Ficoll 400裂解液(20% wv)
苯红ого香达400无线温度传输器说明书
SmartLine STIW400 Wireless Temperature DI Transmitter Specification 34-SW-03-11, April 2022Model STIW400•Up to 4 channels of inputs for T/C’s or mV.•Up to 2 channels of RTD’s or 3-wire resistance.•Up to 4 channels for discrete input or 2-wireresistance.IntroductionSmartLine Wireless Temperature continues theevolution of Honeywell’s wireless transmitter productoffering and provides the latest critical advancementsto support industrial automation users’ desire to expandwireless use for monitoring and control.With over 14 years of industrial wireless experience,the SmartLine Wireless Temperature builds upon andis compatible with the current XYR 6000 productporfotlio. Similar to the XYR 6000 wireless transmitter,the SmartLine Wireless product line is part of theHoneywell OneWireless™ system and is ISA100 -ready.The SmartLine Wireless Temperature transmitterenables customers to obtain data and createinformation from remote and hazardous measurement locations without the need to run wires, where running wire is cost prohibitive and/or the measurement is in a hazardous location. Without wires, transmitters can be installed and operational in minutes, quickly providing information back to your system.The previous generation transmitters primarily were applied to monitoring applications but experienced users know that Honeywell’s wireless products are as reliable, secure, and safe as their wired counterparts. With this knowledge, users are now looking for wireless transmitters for use in specific control applications.Figure 1 — SmartLine Wireless Temperature DITransmitterSmartLine Wireless introduces a step change in performance and most notably, performance suitable for control. SmartLine Wireless performance is improved in these ways:•Fast ½ second publication rate.•Higher radio range coverage.•More powerful 4dBi integral antenna.•Smarter local display with more localdiagnostics and radio signal and qualityindicators.•More input channels and types than earlier.XYR 6000 Wireless Pressure Transmitter Differential Pressure Models 2SmartLine Wireless Temperature retains the following desirable features from the XYR 6000 product offering:•Mesh or non-mesh configuration within each transmitter.•Generic, off-the-shelf lithium ion battery.•Two “D” size batterie s for longer life.•Choice of over-the-air or local provisioning (network security join key).•Over-the-air firmware upgrade capability.•Unique, encrypted provisionng key delivered from the factory.•Remote and integral antenna options.•24 VDC power option.•Publication rates of 1, 5, 10, or 30 seconds, plus new selections of ½ seconds and 1, 15,30, 60 minutes.•Transmitter range (integral antenna) of 1150’ (350 m) under ideal conditions.The STIW400 is a high-performance Temperature transmitter featuring performance over a wide of temperature configurations and applications.The SmartLine family is also fully tested and compliant with Experion® PKS providing the highest level of compatibility assurance and integration capabilities. SmartLine easily meets the most demanding application needs for Temperature measurement applications. SmartLine Wireless FeaturesLocal and over-the-air provisioning capability:All Honeywell wireless devices feature a secure method to join the local wireless network, also known as provisioning. SmartLine Wireless transmitters feature two methods to provision a transmitter onto the network which are eitherby using a handheld device to locally communicate through the IR interface or remotely using the over-the-air function. The over-the-air function is managed by the OneWireless gateway, Wireless Device Manager (WDM). Over-the-air firmware updates:Once joined as a member of your OneWireless network, the WDM can download new transmitter firmware releases to each SmartLine Wireless transmitter over the wireless network. Locating and accessing the transmitter locally is not required thus saving time and keeping your personnel in safe environments.Mesh and non-mesh capability: All SmartLine Wireless transmitters can be configured to operate in either a mesh network or a star (non-mesh) network. The configuration is specific to each wireless transmitter and thus the network can consist of a mixture of meshing and non-meshing devices. Non-meshing is desirable for deterministic communications which is preferred for control. Transmission power setting:To comply with local and regional requirements, SmartLine Wireless transmitters are set at the factory to the maximum transmission power setting allowed for the country of use.Non-proprietary battery:Sourcing lithium thionyl chloride batteries is much simpler since SmartLine Wireless utilizes commercial off-the-shelf batteries. Please see the list of approved battery manufacturers later in this specification. Batteries are housed in an IS-approved battery compartment making battery changes safe and easy. Backward compatibility:SmartLine