霍尼韦尔 LimitlessTM限位开关选型指南 201106 -01

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Honeywell 低功耗开关技术简介说明书

LOW ENERGY SWITCHINGGeneral Technical Bulletin #13 - Low Energy Switching2 Honeywell Sensing and Controle of ContentsPageINTRODUCTION (3)LOW ENERGY SWITCHING (3)MECHANICAL PERFORMANCE (4)Plunger Movement Characteristics (4)Plunger Force vs. Plunger Position................................................................. 5 Circuit Terminology (5)ELECTRICAL PERFORMANCE (6)Insulation Resistance..................................................................................... 6 Dielectric Strength......................................................................................... 6 Switch Resistance......................................................................................... 6 Contact Resistance....................................................................................... 7 Load Resistance........................................................................................... 7 Measurement of Switch Resistance................................................................ 7 Switch Resistance in Application................................................................... 8 Role of Contamination in Switch Resistance................................................... 9 Common Contact Materials..........................................................................10 Common Contact Configurations...................................................................11 Switch Life (12)GENERAL APPLICATION GUIDELINES .....................................................13 Storage, Installation, and Maintenance...........................................................13 Design..........................................................................................................14 Environment.. (15)SUMMARY (15)General Technical Bulletin #13 - Low Energy SwitchingFor application help: call 1-800-537-6945 Honeywell Sensing and Control 3INTRODUCTIONIn today’s age of low energy control, electromechanical switches are more frequently interfacing directly with computers and other low energy driven hardware. Switching low energy loads presents a unique challenge as compared to switching higher energy loads and at times requires an alternative switch design.The purpose of this bulletin is to provide general information about mechanical and electrical performance of electromechanical switches, along with application guidelines for using electromechanical switches in low energy applications.LOW ENERGY SWITCHINGLow energy switching can be described as using a switch to control any component(s) of a circuit where the load that the contacts will switch will not cause an arc to form between the contacts. Common names for these types of circuits are thermocouple load, dry circuit, logic level, etc.The primary concern in the area of low energy switching is contact contamination. Since low energy loads do not arc or burn the contact surface, they also do not arc or burn off the contaminants that may reside on the contact surface. These contaminants may cause erratic switch resistance and can stop current flow. Pay special attention to the General Application Guidelines if the switch is to be used in a low energy application.General Technical Bulletin #13 - Low Energy Switching4 For application help: call 1-800-537-6945 Honeywell Sensing and ControlMECHANICAL PERFORMANCEPlunger Movement Characteristics of a Basic SwitchFree Position: Switch plunger is fully released and common contact is against normally closed contact.Pretravel: Distance from free position to operating point.Operating Point: Common contact transfers from normally closed contact to normally open contact.Overtravel : Distance plunger travels past operating point.Full Overtravel Point : Point at which further plunger depression is prevented by switch mechanism.Release Point: Common contact transfers from normally open contact to normally closed contact.Differential Travel: Distance between operating point and release point.Operating Force: Force required to depress switch plunger to operating point.Full Overtravel Force: Force required to depress switch plunger to full overtravel point.Release force: Force required to allow the plunger to return to release point.The movement of the switch plunger from the free position through the release point is considered one cycle of switch operation.General Technical Bulletin #13 - Low Energy SwitchingFor application help: call 1-800-537-6945 Honeywell Sensing and Control 5Plunger Force vs. Plunger PositionThe graph at the right represents the relationship between plunger travel and plunger force and is of interest when the mechanism used to operate the switch is a force-sensitive device such as a dead weight, a thermostatic bimetal or a gas-filled bellows.For data on a specific switch type, contact the- MICRO SWITCH Application Center at 1-800-537-6945.Circuitry TerminologyPole : The number of completely separate circuits that can pass through the switch at one time.Throw: The number of different circuits that each pole can control.Break: The number of pairs of separated contacts the switch introduces into each circuit it opens.General Technical Bulletin #13 - Low Energy Switching6 For application help: call 1-800-537-6945 Honeywell Sensing and ControlELECTRICAL PERFORMANCEInsulation Resistance Applied voltage divided by the current is the electrical resistance of the insulation. For new switches at commonly used voltages, insulation resistance usually exceeds 100,000 megohms between non-connected terminals and between terminals and switch housing. The voltage does put an electrical stress on the material but does not damage it unless the potential exceeds the dielectric strength of the switch.Dielectric Strength Dielectric strength is the highest electrical potential that an insulating material can withstand without breaking down, i.e., dielectric breakdown. New switches usually have dielectric strength of over 1000 volts with leakage current less than 500 microamps. When the voltage exceeds the dielectric strength, the insulating material is permanently damaged.Insulation Resistance and Dielectric StrengthSwitch Resistance Switch Resistance is the total resistance of the conducting path between the wiringterminals of the switch.Sources of Switch ResistanceGeneral Technical Bulletin #13 - Low Energy SwitchingFor application help: call 1-800-537-6945 Honeywell Sensing and Control 7Typical Pattern of Switch Resistance versus Plunger Position at 6 Volts DC, 0.1 AmpereContact Resistance : The resistance between a pair of closed contacts.Load Resistance : Load resistance affects contact resistance in the following way; if the circuit voltageexceeds the softening or melting voltage of the contact material, the material softens or melts due to I 2R heating. See table below for softening and melting voltage of silver and gold.MaterialApproximateSoftening VoltageApproximate Melting VoltageSilver .09 Volt .37 Volt Gold.08 Volt.43 VoltIf the metal at the contact interface softens or melts, the cross-sectional area of the conducting path between the contacts will depend upon the current. The size of this cross-sectional area determines contact resistance. The higher the current, the greater the cross-sectional area of the bridge and the lower its resistance. If the softening voltage is not reached, the contact resistance is independent of current.Measurement ofSwitch Resistance: Switch resistance should be measured by voltage drop using the same voltage andcurrent as in the circuit in which the switch is to be used. This can be accomplished by connecting the switch in a series circuit consisting of a power supply of the specified voltage, a variable resistor and ammeter.General Technical Bulletin #13 - Low Energy SwitchingConnections for Measurement of Switch ResistanceSwitch Resistancein Application: In the application of snap-acting switches, if the source voltage is at least .5 volts, contact material almost always softens, or melts slightly, at the interface, and switch resistance becomes afunction of current. This leads to the following practical consequences:1. In low current circuits, switch resistance tends to be relatively high. However, low current circuitsusually have high resistance load components. The resistance of the switch usually is such a smallpart of the total resistance of the circuit that switch resistance is not a problem.2. High current circuits usually have low-resistance load components. In high current circuitshowever, switch resistance tends to be low. Again, the resistance is such a small part of the totalresistance of the circuit that switch resistance is not a problem.At source voltages of 0.5 volt or greater, the resistance of a switch during its life will rarely exceed1% of the load resistance. If source voltage is less than 0.5 volt, switch resistance may or may notbe a function of current, depending upon the amount of the source voltage that appears across thecontacts.In general, the maximum allowable switch resistance of a specific application can be defined asfollows: For DC circuits, the maximum allowable switch resistance equals the line voltage divided by the minimum allowable current, minus the load resistance. For AC circuits, the maximum allowable switch resistance equals the line voltage divided by minimum allowable current, multiplied by thepower factor and minus the load resistance.8 For application help: call 1-800-537-6945 Honeywell Sensing and ControlGeneral Technical Bulletin #13 - Low Energy SwitchingFor example, consider a switch in series with a relay coil:• 24 VDC, 5000 ohm coil, operate .004 amp, release .0025 amp.• Without the switch in the circuit, I=.0048• With the switch in circuit, coil will operate at I=.004. Switch resistance will do no harm if it does not reduce the .0048 amp to less than .004 amp• Total resistance that will allow .004 amp flow = R = V/I = 24 volts/.004 amp = 6000 ohms• Therefore, maximum allowable switch resistance = 6000 ohms - 5000 ohms or 1000 ohmsRole ofContamination inSwitch Resistance:There are two general classifications for switch contaminants, particles and films. Particles can becrushed solids that enter the switch during application or assembly. Particles deposit on the contact surface, are crushed between the contacts and can become embedded in the contact material due to contact force. Particles can cause erratic contact during wipe and roll of contacts and, if large orextensive enough, can stop current flow.Films are the second type of switch contaminant, which can be broken into two parts, organic andinorganic. Inorganic films, such as silver oxides or silver sulfides, do not typically cause switchresistance problems at the contacts. Silver oxide is conductive, so it does not represent a problem.Silver sulfide films are brittle and are punctured mechanically due to contact force and wiping action.There are several types of contaminants that can create organic films and cause resistance problems.The most common are flux, organic vapors, and silicones. Flux enters the switch cavity by vapor or is carried into the switch cavity by a cleaning solvent. Flux will increase switch resistance and can stop current flow. To avoid flux contamination: avoid use of activated flux; use flux sparingly; use flux core solder; do not allow liquid flux or flux vapor to enter the switch; use a soldering temperature ofapproximately 550° F (288° C); and, do not use solvents on or near switches - they carry flux residue and other contaminants into the switch. It is not necessary to remove flux residue from terminals.Organic materials, especially organic vapors, can decompose in the arc or I2R heating of the material at the interface between the closed contacts. Carbonaceous deposits can build up over time on thecontact surface and increase the switch resistance.For application help: call 1-800-537-6945 Honeywell Sensing and Control 9General Technical Bulletin #13 - Low Energy SwitchingSilicon is an inorganic element found in many materials. Silicone is an organic material commonlyfound in oils, greases, mold release, cleaning sprays, and potting material. Silica (SiO2), commonly referred to as glass, is transformed from silicone in the presence of electrical energy. Silicones enter the switch as vapor and over time, based on load, rate of actuation, and amount of silicone present, transform into silica. These silica deposits can raise switch resistance and stop current flow. Everyprecaution should be taken in the application to prevent silicone from coming in contact with the inner switch cavity.Common ContactMaterials:• Fine silver. 1.6 ohms/cm, low cost, if kept clean, there is no lower load limit.• 24 karat gold.2.36 ohm/cm, high cost, limited to use in applications with little or no arc energy because of its ductility.• Gold Alloys.Different properties depending on the alloy.• Gold clad over silver.If the load is low energy, it is carried through gold. If the load is arcing, it burns away the gold and is carried through silver contacts. However, a switch that has seen anarcing load should not be used for a low energy load.• Silver Cadmium Oxide.Designed for use in power loads, not recommended for use in loads less than .5 amp and/or 12 volts.The following graph can be used as a general guide for the selection of contact material. The graph indicates 1st choice, 2nd choice, etc. for each current range. Note, the current represented on the X axis is steady-state. Inrush currents from motor loads and lamp loads can be 6 to 10 times steadystate current.General Guide to the Selection of Contact Material10 For application help: call 1-800-537-6945 Honeywell Sensing and ControlFor application help: call 1-800-537-6945 Honeywell Sensing and Control 11 Common ContactConfigurations:Smooth contact. Common contact configurationSerrated contact. The top surface of the contact can be serrated toprovide a series of peaks and valleys. When the switch is operated theraised areas (peaks) tend to scruff or scrape over the mating contactsurface. This self-cleaning discourage buildups of films or particulate foreignmaterial on the raised areas. Even when the minute particles are not totallyremoved, they tend to drop into the valleys where they are less likely tocontaminate the contact interface. Serrated contacts have been effective inimproving electrical continuity in applications ranging from power duty loadsto low current requirements.Bifurcated contacts. The most effective system developed to date.Bifurcated contacts offer some of the same benefits as described forserrated contacts in addition to providing parallel redundancy.Redundancy can also be provided by connecting two or more switches inparallel and actuating them at the same time.NOTE : Not all contact configurations are available on all switch types.For more information regarding the availability of different contactconfigurations on specific switch types, contact the HONEYWELLApplication Center at 1-800-537-6945.12 For application help: call 1-800-537-6945 Honeywell Sensing and ControlSwitch Life: Mechanical life: The life of a switch with no electrical load present.Electrical life: The life of a switch when switching an electrical load.The following graph demonstrates the life of switch at different electrical loads. Switch life depends on such criteria as electrical load, environment, switch mechanism, and other factors particular to the application. As electrical load increases, switch life decreases. Below 1 amp, the electrical life approaches the mechanical life of the switch. For available test data, contact the HONEYWELL Application Center at 1-800-537-6945.GENERAL APPLICATION GUIDELINESStorage, Installation,and Maintenance• Store switch in a clean, reasonably dry environment that does not exceed the rated temperature of the switch.• Install the switch carefully:♦ Do not drill, sand or otherwise modify the switch.♦ Do not overtighten mounting screws. Review packing sheet instructions carefully.♦ If mounting the switch with an adhesive, use extreme care to avoid contaminating the switch interior.♦ Avoid the use of silicone materials to prevent silicone from coming in contact with the interior of the switch. If this is not possible, in low energy applications, use a sealed switch.♦ When soldering leads to terminals, use non-activated flux core solder and a soldering temperature of about 550° F (288° C).♦ Do not use solvents on switches.♦ Do not use commercial contact cleaners on snap-action switches.♦ Do not paint over switch after installation.♦ Do not connect opposite polarity between normally open and closed terminals. When this is done, and when the arc persists after the contacts are fully apart, a short circuit is establishedthrough the arc and hence through the switch.• Chemicals used during maintenance cleaning can degrade switch materials. If the switch cannot be easily removed prior to cleaning and the types of chemicals used for cleaning are known,contact the HONEYWELL Application Center at 1-800- 537-6945 fo r fluid compatibilitydata.For application help: call 1-800-537-6945 Honeywell Sensing and Control 13Design• For advice regarding the choice of a switch for a specific application, contact the HONEYWELL Application Center at 1-800-537-6945.• If low price is an important factor, silver contacts may help reach the objective.• All snap acting electromechanical switches have contact bounce. When the contact closes it bounces, causing the switch to open and close for a period of microseconds before stayingclosed. If contact bounce will be a problem, the circuit must be buffered. The circuit can bebuffered with additional electronic circuitry or with software.• If the load is below melting voltage, gold or gold alloys can be used for an added measure of safety.• Actuate the switch as closely as possible to the extremes of its plunger travel without applying excess force that might damage the switch. For force data, contact theHONEYWELLApplication Center, 1-800-537-6945.• Decide, based on accurate technical information, whether a switch resistance specification is needed and whether its additional cost is justified. If so, on the basis of end use, specify: thevoltage, current, plunger position, sequence of actuation, and measurement, and maximumallowable switch resistance.• When to give switch resistance special attention:♦ When the switch controls a circuit at less than 0.5 volts.♦ When several switches must be connected in series.♦ When a switch is likely to be exposed to contaminating particles or fumes.♦ When an occasional switch closure with the switch resistance exceeding 1% of the load resistance will have negative consequences.• Design the circuit so the switch sees voltage well above the softening voltage of the contact material, e.g., 0.08 volt for gold, 0.09 volt for silver.• Design low voltage circuits with a minimum number of switches in series.• Design the switch circuit to be as insensitive to normal variations of switch resistance as possible.14 For application help: call 1-800-537-6945 Honeywell Sensing and ControlIf additional assurance of low and stable resistance is desired, use bifurcated contacts or connect two or more switches in parallel and actuate them at the same time.Customers should test the switch under conditions simulating end use to verify that it performs asrequired in the application.Environment• Protect unsealed switches from contamination by particles and fumes.• Switches can be sealed to help prevent contamination from entering them. Some common levels of sealing are: dust resistant, drip-proof, water resistant, resilient, and hermetic. In general, themore critical the application and the harsher the environment, the more stringent the sealrequirements.• If the switch is unsealed and a low energy load is involved, a thorough understanding of the environment is required to choose the correct contact material and configuration. Contact theHONEYWELL Application Center at 1-800-537-6945, for help in choosing the propermaterial• If the environment of an unsealed switch contains a significant amount of sulfides (such as decaying organic matter, cardboard, or vulcanized rubber) and moisture, gold or gold-plated contacts canhelp.• If an alien film contaminant (such as paint spray or oil mist) can reach the contacts, gold won't help. Use a sealed switch.SUMMARYContact material, contact configuration, and the degree of environmental protection are importantconsiderations when low energy switching is required. They must be considered, along with otherapplication variables, to determine the proper switch for the application. The most reliable and cost-effective solution to any switch application results from a partnership between the user andHoneywell’s Sensing and Control Division.For further technical information and assistance in determining your total switching requirements,contact HONEYWELL:1-800-537-6945 USA1-800-737-3360 Canada1-815-235-6847 InternationalFAX1-815-235-6545 USAINTERNET********************.comFor application help: call 1-800-537-6945 Honeywell • MICRO SWITCH Sensing and Control 15Helping You Control Your World Honeywell Inc.11 West Spring StreetFreeport, Illinois 61032001008-3-EN IL50 GLO 797 Printed in USA。

