach.∙Beim weiteren Bewegen nach unten sind noch zwei Schwingungsbäuche und ein Schwingungsknoten nachweisbar. Die Tesla-Spule schwingt als 3/4-λ-Dipol.∙Gerät an einem sauberen, trockenen und staubfreien Platz aufbewahren.∙Vor der Reinigung Gerät von der Stromver-sorgung trennen.∙Zur Reinigung keine aggressiven Reiniger oder Lösungsmittel verwenden.∙Zum Reinigen ein weiches, feuchtes Tuch benutzen.∙Die Verpackung ist bei den örtlichen Recyc-lingstellen zu entsorgen.∙Sofern das Gerätselbst verschrottetwerden soll, so gehörtdieses nicht in dennormalen Hausmüll. Essind die lokalen Vor-schriften zur Entsor-gung von Elektro-schrott einzuhalten.3B Scientific GmbH ▪ Rudorffweg 8 ▪ 21031 Hamburg ▪ Deutschland ▪ 。

ATMLH412

ATMLH412

Table 1. Pin Configurations
Pin Name A0 – A2 SDA SCL
Function Address Inputs Serial Data Serial Clock Input
WP
Write Protect
GND
Ground
8-lead PDIP
A0 1 A1 2
8 VCC 7 WP
Absolute Maximum Ratings*
Operating Temperature...........................• 55°C to +125°C Storage Temperature ............................• 65°C to + 150°C Voltage on Any Pin with Respect to Ground................................ • 1.0 V +7.0V Maximum Operating Voltage.....................................6.25V DC Output Current ..................................................5.0 mA
CC
internally pulled down to GND. However, due to capacitive coupling that may appear during customer applications, Atmel recommends always connecting the WP pins to a known state. When using a pull-up resistor, Atmel recommends using 10kΩ or less.