Wireless transmitters can join existing OneWireless networks and interoperate with existing XYR 6000 wireless transmitters or otherISA100 Wireless compliant transmitters or networks.OneWireless Network FeaturesThe core of the Honeywell wireless solution is the OneWireless Network which consists a gateway, access point(s), and field routers.The Wireless Device Manager (WDM) serves as the gateway function and in this role, manages the communication from the wireless field devices to the process control application. Typically, the WDM connects logically to the process control network (Level 2 or wireless DMZ). As the wireless network manager, the WDM provides easy access to the entire wireless network through a browser-based user interface. The Honeywell WDM can manage devices communicating over theISA100 Wireless protocol and the Wireless HART protocol.The ability to deploy redundant WDMs improves the reliability ensuring no loss of process data which is a requirement for control applications.The Field Device Access Point (FDAP) serves in two roles in the OneWireless network infrastructure, which are: 1) access point, and 2) field router. As an access point, the FDAP directly connects to the WDM via Ethernet LAN cable. More than one access point is permitted and, when more than one is present, it ensures dual path for communications into the WDM from the field devices. As a field router, the FDAP located in the field would communicate to the FDAP acting as an access point. Using the FDAP as a router is more efficient than using field devices as routers since FDAPs are line powered devices whereas field devices are typically battery powered, and the FDAP offers greater range. The meshing capability of FDAPs allows flexibility in the setup of the wireless network to fit the requirements for wireless network performance, in terms of reliable communications, performance, and future growth. The choice of non-meshing network may be desirable for reduced communication latencies with a FDAP serving as a field router.Wireless Specifications*Actual range will vary depending on antennas, cables and site topography.SpecificationsOperating Conditions1 The Ambient Limits shown are for Ordinary Non-Hazardous locations only. Refer to the Hazardous Locations Approvals section for the Ambient Limits when installed in Hazardous Locations.Remote Antenna CablesRemote Antennas8 dBi Omnidirectional Antenna14 dBi Directional AntennaPerformance SpecificationsPerformance under Rated Conditions** Field Calibration available for increased accuracy applications.** Performance specifications are based on reference conditions of 25°C (77°F), 10 to 55% RH. *** Default values; user configurable.Physical Specifications1 Add 8.0 pounds (3.6 Kg) to any model equipped with the stainless steel housing option (Model Selection Guide Table IV selection M or N).STIW400 ISA100.11a Compliant InputsAny combination of sensor type inputs is allowed. The input channels can be configured for the following input types by using the OneWireless User Interface with the corresponding device descriptor file:Selecting any RTD / 3-Wire Ohm Resistance input on Channel 1 and on Channel 3 renders Channel 2's and Channel 4’s input terminals unavailable.The transmitter measures the analog signal from temperature sensors, discrete inputs, millivolt values or ohm values and transmits a digital output signal proportional to the measured value for direct digital communications with systems.The discrete input channels support voltage-free floating contacts. Maximum ON contact resistance is 200 ohms. Minimum OFF contact resistance is 300 ohms. Discrete Input threshold values are user configurable.The Process Variable (PV) is available for monitoring and alarm purposes. The cold junction temperature is also available for monitoring. Available PV update rates are 1, 5, 10, or 30 seconds, plus new selections of ½ sec (Refer User Manual for applicable conditions) and 1, 15, 30, 60 minutes and are set using the Wireless Builder. Slower update rates extend battery life.Input Types and RangesSTIW400 TEMPERATURE TRANSMITTER CONNECTIONST/C or mV or DI or 2 Wire ResistancePV1PV2PV3PV43 Wire RTD or ResistancePV1PV33 Wire RTD or ResistancePV1PV3PV4T/C or mV or DI or 2 Wire ResistanceMounting and DimensionsReference Dimensions:Figure 2 — Examples of typical mounting positionsFigure 3 — Examples of typical mounting positionsFigure 4 – STIW400 Informational and dimensional drawingFigure 5 — Typical mounting dimensions for STIW400Figure 6 — Typical mounting dimensions for STIW400Hazardous Locations ApprovalsRefer to control drawing 50136129, in the user manual #34-SW-25-04, for intrinsically safe installation details.Transmitter Options(indicated selection code is shown)ISA100 Wireless Release Selections (A or B)OneWireless R2xx represents the previous releases whereas R3xx is the current release. A OneWireless system with R3xx firmware can host R2xx and R3xx devices. Please