霍尼韦尔行程开关快速选型

电气参数 AC:
DC:
１０Ａｔｈｅｒｍａｌ：ＳＰＴＤ（ＮＥＭＡＡ６００），ＤＰＴＤ（ＮＥＭＡＢ６００）细节请参考规格书
１０Ａｔｈｅｒｍａｌ：ＳＰＴＤ（ＮＥＭＡＡ６００），ＤＰＴＤ（ＮＥＭＡＢ６００）细节请参考规格书
１０Ａｔｈｅｒｍａｌ：ＳＰＴＤ（ＮＥＭＡＡ６００），ＤＰＴＤ（ＮＥＭＡＢ６００）细节请参考规格书
密封温度范围
电气参数
高: 低:
AC:
DC:
电路认证机构典型应用
NEMA 1,3,4,13
71¼C (160¼F) -32¼C (-25¼F) 5A or 11A, 125 VAC 细节请参考规格书
SPDT 特种机械农业设备运土设备
与ＭＩＣＲＯＳＷＩＴＣＨ其他类别的开关价格比较（－到＋） *更多数据参考规格书
GLS MIN-DIN
3.03(77)H, 1.201(30,5)W , 1.18(30)L
侧旋转顶部柱塞￥平面￥滚轮顶部滚轮杠杆Ｗｏｂｂｌｅ
GLS DIN
4.05(102,9)H, 1.65(42)W , 1.65(42)L
侧旋转￥标准￥中点中性￥次序性顶部柱塞￥平面￥滚轮顶部滚轮杠杆Ｗｏｂｂｌｅ
6
NEMA 1,3,4,12*
NEMA 1,3,4,13*
71¼C (160¼F) -32¼C (-25¼F)
71¼C (160¼F) -32¼C (-25¼F)
SPDT: 15A - 125, 250, 480 V AC DPDT: 10A - 125, 250 V AC SPDT: 0.5A - 125VDC: 0.25A - 250VDC DPDT: 0.3A - 125VDC: 0.15A - 250VDC

霍尼韦尔限位开关角行程

霍尼韦尔限位开关角行程1. 引言1.1 霍尼韦尔限位开关简介霍尼韦尔限位开关是一种常用于工业自动化控制系统中的设备，用于检测物体的位置或运动状态，并在达到预设位置时触发相应的控制信号。

这种开关具有高精度、高可靠性、长寿命等特点，广泛应用于各种领域。

霍尼韦尔限位开关通常由开关本体、触发杆、连杆等部件组成，可以根据不同的需求选择不同类型的开关，如旋转式、推拉式、滚珠式等。

在工作时，当物体接触或离开触发杆时，开关将触发相应的动作，从而实现位置或状态的监测和控制。

霍尼韦尔限位开关具有很好的抗干扰能力，可以在恶劣环境下稳定工作，因此在工业自动化领域得到广泛应用。

随着科技的发展和市场需求的增加，霍尼韦尔限位开关将不断迭代升级，为工业控制提供更加可靠、高效的解决方案。

2. 正文2.1 霍尼韦尔限位开关的工作原理霍尼韦尔限位开关是一种常用于工业控制领域的传感器设备，其工作原理主要基于其内部的触发器和控制器。

当机械装置需要达到某个位置或角度时，限位开关会被设置在相应的位置，一般是在机械装置行程的末端。

当装置达到预定位置时，触发器会受到装置的动作而触发，产生相应的信号输出。

在限位开关的内部，通常会有一个可移动的机械臂或者活动部件，当机械臂接触到预定的位置或角度时，就会触发内部的电路，从而输出一个信号给控制器或者执行器。

这样，控制系统就可以根据这个信号做出相应的调整或控制动作。

霍尼韦尔限位开关的工作原理可以简单概括为利用机械部件的运动与触发器的触发来实现信号输出，从而完成对机械装置位置或角度的检测和控制。

利用这一原理，限位开关在工业自动化控制领域有着广泛的应用。

2.2 霍尼韦尔限位开关的角行程特点霍尼韦尔限位开关的角行程特点包括以下几个方面：首先是其精确度高，可以实现精确的位置控制；其次是具有良好的重复性，能够稳定地重复执行相同的动作；角行程较大的限位开关可以满足更广泛的应用需求，在不同的工程领域中发挥重要作用；霍尼韦尔限位开关的角行程特点还包括耐用性强，能够在恶劣环境下长时间稳定工作，不易受外界因素影响；霍尼韦尔限位开关的角行程可根据需求进行调整，可通过简单的调节实现不同角度的限位检测。

Honeywell SmartLine压力传感器选择指南说明书

I Connected IndustriaISMARTLINE PRESSURE SELECTION GUIDELINESRedefining Smart.SmartLine Pressure TransmittersHoneywell’s SmartLine® pressure measurement system sets the standard with its industry-leading total performance, even in harsh process environments. With the best control system integration and unique features such as modularity, a graphics display and universal terminals, SmartLine offers the lowest total cost of ownership.Leading PerformanceSmartLine provides better performance with industry leading accuracy, response time and stability. When combined with Honeywell’s proven static pressure and temperature compensation, the unbeatable total performance is better than 0.12% of span under actual process conditions.Lowest Total Cost of Ownership• H oneywell’s unique approach to modularity helps reduce maintenance costs and make repairs safer and faster. With the ability to repair the transmitter in place, the need to break a process line connection is avoided, even in an intrinsically safe environment. And with no need to stock complete units, inventory costs are lower.• A n advanced graphics display and three button external configuration option provide capabilities for field operators to more efficiently perform tasks,solve problems and avoid errors with no need for a handheld device. The display shows rich graphics, bar graphs, trends and messages from the control room.• W ith SmartLine’s universal terminals, wiring can be reversed without damaging or affecting the normal operation of the transmitter. This avoids costly rework on large installations where multiple contractors may use different wiring standards and eliminates return trips to re-wire “incorrectly wired” devices.SmartLine Connection Advantage• T ransmitter Messaging allows the operator to send and display custom messages to the display so field operators can quickly identify the right transmitter and task.•M aintenance Mode Indication displays a message on the display that the transmitter and/or the loop is in a mode suitable for maintenance. • U nique Tamper Reporting notifies the control room that an attempt to change a write-protected configuration has been made or that the write protection has been switched off.•F ield Device Manager (FDM) is Honeywell’s centralized asset management system for smart field device configuration and maintenance. When SmartLine data is integrated into FDM, users can create hierarchical screen displays for quick and easy views of device health from areas of the plant or process.• W ith comprehensive testing, Honeywell provides trouble-free integration for faster startups and reliability. The tests even include other suppliers’ configuration tools.ST800ST700SMV800 Performance CharacteristicsAccuracy • U p to 0.0375% span standard• 0.025% span optional highaccuracy • B asic: up to 0.065% of span• S tandard: up to 0.05% of span•P V1 DP – up to 0.04% of span• P V2 SP – up to 0.0375% of span• P V3 PT – 0.2 °C RTD – Pt 100• P V4 – mass flow accuracyup to 0.6%Stability• U p to 0.01% per year for ten years• B asic: up to 0.025% per year for5 years• S tandard: up to 0.02% per yearfor 5 years• U p to 0.0625% of URL per yearResponse Time• A s fast as 80 ms• A s fast as 100 ms•A s fast as 144 ms for DP (PV1) Total Performance• U p to 0.12%• U p to 0.2%• M ass flow performance is up to 0.6% Turndown Ratios up to 400:1• T urndown ratios up to 400:1• T urndown ratios up to 100:1• T urndown ratios up to 400:1 Compound Characterized Ranges• Y es• Y es• Y esTemperature & Static PressureCompensated• Y es• Y es• Y esProduct Features & OptionsMeasured Parameters• D ifferential pressure staticpressure • D ifferential pressure staticpressure• D ifferential pressure, staticpressure, process temperatureCaluclated Parameters• V olume flow• V olume flow• V olume flow, mass flow Support for Flow Algorithms• N A• N A• A SME MFC-3M, ISO5167, Gost8.586, AGA3, ASME MFC 14MSupport for Flow Elements• N A• N A• O rifice, Venturi, Flow Nozzle,Pitotube, IFO, Standard V cone,Wafer cone, WedgeHART® 7, DE & F OUNDATION™Fieldbus Communication Protocols• Y es• Y es• D E, HART 7Universal Terminals• Y es• S tandard: Yes• Y esModular Design Components• S imple faster repairs with lessdowntime • S imple faster repairs withless downtime• S imple faster repairs withless downtimeSmartLine Connection Advantage with Experion®• T ransmitter Messaging*• M aintenance Mode Indication• T amper Alerts*• F DM Plant Area Views• C omprehensive Experionintegration testing• T amper Alerts* (Standard only)• F DM Plant Area Views• T ransmitter Messaging*• M aintenance Mode Indication• T amper Alerts*• F DM Plant Area Views• C omprehensive Experionintegration testingSIL 2 Certified/SIL 3Capable Standard• Y es• Y es• N o Certified for Dual Seal Compliance• Y es• Y es• Y esComprehensive & AdvancedDiagnostics• Y es• Y es• Y esUser Interface Options• O ptional basic alphanumeric display• O ptional advanced graphics display• M ultiple PV display screens includingbar graph and trend displays• C omprehensive diagnostic messages• S upports transmitter messagingand maintenance mode indication• C omprehensive EDDs & DTMsfor remote configuration• O ptional external 3-buttonprogramming capability • S T700 Basic: supports Standarddisplay with internal and/orexternal 2-button configurationST700 Standard: supportsStandard display with internal2-button configuration / Basicdisplay with external three buttonconfiguration• Diagnostic notifications•C omprehensive EDDs & DTMsfor remote configuration• O ptional external two (Basic)or three (Standard) buttonprograming capability• N A•O ptional advanced graphics display• M ultiple PV display screens includingbar graph and trend displays• C omprehensive diagnostic messages• S upports transmitter messagingand maintenance mode indication• C omprehensive EDDs & DTMs forremote configuration• O ptional external 3-buttonlimited programming capOptional Extended Warranties• 1, 2, 3, 4 and 15 year warranties• 1, 2, 3 and 4 year warranties• 1, 2, 3, 4 and 15 year warranties *Also compatible with other HART 7 enabled hostsStandard, basic or advanced digital display as determined by the application requirementsUniversal or traditional wiring terminal boards with standard or lightning-protected optionsIt takes only a matter of minutes to replace the electronics, even in the field under power with no re-calibration required. This avoids the time-consuming procedure of removing a sensor from a pipeline or network, particularly in highly critical processes.Best of all, Honeywell’s unique modularity reduces inventory requirements and lowers overall operating costs.LOWER YOUR TOTAL COST OF OWNERSHIPWith Plug-In Modules, Users Can Easily Add or UpgradeAll SmartLine Pressure Transmitters are modular in design, making it easy to replace hardware, add indicators, change electronic modules or even meter bodies without affecting overall performance or impinging on approval body certifications.Flexible ConfigurationIn addition to configuring with any hand-helddevice or through asset management DTMs, users can configure the transmitters through externally accessible buttons, even in an intrinsically safe, Class I, Div. 1 environment.Now, whether on the bench or in the field, configure, change tag information, change languages and even more without needing a handheld device.SMARTLINE PRESSURE SELECTION GUIDEModel Types, Ranges and SpansModelUpper Range Lower Range Max. SpanUnitsStandard Accuracy % of Span Turndown CapabilityTwo- or three-button external configurationField-exchangeable communication modules to deploy HART , Honeywell Digital Enhanced (DE) or FOUNDATION Fieldbus communicationAdvanced Graphics LCD Display• U p to eight separate screens with three formats to meet unique display requirements: process variable, bar graph and trend• F ull library of engineering units with the ability to add custom units• Configurable screen rotation timing • Supports multiple languages • Two diagnostic indications• 90-degree position adjustments to facilitate all installation positions.For more informationTo learn more about Honeywell’s SmartLine Pressure Transmitters, visit /smartlineor contact your Honeywell account manager. Honeywell Process Solutions512 Virginia DriveFort Washington, PA 19034 USAHoneywell House, Arlington Business Park Bracknell, Berkshire, England RG12 1EB17 Changi Business Park Central 1 Singapore 486073 SmartLine® and Experion® are registered trademarks of Honeywell International Inc. HART® is a registered trademark andF OUNDATION™ Fieldbus is a trademark of the FieldComm Group.PO-16-01-ENG | 11/16©2016 Honeywell International Inc.。