IMI Cornelius Pinnacle Ice Bank 2和4口味制作设备说明书

IMI Cornelius Pinnacle Ice Bank 2和4口味制作设备说明书

UNIT PART NO.561490XXX 2 FL Integral 561491XXX 2 FL Remote 561492XXX 4 FL Integral 561493XXX 4 FL Remote 561494XXX 2 FL Integral Export 561480XXX 2 FL Integral, Tall 561481XXX 2 FL Remote, T all561482XXX 4 FL Integral, Tall 561483XXX 4 FL Remote, T all IMI CORNELIUS INC. Manual Part No. 620920802IPL Revision Date: April 23, 2007 Revision: H FCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–2007ILLUSTRATED PARTS LIST 2 AND 4 FLAVOR FCB PINNACLEIMI CORNELIUS INC.1Manual Part No. 620920802IPL Release Date: April 23, 2007Revision: HFCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–2007Table of FiguresFIGURE 1. Ice Bank Components 2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 2. Blendonator Assembly 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 3. Integral Unit Refrigeration System 4. . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 4. Remote Unit Refrigeration System 5. . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 5. Cladding 6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 6. Drip Tray Components 7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 7. Emerson Freeze Cylinder Components 8. . . . . . . . . . . . . . . . . . . . . FIGURE 8. Baldor Freeze Cylinder Components 9. . . . . . . . . . . . . . . . . . . . . . . . FIGURE 9. Freeze Door Assembly 10. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 10. Motorman Valve Assembly 10. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 11. Product Tray Components 11. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 12. CO2 Line and Regulator Components 12. . . . . . . . . . . . . . . . . . . . . FIGURE 13. Secondary CO2 Regulator Components 12. . . . . . . . . . . . . . . . . . . FIGURE 14. CO2 Regulator Components 13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 15. Water Line Components 2 Flavor 13. . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 16. Water Line Components 4 Flavor 14. . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 17. Water Inlet Components 14. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 18. Syrup Inlet Components 15. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 19. Product Line 1 Components 15. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 20. Product Line 2 Components 15. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 21. Product Line 3 Components 16. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 22. Product Line 4 Components 16. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 23. Brix Line 1 Components 17. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 24. Brix Line 2 Components 17. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 25. Brix Line 3 Components 17. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 26. Brix Line 4 Components 17. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 27. Brix Assembly 18. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 28. Brix Valve Assembly 19. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 29. Contact Box Assembly 20. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 30. 4FL Control Box Assembly 21. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 31. 2FL Control Box Assembly 21. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 32. Top Cover Assembly 22. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIGURE 33. Merchandiser Assembly 23. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .IMI CORNELIUS INC.2Manual Part No. 620920802IPL Revision Date: April 23, 2007Revision: HFCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–2007212421FIGURE 1. ICE BANK COMPONENTSItem No.Part No.Name1325282000Screw SD 8-18 HXWS 162317691000Fitg L-Barb 3/8-Barb x 1/4-MPT 3309852000Clamp4560006093T ank Water Bath 5560006094Brkt Wire Blendonator 6560002205Brkt Sensor Ice Bath 72598Probe Assy Ice Bank 8560006216Rod Supp Coil Retr 9560004527Coil Refrig Water Bath 10309510000Spacer Evap 11331309000Screw SM 8 TRPH 1612620049162Brkt Agitator Motor131********Tube Vinyl .375 I.D. (Sold by Foot)14560002226Cover Water Bath RHItem No.Part No.Name155********Cover Water Bath LH 16560002325T ank Blendonator Assy (Fig 2)175********Coil Prod Assy RH 185********Coil Prod Assy LH 19186154000Screw SE 08-36 PAPH 1220186294000Washer Lk .262 I.D.21186116000Nut Hex 1/4-2022186216000Blade Agit 3-Bld 23186599000Slinger Water24560002354Motor Agit 15W 230/5/6 1500RPM 25560003342Spacer Valve Wtr Bath 26560003274Valve Level Cntl27560002311Fitg Push 3/8 Stem x 1/4NPT 28560004283Valve Solnd Rfg CylIMI CORNELIUS INC.3Manual Part No. 620920802IPL Revision Date: April 23, 2007Revision: HFCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–2007Item No.Part No.Name560002325T ank Blendonator Assy 14589T ank Carb Assy 2560002369Cover Blendonator 34597Retainer Cover Carb 4180353888Valve Relief Assy 54591O-Ring 6629087547Kit, Float Switch 7560002370Blendonator Float Stem 8560002286O-Ring 1.41 I.D.9174029000Tube Poly .375 I.D. (Sold by Foot)Item No.Part No.Name104911Valve Chk11560004293Fitg Push L 3/8 x 5/16 Stem 12560002318Fitg Push 3/8 x 1/4 Flare 135********Fitg Reducer 3/4-Barb x 3/8-Barb 14560004864Diffuser 155********Baffle16174029000Tube Poly .375 I.D. (Sold by Foot)173********Clamp 187********Clip Locking 1948114011ClampIMI CORNELIUS INC.4Manual Part No. 620920802IPL Revision Date: April 23, 2007Revision: HFCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–20077Item No.Part No.Name1325282000Screw SD 8-18 HXWS 162360174000Tie Cable3325993000Parker Solenoid Pull 24V 4560006450Heat Exchg Assy 5620608601Filter Dryer 6560002216Tube Inlet 7560003423Valve Expan Solnd8325574000Parker Valve Hot Gas Solnd Refg 9560003970Clip Spring 1/2 T emp Sensor 10560005495Kit Thermistor 11560006505Cond Coil 12560006072Fan13560007212Shroud CondItem No.Part No.Name14560006919620608608620608612Air FilterExtended Length Air Filter Filter Assy w/ T ab 156********Brkt Corner Fan Shroud 166********Brkt Fan Shroud173********Screw TC 10–32 PAPH 12 STZI 23183609Spacer 193608Grommet2020223008Washer Ft .375 I.D.2170752Bolt MA 5/16-18 HX 6422560006054Kit Comp 1-1/4HP 240V 60HZ 560006053Kit Comp 1-1/4HP 230V 50HZ 23560003971Clip Spring 3/8 T emp Sensor 24629091023Kit Sporlan Hot Gas Valve Assembly 25620313723Sporlan Solenoid CoilIMI CORNELIUS INC.5Manual Part No. 620920802IPL Revision Date: April 23, 2007Revision: HFCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–2007Item No.Part No.Name1325282000Screw SD 8-18 HXWS 162360174000Tie Cable3309913011Coupling Rfg 3/8 x 1-1/164309919000Flange Mtg 3/853********Accumulator6325993000Parker Solenoid Pull 24V 7560006450Heat Exchg Assy 8620608601Filter Dryer 9560002216Tube Inlet10560003970Clip Spring 1/2 T emp Sensor 11560005495Kit Thermistor 12560003423Valve Expan SolndItem No.Part No.Name133********Parker Valve Hot Gas Solnd Refg14560005496Flange Rfg 155********Coupling Rfg166********Kit Ref Pressure Switch 173609Spacer 183608Grommet1920223008Washer Ft .375 I.D.2070752Bolt MA 5/16-18 HX 6421560006054Kit Comp 1-1/4HP 240V 60HZ 560006053Kit Comp 1-1/4HP 230V 50HZ 22560003971Clip Spring 3/8 T emp Sensor 23629091023Kit Sporlan Hot Gas Valve Assembly 24620313723Sporlan Solenoid CoilIMI CORNELIUS INC.6Manual Part No. 620920802IPL Revision Date: April 23, 2007Revision: HFCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–2007Item No.Part No.Name13108Screw TC 10-32 PAPH 322560003823Door Frz Cyl Assy Motorman (Fig 56000382410)Door Frz Cyl Assy Delta 560003825Door Frz Cyl Assy Delta Door Frz Cyl Assy Lancer 3620709413Pin Hinge4620052077Brkt Support LH Hinge 5620052078Brkt Support RH Hinge 6398034400Pin Hitch7560006577560006576Merchandiser Door Asy (2FL) Fig 33Merchandiser Door Asy (4FL) Fig 338560006579Cover Assy T op (2FL) Fig 32560006578Cover Assy T op (4FL) Fig 329560006427Panel Splash Valve Fnt (2FL)560006537Panel Splash Valve Fnt (4FL)10560006607Spacer11560007210560007211560006471560006571Panel Splash Front (2FL)Panel Splash Front (4FL)Panel Splash Front, T all (2FL)Panel Splash Front, T all (4FL)12316753000Nut Push1371010Washer Retaining 143247Spacer1571085Screw MA 8-32 TRPH 4016560003670Gasket 4” Dia17620050716620050752620050753620050754Panel, Side, Left, SST Panel, Side, Left, Black Panel, Side, Left, White Panel, Side, Left, BeigeItem No.Part No.Name18620050715620050757620050756620050755Panel, Side, Right SST Panel, Side, Right Black Panel, Side, Right White Panel, Side, Right Beige620052326Panel Back Upper SST (2FL) Int 19620052328620052327Panel Back Upper Black (2FL) Int Panel Back Upper White (2FL) Int Panel Back Upper Beige (2FL)Int 620052329Panel Back Upper Beige (2FL) Int Panel Back Upper SST (4FL)Int 620052340Panel Back Upper SST (4FL) Int 620052339Panel Back Upper Black (4FL) Int 620052337620052338Panel Back Upper White (4FL) Int Panel Back Upper Beige (4FL) Int Panel Back Upper SST (2FL)Rmt 560006477S gPanel Back Upper SST (2FL) Rmt Panel Back Upper Black (2FL)Rmt 560006677Panel Back Upper Black (2FL) Rmt 560006678Panel Back Upper White (2FL) Rmt 560006665560006501S Panel Back Upper Beige (2FL) Rmt Panel Back Upper SST (4FL) Rmt P l B k U Bl k (4FL)R t 560006679pp ()Panel Back Upper Black (4FL) Rmt Panel Back Upper White (4FL)Rmt 560006680560006662Panel Back Upper White (4FL) Rmt Panel Back Upper Beige (4FL) Rmt 20560006478S Panel Back Lower SST (2FL)560006681560006682Panel Back Lower Black (2FL)Panel Back Lower White (2FL)Panel Back Lower Beige (2FL)560006666Panel Back Lower Beige (2FL)Panel Back Lower SST (4FL)620052365Panel Back Lower SST (4FL)620052364Panel Back Lower Black (4FL)620052366620052363Panel Back Lower White (4FL)Panel Back Lower Beige (4FL)620717703620407913Tube Drain Line (not shown)Tube Drain Line, T all (not shown)IMI CORNELIUS INC.7Manual Part No. 620920802IPL Revision Date: April 23, 2007Revision: HFCB Pinnacle Illustrated PartsList©IMI Cornelius, Inc., 2004–2007Five Inch Deep Drip Tray 2 Flavor4 FlavorItem No.Part No.Part 1620517148620517149Drip Tray 2620708531620708529Cup Rest 3620052082620052083Drip Tray Support Bracket Asy 4620051266620051266Drip Tray Bracket Lt 5620051297620051297Drip Tray Bracket Rt 6321503000Bullet Latch 7316753000Push NutEight Inch Deep Drip Tray 2 Flavor4 FlavorItem No.Part No.Part 1325983039325990039Drip Tray 2325982000325992000Cup Rest 3620052082620052083Drip Tray Support Bracket Asy 8325984000325991000Drip Tray Frame 325985000Drip Tray Bracket (notshown)IMI CORNELIUS INC.8Manual Part No. 620920802IPL Revision Date: April 23, 2007Revision: HFCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–2007121110562784913131415FIGURE 7. EMERSON FREEZE CYLINDER COMPONENTSItem No.Part No.Name1318418000Washer Ft .312 I.D.2560007018Gasket Back3560003275Nut Hex 5/16–184560007015Gasket Back Cyl5629087564Magnet Drive Kit Emerson 6560007145Foam Pack Kit7629087566Stator Motor DC Drive Kit EmersonItem No.Part No.Name8560004533Gasket Stator9560007016Gasket Back Motor10560003823Door Frz Cyl Assy Motorman (Fig 10)11560002222Body Beater Freeze Cyl 12560002223 Blade Scraper Freeze Cy 136******** Kit Thermostat Repl 14620046135Drive Key15560004289Bushing for Magnet Drive AssyIMI CORNELIUS INC.9Manual Part No. 620920802IPL Revision Date: April 