select the option to match the targeted OneWireless system.Remote Antenna and Cables (M or D)The user can select one of the optional remote antennas listed. The selection of the antenna option automatically includes the remote antenna adapter.To complete the option selection, one of the remote antenna cables (1, 2, or 3) must also be selected.Lightning (Surge) Diverter and Cables (1, 2, or 3)The lightning surge diverter options includes the surge diverter and cable. The diverter features Type N connections (female) on both ends. The remote antenna adapter is not included.Remote Antenna Adapter (A)This option provides an adapter to be inserted into the opening where the integral antenna normally connects. The adapter is designed to connect to a remote antenna that the user supplies. It features a female Type N connection.Destination Country (CA, EU, or US)This selection sets the transmission power at the factory to comply with the installation country location.Mounting Brackets (1, 3, 5, or 7)The angle mounting bracket is available in either zinc-plated carbon steel or 316 stainless steel and is suitable for horizontal or vertical mounting on a two-inch (50 millimeter) pipe, as well as wall mounting.An additional flat mounting bracket is also available in carbon steel and 316 stainless steel for two-inch (50 millimeter) pipe mounting.Tagging (Option 1 or 2)The choice of 1 or 2 stainless steel wired-on tags is available. Each tag can accommodate additional data of up to 4 lines of 28 characters. The number of characters includes spaces.Note that the standard nameplate on the meter body contains the serial number and body-related data.Model Selection GuideModel Selection Guides are subject to change and are inserted into the specifications as guidance only.For more informationTo learn more about SmartLine Transmitters, visit Or contact your Honeywell Account ManagerProcess Solutions Honeywell1250 W Sam Houston Pkwy S Houston, USA, TX 77042Honeywell Control Systems LtdHoneywell House, Skimped Hill Lane Bracknell, England, RG12 1EB34-SW-03-11 April 2022©2022 Honeywell International Inc.Shanghai City Centre, 100 Jungi Road Shanghai, China 20061Sales and ServiceFor application assistance, current specifications, ordering, pricing, and name of the nearest Authorized Distributor, contact one of the offices below.ASIA PACIFICHoneywell Process Solutions, Phone: + 800 12026455 or +44 (0) 1202645583 (TAC) hfs-tac-*********************AustraliaHoneywell LimitedPhone: +(61) 7-3846 1255 FAX: +(61) 7-3840 6481 Toll Free 1300-36-39-36 Toll Free Fax: 1300-36-04-70China – PRC - Shanghai Honeywell China Inc.Phone: (86-21) 5257-4568 Fax: (86-21) 6237-2826SingaporeHoneywell Pte Ltd.Phone: +(65) 6580 3278 Fax: +(65) 6445-3033South KoreaHoneywell Korea Co Ltd Phone: +(822) 799 6114 Fax: +(822) 792 9015EMEAHoneywell Process Solutions, Phone: + 800 12026455 or +44 (0) 1202645583Email: (Sales)*************************** or (TAC)*****************************AMERICASHoneywell Process Solutions, Phone: (TAC) (800) 423-9883 or (215) 641-3610(Sales) 1-800-343-0228Email: (Sales)*************************** or (TAC)*****************************。
Flex Gateway G2 用户手册说明书
User Manual Flex Gateway G204 / 25 / 2018Revision 21. CPS Data & Controls System Description (3)1.1) Standard Inverter Modbus Communication Card (4)1.2) Optional Flex Gateway Communications Card (5)1.3) Chint Power Systems Connect (CPS Connect) Mobile App (6)1.4) CPS Service Portal (6)2. Interface & Indicators (7)3. Installation Options (9)3.1) Inverter Wirebox (9)3.2) External Installation (10)4. Site Activation (11)4.1) Download the APP : CPS Connect ( Chint Power Systems Connect) (11)4.2) Connect the Flex Gateway (12)4.3) Status of Wifi Module (13)4.4) Test and Save the Configuration (14)4.5) Activate Flex Gateway (15)5. Hardware Datasheet of Flex Gateway 2.0 (18)1. CPS Data & Controls System DescriptionChint Power Systems (CPS) offers a complete inverter data acquisition and controls solution for its customers in North and Central America. Our platform aims to:Enable advanced inverter data communications & controlReduce communications HW cost and installation laborSupport seamless 3rd party integrationReduce O&M costs and improve field performanceEnable customers with direct data accessThe system comprises of four key components:Standard Inverter Modbus CommunicationsOptional Flex Gateway Communications CardChint Power Connect (CPS Connect) Mobile AppCPS Service Web Portal1.1) Standard Inverter Modbus Communication CardEach CPS three phase string inverter (Models SCA23KTL-X, SCA28KTL-X, SCA36KTL-X, SCA50KTL-X, SCA60KTL-X, SCA100KTL-X, SCA125KTL-X) ships standard, at no charge, with Modbus communications capability. This built in communications capability offers both data read access to approximately 32 parameters, depending on inverter model, but also advanced and remote controls of as many as 56 parameters.To enable inverter level data