蜂鸟光电科技有限公司 Honeywell 限位开关和拴式开关说明书

If you need detailed product information, or help choosing the right product for your application, see our Interactive Catalog . Use the Interactive Catalog to access the most complete and up-to-date information available.The Interactive Catalog provides an extensive collection of product specifications, application data, and technical literature that can be searched based on criteria you select.This PDF catalog information was published in November 2000.Sensing and Control Honeywell Inc.11 West Spring Street Freeport, IL 61032/sensingSensing and ControlInteractive Catalog...Click this icon to try the Interactive Catalog.Interactive Catalog Supplements Catalog PDFsMOMENTARY (CONTACT SWITCH) OPERATING HEADMomentary CLS Series Cable Pull Limit Switches are designed for signaling applications;they are not to be used as emergency stop devices. (For emergency stop applications, see the Maintained Cable Pull Limit Switches in the Safety Products catalog.)When using direc t ac ting c ontac ts, Momentary Cable Pull Limit Switc hes provide a means to manually force disconnection of a normally closed control circuit by pulling on an attached cable. Momentary switches cause contact transfer if the cable is manually pulled and held.When the c able is released, switc h c ontac ts return to their original state. Momentary switches have either direct-acting contacts or snap-action contacts.Cable length may be up to 200 ft. in a straight line for Single Head switches, and up to 400 ft.(200 ft. in each direction) for Duplex Head switches.TYPICAL DUPLEX HEAD SWITCH INSTALLATIONFEATURESɀOffered in Single Head and Duplex Head versionsɀOptional direct acting contacts enhance reliabilityɀDuplex Head switches cover up to 400ft. cable spans (200 ft. in each direction)ɀSingle Head switches have one normally open auxiliary contact, while Duplex Head switches have up to threenormally open and two normally closed auxiliary contactsɀFour conduit opening thread sizeoptions: 1/2-14 NPT, 20mm, PF1/2 and PG13.5ɀCompact size of Single Head switches fits into tight spacesɀSealed to NEMA 1, 3, 4 and 13ɀSmart Distributed System output available on Duplex version for monitoring only ɀUL listed ɀCSA certified ɀCE certifiedɀTemperature range: –1°to 70°C (30°to 158°F)ɀAvailable with indicatorsɀDuplex versions available with high visibility pilot light TYPICAL APPLICATIONS ɀConveyorsɀPackaging machinery ɀAssembly lines ɀProcess equipment ɀTransfer linesLimit/EnclosedTECHNICAL DATA CLS SERIES SPECIFICATIONSElectricalRate thermal current I th=10 ARate insulation voltage U i=660 VAC/660 VDC Impulse voltage U imp=2.5 kVContact resistance<25 milliohmsOperating rating AC15U =600 V: I =1.2 AU =240 V: I =3 AU =120 V: I =6 ADC13U =250 V: I =0.27 AU =24 V: I =2.8 A UL/CSA A600/Q300MechanicalProtection class NEMA 1, 3, 4 and 13 Mechanical life105operations maximum Temperature Range–1°to 70°C (30°to 158°F) Terminal identification Numbering to EN50013Head/housing material Zinc die castCABLE PULL SWITCH CHARACTERISTICSMomentary Cable Pull Limit Switc hes are offered with a black operating head and a blue body. There is a choice of four different conduit openings: 1/2-14 NPT, 20mm, PF 1/2, and PG13.5. Duplex switc hes have 3 standard conduit openings with two conduit plugs provided.All switches come with a 1NO auxiliary con-tact as standard.An additional auxiliary switch is also avail-able in the Duplex. This auxiliary switch maybe configured as 1NO - 1NC direct acting,2NO - 2NC snap action (monitoring only) or1NO - 1NC with Smart Distributed Systemoutput (monitoring only).Neon and LED indic ators are available. A6 watt incandescent pilot light is availableon the Duplex for high visibility at longdistanc es.SMART DISTRIBUTED SYSTEM OUTPUTVERSIONThe Smart Distributed System Output Ver-sion provides Smart Distributed Systemc ompatible switc h status messaging. Theprimary contact block (NC) must be wired tothe c ontrol c urrent. The auxiliary c ontac tbloc k has been replac ed with the SmartDistributed System circuitry.SINGLE HEAD CLS ORDER GUIDECLS–BODY CODEMODIFICATION CODESA BLUE BODY – PG13.5 1 HEAD ASSEMBLED WITH ACTUATOR TO THE LEFTB BLUE BODY – 1/2 NPT 2 HEAD ASSEMBLED WITH ACTUATOR TO THE FRONTC BLUE BODY – 20MM 3 HEAD ASSEMBLED WITH ACTUATOR TO THE MOUNTING SURFACE D BLUE BODY – PF1/2BASIC SWITCH CODEHEAD CODES 3 1NO-1NC SNAP ACTION (Monitoring Only) B MOMENTARY4 1NO-1NC DIRECT ACTING5 1NO-1NC DIRECT ACTING 240V NEON INDICATOR6 1NO-1NC DIRECT ACTING 120V NEON INDICATOR7 1NO-1NC DIRECT ACTING 24V LED INDICATORNotes:ɀLeave the MODIFICATION CODE blank if a modification is not required.ɀStandard head orientation is with actuator to the right.ɀUnit may be field modified.EXAMPLE CATALOG LISTING Catalog ListingDescriptionCLSD4B-1Single Head Cable Pull Limit Switch, Blue Body – PF 1/2, 1NO - 1NC Direct Acting, Momentary, Head assembled with actuator to the leftDUPLEX HEAD 2CLS ORDER GUIDE2CLS–BODY CODEMODIFICATION CODESA BLUE BODY – PG13.5B BLUE BODY – 1/2 NPTC BLUE BODY – 20MMD BLUE BODY – PF1/2(See chart below for numbered modification codes.)PRIMARY BASIC SWITCH CODE – LEFT 1 1NO – 1NC DIRECT ACTING OPERATING HEADB MOMENTARY, BOTH SIDESINDICATOR – PILOT LIGHT CODE A 120V – 6W RED PILOT LIGHT B 120V NEON INDICATOR C 240V NEON INDICATOR D 24V LED INDICATORAUXILIARY BASIC SWITCH CODE – RIGHT 1 1NO – 1NC DIRECT ACTING3 2NO – 2NC (DPDT) SNAP ACTION (Monitoring Only)4 1NO – 1NC WITH SDS OUTPUT (Monitoring Only)9 NO SWITCHNotes:ɀNo numbered modification code indicates both heads oriented to side (Duplex Head).ɀStandard Conduit openings are left, center, and right with two conduit plugs furnished.ɀLeave the INDICATOR – PILOT LIGHT CODE blank if a pilot light is not required.ɀLeave the HEAD ORIENTATION NUMBERED MODIFICATION CODE blank if not required. Do not enter zero.EXAMPLE CATALOG LISTING Catalog ListingDescription2CLSB1B1-3Duplex Head Cable Limit Switch, Blue Body – 1/2 NPT, 1NO – 1NC Direct Acting, Momentary – Both Sides, 1NO – 1NC Direct Acting, No Pilot Light, Left Head Front – Right Head SideHEAD ORIENTATIONNUMBERED MOD CODES MOD CODELEFT HEAD RIGHT HEAD 1FRONT FRONT 2FRONT REAR 3FRONT SIDE 4REAR FRONT 5REAR REAR 6REAR SIDE 7SIDE FRONT 8SIDEREARMOUNTING DIMENSIONS (For reference only)INSTALLATION HARDWAREɀAircraft cable precut to 25, 50, 100, 150 and 200 feet lengthsɀLockout attachmentɀEnd springs for long cable spans to compensate for temperature variations ɀInstallation hardware kit supports cable installations of 25 ft. and 50 ft.INSTALLATION HARDWARE ORDER GUIDECatalog Listings DescriptionCLSZC125 ft. Red Aircraft Cable, finished cable dia. 0.187 inCLSZC250 ft. Red Aircraft Cable, finished cable dia. 0.187 inCLSZC3100 ft. Red Aircraft Cable, finished cable dia. 0.187 inCLSZC4150 ft. Red Aircraft Cable, finished cable dia. 0.187 inCLSZC5200 ft. Red Aircraft Cable, finished cable dia. 0.187 inCLSZ1S End SpringCLSZ00Installation Kit includes: 4 thimbles, 8 wire rope clamps, 1 turnbuckle (w/lock nuts), 9 eyebolts (w/hardware),1 endspring, 1 conduit fittingNotes:1. Eyebolts should be spaced 1.8 to2.4 m (6 to 8 ft.) apart.2. One used for each 7.5 m (25 ft.) of cable span.Limit/Enclosed。

霍尼韦尔_电动阀门使用说明书

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出M暖L2通7..4空.120调0AV系系d统c列的。电位动置阀反门馈执信行号器. 它可们为可阀广门泛提应供用调于节加型热控，制通并风且及输
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器内达M概L与置到7述4阀的特2门弹定0系阀簧的列杆组阀执件杆，行使推实器执力现由行时阀同器门，步的的内电输上部机出下开驱力运关动限动关，制闭。通在。过出一厂个设卡置子范连围接内执。行当非按针手手以弹下旋动手动簧旋转旋动复钮钮开，操位并自关执作执顺动执行行时解行器器针锁器连旋接(。。M转件只L7向，有42上执在0运行关A)动器闭带连电。有接源如手件后果动向才执旋下可行钮运以器，动进返在行回；失手自反电动动之情操控，况作制逆下则时。可所时超制有，。越的执执行选行器项器会都运带行有到超全越开功或能全关(见的接位线置图，)。不当再超受越输功入能信作号用的控

霍尼韦尔温控器DC10选型资料

1DC1010/1020/1030/1040 产品手册1DC1000系列通用控制器中文操作手册½öÓÃÓÚÆÀ¹À¡£°æÈ¨ËùÓÐ (c) by Foxit Software Company, 2004ÓÉ Foxit PDF Editor ±à¼-2DC1010/1020/1030/1040 PRODUCT MANUAL3DC1010/1020/1030/1040 产品手册34DC1010/1020/1030/1040 PRODUCT MANUAL5DC1010/1020/1030/1040 产品手册 5LCK=0001, 只进入LEVEL1并允许改变SP 值 LCK=0101, 除改变LCK 功能外，其它任何参数不能改变7DC1010/1020/1030/1040 产品手册79DC1010/1020/1030/1040 产品手册9假设SET8.3=1，SP值西安市将被改成PV值显示。

达到期望SP值的时间将被减少。

达到SP值的剩余时间显示在参数‘TMER’中。

在此，倒计数的时间是与PV值相关，而不是程序段。

11DC1010/1020/1030/1040 产品手册1112DC1010/1020/1030/1040 PRODUCT MANUAL13DC1010/1020/1030/1040 产品手册133) 结束功能如果ALD 设定为 17 (* 参看选择表), 此程序将在程序8或程序段16结束。

* 这样，在显示窗口中的 PV 和 END 将闪烁，报警继电器动作。

如果程序少于八个程序段，控制器就没有END 命令。

这样，请将下一程序段的 OUT 设定为0（out=0），程序就将在下一设定程序段结束。

霍尼韦尔商业开关与传感器说明书

14Honeywell/Commercial Switch&Sensor 霍尼韦尔商业开关与传感器特点侧接收塑料封装TTL/LSTTL/CMOS 兼容反向逻辑输出线性或旋转编码器应用分辨率为0.229mm具有灵敏度温度补偿机械结构上和光谱上与SEP8506和SEP8706LED 相匹配HLC2701专为感测机械运动的速度和方向而设计。

应用包括旋转编码器或线位移编码器。

特别适用于光学鼠标中的编码器。

探测器为单片集成电路包括两个非常靠近的光电二极管、放大器和施密特触发器输出单元。

输出为NPN 集电极带10K Ω上拉电阻，可直接驱动TTL 负载。

探测器中具有灵敏度温度补偿电路，来补偿由于温度变化LED输出功率的漂移。

集成电路封装在一个模压不透光的黑色塑料壳中，可以透射红外能量，而阻挡可见光的透射。

集成电路的敏感区每个宽0.203mm,高0.381mm ，间隔0.0254mm,中心到中心的间隔为0.203mm ，外部边缘到边缘的距离为0.432mm 。

电参数参数供电电压导通辐射阈值迟滞供电电流高电平输出电压（A 和B)低电平输出电压（A 和B)输出上升时间和下降传播延迟，低－高，高－低符号Vcc E eT HYST Icc V OH V OL t r ,t f t PLH , t PHL 最小值 4.5 0.05 2.4典型值 28 100 5最大值 5.5 2.0 7.0 0.4 单位V mW/cm2 % mA V V ns µs 测试条件Vcc=5V Vcc=5.25V Vcc=5V,I OH =0,Ee=0Vcc=5V,I OL =1.6mA,Ee=2.0mW/cm2Vcc=5V,R L =1Kohm Vcc=5V,R L =1Kohm 功能框图外形尺寸图，单位为英寸（毫米）SUNSTAR传感与控制/TEL:0755-********FAX:0755-********E-MAIL:**************SUNSTAR自动化/TEL:0755-********FAX:0755-********E-MAIL:**************公司由传感器销售部、仪表销售部、工程部和总务部四个部组成。