23, 2007Revision: HFCB Pinnacle Illustrated Parts List ©IMI Cornelius, Inc., 2004–200712117213614891310415FIGURE 8. BALDOR FREEZE CYLINDER COMPONENTSItem No.Part No.Name1318418000Washer Ft .312 I.D.2569030115Cap End Assy w/ Hall Board Kit Baldor3560003275Nut Hex 5/16–184560003421Gasket Panel Accs Bck 5560003694Gasket Back Cyl 6561600112Magnet Drive Kit Baldor 7560007145Foam Pack Freeze CylItem No.Part No.Name8629087565Stator Motor DC Drive Kit Baldor9560004533Gasket Stator10629088368Kit Thermostat Repl11560003823Door Frz Cyl Assy Motorman (Fig 10)12560002222Body Beater Freeze Cyl 135********Blade Scraper Freeze Cyl 14620046135Drive Key15560004289Bushing for Magnet Drive AssyItem No.Part No.NameDispense Valve Assy Motorman 11557Dispense Valve Assy, Motorman (Fig 10)(Fig 10)2560002224Door Frz Cyl 3560002422Nut Acrn 5/16–184560002367O–Ring 3.44 I.D.5560002272Shaft Pivot Faceplate 6325954000Stem Assy 7325936000Spacer Val8321652000Nut Shank (Not Shown)92392Bushing Split 10560003272Washer Ft .344 I.D.FIGURE 9. FREEZE DOOR ASSEMBLYItemNo.Part No.Name11556Body Valve w/Stop21554Body Valve31576Housing Spring 41575Retainer Spring Valve 5325305000Spring T orsion 6321651000Lever Valve 71555Knob White8325647000Spring Housing Retainer 9317784000Screw TC 08–18 TRPH 16102818O–Ring Caged 11321653000O–Ring .862 I.D.121544Spring Compression 131543Tube Release89FIGURE 10. MOTORMAN VALVE ASSEMBLY181013FIGURE 11. PRODUCT TRAY COMPONENTSItemNo.Part 1200498003Nut Hex 8-322Assy CO2 Line (Fig 12) 3178025100Gasket 1/4 Male Flare4Tube Assy Syr Inlet (Fig 18) 5Assy Prod Line No. 1 (Fig 19) 6Assy Prod Line No. 2 (Fig 20) 7Assy Prod Line No. 3 (Fig 21)ItemNo.Part 8Assy Prod Line No. 4 (Fig 22) 9186768000Nut Hex 7/16-20 10560003493Switch Press CO2 30-50PSI 114416Fitg Elbow12560002164Pump and Mot 230V 50/60HZ 135********Brkt CO2Item No.Part No.Name1178025100Gasket 1/4 Male Flare 2560002339Clip Flow Bend3560006491Tube Prod .250 I.D. (4FL)560006483Tube Prod .250 I.D. (2FL)4560006492Tube Prod .250 I.D. (4FL)560006507Tube Prod .250 I.D. (2FL)5560006522Reg CO 2 Assy (4FL) (Fig 13)560006422Reg CO 2Assy (2FL) (Fig 13)6560006490Tube Prod .250 I.D. (4FL)560006458Tube Prod .250 I.D. (2FL)3FIGURE 12. CO 2Item No.Part No.Name560006522Reg CO 2 Assy (4FL)560006422Reg CO 2 Assy (2FL)1183047000Fitg Stght 1/4-MPT Gage 60-PSI 2183061000Fitg Stght 1/4-MPT x 7/16-203183068000Fitg L 1/4-NPT 4183287000Gage 60-PSI 5183301100Valve Chk Assy6183446016Reg S Sq 30-PSI (Fig 14)7314700000Fitg T 1/4-MPT x 1/4 Male Flare (4FL)187485000Fitg L1/4-MPT x 1/4-MF4 FLAVOR SHOWNFIGURE 13. SECONDARY CO 2 REGULATOR COMPONENTSItemNo.Part 183446016Reg S Sq 30-PSI1183099000Kit Repair Reg Secondary2183560016Reg S SqFIGURE 14. CO2 REGULATOR COMPONENTSItemNo.Part 1620708970Tube Poly .250 I.D. (Sold by Foot)2750300160Fitg Push T ee 3/8 x 1/43620708970Tube Poly .250 I.D. (Sold by Foot)4560003966Tube Poly .170 I.D. (Sold by Foot)FIGURE 15. WATER LINE COMPONENTS 2 FLAVORRIGHT SIDE LEFT SIDE FIGURE 16. WATER LINE COMPONENTS 4 FLAVORItemNo.Part 1750300157Fitg Push Y 3/8 2750300160Fitg Push T ee 3/8 x 1/4ItemNo.Part 4560003966Tube Poly .170 I.D. (Sold by Foot) 5620708970Tube Poly .250 I.D. (Sold by Foot)ItemNo.Part 177083101Fitg 3/8-Barb x 1/4-Nut277062100Fitg T 1/4-Barb x 3/83311035000Strainer Wtr4560003391Reg Press Wtr 1.65-GPM5560002411Switch Press Wtr6174292000Tube Flexcor .375 I.D. (Sold byFoot)7620708970Tube Poly .250 I.D. (Sold by Foot)FIGURE 17. WATER INLET COMPONENTSItemNo.Part 1178025100Gasket 1/4 Male Flare 277010400Fitg Nipl .265 I.D. x 1/4 Flare Nut3620708970Tube Poly .250 I.D. (Sold by Foot)4560005312Fitg T7/16-20 x 1/8-FPT577010100Nut Swiv 7/16-206312926000Clamp7560006424Switch Press SyrFIGURE 18. SYRUP INLET COMPONENTSItemNo.Part 1750700502Clip Locking 3/82560002317Fitg Push 3/8 x 1/43560002339Clip Flow Bend4560001826Valve Chk Dual Chud5620708970Tube Poly .250 I.D. (Sold by Foot)4 FLAVOR 2 FLAVORFIGURE 19. PRODUCT LINE 1 COMPONENTSItemNo.Part 1750700502Clip Locking 3/8 2620708970Tube Poly .250 I.D. (Sold by Foot)3560002317Fitg Push 3/8 x 1/44560002339Clip Flow Bend5560001826Valve Chk Dual Chud4 FLAVOR 2 FLAVORFIGURE 20. PRODUCT LINE 2 COMPONENTSNo.Part 1750700502Clip Locking 3/82620708970Tube Poly .250 I.D. (Sold by Foot)3560002317Fitg Push 3/8 x 1/44560002339Clip Flow Bend5560001826Valve Chk Dual ChudFIGURE 21. PRODUCT LINE 3 COMPONENTS Array ItemNo.Part 1750700502Clip Locking 3/82620778970Tube Poly .250 I.D. (Sold by Foot)3560002317Fitg Push 3/8 x 1/43 4560002339Clip Flow Bend5560001826Valve Chk Dual ChudFIGURE 22. PRODUCT LINE 4 COMPONENTSItem No.Part No.Name1Brix Assy (Fig 27)2560002339Clip Flow Bend3560006494Tube Conn .250 I.D. x 72” (4FL)560006861Tube Conn .250 I.D. x 55” (2FL)4560006495Tube Conn .250 I.D. x 9” (4FL)560006860Tube Conn .250 I.D. x 8” (2FL)Item No.Part 1Brix Assy (Fig 27)2560002339Clip Flow Bend3560006494Tube Conn .250 I.D. x 72” (4FL)560006866Tube Conn .250 I.D. x 58” (2FL)4560006496Tube Conn .250 I.D. x 14” (4FL)560006865Tube Conn .250 I.D. x 12” (2FL)FIGURE 24. BRIX LINE 2 COMPONENTSItem No.Part 1Brix Assy (Fig 27)2560002339Clip Flow Bend3560006494Tube Conn .250 I.D. x 72”4560006496Tube Conn .250 I.D. x 14”Item No.Part 1Brix Assy (Fig 27)2560002339Clip Flow Bend3560006494Tube Conn .250 I.D. x 72”4560006495Tube Conn .250 I.D. x 9”FIGURE 26. BRIX LINE 4 COMPONENTSItem No.Part No.Name1560002991Valve Chk7/16-202319941000Screw TR 8-32 HXWS 123750700502Clip Locking 3/84560002318Fitg Push 3/8 x 1/45560003876620608746Valve Solnd Assy Syr (Fig 28)Valve Solnd Assy Syr, Cont Duty (Fig 28)62469620046352Retainer Module BrixRetainer Module Brix, Cont Duty 7560006482Tube Prod Assy (Includes #11–13)8560003875620608747Valve Solnd Assy Wtr (Fig 28)Valve Solnd Assy Wtr, Cont Duty (Fig 28)9560006423620052826Brkt Mtg Val BrixBracket Mtg Valve Brix, Cont Duty 10620313706620516667Solenoid CoverSolenoid Cover, Cont Duty 11620708970Tube Poly .250 I.D. (Sold by Foot)1277900500Manif U 1/4-Barb 13309854000Clamp629088599Kit, Cont Duty Solenoid, 1 FL (Not Shown)FIGURE 27. BRIX ASSEMBLYFIGURE 28. BRIX VALVE ASSEMBLY ItemNo.Part 560003875 560003876 620608746 620608747Valve Solnd Assy WtrValve Solnd Assy SyrValve Solnd Assy Wtr, Cont Duty Valve Solnd Assy Syr, Cont Duty12356Block Valve21319Body Valve30837Screw SM 06 TB PAPH 20 4310754011Piston Wtr Reg310480011Piston Syr Reg 5317431011Cylinder Flo Cntl 6310482000Spring Reg Syrup 7317816000O-Ring .676 I.D. 8310632051Screw Adj Syr and Wtr Reg ItemNo.Part 91318Housing Flo Cntl 10180025000O-Ring .364 I.D. 11309992000Cap Slv12309991000Knob Adjusting Flow131545Retainer Housing Flo Cntl Val 141081Screw TT 08-16 16150024620313722Solenoid Pull 24V.Solenoid Pull 24V, Cont Duty 16187188000Screw SE 08-32 PAPH 08 173********Arm Solenoid186********Spring Compsn Conical Solenoid 19311355000Valve InletFIGURE 29. CONTACT BOX ASSEMBLYItem No.Part No.Name13595Strap, Capacitor 270055Clip, Tinnerman 3309473000Relay, 24V DPDT 4320389000Bushing, Snap, 687 I.D.620710726Transformer 208/240V 60HZ – 24V 5620710725Transformer 208/240V 60HZ 24V Transformer 230V 50HZ – 24V 560002376Relay, Start Comp 60HZ 6560002375Relay, Start Comp 50HZ 560002378Capacitor Start, 60HZ 7560002377Capacitor Start, 50HZ 560002380Capacitor 8560002379, Run, 60HZ Capacitor , Run, 50HZItem No.Part No.Name9560002627Bushing, Snap, 1.3 I.D.10560003950Support, PC Board11560003953Filter , Single Phase RFI (50HZ only)12620050551Cover, Electric Box, RH Rear (4FL)136********Cover, Electric Box, LH Rear 14620313255Switch, Safety Circuit 156********Box, Electrical Box, LH 166********Box, Electrical Box, RH (4FL)176********Board, Control Thermostat 18620920905Label, T–stat Reset SwitchItemNo.Part No.Name1313736000Clip Guide2312251000Screw TR 10-24 PAPH 123560003948Bushing Snap4560003949Wrap Shielding Ctrl Box 5560003950Support PC Board65600047420150Fan Muffin 4-1/2” 230V 15W (4FL)Fan Cage 230V 9W (2FL)560006516Box Elec Control (4FL Baldor)7Box Elec Control (4FL Baldor)560006065620043272Box Elec Control (4FL Emerson)Box Elec Control (2FL Baldor)B El C t l (2FL E )620043247()Box Elec Control (2FL Emerson)8620314831Board Circ Main9560007539Board Circ Oper Interface 10560007541Board Circ Prod DeliveryItemNo.Part No.Name560002362Board Circ DC Inverter (Baldor)11560006084Board Circ DC Inverter (Emerson)12560002364Switch T ouch Membrane560006517Cover Box Cntl RH (4FL)13Cover Box Cntl RH (4FL)Cover Box Cntl (2FL Baldor old style)560006417Cover Box Cntl (2FL Baldor, old style)14560006518Cover Box Cntl LH (4FL)153********Bushing Snap 16325925000Support PC Board 175********Gasket Operator Interface 185********Holder Fuse Panel Mount 19620313517Fuse 1.6A Slo Blow 20620314612Indicator LED 21560001783Door Latch22319941000Screw TR 8–32 HXWS 12 STZI12FIGURE 30. 4FL CONTROL BOX ASSEMBLY FIGURE 31. 2FL CONTROL BOX ASSEMBLYWire Harnesses (Not Shown)560003278Harness, Phone Lines 560002171Harness, Main Display Board 560006071Harness, Low Volt, Emerson 560006070Harness, High Volt, Emerson 560007148Inverter to Product Delivery #1,Emerson560007149Inverter to Product Delivery #2,Emerson620316491Harness, In–rush Protection, Emerson 560006412Harness, High Voltage, Baldor 560006413Harness, Low Voltage, BaldorWire Harnesses (Not Shown)560002148Inverter to Product Delivery, Baldor 620317419Harness, Hall Sensor Replacement,Baldor560006463Harness, Pressure Switch (Remote Only)560004781Harness, Main Power to Contactor 620317401Harness, Main Power to Contactor (Export)620316479Harness, Control Board to Reset Switch620316480Harness, Control Board to ThermostatsItem No.Part No.Name560006578Cover Assy T op (4FL)560006579Cover Assy T op (2FL)1560006581Cover T op (4FL)560006556Cover T op (2FL)2560006562Brkt Clip RH Top 3560006561Brkt Clip LH T op 4317656039Grille Black 5317658000Nut Push .188 Stud 6620700101Rivet Pop .125 Dia.FIGURE 32. TOP COVER ASSEMBLY11 FIGURE 33. MERCHANDISER ASSEMBLYItemNo.Part 560006576Merchandiser Assy (4FL)560006577Merchandiser Assy (2FL) 12098Clip Bulb270171Screw MA 8-32 TRPH 12 3189429000Nut Hex 1/4-20 4313736000Clip Guide570153Screw MA 6-32 RDPH 24 6620700101Rivet Pop .125 Dia. 7360174000Tie Cable8560002627Bushing Snap9560006591Indicator10318036000Nut Push .125 Stud (for #20) 11560006557Support Inner Merch (4FL) 560006435Support Inner Merch (2FL) 12330181000Nut Hex 6-32 135********Merchndsr Door (4FL)560006590Merchndsr Door (2FL) 14560006652Panel Backup Reflector (4FL) 560006862Panel Backup Reflector (2FL) 155********Guide Lens Merch 16560006584Lens Support (4FL)560006473Lens Support (2FL) 175********Lens Clear (4FL)560006474Lens Clear (2FL)ItemNo.Part 186********Brkt Hinge LH Merch 19620049177Brkt Hinge RH Merch 20560006589Display Flavor Card Holder 21560006594Lamp Holder Selflock 22560006595Ballast Rapid 120/277V 50/60HZ 23560006596Bulb Flour24560006654Brkt Bottom Reflector 25560001783Latch Door26620709907Rivet Pop .188 Dia. 27560006559Screw TF 4 PAPH 12 28560006563Harness Jumper Ballast Merch (NotShown)29560006592Harness Wiring Merch 30560006593Brkt Support Merch 31560006653Brkt T op Reflector (4FL)560006863Brkt T op Reflector (2FL)3270076Nut Hex 8-32560006864Price Wing Lens (Not Shown)560006600Price Wing (Not Shown) 33560006560Plastic Pushmounts 34560007562Light Bulb Install Label 35620200805Pad Foam w/ Adhesive。