Honeywell 限位和封闭式开关说明书

电路电气额定值单刀双掷A UL/CSA额定值:15A，125，250或480 VAC；2A，600 VAC;1/8HP，125 VAC；1/4 HP，250 VAC;1/2A，125 VDC；1/4 A，250 VDC。

双刀双掷B UL/CSA额定值;10A，125或250 VAC;0.3A，125 VDC；0.15 A，250 VDC。

小型封闭式开关E6/V6系列E6(侧装)和V6(法兰安装)开关可带或不带致动器密封罩。

两者均有胶粘于底壳内的复合绝缘体/密封件。

用铅制垫圈密封侧装开关上的安装孔。

所有侧装开关均用6号螺钉安装，BZE6-2RN7除外(它用8号螺钉)。

卸去底壳就会露出端子，这样方便于接线。

特点侧装或法兰安装瞬时或保持接触接地螺钉可提供(22 A)高容量温度范围在-25°F到+160°F(-32°C至+71°C)铸锌外壳NEMAIUL认可，文件号为E12252CSA认证，文件号为LR41372E6 NEMA1V6 NEMA 1.3环氧树脂填充，符合NEMA1,3,4,12,13保持等级有预置引线或连接器端接的选项直柱塞致动开关侧装，有密封罩侧装，无密封罩滚轮柱塞致动开关侧装，有密封罩电气额定值订货指南说明电气额定值安装目录号O.P.mmin.O.F.Noz.最大P.T.mmin.最小O.T.mmin.最大D.T.mmin.侧装BZE6-2RN 43,66±0,761.719±.030带有密封罩单刀双掷A法兰安装BZV6-2RN 69,09±1,522.720±.0602,50-6,679-241,98.0785,56.2190,05.002除8号安装螺钉外，与BZE6-2RN同A 侧装BZE6-2RN7 43,66±0,761.719±.0302,50-6,679-241,98.0785,56.2190,05.002侧装DTE6-2RN 46±0,761.812±.080带有密封罩双刀大掷B法兰安装STV6-2RN 71,4±0,762.812±.0307,23-16,426-592,80.1103,17.1251,53.060侧装BZE6-2RQ 38,1±0,761.500±.030不带有密封罩单刀双掷A法兰安装BZV6-2RQ 63,5±1,142.500±.0452,50-3,629-130,38.0155,56.2190,05.002订货指南说明电气额定值安装目录号O.P.mmin.O.F.Noz.最大P.T.mmin.最小O.T.mmin.最大D.T.mmin.侧装BZE6-2RN80带有密封罩，滚轮平行于开关长轴，单刀双掷A法兰安装BZV6-2RN8056,7±1,142.232±.04582,1±1,143.232±.0452,50-6,689-241,98.0785,55.2190,05.002带有密封罩，滚轮平行于开关长轴，双刀双掷B 侧装DTE6-2RN80 59,6±1,02.345±.0405,56-13,820-482,80.1103,17.1251,53.060侧装BZE6-2RQ8 49,6±1,141.953±.045不带密封罩，滚轮平行于开关长轴，单刀双掷A法兰安装BZV6-2RQ8 75±1,522.953±.0602,50-3,629-130,38.0155,55.1400,05.002N=牛顿特性:O.F.-动作力; P.T.-预行程; O.T.-超行程;D.T.-差动行程; O.P.-操作位置小型封闭式开关E6/V6系列交叉滚轮柱塞执行开关法兰安装无密封罩滚轮杠杆执行开关法兰安装有密封罩侧装无密封罩订货指南说明电气额定值安装目录号O.P.mm in. O.F. N oz.P.T. mm in.O.T. mm in.最大 D.T.mm in.侧装 BZE6-2RQ81 49,6±1,14 1.953±.045 A 法兰安装BZV6-2RQ81 75±1,52 2.953±.060 2,50- 3,62 0,38 .015 3,55 .140 0,05 .002侧装BZE6-2RN8156,7±1,14 2.232±.045 同上，有封罩 A 法兰安装 BZV6-2RN8182,1±1,14 3.232±0.452,5- 6,67 1,98 .078 5,56 .219 0,05.002无密封罩，滚轮垂直于开关的长轴单刀双掷9-139-24订货指南说明电气额定值安装目录号 O.F. N oz. 最大 P.T. mm in. 最小 O.T. mm in. 最大 D.T. mm in. 侧装BZE6-2RN2 单刀双掷 A 法兰安装BZV6-2RN2侧装DTE6-2RN2双刀双掷 B 法兰安装DTV6-2RN2 2,78- 8,35 10-30 6,76 .266 5,56 .219 4,19 .165 侧装 BZE6-2RQ2 单刀双掷 A 法兰安装BZV6-2RQ2 2,78- 5,01 10-184,78 .1885,56 .2190,15 .006无密封罩，同上调节，除水平可以45°增量调节外双刀双掷 B 侧装DTE6-2RQ22,78- 5,57 10-206,76 .2665,56 .2194,19 .165有密封罩，现场可作水平方向360°调节，垂直方向180° 调节2,78- 4,78 5 ,56 0,055,57 .188 .219 .006 10-20单向滚轮杠杆执行开关侧装有密封罩力较小的控制杆杠杆使用时控制杆或与开关成一行或者切断。

Honeywell 速度传感器产品范围指南说明书

Speed Sensors Product Range GuideWith more than 50,000 products ranging from snap-action, limit, toggle, and pressure switches to position, speed, pressure, and airflow sensors, Honeywell has one of the broadest sensing and switching portfolios.Honeywell sensor, switch, and control components are tailored to exact specifications for stronger performance, longer productivity, and increased safety. Enhanced accuracy and durability are built into every part, improving output and endurance. For our customers, this can reduce expenditures and operational costs. Our global footprint and channels help to competitively price such components for your chosen application and provide immediate technical support.While Honeywell’s switch and sensor solutions are suitable for a wide array of basic and complex applications, our custom-engineered solutions offer enhanced precision, repeatability, and ruggedness. We offer domain knowledge and technology resources, along with a close working relationship, to develop and deliver cost-effective, individually tailored solutions. Whether clean-slate development or simple modifications to an existing design are needed, our expertly engineered solutions help to meet the most stringent requirements with world-class product designs, technology integration, and customer-specific manufacturing.Global service, sourcing, and manufacturing. Industry-leading engineers. Value-added assemblies and solutions. A one-stop, full-service, globally competitive supplier.For innovation that’s well apart, there’s only HoneywellTable of ContentsMagnetoresistive Sensor ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3Hall-effect Digital Sensor ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4-5Hall-effect Digital and Linear Sensor ICs . . . . . . . . . . . . . . . . . . . . . . . . . . .6Value Added Magnetic Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7-8Active Speed Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9-10Passive Speed Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .113NanopowerSeriesStandardPowerSeries2SS52MSeriesVF401APS00BDescription omnipolar MRsensor IComnipolar MRsensor IComnipolar MRdigital sensor IC2-wire MRfine pitch ringmagnet sensor IChigh resolutionmagneticdisplacementMagnetic Sensors |Magnetoresistive Sensor ICs1Dimensions:• SOT-23: 2,8 mm x 2,9 mm [0.11 in x 0.11 in]• Flat TO-92-style: 3,0 mm x 4,0 mm [0.12 in x 0.16 in] (not including leads)• VF-401 flat TO-92-style: 3,0 mm x 4,06 mm [0.12 in x 0.16 in] (not including leads)• SOT-89B: 4,2 mm x 4,5 mm [0.16 in x 0.18 in]• U-Pack: 4,5 mm x 4,5 mm [0.18 in x 0.18 in] (not including leads)• SOIC-8: 4,9 mm x 6,0 mm [0.19 in x 0.24 in]SL353SS30AT,SS40A,SS50ATSS311PT,SS411PSS340RT,SS440RSeriesDescriptionmicropower omnipolarHall-effect digitalsensor IClow-cost bipolarHall-effect digitalsensor IClow-cost bipolarHall-effect digital sensorIC with built-in pull-uplow-cost unipolarHall-effect digitalsensor ICFeaturescombined with very lowaverage current reducespower consumptionspeed capability, reversepolarity protectionlow voltage, enhancedsensitivityNorth pole (SS340RT)or South pole (SS440R),multiple magneticsensitivities (high,medium, and low) Magnetic Sensors |Hall-effect Digital Sensor ICs1Dimensions:• SOT-23: 2,8 mm x 2,9 mm [0.11 in x 0.11 in]• Flat TO-92-style: 3,0 mm x 4,0 mm [0.12 in x 0.16 in] (not including leads)• SOT-89B: 4,2 mm x 4,5 mm [0.16 in x 0.18 in]5SS345PT, SS445PSS351AT, SS451A, SS551ATSS360NT , SS360ST , SS360ST-10K, SS460S, SS460S-T2 VF360NT , VF360ST , VF460SSS360PT, SS460P, SS460P-T2unipolar Hall-effect digital sensor IC with built-in pull-up resistor low-cost omnipolarHall-effect digital sensor IC high sensitivity, latching Hall-effect digital sensor IC high sensitivity, latching Hall-effect digital sensor IC high sensitivity latching digital Hall-effect sensor IC with built-in pull-up resistor pole (SS345PT) or a South pole (SS445P)protection, typical operating point of 85 G at 25°C [77°F]no chopper stabilizationstandard for potential use in automotive applications, fastest response time in its class class, no chopper stabilization, operates from only 30 Gausstypical, at 25°C [77°F]Magnetic Sensors |Hall-effect Digital and Linear Sensor ICsDigitalVF526DTLinearSS490 SeriesSS39ET, SS49E, SS49E-F, SS49E-L, SS49E-T2, SS49E-T3, SS59ET1Dimensions:• 4-Pin SIP: 3,6 mm x 5,1 mm [0.14 in x 0.20 in]• SOT-89B: 4,2 mm x 4,5 mm [0.16 in x 0.18 in]• Flat TO-92-style:3,0 mm x 4,0 mm [0.12 in x 0.16 in] (not including leads)7Series103SR (digital)103SR (linear)Magnetic Sensors | Value AddedSeries SR16/SR17SR3SR4Description low-cost Hall-effect vane sensor Hall-effect digital position sensor magnetoresistive digitalMagnetic Sensors |Value Added9Series SNG-Q SNDH-T SNDH-HDescription quadrature speed and direction quadrature speed and direction single Hall-effect speed sensorFeaturesplatform-based approachenables cost-competitivenessand mechanical and electricalconfigurability; designed forpotential applications whereenhanced accuracy is required todetect small target featuresoffset self calibration, short circuitand reverse voltage protection,low jitter output, near zero speedavailable, zero speed sensingversions available, range of con-nector options Speed Sensors |ActiveSpeed Sensors |ActiveSeries584XXFeaturesproduces constant amplitude output signals suitable for direct use in many digital andlogic control applications, internal digital signal conditioningSeriesLCZZH10Featuresomni-directional sensor to target, low power consumption, zero speed, digital outputomni-directional sensor to target, low powerconsumption, zero speed, digital output11SeriesVRS General PurposeVRS Hazardous LocationVRS High OutputDescription/potential applicationsused where medium to high speeds or in electrically noisy environments with relatively small air gaps existused where explosion-proof or intrinsically safe sensors are requiredused where higher output voltages are needed, perform best at low to mediumspeeds with medium to high impedance loads (sealed front-end versions for use where the sensor is exposed to fluids, lubricants or adverseSeriesVRS High ResolutionVRS High TemperatureVRS Power OutputDescription/potential applicationsused where precise timing pulse is required, and/or fine pitch gears are usedused where the sensor is exposed to temperatures up to 260ºC [450ºF] (sealed front-end versions for use where the sensor is exposed to fluids, lubricants or adverse used where driving lowresistance loads at large air gaps is required, and larger actuators are usedSpeed Sensors |PassiveWarranty/RemedyHoneywell warrants goods of its manufacture as being free of defective materials and faulty workmanship during the applicable warranty period . Honeywell’s standard product warranty applies unless agreed to otherwise by Honeywell in writing; please refer to your order acknowledgement or consult your local sales office for specific warranty details . If warranted goods are returned to Honeywell during the period of coverage, Honeywell will repair or replace, at its option, without charge those items that Honeywell, in its sole discretion, finds defective . The foregoing is buyer’s sole remedy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particular purpose. In no event shall Honeywell be liable for consequential, special, or indirect damages.While Honeywell may provide application assistance personally, through our literature and the Honeywell web site, it is buyer’s sole responsibility to determine the suitability of the product in the application .Specifications may change without notice . The information we supply is believed to be accurate and reliable as of this writing . However, Honeywell assumes no responsibility for its use .005911-11-EN IL50 GLO Printed in USA May 2017© 2017 Honeywell International Inc . All rights reserved .Find out moreTo learn more about Honeywell’s sens-ing and switching products, call +1-815-235-6847, email inquiries to *********************, or visit Honeywell Sensing and Internet of Things 9680 Old Bailes Road Fort Mill, SC 29707 honeywell .com。

霍尼韦尔微动开关

11 基本微动开关 -V15
特性： ◆ 结构紧凑，具有微小触点间隙，快速动作、高灵敏度和微小动作行程的特点 ◆长寿命，高可靠性 ◆拥有全球安规认证 ◆接线端子种类齐全 ◆动作力范围宽 7gf~400gf ◆多种温度等级 -25℃ ~+200℃ ◆配备各种形式操作柄 ◆ 广泛应用于各种家用电器，电子设备，自动化设备，通讯设备，汽车电子，仪器仪表，电动工具等领域 ◆ V15B 系列大于 3mm 触点间距，寿命 50000 次安规认证。
Z 系列产品特性
大电流至 12(6)A，具备 1/4HP 马力负载认证，通行全球的安全认证，IP67 防水保护可选。结构紧凑小巧，一致性好，适于各种控制领域选用！
不管你知道的我们是 MICRO SWITCH 还是 Honeywell, 正如你所知道的一样，超过半个世纪以来我们一直是业界强大的领先者！创立于 1932 年的 MICRO SWITCH，是一家领跑追求电子器件小型化，高性能的公司。在它之前，没有任何开关机构像它那样结实，高可靠性，能承担大电流，尺寸紧凑并且重量轻巧。今天，MICRO SWITCH 参与了全球机械电子控制领域标准的制定。简单，可靠，优质，一切均由 MICRO SWITCH 持续演绎！
■ 应用
◆ 家用电器 ◆ 电子设备 ◆ 自动化设备 ◆ 通讯设备 ◆ 汽车电子 ◆ 仪器仪表 ◆ 电动工具等领域
■特性参数
工作速度工作频率绝缘电阻接触电阻耐电压同极不相接端子间带电金属零件与外壳之间，接线端与易触及的不带电金属件之间 0.1mm~1m/s（与驱动方式有关）机械： 60 次 / 分钟；电气： 25 次 / 分钟 ≥ 100MΩ (500VDC) ≤ 30mΩ（初始值） AC1000V，50/60HZ，1 分钟 AC1500V，50/60HZ，1 分钟 10~55HZ，1.5mm 两倍振幅破坏：动作力 >0.5N:1000m/s2（约 100G）max 动作力≤ 0.5N:400m/s2（约 40G）max 故障：动作力 >0.5N:200m/s2（约 20G）max. 动作力≤ 0.5N:100m/s2（约 10G）max. 机械 ≥ 10,000,000 次或 1,000,000 次电气 ≥ 50,000 次或 100,000 次（V15H10 系列）约 6.2g（无操作柄）

Honeywell 传感器和开关应用说明书

Sensors and Switches for Valves and Flow Meters An Application NoteBackgroundFlow meters can measure and regulate volumetric flow, velocity from which the volumetric flow is determined, and mass flow. Valves control or regulate the flow of gases or fluids by partially obstructing, opening or closing the pipeline that carries the media. In many applications, they are operated manually by a lever, pedal, or wheel. Valves are often used in oil and gas, chemical manufacturing, water reticulation and mining applications. Automatic valves with diaphragms or pistons are often actuated by changes in pressure, temperature or flow.SolutionsHoneywell manufactures a wide range of sensors and switches, from simple on/off switches to electronic sensors designed to deliver system control, fluid level indication, temperature regulation, along with protection from overheating and starting/stopping the compressor. Honeywell components provide enhanced reliability, minimize down time, and improve robustness in most harsh environments.Various package options are available, including stainless steel, and those designed for hazardous and harsh-duty applications.Hazardous-location limit switches – These specialized switches perform a number of functions, including monitoring the position ofthe valve stem, actuator or wheel position, providing on-off position on manual process valves, providing real-time valve status information for improved productivity and safety. As these limit switches are enclosedin an explosion-proof housing, any flame path is extinguished inside which mitigates the risk of causing an explosion at the switch part.These switch components provide feedback for the user to take actionin order to prevent explosions in hazardous environments. Hazardous-location switches are employed in valves in outdoor, above-ground, potentially explosive environments such as oil and gas or water treatment applications.Limit Switches – Employed to monitor the position of the valve stemor actuator, limit switches are primarily used on valves in non-explosive environments such as waste water treatment plants, power generation plant or other factory applications. They also allows users to remotely monitor the valve stem, actuator lever, or wheel position for improved productivity and reduced total installed cost in hazardous locations.Figure 1. Industrial Valve ApplicationValves serve a variety of purposes in industrial applications, although their main purpose is to control media through a system.Wireless Limit Switches – Allows users to remotely monitor valve stem, actuator lever, or wheel position for improved productivity and safety, while reducing total installed cost with an economical wireless point-to-point solution.Basic Switches –Snap-action switches monitor the position of the valve handle by indicatingif the switch is actuated. These switches are employed on valves used in both non-explosive environments such as waste water treatment plants and/or other factory applications and also explosive/hazardous applications. Invalve monitoring applications, basic switches perform position sensing on cams with no power consumption. In addition to valves, Honeywell’s V15W2 Series is suitable for use in hazardous environments such as refrigeration, HVAC,appliances, and paint booths.Hall-effect Speed Sensors and Sensor ICs – In flow meter applications Honeywell’s speed sensors measure flow by monitoring revolutions of the impeller (an inside propeller). Eachrevolution of the impeller equates to the delivery of a certain amount of fluid. For example, if the user sets a fluid level of five gallons per minute,the speed sensor counts the impeller rotation so that the correct amount of fluid is delivered. Invalve monitoring application, Hall-effect sensor ICS measure position sensing on cams.Position Sensors – In flow meter applications, Hall-effect magnetic position sensors are usedto determine valve position. In valve monitors, position sensors deliver continuous position status with enhanced reliability and accuracy.Pressure Transducers and Switches – In valve actuator applications, pressure transducers and switches measure the pressure of the diaphragm to help regulate and control the flow within the pipeline. The sensors can measure differential pressure by comparing values across the valve. They can also give an indication of valve position related to opening and closing by measuring the pressure value at that time.Snap-Action SwitchPosition SensorSMART Position SensorHall-Effect Position Sensor ICwith Actuatorsin hazardous locationsLimit SwitchLearn more aboutthe XYR6000OneWireless™ SensorClick here to view Hazardous Area Limit SwitchesRead more about MICRO SWITCH Limit Switches12Explosion-Proof Valve Position IndicatorMICRO SWITCH VPX • Valve position indicator in explosion-proof housing2334Basic SwitchMICRO SWITCH BZ, V7, V15, V15W2, and ZW Series • Large, miniature, and subminiature basic switchesHazardous Location Limit SwitchMICRO SWITCH LSX, CX, and BX Series • Premium limit switches in explosion-proof housingLimit SwitchMICRO SWITCH HDLS, GL, and Double Break Series • Premium heavy duty and standard global limit switches14Figure 4. Switches in Valve Actuators and PositionersClick here to view VPX Series Valve Position IndicatorsGet details on the SMART PositionSensor familyFigure 5. Sensing and Switching Products Used in Valve ActuatorsHazardous Location Position Sensor XYR6000 OneWireless™ SeriesAllows users to remotely monitor valve stem, actuator lever, or wheel position for improved productivity and safety, while reducing total installed cost in hazardous locations; part of a scalable ISA100 mesh networkHazardous Area Limit SwitchMICRO SWITCH™ LSX/CX/BX/EX SeriesMonitors valve stem, actuator lever, or wheel position, providing real-time position status for improved productivity and safety in hazardous locationsLimit SwitchMICRO SWITCH™ HDLS, GLS, and Double Break SeriesMonitors valve stem, actuator lever, or wheel position, providing real-time position status for improved productivity and safetyPosition SensorSMART Position Sensor, SPS Series 75 mm Linear Monitors valve stem or actuator position1234Stainless Steel Media Isolated Pressure Sensor or Pressure Switch MLH, PX2, or PX3 Series Pressure Sensor or HP, HE, ME, LP, or LE Series Pressure SwitchMeasures diaphragm pressure6Valve Actuator(Kammer valve actuator photoused with permission of Flowserve.)Wireless Limit SwitchMICRO SWITCH™ HDLS and GLS SeriesAllows users to remotely monitor valve stem, actuator lever, or wheel position for improved productivity and safety, while reducing total installed cost with an economical wireless point-to-point solution5Learn more about MICRO SWITCH Basic SwitchesReview Limitless™ Wireless SwitchesFind out more on Hall-effect Speed SensorsFigure 6. Sensing and Switching Products Used in Valves and Flow MetersSMART Position Sensor SPS Series75mm analog and 225 mm analog and digital linear conﬁguration Position Sensor SR SeriesDigital position sensorHall-Effect Sensor LCZ or 3000 SeriesSingle, zero speed sensor (LCZ) or high resolution VRS sensor (3000)Basic SwitchMICRO SWITCH BZ, V7, V15, V15W2, and ZW SeriesLarge, miniature, and subminiature basic switchesHazardous Location Limit Switch MICRO SWITCH VPX, CX, LSX, and BX SeriesPremium limit switches in explosion-proof housingLimit SwitchMICRO SWITCH HDLS, GLS,and Double Break SeriesPremium heavy duty and standard global limit switchesFlow MeterClick here to view Pressure TransducersMore information available here on Hall-effect Sensor ICsTypes of ValvesSpecifically, there are several main types of valves: 1) Manual process valves, 2) Valve actuators/positioners, 3) Valve monitors/indicators, 4) Valves and flowmeters, and 5) Sanitary and food/beverage valves.Manual Process Valves – Manual process valves in industrial facilities control the flow of liquid, gas, slurry, or steam. Eighty percent require operators to manually open, close, or otherwise control the valve. At any given time, users may not know the actual position of the valve. Process plants, including refineries, chemical, pharmaceutical, and water treatment plants as well as power generation installations, all need a better way to verify status with or without human intervention, especially in hazardous or hard-to-reach locations. (See Figures 2 and 3)Valve Actuators/Positioners – A valve actuator is a pneumatic or electric mechanism used in process control systems to automatically open or close valves. Actuators can be used with either linear or rotary valves in industrial, medical, food/beverage, and transportation applications. In standard valves, when the valveis given a command to open to a certain point, there is no feedback to verify that it has opened to that position. Valve positioners utilize a source of power to operate and continuously adjust a valve. The power source can be a manual gearbox or an electronic device with control and measuring devices; Available with hydraulic, pneumatic, and electric operating mechanics, these are often used in pipelines, process plants and in remote areas. Postioners can be used for opening or closing a valve to control the rate of fluid flow based on a signal from a central control system. With a valve positioner, the command is given and the valve positioner reads the opening, verifies position, and readjusts (if necessary) to the exact position needed which allows for excellent precision in the valve setting. (See Figures 4 and 5)Valve Monitors/Indicators – Mechanical or electrical valve monitors and indicators are used in process control to show valve position. They provide an electrical signal, and sometimes visual feedback, to accurately monitor and verify that a valve is in the correct position. Valve monitors are mostly used in conjunction with a valve positioner/actuator to provide information from remote locations that are not easilyaccessed, or where power isn’t readily available. Potential applications include chemical, pharmaceutical, power generation and oil and gas processes. (See Figures 4 and 5)Valves and Flowmeters – Valves control or regulate the flow of gasses or fluids by partially obstructing, opening or closing the pipeline that carries the media. Valves are often usedin oil and gas, chemical manufacturing, water reticulation and mining applications. In many of these applications, the valves are operated manually by a lever, pedal or wheel. Automatic valves with diaphragms or pistons are often actuated by changes in pressure, temperature or flow.Flow meters can measure and regulate volumetric flow, velocity from which the volumetric flow is determined, and mass flow. The turbine flow meter translates the mechanical action of the turbine rotating in the liquid flow around an axis into a user-readable rate of flow (gpm, lpm, etc.). The turbine wheel is set in the path of a fluid stream. The flowing fluid impinges on the turbine blades, imparting a force to the blade surface and setting the rotor in motion. Nearly all flow meters mustbe installed so that there is a significant runof straight pipe before and after the locationof the flow meter. This is intended to allow the straight pipe run to “smooth out” any turbulence produced by the presence of valves, chemical injectors and diffusers, and changes in pipe direction. (See Figure 5)Sanitary and Food/Beverage Valves – Sanitary and food and beverage valves are engineered for pressure control in sanitary (or “clean”) environments. They are usually manufactured with stainless steel for sanitary and high-purity applications. These valves are often constructed as a ball valve around a fullbore design that ensures the product passes through the valve with no restrictions on the flow with minimal pressure drop.Sanitary and food and beverage valves are often found in pharmaceutical, biotechnology, food and beverage, cosmetics, chemical and other industries where sanitary process control is required for steam, gases, and liquids such as water-for-injection systems.000697-7-EN | 7 | 04/21© 2021 Honeywell International Inc.Honeywell Advanced Sensing Technologies830 East Arapaho Road Richardson, TX 75081 /astFor more informationHoneywell Advanced Sensing Technol-ogies services its customers through a worldwide network of sales offices and distributors. For application assistance, current specifications, pricing or the nearest Authorized Distributor, visit /ast or call:Asia Pacific +65 6355-2828Europe +44 (0) 1698 481481USA/Canada+1-800-537-6945Warranty/RemedyHoneywell warrants goods of its manufacture as being free of defective materials and faulty workmanship during the applicable warranty period. Honeywell’s standard product warranty applies unless agreed to otherwise by Honeywell in writing; please refer to your order acknowledgment orconsult your local sales office for specific warranty details. If warranted goods are returned to Honeywell during the peri-od of coverage, Honeywell will repair or replace, at its option, without charge those items that Honeywell, in its sole dis-cretion, finds defective. The foregoing is buyer’s sole rem-edy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particular purpose. In no event shall Honeywell be liable for consequential, special, or indirect damages.While Honeywell may provide application assistance per-sonally, through our literature and the Honeywell web site, it is buyer’s sole responsibility to determine the suitability of the product in the application.Specifications may change without notice. The information we supply is believed to be accurate and reliable as of this writing. However, Honeywell assumes no responsibility for its use.m WARNINGPERSONAL INJURYDO NOT USE these products as safety or emergency stop devices or in any other application where failure of the product could result in personal injury.Failure to comply with these instructions could result in death or serious injury.m WARNINGMISUSE OF DOCUMENTATION• The information presented in this product sheet is for reference only. Do not use this document as a product installation guide.•Complete installation, operation, and maintenance information is provided in the instructions supplied with each product.Failure to comply with these instructions could result in death or serious injury.。

Honeywell CX系列限位和封闭式开关说明书

杠杆类型目录号 1.5 in 杠杆，无滚轮， .75 in 前滚轮 .75 in 后滚轮 LSZ51 LSZ51A LSZ51C 1.5-3.5 in 可调式杠杆 .75 in 滚轮 1.0 in 滚轮1.5 in 滚轮 LSZ52CLSZ52J LSZ52K1.5 in 轭滚轮.75 in 后滚轮.75 in 每一侧滚轮LSZ53S LSZ53E 5 in 控制杆杠杆仅有毂 LSZ54M LSZ541.5 in 偏置杠杆，无滚轮.75 in 后滚轮.75 in 前滚轮LSZ55 LSZ55A LSZ55C Honeywell/Commercial Switch-Sensor 霍尼韦尔开关与传感器1 不受天气影响的密封式防爆开关CX 系列特点密封-符合NEMA 1，3,44X,6,6P,7,9和13的适用部分防水，防尘，适合户外使用可提供4-20mA 的模拟输出 UL 认证，文件号为E14274 技术UL 认证，文件号为E68247 CSA 认证，文件号为LR57324 坚固的铸铝外壳不需用工具就能在现场调节预行程，超行程和致动程序(都是一个一个单独的基准)转动方式以秒为单位作顺时针，逆时针或双向操作转换旋转致动开关CX 开关是特别为危险环境条件下户外使用而制造的。