LG Nexus 4 硬件详细介绍

LG Nexus 4 硬件详细介绍
指令集:ARMv7
RF收发器:RTR8600
制造商:高通
其他信息:不明
无线收发器:Atheros WCN3660
制造商:高通
蓝牙支援:3.0,4.0(低耗能)
WiFi支援:802.11 a/b/g/n (2.4/5 GHz)
FM:支援
NFC:BCM2079x
制造商:Broadcom
电压:3.8V
类型:锂离子聚合物
耳机插孔:FSA8008
制造商:飞兆半导体公司(Fairchild Semiconductor)
检测:附件插头,3或4极音频,发送/结束键按下
功能:FSA8008A减少时序敏感 发送/结束键
开关类型:MIC
VDD:2.5V至4.4V
VIO:1.6V至VDD
指令集:ARMv7
Dhrystone: 3.3 DMIPS/MHz
内存:双通道 内存时钟:533MHz(8.5GB/s)
GPU:Adreno 320
制造商:高通
支援:OpenGL ES 3.0
最大纹理单元:2
最大纹理尺寸:4096
最大光源:8
支援能力:VOB,帧缓存器,立方体贴图,纹理合成器,DOT3合成,交互组合
开关频率为500kHz - 550kHz
电源电流:1.35毫安
半导体PowerWise:是
RAM:型号未知(应该是尔必达)
大小:2GB
技术支援:LPDDR
NAND芯片:型号未知(应该是闪迪)
大小:8GB或16GB
电池:LG BL-T5
制造商:LG
容量:2100mAh/8.0Wh(最低2030mAh/7.7Wh)

88E6122_88E6121-Datasheet-Part 1

88E6122_88E6121-Datasheet-Part 1
Doc. No. MV-S103526-01, Rev. -April 14, 2006 Not Approved by Document Control - For Review Only
Link Street™ 88E6122/88E6121 Datasheet Part 1 of 3: Overview, Pinout, Applications, Mechanical and Electrical Specifications
Doc. No. MV-S103526-01 Rev. -Page 2
CONFIDENTIAL
Document Classification: Restricted Information Not Approved by Document Control - For Review Only
Copyright © 2006 Marvell April 14, 2006, Draft

Final
This document contains specifications on a product that is in final release. Specifications may
Information change without notice. Contact Marvell Field Application Engineers for more information.
Document Status
Advance
This document contains design specifications for initial product development. Specifications may
Information change without notice. Contact Marvell Field Application Engineers for more information.

Hohem产品快速入门指南说明书

Hohem产品快速入门指南说明书

V1.1Quick Start Guideクイックスタートガイド퀵�스타트�가이드Kurzanleitung Guida rapida Guide de démarrage rapide Guía de inicio rápido Краткое руководство01-12 13-25 26-38 39-51 52-64 65-77 78-90 91-103Disclaimer and WarningThank you for purchasing the Hohemproduct.By using this product, you hereby signify that you have read this disclaimer and warning carefully and that you understand and agree to abide by the terms andconditions herein. You agree that you aresolely responsible for your own conduct while using this product, and for any consequences thereof. You agree to use this product only for purposes that are proper and in accordance with all applicable laws, rules, andregulations, and all terms, precautions,practices, policies and guidelines Hohem has made and may make available. Hohemaccepts no liability for damage, injury or any legal responsibility incurred directly or indirectly from the use of this product. The user shall observe safe and lawful practices including,but not limited to, those set forth in this document.ContentsDownload the Hohem Pro App iSteady V2 Overview Mounting and BalancingActivation & Bluetooth Connection AI Visual Tracking & LED Video Light Button FunctionWorking Mode & Follow Speed How to fold the gimbal?Use as emergency power bank How to do if the gimbal is not level after powering on?Power indicator and Bluetoothindicator function Specifications Warranty Card01020304050607090909101111Scan the QR code to enter the download page Search " Hohem Pro " in the App Store or Google Play*Hohem Pro app requires iOS 10.0 or above, Android 6.0 or above *More product tutorials can be found on the app homepageDownload the Hohem Pro App, Register and LoginWhen powering on iSteady V2 at first use, activation is required throughHohem Pro app. iSteady V2 works after the activation.Mount your mobile phone before powering on iSteady V2.If no mobile phone is detected or the motor is overloaded due to phoneis not level, the gimbal will shut down after a warning beeping.Important Notes:○○○○iSteady V2 OverviewAI Vision Sensor & LED Video Light Power ButtonAI Vision Indicator AI Vision Sensor LED Video Light Phone Clamp Folding Lock A Folding Lock BBattery Indicator Zoom SliderShutter Button Tilt Motor Knob Pan Motor Bluetooth Light JoystickPower (ON/OFF) /Function Button01.02.03.04.05.06.07.08.09.10.11.12.13.14.15.16.Roll Motor Bidirectional chargingport (Type C)ResetHandle(Battery built-in)Lanyard Hole1/4 inch Screw Port17.18.19.20.21.22.01020*******06070809101314151617201918222104①Unfold the gimbal②Screw up theknob③Turn the “hohem”logoupward④Put your phone stuck in the bottom of phone clamp and pull the head of phone clamp to mount your phone.⑤Slide the phone and make sure it is clamped in the middle, power on the gimbal after balancing thephone clamp.The gimbal would work improperly if not screw the knob up.Clench the phone clamp, ensuring that your phone is cling to the rubber mat, otherwise the gimbal would vibrate or turn off automatically.How to mount and balance mobile phone on the gimbal?For the first time, please turn on the gimbal. Log into the Hohem Pro app to activate the gimbal. Gimbal will work improperly if not been activated.① StartupLong press the function button. At the first start, it will enter a to-be-activated state and the Bluetooth indicator will flash alternately in red and green.② Bluetooth connection through the APPTurn on the bluetooth of phone. Log into the app Hohem Pro.Following the notice at the top for connection.③ Activate iSteady V2After the Bluetooth is connected, an activation prompt box will pop up. Click "Confirm" to complete the activation. Three beeps for noticing you the activation has done, and you can use the gimbal now.Booting up iSteady V2 at first useActivation & Bluetooth ConnectionLED Video LightSingle press the power button to start, the indicator light shows red, and the LED video light double flashes to indicate that the AI visual tracking has been activated (long press the power button to turn off)Please note: The best distance of gesture control is between 0.5 and 1.5 meters (1.6-5 ft) , and make sure that bothgesture and face are shown in front of AI senser within this range.AI Visual TrackingAI Visual Tracking & LED Video LightPortrait mode: Thumbs-rightSwitch between landscape and portrait mode: Two hands facing towards the AI vision sensorLandscape mode: Thumbs-up Press AI vision sensor & LED video light power button to adjust the light intensity, LED turns according to low-medium-high-close modes.Start smart tracking: take a OK gesture towards the AI vision sensor, AI vision indicator will turn greenTurn off smart tracking: show a palm gesture towards the AI vision sensor and AI vision indicator will turn redButton Function③ Zoom Slider (Only available in the app) Push Up: Zoom in Push Down: Zoom out ④ Shutter Button (Ensure the Bluetooth is connected) Single Press: Take photo, Start/End video Double Press: Switch photo/video modes Triple Press: Switch front/rear cameras (Only available in the app)② JoystickUp/Down:Tilt ControlLeft/Right:Pan Control(It is able to control the roll motorthrough Left/Right Joystick Settingsin Hohem Pro app)① Power (ON/OFF) / Function ButtonLong Press:Power On/OffSingle Press:Switch the landscape and portrait modes Double Press: Recenter the gimbalTriple Press: Inception (Auto rotation)Press Five Times: Auto calibrationPress Seven Times: Remote control pairingThe bluetooth light will flash alternately in yellow and green. (The remote control is an optional accessory)a. If the remote control is not paired within 30 seconds, the pairing will be cancelled;b. Click the function button to cancel pairing;c. Double-click the function button to clear the paired remote control and cancel pairing;(And the paired remote control will be unavailable and need to be re-paired)Working ModePan&Tilt FollowThis is the default working mode. When you rotate the handle left/right/tilt up/tilt down, the camera will follow the handle movements, and the roll motor is locked without following the movement.*For changing working mode or follow speed, please open Hohem Pro app - Start Recording - Gimbal Parameter Settings*Ensure the Bluetooth is connected and change the settingsWorking Mode & Follow SpeedHow to switch working modes by button?Combination operation: Press and hold shutter button and tap power button Single Tap: Pan&Tilt Follow (Default) Double Tap: Pan FollowTriple Tap: All Lock Quartic Tap: POV (All Follow)*Tips: To ensure proper operation, please release the shutter button after the power button.Pan FollowWhen you rotate the handle left/right, the camera will follow the handle movements. The tilt motor does not follow within the angle range of -30°~+30 movement, if exceed this range, the gimbal will follow the tilt movement, and the roll motor is locked without following the movement.All LockThe roll and pan motors are locked without following the movement. The tilt motor does not follow within the angle range of -30°~+30 movement, if exceed this range, the gimbal will follow the tilt movement.POV (All Follow)First person point of viewGives you 360° complete movement, you can pan, tilt and roll with it.Follow SpeedGeneral Shooting with general follow speedSlow Shooting with slow follow speedMedium Shooting to follow the fast movementFast Fast follow speed for video transitionIf the gimbal is not level after turned on, or pan axis is slight drift when the gimbal is still, please calibrate the gimbal on a stationary and horizontal surface.How to fold Gimbal?How to do if the gimbal is not level after powering on?① Turn on the gimbal, press function button 5 times ② Start calibration after a beep sound ③ The battery indicator light keep flashing④ The calibration is done after two beeps sound (the calibration takes about 40 seconds)The gimbal can be used as emergency charging for your mobile phone and other electronic devices.Use as emergency power bankPower Indicator LightsStay on: Fully charged or charging complete Single flashing:Charging Continous Flashing:Calibrating Power indicator and Bluetooth indicator functionBluetooth Indicator Light1. A.Blinks red and green alternatively:To be activated (at first use)B.Blinks yellow and green alternatively:The remote control is pairing (The remote control is an optional accessory)3. Blinking indicators of working modes Solid Light:Pan& Tilt Follow Flash twice:Pan Follow Flash triple:All Lock Flash four times:POV (All Follow)Pulse:Standby mode2. Color indicates the status of gimbal Green :Bluetooth is connected Yellow :Bluetooth is not connected Red :Warning of abnormal loads on the stabilizer or failed firmware upgradeWarranty CardUser Name:Contact No.:Address:Purchase Date:Prod. Serial No.:Failure Issue:Service Record:SpecificationsThe motor would be shown in the screen due to some of mobile cameras aredesigned at the middle of phone, such as Xiaomi10, Xiaomi10 Pro, Xiaomi CC9 PRO.iSteady V2263g179 X 79 X 39 mm 18650li-ion 2800mAh9 hours4 hours (with AI vision sensor)2 hours (with AI vision sensor & LED video light)* Pan: 320°* Roll: 320°* Tilt: 320°* Pan: 320° * Tilt: -30°~+30°Weight :≤280gThickness:≤11 mm Width:55mm~90mmModel WeightFolded Dimensions BatteryOperating TimeMechanical RangeControllable RangeCompatible Phones Bidirectional charging port (Type C) supports gimbal works while charging.Email:*****************Website: Manufacturer: Hohem Technology Co., Ltd.Contact us at Facebook -@HohemTechOfficial-Contact usWithin 15 days upon the purchase date. Any functional disorder or quality problem enjoys free replacement service. But ensure the commodity and package with no damage, and we will offer a brand new replacement after confirming the product problem.Warranty valid only under normal use.Used in the normal circumstances, 1 year warranty, maintenance of life (not include the All accidents or artificial damage, improper disassembly or misuse damage is NOT covered by the warranty.)Please keep and offer the warranty card for claiming the warranty service.1.2.4.3.CALL CENTER -Toll FreeUNITED STATES:+1(888)9658512Mon-Fri: 9:00AM-5:00PM(EST)UNITED KINGDOM:+44(0)808 2737578Mon-Fri: 2:00PM-10:00PM(GMT +0)CANADA:+1(855)758-8939Mon-Fri: 9:00AM-5:00PM(EST)BRAZIL:+55 (0)800 5911897Mon-Fri: 10:00AM-6:00PM(GMT -3)。

高精度、高驱动电流、双运算放大器AD826说明书

高精度、高驱动电流、双运算放大器AD826说明书

REV.BInformation furnished by Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog Devices for its use, nor for any infringements of patents or other rights of third parties which may result from its use. No license is granted by implication oraAD826One Technology Way, P.O. Box 9106, Norwood, MA 02062-9106, U.S.A.Tel: 781/329-4700World Wide Web Site: High-Speed, Low-Power Dual Operational AmplifierCONNECTION DIAGRAM8-Lead Plastic Mini-DIP and SO Package12348765AD826V+OUT2–IN2+IN2OUT1–IN1+IN1V–The AD826 features high output current drive capability of 50mA min per amp, and is able to drive unlimited capacitive loads. With a low power supply current of 15 mA max for both amplifiers, the AD826 is a true general purpose operational amplifier.The AD826 is ideal for power sensitive applications such as video cameras and portable instrumentation. The AD826 can operate from a single +5 V supply, while still achieving 25 MHz of band-width. Furthermore the AD826 is fully specified from a single +5 V to ±15 V power supplies.The AD826 excels as an ADC/DAC buffer or active filter in data acquisition systems and achieves a settling time of 70 ns to 0.01%, with a low input offset voltage of 2 mV max. The AD826 is available in small 8-lead plastic mini-DIP and SO packages.10901000%500ns5V5VC L = 100pFC L = 1000pFFEATURES High Speed:50 MHz Unity Gain Bandwidth 350 V/␮s Slew Rate70 ns Settling Time to 0.01%Low Power:7.5 mA Max Power Supply Current Per Amp Easy to Use:Drives Unlimited Capacitive Loads50 mA Min Output Current Per AmplifierSpecified for +5 V, ؎5 V and ؎15 V Operation 2.0 V p-p Output Swing into a 150 ⍀ Load (V S = +5 V)Good Video PerformanceDifferential Gain & Phase Error of 0.07% & 0.11؇Excellent DC Performance:2.0 mV Max Input Offset Voltage APPLICATIONSUnity Gain ADC/DAC Buffer Cable Drivers8- and 10-Bit Data Acquisition Systems Video Line Driver Active FiltersPRODUCT DESCRIPTIONThe AD826 is a dual, high speed voltage feedback op amp. It is ideal for use in applications which require unity gain stability and high output drive capability, such as buffering and cable driving. The 50 MHz bandwidth and 350 V/µs slew rate make the AD826 useful in many high speed applications including:video, CATV, copiers, LCDs, image scanners and fax machines.TEKTRONIX P6201 FET PROBE HP PULSE GENERATOR1/2AD8261k ⍀50⍀1k ⍀C LV OUTV INTEKTRONIX 7A24 FET PREAMP؉V S0.01␮F3.3␮F0.01␮F–V S3.3␮F132Driving a Large Capacitive Load查询AD826AR-REEL供应商捷多邦,专业PCB打样工厂,24小时加急出货AD826–SPECIFICATIONS(@ T A = +25؇C, unless otherwise noted)Parameter Conditions V S Min Typ Max Unit DYNAMIC PERFORMANCEUnity Gain Bandwidth±5 V3035MHz±15 V4550MHz0, +5 V2529MHz Bandwidth for 0.1 dB Flatness Gain = +1±5 V1020MHz±15 V2555MHz0, +5 V1020MHz Full Power Bandwidth1V OUT = 5 V p-pR LOAD = 500 Ω±5 V15.9MHzV OUT = 20 V p-pR LOAD = 1 kΩ±15 V 5.6MHz Slew Rate R LOAD = 1 kΩ±5 V200250V/µsGain = –1±15 V300350V/µs0, +5 V150200V/µs Settling Time to 0.1%–2.5 V to +2.5 V±5 V45ns0 V–10 V Step, A V = –1±15 V45nsto 0.01%–2.5 V to +2.5 V±5 V70ns0 V–10 V Step, A V = –1±15 V70ns NOISE/HARMONIC PERFORMANCETotal Harmonic Distortion F C = 1 MHz±15 V–78dB Input Voltage Noise f = 10 kHz±5 V, ±15 V15nV/√Hz Input Current Noise f = 10 kHz±5 V, ±15 V 1.5pA/√Hz Differential Gain Error NTSC±15 V0.070.1% (R1 = 150 Ω)Gain = +2±5 V0.120.15%0, +5 V0.15% Differential Phase Error NTSC±15 V0.110.15Degrees (R1 = 150 Ω)Gain = +2±5 V0.120.15Degrees0, +5 V0.15Degrees DC PERFORMANCEInput Offset Voltage±5 V to ±15 V0.52mVT MIN to T MAX3mV Offset Drift10µV/°C Input Bias Current±5 V, ±15 V 3.3 6.6µAT MIN10µAT MAX 4.4µA Input Offset Current±5 V, ±15 V25300nAT MIN to T MAX500nA Offset Current Drift0.3nA/°C Open-Loop Gain V OUT = ±2.5 V±5 VR LOAD = 500 Ω24V/mVT MIN to T MAX 1.5V/mVR LOAD = 150 Ω 1.53V/mVV OUT = ±10 V±15 VR LOAD = 1 kΩ 3.56V/mVT MIN to T MAX25V/mVV OUT = ±7.5 V±15 VR LOAD = 150 Ω (50 mA Output)24V/mV INPUT CHARACTERISTICSInput Resistance300kΩInput Capacitance 1.5pF Input Common-Mode Voltage Range±5 V+3.8+4.3V–2.7–3.4V±15 V+13+14.3V–12–13.4V0, +5 V+3.8+4.3V+1.2+0.9V Common-Mode Rejection Ratio V CM = ±2.5 V, T MIN–T MAX±5 V80100dBV CM = ±12 V±15 V86120dBT MIN to T MAX±15 V80100dBAD826 ABSOLUTE MAXIMUM RATINGS1Supply Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .±18 VInternal Power Dissipation2Plastic (N) . . . . . . . . . . . . . . . . . . . . . See Derating CurvesSmall Outline (R) . . . . . . . . . . . . . . . . See Derating CurvesInput Voltage (Common Mode) . . . . . . . . . . . . . . . . . . .±V SDifferential Input Voltage . . . . . . . . . . . . . . . . . . . . . . .±6 VOutput Short Circuit Duration . . . . . . . See Derating Curves Storage Temperature Range (N, R) . . . . . . . –65°C to +125°C Operating Temperature Range . . . . . . . . . . –40°C to +85°C Lead Temperature Range (Soldering 10 seconds) . . . +300°C NOTES1Stresses above those listed under Absolute Maximum Ratings may cause perma-nent damage to the device. This is a stress rating only; functional operation of the device at these or any other conditions above those indicated in the operational section of this specification is not implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability .2Specification is for device in free air: 8-lead plastic package, θJA= 100°C/watt; 8-lead SOIC package, θJA = 155°C/watt.ORDERING GUIDETemperature Package Package Model Range Description Option AD826AN–40°C to +85°C8-Lead Plastic DIP N-8AD826AR–40°C to +85°C8-Lead Plastic SOIC SO-8 AD826AR-REEL7–40°C to +85°C7” Tape & Reel SOIC SO-8Parameter Conditions V S Min Typ Max Unit OUTPUT CHARACTERISTICSOutput Voltage Swing R LOAD = 500 Ω±5 V 3.3 3.8±VR LOAD = 150 Ω±5 V 3.2 3.6±VR LOAD = 1 kΩ±15 V13.313.7±VR LOAD = 500 Ω±15 V12.813.4±VR LOAD = 500 Ω0, +5 V+1.5,+3.5V Output Current±15 V50mA±5 V50mA0, +5 V30mA Short-Circuit Current±15 V90mA Output Resistance Open Loop8ΩMATCHING CHARACTERISTICSDynamicCrosstalk f = 5 MHz±15 V–80dB Gain Flatness Match G = +1, f = 40 MHz±15 V0.2dB Slew Rate Match G = –1±15 V10V/µs DCInput Offset Voltage Match T MIN–T MAX±5 V to ±15 V0.52mV Input Bias Current Match T MIN–T MAX±5 V to ±15 V0.060.8µA Open-Loop Gain Match V O = ±10 V, R LOAD = 1 kΩ,T MIN–T MAX±15 V0.150.01mV/V Common-Mode Rejection Ratio Match V CM = ±12 V, T MIN–T MAX±15 V80100dB Power Supply Rejection Ratio Match±5 V to ±15 V, T MIN–T MAX80100dB POWER SUPPLYOperating Range Dual Supply±2.5±18VSingle Supply+5+36V Quiescent Current/Amplifier±5 V 6.67.5mAT MIN to T MAX±5 V7.5mA±15 V7.5mAT MIN to T MAX±15 V 6.87.5mA Power Supply Rejection Ratio V S = ±5 V to ±15 V, T MIN to T MAX7586dB NOTES1Full power bandwidth = slew rate/2π VPEAK. Specifications subject to change without notice.ESD SUSCEPTIBILITYESD (electrostatic discharge) sensitive device. Electrostatic charges as high as 4000 volts, which readily accumulate on the human body and on test equipment, can discharge without detection. Although the AD826 features proprietary ESD protection cir-cuitry, permanent damage may still occur on these devicesif they are subjected to high energy electrostatic discharges. Therefore, proper ESD precautions are recommended to avoid any performance degradation or loss of functionality.2.0–50901.50.5–301.050703010–1080–40406020–20AMBIENT TEMPERATURE –؇CMAXIMUMPOWERDISSIPATION–WattsMaximum Power Dissipation vs. Temperature for Different Package TypesAD8262000201555101015I N P U T C O M M O N -M O D E R A N G E – ؎V o l t sSUPPLY VOLTAGE – ؎Volts–V CM+V CMFigure mon-Mode Voltage Range vs. Supply2000201555101015SUPPLY VOLTAGE – ؎VoltsO U T P U T V O L T A G E S W I N G – ؎V o l tsFigure 2.Output Voltage Swing vs. Supply 30010k1551001010201k25LOAD RESISTANCE – ⍀O U T P U T V O L T A G E S W I N G – V o l t s p -pFigure 3.Output Voltage Swing vs. Load Resistance7.75.70207.26.256.71015SUPPLY VOLTAGE – ؎VoltsQ U I E S C E N T S U P P L Y C U R R E N T P E R A M P – m AFigure 4.Quiescent Supply Current per Amp vs. Supply Voltage for Various TemperaturesS L E W R A T E – V /␮s20501510SUPPLY VOLTAGE– ؎Volts200300350400250Figure 5.Slew Rate vs. Supply Voltage10010.011k10k100M10M1M100k0.110FREQUENCY – HzC L O S ED -L O O P O U T P U T I M PE D A N C E – ⍀Figure 6.Closed-Loop Output Impedance vs. Frequency– Typical CharacteristicsAD8267114042–403–6065120806040100200–20TEMPERATURE – ؇CI N P U T B I A S C U R R E N T – ␮AFigure 7.Input Bias Current vs. Temperature130301409050–4070–60110120100806040200–20TEMPERATURE – ؇CS H O R T C I R C U I T C U R R E N T – m AFigure 8.Short Circuit Current vs. Temperature 10020–601408040–4060100120806040200–20TEMPERATURE – ؇CP H A S E M A R G I N – D e g r e e s20804060U N I T Y G A I N B A N D W I D T H – M HzFigure 9.Unity Gain Bandwidth and Phase Margin vs. Temperature100–201G4010k201k 8060100M 10M1M 100k FREQUENCY – Hz+100+40+20+80+60P H A S E M A R G I N – D e g r e e sO P E N -L O O P G A I N – d BFigure 10.Open-Loop Gain and Phase Margin vs. Frequency411001k10k2356LOAD RESISTANCE – ⍀O P E N -L OO P G A I N – V /m V7Figure 11.Open-Loop Gain vs. Load Resistance10010100M30201k 10040506070809010M 1M 100k10k FREQUENCY – HzP S R – d BFigure 12.Power Supply Rejection vs. FrequencyAD826140601k 10M1208010k 100100k 1M FREQUENCY – HzC M R – dBFigure mon-Mode Rejection vs. Frequency 30100100k1M 100M10M 20FREQUENCY – HzO U T P U T V O L T A G E – V o l t s p -pFigure rge Signal Frequency Response 10–10160–4–820–602–20468140120100806040SETTLING TIME – ns O U T P U T S W I N G F R O M 0 T O ؎V0.01%0.1%1%1%0.01%0.1%Figure 15.Output Swing and Error vs. Settling Time –40–10010M–70–901k –80100–50–601M 100k 10k FREQUENCY – HzH A R M O N I C D I S T O R T I O N – dBFigure 16. Harmonic Distortion vs. Frequency50010M301010203401M100k 10k 1k 100FREQUENCY – HzI N P U T V O L T A G E N O I S E – nV / H zFigure 17. Input Voltage Noise Spectral Density380300–60140360320–40340100120806040200–20TEMPERATURE – ؇CS L E WR A T E – V /␮sFigure 18. Slew Rate vs. TemperatureAD826FREQUENCY – HzG A I N – d B50–5100k1M100M10M–1–2–3–41234Figure 19. Closed-Loop Gain vs. Frequency SUPPLY VOLTAGE – Volts0.130.070.10D I F FE R E N T IA L P H A S E – D e g r e e sD I F FE R E N T I A L G A I N – P e r c e n t0.10؎150.130.110.12؎5؎10Figure 20. Differential Gain and Phase vs. Supply Voltage –30–70–110100k100M10M1M10k–90–50–60–80–100–40FREQUENCY – HzC R O S S T A L K – d BFigure 21. Crosstalk vs. Frequency FREQUENCY – HZ50–5100k1M 100M10M –1–2–3–41234G A I N – dBFigure 22. Closed-Loop Gain vs. Frequency, Gain = –1FREQUENCY – HzG A I N – d B1.00–1.0100k1M 100M10M –0.2–0.4–0.6–0.80.20.40.60.8Figure 23. Gain Flatness Matching vs. Supply, G = +1USE GROUND PLANEPINOUT SHOWN IS FOR MINIDIP PACKAGEV R L = 150⍀ FOR ؎V S = 5V, 1k ⍀ FOR ؎V S = 15VFigure 24. Crosstalk Test CircuitAD826Figure 25. Noninverting Amplifier ConfigurationFigure 26. Noninverting Large Signal Pulse Response, R L = 1 k ΩFigure 27. Noninverting Large Signal Pulse Response,R L = 150ΩFigure 28. Noninverting Small Signal Pulse Response, R L = 1 k ΩFigure 29.Noninverting Small Signal Pulse Response, R L = 150 ΩAD826Figure 30.Inverting Amplifier ConfigurationFigure 31.Inverting Large Signal Pulse Response,R L = 1 kΩFigure 32.Inverting Large Signal Pulse Response,R L = 150ΩFigure 33.Inverting Small Signal Pulse Response,R L = 1 kΩFigure 34.Inverting Small Signal Pulse Response,R L = 150 ΩAD826THEORY OF OPERATIONThe AD826 is a low cost, wide band, high performance dual operational amplifier which can drive heavy capacitive and resistive loads. It also achieves a constant slew rate, bandwidth and settling time over its entire specified temperature range. The AD826 (Figure 35) consists of a degenerated NPN differen-tial pair driving matched PNPs in a folded-cascode gain stage. The output buffer stage employs emitter followers in a class AB amplifier which delivers the necessary current to the load while maintaining low levels of distortion.–INNULL 1NULL 8S–VSFigure 35. Simplified SchematicThe capacitor, C F, in the output stage mitigates the effect of capacitive loads. With low capacitive loads, the gain from the compensation node to the output is very close to unity. In this case, C F is bootstrapped and does not contribute to the overall compensation capacitance of the device. As the capacitive load is increased, a pole is formed with the output impedance of the output stage. This reduces the gain, and therefore, C F is incompletely bootstrapped. Effectively, some fraction of C F contributes to the overall compensation capacitance, reducing the unity gain bandwidth. As the load capacitance is further increased, the bandwidth continues to fall, maintaining the stability of the amplifier.INPUT CONSIDERATIONSAn input protection resistor (R IN in Figure 25) is required in circuits where the input to the AD826 will be subjected to transient or continuous overload voltages exceeding the ±6 V maximum differential limit. This resistor provides protection for the input transistors by limiting their maximum base current. For high performance circuits, it is recommended that a “bal-ancing” resistor be used to reduce the offset errors caused by bias current flowing through the input and feedback resistors. The balancing resistor equals the parallel combination of R IN and R F and thus provides a matched impedance at each input terminal. The offset voltage error will then be reduced by more than an order of magnitude.APPLYING THE AD826The AD826 is a breakthrough dual amp that delivers precision and speed at low cost with low power consumption. The AD826 offers excellent static and dynamic matching characteristics, combined with the ability to drive heavy resistive and capacitive loads.As with all high frequency circuits, care should be taken to main-tain overall device performance as well as their matching. The following items are presented as general design considerations. Circuit Board LayoutInput and output runs should be laid out so as to physically isolate them from remaining runs. In addition, the feedback resistor of each amplifier should be placed away from the feedback resistor of the other amplifier, since this greatly reduces inter-amp coupling.Choosing Feedback and Gain ResistorsIn order to prevent the stray capacitance present at each amplifier’s summing junction from limiting its performance, the feedback resistors should be ≤ 1 kΩ. Since the summing junction capaci-tance may cause peaking, a small capacitor (1 pF–5pF) may be paralleled with R F to neutralize this effect. Finally, sockets should be avoided, because of their tendency to increase interlead capacitance.Power Supply BypassingProper power supply decoupling is critical to preserve the integrity of high frequency signals. In carefully laid out designs, decoupling capacitors should be placed in close proximity to the supply pins, while their lead lengths should be kept to a mini-mum. These measures greatly reduce undesired inductive effects on the amplifier’s response.Though two 0.1µF capacitors will typically be effective in decoupling the supplies, several capacitors of different values can be paralleled to cover a wider frequency range.AD826؎SINGLE SUPPLY OPERATIONAn exciting feature of the AD826 is its ability to perform well in a single supply configuration (see Figure 37). The AD826 is ideally suited for applications that require low power dissipation and high output current and those which need to drive large capacitive loads, such as high speed buffering and instrumentation. Referring to Figure 36, careful consideration should be given to the proper selection of component values. The choices for this particular circuit are: (R1 + R3)ʈR2 combine with C1 to form a low frequency corner of approximately 30 Hz.OUT0.1VFigure 36. Single Supply Amplifier Configuration R3 and C2 reduce the effect of the power supply changes on the output by low-pass filtering with a corner at12πR3C2.The values for R L and C L were chosen to demonstrate the AD826’s exceptional output drive capability. In this configura-tion, the output is centered around 2.5 V. In order to eliminate the static dc current associated with this level, C3 was inserted in series with R L.Figure 37.Single Supply Pulse Response, G = +1,R L = 150Ω, C L = 200 pFPARALLEL AMPS PROVIDE 100 mA TO LOADBy taking advantage of the superior matching characteristics ofthe AD826, enhanced performance can easily be achieved byemploying the circuit in Figure 38. Here, two identical cells areparalleled to obtain even higher load driving capability than thatof a single amplifier (100 mA min guaranteed). R1 and R2 areincluded to limit current flow between amplifier outputs thatwould arise in the presence of any residual mismatch.LFigure 38.Parallel Amp ConfigurationAD826SINGLE-ENDED TO DIFFERENTIAL LINE DRIVEROutstanding CMRR (> 80 dB @ 5 MHz), high bandwidth, wide supply voltage range, and the ability to drive heavy loads, make the AD826 an ideal choice for many line driving applications.In this application, the AD830 high speed video difference amp serves as the differential line receiver on the end of a back terminated, 50 ft., twisted-pair transmission line (see Figure 40).The overall system is configured in a gain of +1 and has a –3 dB bandwidth of 14 MHz. Figure 39 is the pulse response with a 2 V p-p, 1 MHz signal input.Figure 39.Pulse ResponseFigure 40.Differential Line DriverLOW DISTORTION LINE DRIVERThe AD826 can quickly be turned into a powerful, low distor-tion line driver (see Figure 41). In this arrangement the AD826can comfortably drive a 75Ω back-terminated cable, with a 5MHz, 2 V p-p input; all of this while achieving the harmonic distortion performance outlined in the following table.Configuration 2nd Harmonic 1.No Load –78.5 dBm 2.150 Ω R L Only –63.8 dBm 3.150Ω R L 7.5Ω R C–70.4 dBmIn this application one half of the AD826 operates at a gain of 2.1 and supplies the current to the load, while the other pro-vides the overall system gain of 2. This is important for two reasons: the first is to keep the bandwidth of both amplifiers the same, and the second is to preserve the AD826’s ability to oper-ate from low supply voltages. R C varies with the load and must be chosen to satisfy the following equation:R C = MR Lwhere M is defined by [(M+ 1) G S = G D ] and G D = Driver ’s Gain,Figure 41.Low Distortion AmplifierAD826HIGH PERFORMANCE ADC BUFFERFigure 42 is a schematic of a 12-bit high speed analog-to-digital converter. The AD826 dual op amp takes a single ended input and drives the AD872 A/D converter differentially, thus reduc-ing 2nd harmonic distortion. Figure 43 is a FFT of a 1MHz input, sampled at 10 MHz with a THD of –78 dB. The AD826can be used to amplify low level signals so that the entire range of the converter is used. The ability of the AD826 to perform on a ±5 volt supply or even with a single 5 volts combined with its rapid settling time and ability to deliver high current to compli-cated loads make it a very good flash A/D converter buffer as well as a very useful general purpose building block.V Figure 42.A Differential Input Buffer for High Bandwidth ADCsFigure 43.FFT, Buffered A/D ConverterAD826OUTLINE DIMENSIONSDimensions shown in inches and (mm).8-Lead Plastic Mini-DIP (N) Package8-Lead SO (R) Package45؇All brand or product names mentioned are trademarks or registered trademarks of their respective holders.C 1807a –0–6/00 (r e v . B ) 00877P R I N T ED I N U .S .A .。