这些外壳结构能承受内部爆炸压力。

火焰通道能将爆炸气体冷却到低于周围气体最低安全工作温度的程度。

O-形密封圈使得外壳不受天气影响，而且它在所要求的火焰通道以外，因此维护了防爆要求。

模拟输出：或提供电阻输出的或提供4-20mA 电流输出。

工作温度范围为-25°到+85°C(-13°到185°F)。

订货指南按制造厂的装配，所有微动开关可按顺时针和逆时针转动动作。

致动机构在现场仅能作CW(顺时针)或CCW(逆时针)动作的调节。

不需要用工具。

NEMA 标准: 1,3,4,4X,6,6P,7,9和13。

Honeywell MICRO SWITCH GLA限位开关系列说明书

DESCRIPTIONHoneywell’s MICRO SWITCH GLA Limit Switch Series is designed to globalEN50041 standards and well suited for worldwide applications. The modular design (heads/actuators, bodies, and contact blocks) of the limit switch allows for rapid response to meet customer applications. The rugged die-cast metal housing of the switch is ideal for indoor and outdoor applications where a degree of IP or NEMA enclosure sealing is required. Normally closed snap-action contacts and normally closed slow-action contacts are positive opening .VALUE TO CUSTOMERS•Easy to install and maintain • Rugged metal constructionFEATURES• Designed to EN50041 standard, 30 mm x 60 mm mounting• Available as a standard body or plug-in body with same footprint• Wide range of actuator heads and levers• Side rotary switches factory set for CW and CCW actuation; field adjustable for CW only or CCW only• Certified for global applications; UL/CSA (Americas/Canada), CE (Europe), CCC (Asia-Pacific)1• Conforms to IEC/EN 60947-5-1,EN 45545-2 (GLA/GLF Series), and EN 61373 (GLA)• Sealed to IP67 and NEMA/UL 1, 4, 12, and 13• Operating temperatures as low as -40 °C to 85 °C [-40 °F to 185 °F]• Multiple connectivity options to meet most applications: four different threaded conduits, micro-change connectors, mini-change connectors, Deutsch style 4-pin connector• One or two LED indicators available in switch body• Single pole double throw, two polesingle throw contact blocks (1NC/1NO, 2NC, 2NO) are galvanically (electrically) isolated (Zb) and designed with bifurcated contacts• Two pole double throw contact block (2NC/2NO) has each pole galvanically (electrically) isolated (Zb)• Normally closed contacts are positive style• Contact blocks are available as snap action or slow action• Analog output available with side rotary actuator• Mechanical life up to 15 million operationsGLA SERIESMICRO SWITCH Global Limit Switches002408Issue 5POTENTIAL APPLICATIONS• Aerial lifts, boom lifts• Automotive assembly lines and machining centers • Agriculture equipment • Conveyors• Doors and apertures • Material handling • Machine tools• Railroad locomotives and railroad signaling equipment • Transportation hubs • ValvesDIFFERENTIATION• Side rotary actuator incorporates dual bearing design which prevents side loading during operation• Removable contact block allows for ease of wiring• Modular design of limit switch (heads/actuators, bodies, and contact blocks) allows for rapid customization and delivery• Optional 1 LED or 2 LED pilot lights in limit switch front cover to indicate voltage present to switch and/or switch actuated• Specialty contact options, sequential (2-step style) action, and center neutral actionPORTFOLIO1CCC certification is not available on the GL Series Switches sold within Europe, Middle East,*Normally closed (NC) contacts are positive opening except for the center neutral limit switches 1CCC certification is not available on the GL Series Switches sold within Europe, Middle East, and Africa. Option for CCC certification in these regions is availableupon request.Figure 1. Product NomenclatureGLSwitch Type GL Series Global LimitSwitch01Basic SwitchE7BActuators or Levers* Body Style(EN50041)AConduitA AHeads**NOTE: Basic switch codes 02 and 12 may only be usedwith body styles B and G.* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLAfor G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change to GLA B01A1A for PG13,5 conduit.** Positive opening occurs.† Contacts 11-12, 13-14 operate in CCW direction. ‡ Contacts 21-22, 23-24 operate in CW direction.for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change to GLA B01A1A for PG13,5 conduit.** Positive opening occurs.† Contacts 11-12, 13-14 operate in CCW direction. ‡ Contacts 21-22, 23-24 operate in CW direction.for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change to GLA B01A1A for PG13,5 conduit.** Positive opening occurs. † Contacts 11-12, 13-14 operate in CCW direction. ‡ Contacts 21-22, 23-24 operate in CW direction.* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLA A01A1A would change to GLA D01A1A for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change toGLA B01A1A for PG13,5 conduit.** Positive opening occurs.* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLA A01A1A would change to GLA D01A1A for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change toGLA B01A1A for PG13,5 conduit.** Positive opening occurs.TABLE 4. MICRO SWITCH GLA SERIES PLUNGER ORDER GUIDEfor G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change toGLA B01A1A for PG13,5 conduit.** Positive opening occurs.for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change to GLA B01A1A for PG13,5 conduit..** Positive opening occurs.* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLA A01A1A would change to GLA D01A1A for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change toGLA B01A1A for PG13,5 conduit.* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLA A01A1A would change to GLA D01A1A for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change toGLA B01A1A for PG13,5 conduit.* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLA A01A1A would change to GLA D01A1A for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change to GLA B01A1A for PG13,5 conduit.** Positive opening occurs.* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLA A01A1A would change to GLA D01A1A for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change toGLA B01A1A for PG13,5 conduit.** Positive opening occurs.TABLE 10. MICRO SWITCH GLB SERIES TOP ROLLER LEVER ORDER GUIDE (PLUG-IN BODY)* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLA A01A1A would change to GLA D01A1A for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change toGLA B01A1A for PG13,5 conduit.** Positive opening occurs.* Note: When conduit style G1/2 (PF1/2) is required, change the 4th digit in the catalog listing to the letter D. For example, GLA A01A1A would change to GLA D01A1A for G1/2 conduit. When conduit style PG13,5 is required, change the 4th digit in the cagalog listing to the letter B. For example, GLA A01A1A would change toGLA B01A1A for PG13,5 conduit..Figure 2. Fixed Lever, Side Rotary Switch - Non-plug-in Body Style, GLZ51 Style Lever, and GLA BodyLEVERROLLER MATL X DIM Y DIM Z DIMGLZ51ANYLON19,1.7555,92.206,4.25GLZ51B STEEL 19,1.7555,92.206,4.25GLZ51C NYLON 24,51.0059,12.3312,7.50GLZ51Y RUBBER 50,01.9766,12.6010,0.39GLZ51T STAINLESS STEEL 19.1.7556.82.248.8.345(catalog listing)Figure 3. Fixed Lever, Side Rotary Switch - Plug-in Body Style, GLZ51 Style Lever, and GLB BodyProduct Dimensions: GLA SeriesLEVERROLLER MATL X DIM Y DIM Z DIM GLZ52A NYLON 19,1.7565,92.596,4.25GLZ52B STEEL 19,1.7565,92.596,4.25GLZ52D NYLON 38,11.565,92.596,4.25GLZ52ENYLON19,1.7579,373.12533,071.300GLZ52W RUBBER 40,01.671,52.8112,7.5GLZ52YRUBBER50,01.9768,82.7110,0.39Figure 4. Adjustable Lever Dimensions, GLZ52Figure 5. Aluminum Rod Lever Dimensions, GLZ54Figure 7. Roller Plunger DimensionsFigure 6. Pin Plunger DimensionsTop Pin PlungerRefer to Figure 2 or 3 for other dimensionsTop Roller PlungerRefer to Figure 2 or 3 for other dimensionsFigure 8. Roller Lever DimensionsRefer to Figure 2 or 3 for other dimensionsHead Code: E • WOBBLE AND CAT WHISKER ACTUATOR DIMENSIONSFigure 9. Coil Actuator Figure 10. Plastic Rod and Flexible Cable5.5 inches (stainlesssteel)6.5 inches (stainless steel)7.5 inches (stainless steel)Figure 11. Cat Whisker WobblesRefer to Figure 2 or 3 for other dimensions Refer to Figure 2 or 3 for other dimensionsRefer to Figure 2 or 3 for other dimensionsAPPLICATION INFORMATIONSide Rotary AssembliesThe side rotary assemblies incorporate a feature for adjusting the free position of the side rotary lever. The EN 50041 body style allows infinite adjustment and reclamp. See the following dia-grams for details of the mechanism in each case.Figure 12. Standard EN 50041 Body StyleThere are two lever mounting options:1. By fully seating the lever in one of the four 90° detent posi-tions on the shaft hub which provides positive lever retention.2. By mounting the lever on the serrated portion of the shaft (which enables the lever to be mounted in any position).To change the rotary lever’s free position:1. Use a 3 mm hex Allen wrench to loosen the Allen screw, as shown in Figure 13, below.2. Back off the lever 2 mm and move it to the desired free position.3. Retighten the Allen screw.4. Check to see if the free position is satisfactory for the application.5. Repeat the adjustment procedure if necessary.A teller tab located at the bottom of the lever (see diagram below)helps prevent lever slippage. It enables the installer to detect the correct tightening torque. When this tab cannot be moved, the Allen screw has been tightened properly.Figure 13. Allen Screw and Teller Tab LocationEN 50041 Side Rotary Actuator Direction AdjustmentAs furnished, GLS rotary switches will operate when the lever is rotated from either the left or right. They can be field modified to operate in one direction only (Clockwise CW; Counter clockwise CCW) by following these steps:1. Carefully remove the complete head assembly.2. Turn the head assembly upside down as shown in Figure 14.3. Pull the plunger mechanism out and rotate it through 90° increments until the alignment tab points to the desired func-tion (CW, CCW, or CW and CCW).4. Push plunger mechanism in.5. Reassemble the head assembly and re-test the switch in its application.Figure 14. Actuation AdjustmentREPLACEMENT INSTRUCTIONSAll levers for side rotary assemblies are available as replacment parts. All basics, except the plug-in, can be replaced. All EN 50041 heads can be replaced. The replacement procedures for these components are straightforward in nature.Side Rotary LeversRemove the lever from the product being replaced. On EN 50041product this is achieved by loosening the Allen screw holding the lever on the shaft. Replace the lever and tighten the Allen screw or combination screw. Re-test the switch in its application.HeadsAll EN 50041 style switch heads can be removed and replaced.1. Remove the head by unscrewing the four retaining screws on the head assembly.2. Ensure replacement part is identical to one being removed.3. Re-test the assembly and ensure correct operation.Basic Switches Non-plug-inBasic switches can be removed and replaced by following this procedure:1. Remove the cover from the body.2. Before disconnecting the switch wiring, carefully note the wir-ing arrangement for your application, particularly the safety ground connection.3. Remove the basic switch retaining screw.4. Remove the basic switch and install the replacement basic switch.5. Use the retaining screw to install the new basic switch – ensure that it is correctly seated in the switch body.6. Wire the switch terminals as before.7. Before replacing the cover – ensure that the basic switch wires are not twisted or otherwise lifted from the basic switch (to prevent them from becoming trapped when the cover is replaced).8. Test the switch in its application.Figure 15. Retaining screw locationBasic SwitchesPlug-in EN50041 body styleThe switch enclosure portion of this two-piece body style plugs into a pre-wired terminal block mounted in the application. Replacement is accomplished by unplugging the old switch enclosure and plugging-in a new switch enclosure (basics are permanently staked in the switch enclosure).LED WIRINGThe GLF, GLG, and GLH versions of GLS (EN 50041) come complete with LED indicators. These indicators can be wired in a variety of ways. Operation can indicate switch free or switch operated depending on the wiring arrangement employed. The table below indicates the body styles and indicators offered.Table 12. LED SeriesBody Function SpecificationGLF 1 LED 12 Æ 250 Vac and dc less than 1.5 mA draw GLG 1 LED plug-in 12 Æ 250 Vac and dc less than 1.5 mA draw GLH2 LED18 Æ 30 Vdc 7 mA typ. current drawThe following wiring diagrams show possible configurations that can be used for the LEDs. Combinations of these arrange-ments can be used where the dual LED versions of GLS are employed.Figure 16. Wiring Diagram 1In Figure 16, Wiring Diagram 1, the basic switch contact isopen. The current for the LED can flow through the LED (via the load) and the LED illuminates.Figure 17. Wiring Diagram 2In Figure 17, Wiring Diagram 2, the basic switch contact is closed. The current for the LED cannot flow through the LED and the LED will not illuminate.Figure 18. Wiring Diagram 3In Figure 18, Wiring Diagram 3, regardless of the position of the basic switch, the current for the LED can flow through the LED and the LED will illuminate indicating power available.Figure 19. Wiring Diagram 4In Figure 19, Wiring Diagram 4, when the load is energized the LED will illuminate. The above examples suggest options with these versions of GLS. The LED pilot lights should be treated as ’’for indication only’’ devices.Note:While every effort is made to ensure that the above guidelines areaccurate, no responsibility can be accepted for failure to apply good engineering practice to machinery design and use of Honeywell products. Never apply any of the procedures outlined above on live circuits. Ensure that testing of changes is carried out with no risk of injury during tests. These guidelines are produced to help our customers make the right choices in applying our Limit Switches to general applications. Contact your local Honeywell representative if you have any difficulties.Fixed length yoke lever; 38,1 mm [1.5in] radiusFixed length offset lever; 38,1 mm [1.5 in] radiusADDITIONAL MATERIALSThe following associated literature is available at /ast:• Product range guide • Product application-specific information – Sensors and switches in front loaders– Sensors and switches in mobile cranes–Sensors and switches in oil rig applicationsWARRANTY/REMEDYHoneywell warrants goods of itsmanufacture as being free of defective materials and faulty workmanship during the applicable warranty period. Honeywell’s standard product warranty applies unless agreed to otherwise by Honeywell in writing; please refer to your order acknowledgment or consult your local sales office for specific warranty details. If warranted goods are returned to Honeywell during the period ofcoverage, Honeywell will repair or replace, at its option, without charge those items that Honeywell, in its sole discretion,finds defective. The foregoing is buyer’s sole remedy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particular purpose. In no event shall Honeywell be liable for consequential, special, or indirect damages.While Honeywell may provide application assistance personally, through ourliterature and the Honeywell web site, it is buyer’s sole responsibility to determine the suitability of the product in the application.Specifications may change without notice. The information we supply isbelieved to be accurate and reliable as of this writing. However, Honeywell assumes no responsibility for its use.002408-5-EN | 5 | 04/21© 2021 Honeywell International Inc. All rights reserved.m WARNINGIMPROPER INSTALLATION• Consult with local safety agenciesand their requirements whendesigning a machine-control link, interface and all control elements that affect safety.• Strictly adhere to all installationinstructions. Failure to comply with theseinstructions could result in death or serious injury.m WARNINGMISUSE OFDOCUMENTATION•The information presented in this product sheet is for reference only. Do not use this document as a product installation guide.•Complete installation, operation, and maintenance information is provided in the instructions supplied with each product.Failure to comply with theseinstructions could result in death or serious injury.HoneywellAdvanced Sensing Technologies 830 East Arapaho Road Richardson, TX /astFOR MORE INFORMATIONHoneywell Advanced Sensing Technolo-gies services its customers through a worldwide network of sales offices and distributors. For application assistance, current specifications, pricing, or the nearest Authorized Distributor, visit /ast or call:USA/Canada +302 613 4491Latin America +1 305 805 8188Europe +44 1344 238258Japan +81 (0) 3-6730-7152Singapore +65 6355 2828Greater China+86 4006396841。