沃克夏发动机说明书

沃克夏发动机说明书

APPLICATION: Tractors: 77 Oliver Thru # 6502;WA-216-A 4/1/2004QTY ITEM # DESCRIPTION LETTERED ITEMSINCLUDED IN KIT1 994136 In-Frame Kit, 3.500" Overbore I1 994188 In-Frame Kit, 3.625" Overbore I1 995136 Out-of-Frame Kit, 3.500" Overbore O 1 995188 Out-of-Frame Kit, 3.625" Overbore O6 191197 Sleeve & Piston Assembly, 3.500" Overbore O I6 191195 Sleeve & Piston Assembly, 3.625" Overbore O I6 191192 Piston Assembly, 3.500" Overbore6 191193 Cylinder Liner, 3.500" Overbore (Includes O-Rings)6 191138 Cylinder Liner O-Ring Package1 191182 Block Repair Sleeve, Lower Liner Pilot Bore6 191194 Piston Ring Set, STD 3.312" Bore (3-1/8 1-1/4)6 191187 Piston Ring Set, 3.500" Overbore (3-1/8 1-3/16)6 191177 Piston Ring Set, 3.500" Overbore (3-1/8 1-1/4)6 191189 Piston Ring Set, 3.5625" Overbore (3-3/32 1-1/4)6 191191 Piston Ring Set, 3.5625" Overbore (3-1/8 1-1/4)6 191196 Piston Ring Set, 3.625" Overbore (3-3/32 1-3/16)1 191184 Piston Ring Set, 3.625" Overbore (3-3/32 1-1/4)1 191185 Piston Ring Set, 3.750" Overbore (3-3/32 1-1/4)6 191174 Piston Ring Set, 3.750" Overbore (3-1/8 1-3/16)1 191175 Piston Ring Set, 3.750" Overbore (3-1/8 1-1/4)6 291181 STD Rod Bearing O O I I6 291184 .003 Rod Bearing6 291182 .010 Rod Bearing6 291183 .020 Rod Bearing12 791134 Connecting Rod Shims, Used w/Early MS216 Rod Only1 291176 STD Main Bearing Set O O I I1 291177 010 Main Bearing Set1 291178 020 Main Bearing Set1 291179 030 Main Bearing Set1 391221 In-Frame Gasket Set I I1 391219 Head Gasket 6 391182 Intake Valve Seal (Rubber Q-Ring in Retainer Cup)9 391217 Manifold Gasket Set1 391212 Valve Cover Gasket (Cork)1 391222 Full Gasket Set w/Seals O O1 391159 Timing Cover Gasket1 391198 Pan Gasket1 391142 Front Crank Seal (Face Type) 1 391184 Front Pulley Felt Seal1 391147 Rear Crank Seal (Face Type)1 391148 Rear Lip Seal Conversion Kit(Hsg, Seal, Gkt, Bolts, Dowels)6 291147 Pin Bushing (1 Piece Bushing Upgrade)1 291148 Cam Bearing12 NLA Rod Bolt12 791131 Rod NutWA-216-A 4/1/2004 QTY ITEM #DESCRIPTIONLETTERED ITEMSINCLUDED IN KIT1999517 Cam KitC1 999114 Valve Train KitV1 591149 Camshaft (3/16" Key) C1 591124 Cam Key (3/16 X 1)1 591126 Cam Thrust Spring1 591127 Cam Thrust Button12 591123 Tappet C6 491213 Exhaust Valve V6 491214 Intake Valve V6 491188 Exhaust Valve Guide V6 491164 Intake Valve Guide V6 491147 Exhaust Valve Spring (Use Only w/Rotator) V6 491172 Intake Valve Spring V6 491148 Exhaust Valve Rotator V24 491149 Valve Keeper, Late (2 Lands) V12 491158 Valve Spring Cup (Needed When Replacing Flanged Guides)12 491193 Rocker Arm Bushing, Thru ESN 8682056 491153 LH Rocker Arm, After ESN 8682056 491154 RH Rocker Arm, After ESN 8682051 491198 Rocker Arm Shaft, After ESN 86820512 491169 Rocker Arm Adjusting Screw, After ESN 8682054 491139 Rocker Arm Shaft Spring1 591136 Cam Timing Gear (3/16" Key)1 591128 Crank Timing Gear12 591137 Push Rod1 691134 Oil Pump Assembly1 691129 Oil Pump Kit (2-Blades 1-Spring 1-Shaft 1-Gear 1-Hdw Pkg) 1 691131 Oil Pump Repair Kit (2-Blades 1-Spring)1 691132 Oil Pump Drive Gear1 691135 Oil Relief Valve Spring (1 9/16" Long)1 791132 Plug, Block/Cam (2" Flat Brass)1 791133 Plug, Block (1" Flat Brass) 1 791124 Plug, Oil Galley (21/32" Cup)7 791133 Plug, Cylinder Head (1" Flat Brass)1 291159 Governor Bushing, 1 1/8" OD (Front of Block)1 291161 Governor Bushing, 1 3/8" OD (Front of Block)1 291162 Governor Thrust Washer1 891151 New Water Pump (Cast# 190060, 190160, 190360)1 891155 New Water Pump (Cast# 180060, 180160)1 891148 Thermostat1 891142 Coolant Heater。