霍尼韦尔楼宇自控电动阀门及执行器资料大全

应用 • V5211F 螺纹连接二通阀可用于蒸汽，水的 HVAC 应用，它可用于二位或连续调节控制，不能用于燃气应用。
霍尼韦尔总代理：深圳市松贤机电设备有限公司
目录：
霍尼韦尔楼宇自控产品订货渠道 ............................................................................2 冷/热水阀（二通阀，PN16）................................................................................2
冷/热水阀（二通阀，PN25）..............................................................................19
V5025A 系列冷/热水阀门（DN15—DN150）.......................................................................19
Page 4 of 36
/
霍尼韦尔总代理：深圳市松贤机电设备有限公司
V5011P 系列冷/热水阀门（DN25—DN50）
应用 • V5011P 螺纹连接二通阀可用于蒸汽，水和 50% 以上甘醇的 HVAC 应用，它可用于二位或连续调节控制，不能用于燃气应用。
冷/热水阀（三通阀，PN16）..............................................................................13
V5013P 系列冷/热水阀门（DN32—DN50） .........................................................................13 V5329A 系列冷/热水阀门（DN65—D80）（法兰连接） .....................................................15 V5050A 系列冷/热水阀门（DN100—D150）(PN16)............................................................17

honeywell micro switch ls 通用限位开关 datasheet说明书

MICRO SWITCH™ LS General Purpose Limit Switches Datasheet2What makes our switches better?Small size and universal mounting footprint may allow for use inconstricted spaces IP67 and NEMA 1, 3, 4, 6 and 13 ratings available provide adependable solution in most demanding environmental conditions Rugged die-cast metal construction with a wide variety of headsand actuators provides long life across numerous applications MICRO SWITCH™ legacy and expertise - over 55 years ofengineering excellence and experience with industrial limit switchesMICRO SWITCH™ LSGeneral Purpose Limit SwitchesThe Honeywell MICRO SWITCH™ Compact LS Limit Switch Series offers products that have a long record of successfulperformance in a diverse range of industrial applications. Under severe conditions, its durable and dependable design provides longevity, precision, and consistent repeatability over millions of operations.The compact size and adjustable features propel the LS Series to flourish in a variety of settings under space constraint without sacrificing reliability. Its construction is oil-tight, water-tight and dust tight, and includes die-cast housing, heads and actuators. An assortment of heads and actuators provides a solution for a variety of applications.QUALITY, RELIABLE RUGGED, GLOBALRugged, metal housingpackaged for industrial indoor and outdoor applications3Features and BenefitsENHANCED PERFORMANCE COMPACT DESIGNAlong with industry standard mounting dimensions, the LS Series compact design allows installation in applications under space constraint while still providing reliable switching performanceTWO CIRCUIT DOUBLE BREAK CONTACTSWith an AC15, A300 or 10 A electrical rating, the LS Series provides dependable and consistent switching, giving the end users control of two circuits in one switchACTUATORS FOR YOUR APPLICATIONWith many actuators available such as side rotary, plunger, wobble stick and roller plunger, the LS Series is adaptable and has the ability to be applied in a variety of applicationsSEALED CONSTRUCTIONIn demanding environmental conditions, IP67 or NEMA 1, 3, 4, 6, and 13 sealing protects against oil, dust and water making the LS Series a dependable solution in a variety of conditions for both indoor and outdoor applicationsOne switch controls two circuits!MACHINE TOOL EQUIPMENTPart presence, machine slide/table position, panel and door presenceMATERIAL HANDLINGSensing in overhead doors, door interlock, dock locks, conveyance, storage retrieval, carousels, conveyors, and assembly linesVALVE ACTUATIONPosition sensing of electric valves for waste water treatment plants, power plants, refineries, and pipelinesFOOD AND BEVERAGESensing during bottling, canning, and packagingSPECIAL MACHINERYAssembly, packaging and testing applicationsPotential ApplicationsLS SeriesMICRO SWITCH™ LS SERIES PRODUCT NOMENCLATURENot all combinations are available. Please contact your Honeywell provider/representative for assistance. MICRO SWITCH™ General Purpose Limit SwitchesTable 2. Electrical Ratings5LS SeriesMICRO SWITCH™ LS SERIES ORDER GUIDE/RECOMMENDED LISTINGS (FOR NORTH AMERICA)For listings not shown, contact your Honeywell representative.1Contact closed n; Contact open o. *Requires an 18PA1 Terminal Block (base receptacle) which must be ordered separately. 18PA1 terminal block has 0.5-14 NPT conduit threads.Table 4. Side Rotary (Maintained), Standard Fork Roller Lever7 8LS SeriesTable 6. Side Rotary, Adjustable Rod Lever1MICRO SWITCH™ LS SERIES ORDER GUIDE/RECOMMENDED LISTINGS (FOR NORTH AMERICA)For listings not shown, contact your Honeywell representative.MICRO SWITCH™ General Purpose Limit Switches O.T. • Operating torqueO.F. • Operating forceR.P. • Release pointP.T. • PretravelO.T. • OvertravelD.T. • Differential travel910LS Series*Requires an 18PA1 Terminal Block (base receptacle) which must be ordered separately. 18PA1 terminal block has 0.5-14 NPT conduit threads.1*Requires an 18PA1 Terminal Block (base receptacle) which must be ordered separately. 18PA1 terminal block has 0.5-14 NPT conduit threads.1*Requires an 18PA1 Terminal Block (base receptacle) which must be ordered separately. 18PA1 terminal block has 0.5-14 NPT conduit threads.MICRO SWITCH™ LS SERIES ORDER GUIDE/RECOMMENDED LISTINGS (FOR NORTH AMERICA)For listings not shown, contact your Honeywell representative.R.P. • Release point P.T. • PretravelO.T. • OvertravelD.T. • Differential travelMICRO SWITCH™ LS SERIES ORDER GUIDE/RECOMMENDED LISTINGS (FOR NORTH AMERICA) For listings not shown, contact your Honeywell representative.1Contact closed n; Contact open o. NOTE: Bar chart measurements are in millimeters.*Requires an 18PA1 Terminal Block (base receptacle) which must be ordered separately. 18PA1 terminal block has 0.5-14 NPT conduit threads.11*Requires an 18PA1 Terminal Block (base receptacle) which must be ordered separately. 18PA1 terminal block has 0.5-14 NPT conduit threads.2 Operating position in any direction except pull.R.P. • Release point P.T. • PretravelO.T. • OvertravelD.T. • Differential travelMICRO SWITCH™ LS SERIES ORDER GUIDE/RECOMMENDED LISTINGS (FOR EMEA/EUROPE) For listings not shown, contact your Honeywell representative.Terminal block is base receptacle.Terminal block is base receptacle.1Terminal block is base receptacle.MICRO SWITCH™ LS SERIES ORDER GUIDE/RECOMMENDED LISTINGS (FOR EMEA/EUROPE)For listings not shown, contact your Honeywell representative.Terminal block is base receptacle.Table 17. Top Pin PlungerTable 18. Top Roller Plunger1* Requires an 18PA1-4C Terminal Block (20 mm conduit threads) or 18PA1-4PG Terminal Block (PG13,5 conduit threads) ordered separately. Terminal block is base receptacle.1Contact closed n ; Contact open o . NOTE: Bar chart measurements are in millimeters.* Requires an 18PA1-4C Terminal Block (20 mm conduit threads) or 18PA1-4PG Terminal Block (PG13,5 conduit threads) ordered separately. Terminal block is base receptacle.Table 20. Wobble, Coil Spring1*Requires an 18PA1 Terminal Block (base receptacle) which must be ordered separately. 18PA1 terminal block has 0.5-14 NPT conduit threads. 2Operating position in any direction except pull.MICRO SWITCH™ LS SERIES ORDER GUIDE/RECOMMENDED LISTINGS (FOR EMEA/EUROPE)For listings not shown, contact your Honeywell representative.¹ Any auxiliary lever listed can be used² LSZ54M, 6PA63, 6PA71 or 6PA121 levers only recommended for these catalog listings * Furnished without actuator3 Fork lever actuators recommended for two position side rotary main-tained21Note: Operating head includes lever where appropriate and internal plunger.* Because of low operating force, 6PA43-4, 6PA71-4, or 6PA78-4 auxil-iary actuators only are recommended for these listings.23DIMENSIONAL DRAWINGS14,27 [0.562 ] min. depth (4)Figure 2. 1LS3 DimensionsFigure 3. 1LS10 DimensionsFigure 4. 2LS1 Dimensions1,65Figure 5. 3LS1 Dimensions54,10 ±0,762Figure 6. 4LS1 Dimensions40,64 ±0,762[1.60 ±0.03]24Figure 6. 6LS1 DimensionsFigure 7. 7LS1 DimensionsFigure 9. 8LS3 Dimensions25Figure 11. 8LS152 DimensionsFigure 15. 202LS1 DimensionsFigure 16. 203LS1 Dimensions40,64 [1.60]54,10 ±0,762Figure 18. 205LS1 Dimensions1,65 [0.065]Figure 19. 206LS1 Dimensions27Switch will operate byFigure 21. 208LS3 DimensionsSwitch will operate byFigure 23. 208LS152 DimensionsSwitch will operate byFigure 25. 1LS3-4 DimensionsFigure 27. 2LS1-4 DimensionsFigure 28. 4LS1-4 Dimensions29Figure 31. 8LS1-4 DimensionsFigure 33. 206LS1-4 DimensionsFigure 34. 201LS3-4 DimensionsFigure 36. 202LS1-4 Dimensions26Figure 37. 204LS1-4 DimensionsFigure 38. 205LS1-4 DimensionsFigure 39. 208LS1-4 Dimensions26002403-1-EN IL50 GLO June 2015Copyright © 2015 Honeywell International Inc. All rights reserved.Sensing and Control Honeywell1985 Douglas Drive North Golden Valley, MN 55422 Find out moreHoneywell serves its customers through a worldwide network of sales offices, representatives and distributors. For application assistance, current specifications, pricing or name of the nearest Authorized Distributor, contact your local sales office.To learn more about Honeywell’s sensing and control products, call +1-815-235-6847 or 1-800-537-6945,visit , or e-mail inquiries to *********************ADDITIONAL INFORMATIONThe following associated literature is available on the Honeywell web site at :• Product installation instructions • Aerospace range guide • Transportation range guide• Limits and Machine Safety range guide • Product application-specific information– Application Note: Automated Storage and Retrieval System – Limit and Enclosed Switches Application Information – Limit and Enclosed Switches Operating Characteristics – Limit and Enclosed Switches Reference Standards – Limit and Enclosed Switches Typical ApplicationsWARRANTY/REMEDYHoneywell warrants goods of its manufacture as being free of defective materials and faulty workmanship. Honeywell’s standard product warranty applies unless agreed to otherwise by Honeywell in writing; please refer to your order acknowledgement or consult your local sales office for specific warranty details. If warranted goods are returned to Honeywell during the period of coverage, Honeywell will repair or replace, at its option, without charge those items it finds defective. The foregoing is buyer’s sole remedy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particu-lar purpose. In no event shall Honeywell be liable for conse-quential, special, or indirect damages.While we provide application assistance personally, through our literature and the Honeywell website, it is up to the customer to determine the suitability of the product in the application.Specifications may change without notice. The information we supply is believed to be accurate and reliable as of this printing.However, we assume no responsibility for its use.。