Meggitt SA IPC704信号条件器说明说明书

Meggitt SA IPC704信号条件器说明说明书

© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / E 1 / 16Information contained in this document may be subject to Export Control Regulations of the European Union, USA or other countries. Each recipient of this document is responsible for ensuring that transfer or use of any information contained in this document complies with all relevant Export ControlRegulations. ECN N/A.IPC704Signal conditionerFEATURES»From the Vibro-Meter ® product line »For CAxxx piezoelectric accelerometers and CPxxx dynamic pressure sensors »Configurable high-pass and low-pass filters »Frequency range: 0.5 Hz to 20 kHz»Optional integrator to produce a velocity output »Optional 2-wire current or 3-wire voltage transmission»Certified for use in potentially explosive atmospheres»A range of installation options are availableIPC704IECEx NEPSI KGSDESCRIPTIONThe IPC704 signal conditioner converts the charge-based signal from a piezoelectric-based transducer into a current or a voltage signal. This current or volt-age signal is transmitted to the processing electronics via a standard 2-wire or 3-wire transmission cable. The current modulation technique allows transmis-sion over a distance of up to 1 km. A GSI galvanic separation unit is required for this configuration.The electronic circuitry of the IPC704 signal condi-tioner is incorporated into a moulded aluminium enclosure. The signal conditioner has configurablehigh-pass and low-pass filters and an optional inte-grator to give a velocity output. Furthermore, RFI fil-ters protect the input and output against radio-frequency interference and other electromagnetic influences.A range of installation options are available for the IPC704 signal conditioner, including:» A polyester enclosure providing environmental protection against dust, oil and water jets.»A mounting adaptor allowing the IPC704 signal conditioner to be mounted on a DIN rail.Signal conditioner IPC7042 / 16© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / EDESCRIPTION (continued)Two versions of the IPC704 signal conditioner are available:»An IPC704 for sensors using standard piezoelectric materials, for example, CAxxx,CP10x and CP2xx(ordering number 244-704-000-042-... ).»An IPC704 for sensors using GaPO4 piezoelectric material, for example, CP50x (ordering number 244-704-000-511-... ).BLOCK DIAGRAM(electrically c onductive)COM O/P +24VSPECIFICATIONSEnvironmental characteristics(Specifications according to IEC 60068-2 recommendations)GeneralTemperature•Operation:−30 to +85 °C•Storage:−40 to +85 °CHumidity:Max. 95 % non-condensing.Note: For operation in a humid environment, ordering option A3 (pottedversion) should be considered.Protection rating(according to IEC 60529):IP40Vibration(according to IEC 60068-2-26):2 g peak between 10 and 500 HzShock acceleration(according to IEC 60068-2-27):15 g peak (half sine, 11 ms duration)Industrial housing (ordering option G1)Protection rating(according to IEC 60529):IP66Impact resistance:> 4mJ/mm2 (DIN 53453)Chemical resistance:Good resistance to seawater, acids, alkaline solutions, gasoline and oils Flammability:UL94V-0 self-extinguishing© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / E3 / 16Signal conditionerIPC704Explosive atmospheresAvailable in Ex approved versions for use in hazardous locationsType of protection Ex i: intrinsic safety (ordering option A2)EuropeEC type examination certificate LCIE 02 ATEX 6085 XII 2G (Zones 1, 2)Ex ib IIC T6 … T4 GbNorth AmericaC CSAUS certificate C CSA US 1243981Class I, Division 1, Groups A, B, C, DEx ia (T6 to T4)International IECEx certificate of conformity IECEx LCI 06.0009XEx ib IIC T6 … T4 GbChina NEPSI certificate of conformity*GYJ12.1450XEx ib IIC T6 to T4 GbKoreaKGS certificate of conformity 12-GA4BO-0396XEx ib IIC T6 to T4Type of protection Ex nA: non-sparking (ordering option A3)EuropeVoluntary type examination certificate LCIE 09 ATEX 1027 XII 3G (Zone 2)Ex nA IIC T6 … T5 GcNorth AmericaC CSA US certificate C CSA US 1243981Class I, Division 2, Groups A, B, C, D Ex nA IIC T6 to T5 Gc Class I, Zone 2AEx nA IIC T6 to T5 GcInternationalIECEx certificate of conformity IECEx LCIE 13.0053XEx nA IIC T6 … T5 Gc* N ot engraved on the product marking.For specific parameters of the mode of protection concerned and special conditions for safe use, refer to the certificates that are available from Meggitt SA on demand.When using protection mode ‘nA’ (non-sparking apparatus), the user shall ensure that the signalconditioner is installed in an enclosure that ensures a protection rating of at least IP54 (or equivalent).For the most recent information on the Ex certifications that are applicable to this product, refer to the Ex product register (PL-1511) document that is available from Meggitt SA.Industrial housing (ordering option G1)Available in Ex approved versions for use in hazardous locations•Environment:II 2 G (Zones 1, 2) Ex e II < 109Ω (DIN 53482)•Surface resistivity for Ex version:Stuffing glandsAvailable in Ex approved versions for use in hazardous locations•Environment:II 2 G/D (Zones 1, 2) Ex e II For specific parameters of the mode of protection concerned and special conditions for safe use,refer to the certificates that are available from Meggitt SA on demand.For the most recent information on the Ex certifications that are applicable to this product, refer to the Ex product register (PL-1511) document that is available from Meggitt SA.SPECIFICATIONS (continued)Signal conditioner IPC7044 / 16© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / EPower supply to IPC704Voltage :18 to 30 V DC Current:25 mA (max.)Transfer characteristics (ordering option B)IPC704 for sensors using standard piezoelectric materials (244-704-000-042-... )•Transfer without integrator:0.1 to 10 mV/pC or 0.1 to 10 µA/pC •Transfer with integrator:981 to 98 100 mV/(pC.s) or 981 to 98 100 µA/(pC.s)IPC704 for sensors using GaPO 4 piezoelectric material (244-704-000-511-... )•Transfer:0.1 to 50 mV/pC or 0.1 to 50 µA/pC Linearity error:≤ 0.2 %Temperature stability :100 ppm / °C typicalPhase:180° between the input signal and the acceleration output.180° between the input signal and the pressure output. 90° between the acceleration and velocity outputs.See the graph below.Input characteristics (ordering option C)Compatible sensors:Any piezoelectric-based transducer – symmetrical or non-symmetrical, case grounded or insulated Dynamic range:100 000 pC peak Input sensitivity•Accelerometers:See IPC704 for accelerometers (acceleration output) using standard piezoelectric materials on page 6 andIPC704 for accelerometers (velocity output) using standard piezoelectric materials on page 6•Dynamic pressure transducers:See IPC704 for pressure sensors using standard piezoelectric materials on page 7 andIPC704 for pressure sensors using GaPO4 piezoelectric material on page 8Charge amplifier:Symmetrical RFI filter:Symmetrical LC network Resistance:≥ 50 k Ω (sensor and cable)Capacitance:≤ 10 nF (sensor and cable)SPECIFICATIONS(continued)Input signalAcceleration and pressureVelocity At© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / E 5 / 16Signal conditionerIPC704Output characteristics (ordering option D)RFI filter:Symmetrical LC network 2-wire current transmission•Dynamic signal:Max. ± 5 mA peak •Standing current :12 mA ± 0.5 mA•Electrical connection:+24 V = “+”, COM = “−”•Output sensitivity:See Ordering information on page 12•Max. dynamic range:5 mA peak / o utput sensitivity 3-wire voltage transmission•Dynamic signal :Max. ± 5 V peak •Standing voltage :7.5 V ± 0.2 V•Output sensitivity:See Ordering information on page 12•Output impedance:750 Ω (3-wire configuration)•Max. dynamic range :5 V peak / o utput sensitivityThe 3-wire voltage output without galvanic separation unit should only be used with piezoelectric-basedtransducers which are insensitive to frame voltage.Dynamic pressure transducers should always be used with a GSI galvanic separation unit .Filter characteristics (ordering options E and F)High-pass filter•Cutoff frequencies (at −3 dB):0.5, 1, 2, 5 or 10 Hz (all ± 20 %)•Slope:24 dB/octave (4th order)When selecting a high-pass filter, be careful to select an appropriate frequency for the charge amplifier. See the charge amplifier frequencies versus transfer unit graphs on the following pages.Low-pass filter•Cutoff frequencies (at −1 dB):200, 500, 1 000, 2 000, 5 000, 10 000 or 20 000 Hz (all ± 10 %)•Slope:12 dB/octave (2nd order)SPECIFICATIONS(continued)Signal conditioner IPC7046 / 16© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / ECharge amplifier frequencies versus transfer unitIPC704 for accelerometers (acceleration output) using standard piezoelectric materialsIPC704 for accelerometers (velocity output) using standard piezoelectric materialsSPECIFICATIONS (continued)Output sensitivity (mV/ g or µA / g )T r a n s d u c e r s e n s i t i v i t y (p C / g )1001NotesFor operation in different regions of the chart, the cutoff frequency of the IPC704’s charge amplifier dictates the required high-pass filter settings. (See the HP FILTER (E) option in ordering information.)Region 1: Cutoff frequency is 0.5 Hz → HP filter ≥0.5 Hz.Region 2: Cutoff frequency is 1 Hz → HP filter ≥1Hz.Region 3: Cutoff frequency is 2 Hz → HP filter ≥2Hz.Region 4: Cutoff frequency is 3 Hz → HP filter ≥5Hz.200100502010521502010Ordering number 244-704-000-042-... with ordering options B01 and B02T r a n s d u c e r s e n s i t i v i t y (p C / g )1001502010Output sensitivity (mV/ m m/s or µA / m m/s)1005020105210.5Output sensitivity (mV/ i ps or µA / i ps)2540127050825412750.825.412.7Ordering number 244-704-000-042-... with ordering options B03, B04, B05 and B06NotesFor operation in different regions of the chart, the cutoff frequency of the IPC704’s charge amplifier dictates the required high-pass filter settings. (See the HP FILTER (E) option in ordering information.)Region 1: Cutoff frequency is 0.5 Hz → HP filter ≥0.5 Hz.Region 2: Cutoff frequency is 1 Hz → HP filter ≥1Hz.Region 3: Cutoff frequency is 2 Hz → HP filter ≥2Hz.Region 4: Cutoff frequency is 3 Hz → HP filter ≥5Hz.© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / E 7 / 16Signal conditionerIPC704IPC704 for pressure sensors using standard piezoelectric materialsSPECIFICATIONS (continued)Output sensitivity (mV/ m bar or µA / m bar)T r a n s d u c e r s e n s i t i v i t y (p C /b a r )95010750250190Output sensitivity (mV/ p si or µA / p si)25T r a n s d u c e r s e n s i t i v i t y (p C / p s i )NotesFor operation in different regions of the chart, the cutoff frequency of the IPC704’s charge amplifier dictates the required high-pass filter settings. (See the HP FILTER (E) option in ordering information.)Region 1: Cutoff frequency is 0.5 Hz → HP filter ≥0.5 Hz.Region 2: Cutoff frequency is 1 Hz → HP filter ≥1Hz.Region 3: Cutoff frequency is 2 Hz → HP filter ≥2Hz.Region 4: Cutoff frequency is 3 Hz → HP filter ≥5Hz.Ordering number 244-704-000-042-... with ordering options B07, B08, B09 and B10Signal conditioner IPC7048 / 16© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / EIPC704 for pressure sensors using GaPO 4 piezoelectric materialSPECIFICATIONS (continued)Output sensitivity (mV/ m bar or µA / m bar)T r a n s d u c e r s e n s i t i v i t y (p C / p s i )T r a n s d u c e r s e n s i t i v i t y (p C / b a r )Output sensitivity (mV/ p si or µA / p si)NotesFor operation in different regions of the chart, the cutoff frequency of the IPC704’s charge amplifier dictates the required high-pass filter settings. (See the HP FILTER (E) option in ordering information.)Region 1: Cutoff frequency is 0.5 Hz → HP filter ≥0.5 Hz.Region 2: Cutoff frequency is 1 Hz → HP filter ≥1Hz.Ordering number 244-704-000-511-... with ordering options B07, B08, B09 and B10Signal conditionerIPC704Physical characteristicsSignal conditioner without industrial housing (ordering option G0)•Enclosure:Injection moulded aluminium, anodized•Mounting:Two or four M4 screws•Weight:Standard version: 170 gEx version: 250 g (the signal conditioner is moulded into silicon)•Dimensions:See Mechanical drawings on page 10•Electrical connection (input):Three screw terminals – wire section 2.5 mm2 (max.)•Electrical connection (output):Three screw terminals – wire section 2.5 mm2 (max.)Signal conditioner with industrial housing (ordering option G1)•Enclosure:Polyester reinforced with glass fibre•Cover seal:Silicone gasket•Mounting:M6 x 30 mm Allen screws•Dimensions:See Mechanical drawings on page 10Input/output stuffing glands (ordering options H and I)•Type:See Ordering information on page 12•Material:Nickel-plated brass with Viton® sealSignal conditioner with MA130 mounting adaptor (ordering option G2)Universal DIN rail holder type:TSH 35DIN rail type(according to EN 50022 / IEC 60715):TH 35-7.5 or TH 35-15SPECIFICATIONS (continued)© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / E9 / 16Signal conditioner IPC70410 / 16© Meggitt SA / 262-710 / Version 12 / 08.11.2017 / EMECHANICAL DRAWINGSSignal conditionerIPC704MECHANICAL DRAWINGS (continued)Signal conditioner IPC704ORDERING INFORMATIONIPC704 signal conditioner for sensors using standard piezoelectric materials Ordering number: 244 - 704 - 000 - 042ENVIRONMENT (A)Standard 1Explosive Ex i 2Explosive Ex nA3TRANSFER UNIT (B)INPUT OUTPUT pC/g µA/g 01pC/g mV/g 02pC/g µA /m m/s 03pC/g mV/ m m/s 04pC/g µA /i n/s 05pC/g mV/ i n/s 06pC/bar µA/mbar 07pC/bar mV/mbar 08pC/psi µA/psi 09pC/psimV/psi10OUTPUT CABLE FITTING (I)No cable fitting (no hole)0M16 x 1.5 with plug1Cable gland M16 x 1.5 for cable Ø4 - Ø7 mm 3Cable gland M16 x 1.5 for cable Ø7 - Ø11 mm 4Adaptor M16 x 1.5 / PG9 with plug 8Adaptor M16 x 1.5 / M20 x 1.5 with plug10B A D E F G H IC INPUT SENSITIVITY (C)Sensor sensitivityOUTPUT SENSITIVITY (D)Value per mechanical unitLP FILTER (F)Value in HzHP FILTER (E)Value in HzINPUT CABLE FITTING (H)No cable fitting (no hole)0M16 x 1.5 with plug1Cable gland M16 x 1.5 for cable Ø4 - Ø7 mm 3Cable gland M16 x 1.5 for cable Ø7 - Ø11 mm 4Adaptor M16 x 1.5 / PG9 with plug 8Adaptor M16 x 1.5 / M20 x 1.5 with plug10INSTALLATION (G)Signal conditioner only0Signal conditioner with industrial housing 1Signal conditioner assembled on MA130 mounting adaptor2Low-pass filter200 Hz 500 Hz 1 000 Hz 2 000 Hz 5 000 Hz 10 000 Hz 20 000 HzHigh-pass filter0.5 Hz 1 Hz 2 Hz 5 Hz 10 Hz(2)(2)(1)Notes1. With options A3 and G0 / G 2, the user shall ensure that the signal conditioner is installed in an enclosure that ensures a protection rating of at least IP54 (or equivalent).2. With option H0, only option I0 is available.Signal conditionerIPC704IPC704 signal conditioner for sensors using GaPO 4 piezoelectric material ORDERING INFORMATION (continued)Ordering number: 244 - 704 - 000 - 511ENVIRONMENT (A)Standard 1Explosive Ex i 2Explosive Ex nA3TRANSFER UNIT (B)INPUT OUTPUT pC/bar µA/mbar 07pC/bar mV/mbar 08pC/psi µA/psi 09pC/psimV/psi10OUTPUT CABLE FITTING (I)No cable fitting (no hole)0M16 x 1.5 with plug1Cable gland M16 x 1.5 for cable Ø4 - Ø7 mm 3Cable gland M16 x 1.5 for cable Ø7 - Ø11 mm 4Adaptor M16 x 1.5 / PG9 with plug 8Adaptor M16 x 1.5 / M20 x 1.5 with plug10B A D E F G H IC INPUT SENSITIVITY (C)Sensor sensitivityOUTPUT SENSITIVITY (D)Value per mechanical unitLP FILTER (F)Value in HzHP FILTER (E)Value in HzINPUT CABLE FITTING (H)No cable fitting (no hole)0M16 x 1.5 with plug1Cable gland M16 x 1.5 for cable Ø4 - Ø7 mm 3Cable gland M16 x 1.5 for cable Ø7 - Ø11 mm 4Adaptor M16 x 1.5 / PG9 with plug 8Adaptor M16 x 1.5 / M20 x 1.5 with plug10INSTALLATION (G)Signal conditioner only0Signal conditioner with industrial housing 1Signal conditioner assembled on MA130 mounting adaptor2Low-pass filter200 Hz 500 Hz 1 000 Hz 2 000 Hz 5 000 Hz 10 000 Hz 20 000 HzHigh-pass filter0.5 Hz 1 Hz 2 Hz 5 Hz 10 Hz(2)(2)(1)Notes1. With options A3 and G0 / G 2, the user shall ensure that the signal conditioner is installed in an enclosure that ensures a protection rating of at least IP54 (or equivalent).2. With option H0, only option I0 is available.Signal conditioner IPC704MOUNTING ACCESSORIESABA160 industrial housingNotes1. Suitable for potentially explosive atmospheres only when used with Ex i certified products from Meggitt Sensing Systems’ Vibro-Meter p roduct line. A ll machining on the industrial housing must comply with the operational manual of the housing manufacturer.2. With option B00, only option C00 is available.Ordering number: 830 - 160 - 000 - 111ENVIRONMENT (A)Standard polyester 1Explosive Ex i2CABLE FITTING INPUT (B)No cable fitting (no hole)00M16 x 1.5 with plug01Cable gland M16 x 1.5 for cable Ø4 - Ø7 mm 03Cable gland M16 x 1.5 for cable Ø7 - Ø11 mm 04Adaptor M16 x 1.5 / PG9 with plug 08Adaptor M16 x 1.5 / M20 x 1.5 with plug (cable Ø12 mm max.)10CABLE FITTING OUTPUT (C)No cable fitting (no hole)00M16 x 1.5 with plug01Cable gland M16 x 1.5 for cable Ø4 - Ø7 mm 03Cable gland M16 x 1.5 for cable Ø7 - Ø11 mm 04Adaptor M16 x 1.5 / PG9 with plug 08Adaptor M16 x 1.5 / M20 x 1.5 with plug (cable Ø12 mm max.)10A B1C1(2)(2)(1)Signal conditionerIPC704MA130 mounting adaptorOrdering number: 809-130-000-011Base plate for IPC704 signal conditionerThis aluminium base plate can be used when an old IPC620 unit is replaced by an IPC704 signal conditioner. The housing of the IPC620 can be reused and the IPC704 mounted on it.Ordering number: 244-620-002S034MOUNTING ACCESSORIES (continued)Note: All dimensions in mm unless otherwise stated.R 49123054~ R 2~ R 24.53970139Ø5, 5H 114.527454.5130148Note: All dimensions in mm unless otherwise stated.Signal conditionerIPC704Headquartered in the UK, Meggitt PLC is a global engineering group specializing in extreme environment components and smart sub-systems for aerospace, defence and energy markets.Meggitt Sensing Systems is the operating division of Meggitt specializing in sensing and monitoring systems, which has operated through its antecedents since 1927 under the names of ECET, Endevco, Ferroperm Piezoceramics, Lodge Ignition, Sensorex and Vibro-Meter. Today, these operations are integrated under one strategic business unit called Meggitt Sensing Systems, headquartered in Switzerland and providing complete systems, using these renowned brands, from a single supply base.The Meggitt Sensing Systems facility in Fribourg, Switzerland was formerly known as Vibro-Meter SA, but is now Meggitt SA. This site produces a wide range of vibration and dynamic pressure sensors capable of operation in extreme environments, leading-edge microwave sensors, electronics monitoring systems and innovative software for aerospace and land-based turbo-machinery.All statements, technical information, drawings, performance rates and descriptions in this document, whilst stated in good faith, are issued for the sole purpose of giving an approximate indication of the products described in them, and are not binding on Meggitt SA (Meggitt Sensing Systems) unless expressly agreed in writing. Before acquiring this product, you must evaluate it and determine if it is suitable for your intended application. You should also check our website at /energy for any updates to data sheets, Ex certificates, product drawings, user manuals, service bulletins and/or other instructions affecting the product. Unless otherwise expressly agreed in writing with Meggitt SA, you assume all risks and liability associated with use of the product. Any recommendations and advice given without charge, whilst given in good faith, are not binding on Meggitt SA.Meggitt SA (Meggitt Sensing Systems) takes no responsibility for any statements related to the product which are not contained in a current Meggitt Sensing Systems publication, nor for any statements contained in extracts, summaries, translations or any other documents not authored and produced by Meggitt SA. Meggitt SA reserves the right to alter any part of this publication without prior notice.In this publication, a dot (.) is used as the decimal separator and thousands are separated by thin spaces. Example: 12 345.678 90.Sales offices Your local agent Head officeMeggitt Sensing Systems has offices in more than 30 countries. For a complete list, please visit our website.Meggitt SARoute de Moncor 4PO Box 16161701 FribourgSwitzerlandTel: +41 26 407 11 11Fax: +41 26 407 13 01*****************.com /energyISO 9001FS 584089。