Honeywell GLS全球微型限位开关系列数据手册说明书

MICRO SWITCH Global Miniature Limit SwitchesGLC | GLD | GLE SeriesDESCRIPTIONHoneywell MICRO SWITCH GLS miniature limit switch family offers a wide range of products for global solutions. Thesedurable and reliable limit switches are suitable for many industrial applications, agriculture equipment, transportation equipment, and other applications requiring an environmentally sealed (IP and NEMA) switch.The compact housings are often ideal for equipment where space is at a premium. The extensive product range is available in three different housing types; metal housing, plastic housing or a three conduit metal housing which are mounting compatible to EN50047. A wide range of actuators, contact blocks, and conduit/connectivity options enhance the product offering.In today’s demanding age of logic-level controls,electromechanical switches are frequently used to interface with PLCs and other logic level devices. GLS limit switches offer an option for gold-plated contacts for the standard switch. This option promotes the switch reliability for logic-level applications.VALUE TO CUSTOMERS• Meets EN50047 mounting standards and EN/IEC electrical standards for world-wide use• Large existing install base and channel allows for quick delivery worldwide• Wide range of actuators and circuitry options in same footprint• Certified for global use with CCC 1, CSA, CE, and UL acceptanceDIFFERENTIATION• Modular design of limit switch (heads/actuators, bodies, and contact blocks) allows for rapid customization and delivery • Removable contact block for wiring ease• Galvanically isolated contacts for controlling two separate circuitsFEATURES• Designed to EN50047 standard• Metal housing or double-insulated plastic housing for indoor and outdoor applications• Wide range of actuator heads and levers• Heads can be positioned at 90° increments for designflexibility. Side rotary actuator heads can be factory set for CW, CCW, or CW and CCW actuation• Certified for global applications: CE, UL, CSA, CCC 1• Conforms to CE, EN50047, IEC/EN 60947-5-1; CSA C22.2 #14;UL 508; CCC 1 GB14048.5, EN45545-2 (GLC/GLE)• Sealed to IP66 and NEMA/UL 1, 4, 12, and 13• -40 °C [-40 °F] standard construction for side rotary and plunger actuated switches suitable for many severe outdoor environments• Dual bearing design on side rotary actuators reduces side loading and enhances mechanical life• Variety of NC and NO double-break snap-action or slow-action contact options• Silver contacts for power switching or gold-plated contacts for low energy loads•the normally closed contact. Each contact throw is electrically isolated to accept different voltages (Form Zb contacts).Double pole double throw (2NC/2NO) contact option require same polarity for each pole. (Form Za for each pole)• Contact blocks are available as snap action or slow action • Mechanical life up to 10 million operationsPOTENTIAL APPLICATIONS• Passenger elevators • Commerical appliances • Escalators/moving stairs • Scissor/platform lifts • Material handling• Machine tool equipment •Off-road equipmentPORTFOLIOThe GLC Series, GLD Series, and GLE Series are a segment of Honeywell’s global limit switch offering. The global limit switch products also include the GLA Series, the GLL Series, the NGC Series, and SZL-VL series. In addition to the global limit switch series, Honeywell provides a comprehensive line of medium duty industrial limit switches (CE Series, E6/V6 Series, LS Series) and heavy-duty HDLS Series (Heavy Duty Limit Switch).1CCC certification is not available on the GL Series Switches sold within Europe, Middle East, and Africa. Option for CCC certification in these regions is available upon request.Sensing and Internet of Things107147Issue 181CCC certification is not available on the GL Series Switches sold within Europe, Middle East, and Africa. Option for CCC certification in these regions is available upon request.Table 2. Electrical RatingIEC 60947-5-1 (EN60947-5-1) AC 15, A300; DC 13, Q300Silver Contacts Gold Contactsac dcA300UeAC15IeVA Q300UeDC13IeVA 1 V 10 m A min.50 V 100 mAmax.Volts Amps Make Break Volts Amps Make Break120672007201250.556969240372007202500.2769692 Sensing and Internet of Things 3Figure 1. Product NomenclatureGLSwitch TypeA1AHead/ActuatorBodyCPlease contact your Honeywell provider/representative for assistance.ConduitAGLS Series Global Limit SwitchL01Basic SwitchModiﬁcation CodesFor Actuator types beginning with A**For Type A modiﬁcation codes,more than one code may be permissible. For example,GLCA01A1B-13 is a side rotary,lever-actuated switch,GLCA01A1B, adjusted for clock-wise actuation only. The operating shaft is to the right side of the switch when viewing the switch from the front (label side).MICRO SWITCH™ GLC SERIES ORDER GUIDE/RECOMMENDED LISTINGS For listings not shown, contact your Honeywell representative.1Contact closedTable 4. Side Rotary, Metal Roller14 1Contact closed n; Contact open o. *Positive opening occurs.Table 7. Side Rotary Adjustable, Metal Rod, A4J (140 mm rod) and A4L (200 mm rod)1Contact closed n; Contact open o. *Positive opening occurs.Table 8. Side Rotary Offset Lever, Metal RollerSensing and Internet of Things 51Contact closed n; Contact open o. *Positive opening occurs.1Contact closed n; Contact open o. *Positive opening occurs. Table 10. Top Pin Plunger16 1Contact closed n; Contact open o. *Positive opening occurs. NOTE: Bar chart measurements are in millimeters.1Contact closedTable 13. Coil Spring Wobble, 130 mm11Contact closedSensing and Internet of Things 71Contact closedn; Contact open o.Figure 1. GLC Side Rotary • A1, A1A, A1B, and A1YFigure 2. GLC Side Rotary • A2, A2A, A2B, and A2Y Figure 5. GLC Side Rotary • A9A7,2 mm [0.28 in]for 0.5-14 NPTconduit threads.7,2 mm [0.28 in] for 0.5-14 NPT conduit threads.7,2 mm [0.28 in] for0.5-14 NPT conduitthreads.Figure 10. GLC Wobble • K8A/K8B7,2 mm [0.28 in] for0.5-14 NPT conduitthreads.Sensing and Internet of Things 9MICRO SWITCH™ GLD SERIES ORDER GUIDE/RECOMMENDED LISTINGS For listings not shown, contact your Honeywell representative.1Contact closed n; Contact open o. *Positive opening occurs.1Contact closed n; Contact open o. *Positive opening occurs.10 1Contact closed n; Contact open o. *Positive opening occurs. **No roller Table 19. Side Rotary Adjustable, Metal Roller1Contact closed n; Contact open o. *Positive opening occurs.1Contact closed n; Contact open o. *Positive opening occurs. Table 21. Side Rotary Offset Lever, Metal Roller1Contact closed n; Contact open o. *Positive opening occurs. Table 22. Side Rotary Conveyor Lever, Ceramic Roller1Contact closed n; Contact open o. *Positive opening occurs.1Contact closed n; Contact open o. *Positive opening occurs.Table 24. Side Rotary Adjustable, 50 mm Rubber Roller1Contact closed n; Contact open o. *Positive opening occurs. Table 25. Top Pin Plunger1Contact closed n; Contact open o. *Positive opening occurs. NOTE: Bar chart measurements are in millimeters.1Contact closed nTable 27. Top Roller Lever11Contact closed n; Contact open o.Figure 13. GLD Side Rotary • A2, A2A, A2B, and A2YFigure 14. GLD Side Rotary Rod • A4J (140 mm) & A4L (200 mm)0.5-14 NPT conduitthreads.0.5-14 NPT conduitthreads.7,2 mm [0.28 in] for0.5-14 NPT conduitthreads.7,2 mm [0.28 in] for0.5-14 NPT conduit threads.Figure 21. GLD Wobble • K8A/K8BMICRO SWITCH™ GLE SERIES ORDER GUIDE/RECOMMENDED LISTINGS For listings not shown, contact your Honeywell representative.1Contact closed n; Contact open o. *Positive opening occurs. † 0.5-14 NPT conduit option includes adapter.Table 31. Side Rotary, Metal Roller1Contact closed n; Contact open o. *Positive opening occurs. † 0.5-14 NPT conduit option includes adapter.Contact closed nTable 34. Side Rotary Adjustable, Metal Rod, A4J (140 mm Rod)1Contact closed n; Contact open o. *Positive opening occurs.† 0.5-14 NPT conduit option includes adapter.1Contact closed n; Contact open o. *Positive opening occurs. † 0.5-14 NPT conduit option includes adapter. Table 36. Side Rotary Offset Lever, Metal Roller1Contact closed n; Contact open o. *Positive opening occurs. † 0.5-14 NPT conduit option includes adapter. Table 37. Side Rotary Conveyor Lever, Ceramic Roller1Contact closed n; Contact open o. *Positive opening occurs.1Contact closed nTable 39. Top Roller Plunger1Contact closed n; Contact open o. *Positive opening occurs. NOTE: Bar chart measurements are in millimeters. † 0.5-14 NPT conduit option includes adapter. Table 40. Top Roller LeverSensing and Internet of Things 2111Contact closed n; Contact open o.22 Sensing and Internet of Things 23Figure 25. GLE Side Rotary • A4J and A4LFigure 33. GLE Conduit Adapter for 0.5-14 NPT24 Sensing and Internet of Things 25REPLACEMENT PARTS - BASIC SWITCHESFACTORY PRE-WIRED LIMIT SWITCHES WITHFACTORY PRE-WIRED LIMIT SWITCHES WITH INTEGRAL CONNECTOREpoxy-coated Metal Limit SwitchesGLCC01B-D1: Top pin plunger, 1NC/1NO snap action, with Deutsch DT style 4 pin connector GLCC01C-D1: Top roller plunger, 1NC/1NO snap action, with Deutsch DT style 4 pin connectorGLCC06A1B-D1: Side rotary with metal roller, 2NC slow action, with Deutsch DT style 4 pin connectorPlastic Limit SwitchesGLDC01A1A-D1: Side rotary with plastic roller, 1NC/1NO snap action, with Deutsch DT style 4 pin connectorGLDC01A1B-D1: Side rotary with metal roller, 1NC/1NO snap action, with Deutsch DT style 4 pin connectorGLDC01C-D1: Top roller plunger, 1NC/1NO snap action, with Deutsch DT style 4 pin connectorNote: Reference base catalog listing for switch characteristics. For example, cat. listing GLCC01B-D1 has base cat. listing GLCC01B.Connector Without Limit SwitchGLZ8C-DEU : DT style 4 pin connector prewired with 6 in. of lead wires (4) and 20 mm conduit thread with jam nutGLZ8C-PA : DT style 4 pin connector packet with all parts furnishedunassembled for a 20 mm conduit threadWarranty/RemedyHoneywell warrants goods of its manufacture as being free of defective materials and faulty workmanship. Honeywell’s standard product warranty applies unless agreed tootherwise by Honeywell in writing; please refer to your order acknowledgement or consult your local sales office for specific warranty details. If warranted goods are returned to Honeywell during the period of coverage, Honeywell will repair or replace, at its option, without charge those items it finds defective. The foregoing is buyer’s sole remedy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particular purpose. In no event shall Honeywell be liable for consequential, special, or indirect damages.While we provide application assistance personally, through our literature and the Honeywell web site, it is up to the customer to determine the suitability of the product in the application.Specifications may change without notice. The information we supply is believed to be accurate and reliable as of this printing. However, we assume no responsibility for its use.m WARNINGPERSONAL INJURYDO NOT USE these products as safety or emergency stop devices or in any other application where failure of the product could result in personal injury.Failure to comply with these instructions could result in death or serious injury.m WARNINGMISUSE OF DOCUMENTATION• The information presented in this product sheet is for reference only. Do not use this document as a product installation guide.•Complete installation, operation, and maintenanceinformation is provided in the instructions supplied with each product.Failure to comply with these instructions could result in death or serious injury.ADDITIONAL MATERIALSThe following associated literature is available on the Honeywell web site at :• Product installation instructions • Aerospace range guide • Transportation range guide• Limits and Machine Safety range guide • Product application-specific information– Application Note: Sensors and Switches for IndustrialManual Process Valves – Application Note: Sensors and Switches Used in ValveActuators and Valve Positioners – Industrial Machinery Switch Guide– Limit and Enclosed Switches Application Information – Limit and Enclosed Switches Operating Characteristics – Limit and Enclosed Switches Reference Standards – Limit and Enclosed Switches Typical Applications – Sensors and Switches in Mobile Cranes – Sensors and Switches in Front Loaders – Sensors and Switches in Elevator Applications107147-18-EN | 18 | 04/19© 2019 Honeywell International Inc. All rights reserved.For more informationHoneywell Sensing and Internet of Things services its customers through a worldwide network of sales offices and distributors. For application assistance, current specifications, pricing or the nearest Authorized Distributor, visit or call:Asia Pacific +65 6355-2828Europe +44 1698 481481USA/Canada+1-800-537-6945Honeywell Sensing and Internet of Things 9680 Old Bailes Road Fort Mill, SC 29707 www. 。

Honeywell HDLS 重载限位开关说明书

不锈钢操作轴上的烧结青铜轴承保证工作寿命长，操作中靠性高。

凸台一插座式头部设计保证头部和开关体之间配合紧密牢固。

独特的全金属传动装置即使在高温环境下也能保证一致的操作特性，比塑料传动件寿命更长，并且无需经常调整。

自提升式接线端子节省接线时间。

内部接地标志便于识别，符合OSHA 和其它机构的标准。

一片完整的密封平垫，比环形垫圈具有更好的密封性能。

无论单刀或双刀开关，拔插式或非拔插式开关，其执行杆的运动轨迹一致，可以互换。

前面固定，单刀和双刀开关、拔插式和非拔插式开头安装尺寸一致可互换。

独特的坚固适当片保证适当的扭矩: 当其不能活动时表明招待杆紧固螺母已足够紧，防止力矩过大。

双重轴密提供了特别的防护: 内部氟碳橡胶O型环密封，外部丁腈橡胶密封，也有全部氟碳橡胶密封型可选侧旋转式开关中采用氟碳橡胶密封轴和膜片。

坚固防腐的铸锌头部和开关体，经过磷化处理，具有环氧树脂涂层。

重载行程开关附加的特性和任选项•各种操作头•操作模式现场可调，以降低库存•便利的就地调节指示•电路和电气参数选项的全套选择，包括固态的开关•拔插式和非拔插式具有统一的操作参数，在安装尺寸上可互换• NEMA1，3，4，6，6P和13• UL和CSA认证•防爆型参见第63页•低温型(可达-40°C)参见第44页•不锈钢型(NEMA4X)参见第47页•预接电缆型或接插件型参见第44页•环氧填充防水型参见第45页•完全氟碳橡胶密封参见第44页LSH-低力矩、低差动行程型最小过行程68°，最大操作力矩0.19Nm 。

最大差动行程3°(单刀)或4°(双刀)。

LSL-顺序动作型在每一方向上，两刀的动作相互间有一延时，最小过行程68°。

LSM-中央零点型一套触点在顺时针动作时工作，另一套触点在逆时针动作时工作。

最小过行程53°。

LSN-保持触点型操作在逆时针转动时被保持，在顺时针传动时被复位，反之亦然，最小过行程20°。

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