克斯特44激活猕猴果胶核铜丝说明书

克斯特44激活猕猴果胶核铜丝说明书

44 Flux-Cored WireActivated Rosin Cored Wire for Lead-Free and Leaded AlloysProduct DescriptionKester 44 Rosin Flux is an activated rosin formula for use in flux-cored solder wire. 44 has virtually dominated the field of activated rosin core solders for well over five decades. An outstanding performance feature of this flux is the “instant-action” wetting behavior. The high mobility and fast-spreading action of this flux results in more reliable production line soldering. Under IPC J-STD-004, 44 is classified as ROM1. Despite the increased activity and soldering performance, 44 passes both 85°C/85% RH and 40°C/90% RH SIR test methods.Reliability PropertiesCopper Mirror Corrosion: ModerateTested to J-STD-004, IPC-TM-650, Method 2.3.32Corrosion Test: Moderate Tested to J-STD-004, IPC-TM-650, Method 2.6.15Silver Chromate: FailTested to J-STD-004, IPC-TM-650, Method 2.6.33Chloride and Bromides: 0.44%Tested to J-STD-004, IPC-TM-650, Method 2.6.35Fluorides by Spot Test: PassTested to J-STD-004, IPC-TM-650, Method 2.6.35.1Surface Insulation Resistance (SIR) 40°C/90% RH, IPC (typical): PassTested to J-STD-004B, IPC-TM-650, Method 2.6.3.7Surface Insulation Resistance (SIR), IPC (typical): PassTested to J-STD-004, IPC-TM-650, Method 2.6.3.3Test conditions: 85°C, 85% RH, 7 days, 100VBlank44Day 17.46*109 Ω 2.2*108 ΩDay 4 4.9*109 Ω 2.88*109 ΩDay 77.7*109 Ω7.14*109 ΩRoHS ComplianceKester does not determine any applicable Restriction of Hazardous Substances (RoHS) exemptions for our lead containing products at the user level. (Applies only if this core flux is combined with a lead-free alloy)Performance Characteristics:■ High activity RA formulation ■ Passes both 85°C/85% RH and 40°C/90% RH IPC SIR testing■ Excellent solderability to a wide range of metalizations■ Industry standard RA cored wire for decades■ Classified as ROM1 per J-STD-004®Technical Data SheetHealth and SafetyThis product, during handling or use, may be hazardous to your health or the environment. Read the Safety Data Sheet (SDS) and warning label before using this product.Cleaning44 possesses excellent fluxing ability; the flux residues are non-corrosive, non-conductive and do not require removal for most applications under normal conditions of use. IPA will not clean the residues off the surface of the circuit board after the soldering process. If removal is required, a saponifier or cleaning agent specifically designed to clean a no-clean flux is required to clean the residues. Please contact Kester Technical Support for further information.Application NotesAvailability44 flux-cored wire is available in a wide variety of alloys, wire diameters, flux percentages and roll sizes in both leaded and lead-free alloys. The most common alloys are Sn63Pb37 and Sn60Pb40. Please refer to for more information.Note: Core size 50, 58 and 66 = 1.1%, 2.2% and 3.3% flux core, respectively.Process ConsiderationsSolder iron tip temperatures are most commonly between 315-343°C (600-650°F) for leaded alloys and 371-400°C (700-750°F) for lead-free alloys. Heat both the land area and component lead to be soldered with the iron tip prior to applying the solder wire to land area or component lead. Do not apply the wire directly to the soldering iron tip; doing so will shorten the life of the soldering tip.Additional liquid flux should only be used as a last resort. Any flux applied to the solder location should be kept to the area of the connection being reworked. If needed, Kester 186 or Kester NF372-TB may be used as a compatible liquid fluxes to aid in reworking soldered joints. Kester 186 and Kester NF372-TB are also available in Flux-Pens ® for optimum board cleanliness.®Storage must be in a dry, non-corrosive environment between 10-40°C (50-104°F). The surface may lose its shine and appear a dull shade of grey. This is a surface phenomenon and is not detrimental to product functionality. Flux-cored solder wire has a limited warranty period determined by the alloy used in the wire. For alloys containing more than 70% lead, the warranty period is 2 years from the date of manufacture. Other alloys have a warranty period of 3 years from the date of manufacture.。

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Value Chain Function and Example Costs Production •Labor wages Labor •Supervisory salaries Supervisory •Maintenance wages Maintenance •Depreciation of plant and machinery Depreciation supplies Energy cost Marketing •Cost of advertisements Cost •Salaries of marketing personnel, Salaries travel costs, entertainment costs Example Cost Drivers Labor hours Number of people supervised Number of mechanic hours Number of machine hours Kilห้องสมุดไป่ตู้watt hours
Traditional View of Cost Behavior
Resource A Cost Driver = Units of Resource Output Resource B Cost Driver = Units of Resource Output
Activity A Cost Driver = Units of Activity Output
Example Cost Drivers Labor hours Weight of items delivered
Hours spent servicing Number of service calls
©2008 Prentice Hall Business Publishing, Introduction to Management Accounting 14/e, Horngren/Sundem/Stratton/Schatzberg/Burgstahler 2 - 7
Relevant range
©2008 Prentice Hall Business Publishing, Introduction to Management Accounting 14/e, Horngren/Sundem/Stratton/Schatzberg/Burgstahler 2 - 10
Learning Objective 1
Cost Drivers and Cost Behavior
ActivityActivity-Based View of Cost Behavior
Resource A Cost Driver = Units of Resource Output Resource B Cost Driver = Units of Resource Output
Selling price Variable cost of each item Selling price less variable cost Monthly fixed expenses: Rent Wages for replenishing and servicing Other fixed expenses Total fixed expenses per month
Introduction to Management Accounting Chapter 2
Introduction to Cost CostBehavior and Cost-Volume Relationships
©2008 Prentice Hall Business Publishing, Introduction to Management Accounting 14/e, Horngren/Sundem/Stratton/Schatzberg/Burgstahler 2 - 2
A variable cost changes in direct proportion to changes in the cost-driver level. costThink of variable costs on a per-unit basis. perThe per-unit variable percost remains unchanged regardless of changes in the cost-driver. cost-
Number of advertisements Sales dollars
©2008 Prentice Hall Business Publishing, Introduction to Management Accounting 14/e, Horngren/Sundem/Stratton/Schatzberg/Burgstahler 2 - 6
CVP Scenario
Cost-volumeCost-volume-profit (CVP) analysis is the study of the effects of output volume on revenue (sales), expenses (costs), and net income (net profit). Per Unit $1.50 1.20 $ .30 Percentage of Sales 100% 80 20%
©2008 Prentice Hall Business Publishing, Introduction to Management Accounting 14/e, Horngren/Sundem/Stratton/Schatzberg/Burgstahler 2 - 9
Fixed Costs and Relevant Range
$115,000 100,000 60,000 20 $115,000 100,000 60,000 20 40 60 80 CostTotal Cost-Driver Activity in Thousands of Cases per Month 100 40 60 80 100
Total Monthly Fixed Costs
©2008 Prentice Hall Business Publishing, Introduction to Management Accounting 14/e, Horngren/Sundem/Stratton/Schatzberg/Burgstahler 2 - 5
Value Chain Functions, Costs, and Cost Drivers
©2008 Prentice Hall Business Publishing, Introduction to Management Accounting 14/e, Horngren/Sundem/Stratton/Schatzberg/Burgstahler 2 - 3
Cost Drivers and Cost Behavior
©2008 Prentice Hall Business Publishing, Introduction to Management Accounting 14/e, Horngren/Sundem/Stratton/Schatzberg/Burgstahler 2 - 8
Relevant Range
Value Chain Functions, Costs, and Cost Drivers
Value Chain Function and Example Costs Research and development •Salaries marketing research personnel Salaries costs of market surveys •Salaries of product and process engineers Salaries Design of products, services, and processes •Salaries of product and process engineers Salaries •Cost of computer-aided design equipment Cost computer•Cost to develop prototype of product Cost for testing Number of engineering hours Number of parts per product Complexity of proposed products Number of new product proposals Example Cost Drivers
Activity B Cost Driver = Units of Activity Output
Product or Service Cost Driver = Units of Final Product or Service
Product or Service Cost Driver = Output of Final Product or Service
The relevant range is the limit of cost-driver activity level within which a costspecific relationship between costs and the cost driver is valid.
Even within the relevant range, a fixed cost remains fixed only over a given period of time Usually the budget period.
Value Chain Functions, Costs, and Cost Drivers
Value chain function and Example costs Distribution •Wages of shipping personnel Wages •Transportation costs including Transportation depreciation of vehicles and fuel Customer service •Salaries of service personnel Salaries products •Costs of supplies, travel Costs
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