access, each inverter must be connected to a 3rd party monitoring gateway via standard RS-485 twisted shield pair Modbus daisy chain. Modbus wiring instructions are provided in the respective inverter product manuals.Standard built-in communicationsin every inverter wireboxApplication guides and Modbus data maps are available at the website athttps:///downloads.htmlor by contacting CPS applications engineering at 1-855-584-7168.1.2) Optional Flex Gateway Communications CardThe optional Flex Gateway card offers a site level inverter communications capability to customers and to CPS Service. This card works as a Modbus master gateway (site level) and connects to the inverter Modbus daisy chain network.The Flex Gateway enables the following additional features above standard Modbuscommunications:Remote inverter firmware upgrade support by CPS ServiceRemote diagnostics by CPS ServiceBroadcast controls commands to speed up control loops for advanced applications like power quality management or zero export requirementsDirect customer data from the Flex Gateway via a programmable Ethernet XML Sunspec Data Exchange connection for customers who want to manage their owndata directlyPass thru Modbus communications to a 3rd party gatewayOptional Flex Gateway1.3) Chint Power Systems Connect (CPS Connect) Mobile AppThe CPS Connect mobile application is used to wirelessly program and setup the Flex Gateway in the field. It is intended to be used by installers, operations, maintenance and other site personnel to program the communications equipment. The app is available at the Apple iOS store and at the Google store for Android based devices.Each Flex Gateway ships with a Wi-Fi Module that connects to the Flex Gateway to create a local Wi-Fi network. Once connected to the Flex Gateway, all inverters on the Modbus daisy chain network can be programmed.1.4) CPS Service PortalThe CPS Service Portal is a web based interface intended for use by the CPS service team. This advanced portal enables remote diagnostics and FW management of connected systems.2. Interface & IndicatorsSwitchSwitchSwitch Switch3. Installation Options3.1) Inverter Wirebox3.2) External Installation4. Site Activation4.1) Download the APP: CPS Connect (Chint Power Systems Connect)Scan the following QR-code to complete APP download and installation by using the mobile phones that can access the Internet.and Web Portal.4.2) Connect the Flex GatewayOpen the APP – CPS Connect and choose Flex Gateway. Click Wi-Fi Setting and switch to Wi-Fi configuration of mobile phone.Ensure to connect the SSID starts with CPLK-XXXXXXX.4.3) Status of Wi-Fi Module4.4) Test and Save the ConfigurationClick Test to check the default configuration.The APP will send the default configuration to the Flex Gateway and start testing. Click Save the Config to ensure all settings take effect.Auto start to scan the address in turn according to Modbus range after the Sever testing.4.5) Activate Flex GatewayAfter testing and saving the configuration, the Activate button will be enabled. Click Activate and move to the next step. Ensure the mobile phone is connected to the Internet during this step.Input the site owner’s email address and click Next.Click Apply to proceed with activation. Name a new site or choose an existingsite. Name a new Flex Gateway.Choose the time zone of the site.When the installer logs out and back to the area of the same Flex Gateway again. This Flex Gateway should be shown as Activated. Click Activated.It displays the basic information of this Flex Gateway including the date of the last upload and the connection status of Servers.5. Hardware Datasheet of Flex Gateway 2.0Address 7060 Koll Center Parkway, Suite 318Pleasanton, CA 94566Hotline 855 584 7168Website 。
Honeywell 8670 无线rings扫描仪配件指南说明书
DESCRIPTION Scanner Ring Head without Bluetooth® Module
Scanner Bluetooth Module
8670A276BTBOHMOD
Bluetooth Module without Scanner Ring Head and without battery
Ring finger straps – Elastic strap with snap-on mount (20-pack)
8670 Wireless Ring Scanner Accessories Guide |
4
ACCESSORIES GUIDE
Ring Scanner Trigger Assembly
8600505RINGTRGR
Ring Scanner Trigger Assembly
batteries & chargers
PRODUCT NAME Battery
SKU 50129434-001FRE
DESCRIPTION
Li-Ion spare battery for 8670, 8650 and 1602g scanners
power cables
PRODUCT NAME Power Cable - Europe
SKU 9000090CABLE
DESCRIPTION C14 type power cable, Schuko (Europe)
Power Cable - Denmark
9000091CABLE
C14 type power cable, Denmark 3-pin
8670 Wireless Ring Scanner Accessories Guide |
斯普雷克斯鞋公司电子目录-过载保护设备产品特性概述说明书
B1.1visit /ecatalog for pricing and the most up to date informationBO v e r l o a d R e l a y sProduct Feature Overview➊ You can also configure CEP9 devices using an optional expansion operator diagnostic station.Choices inOverload RelaysProtecting your investment is critical to keeping your operations up and running. Prevent unwanted down time by choos-ing the right protection for your motor controls. Sprecher + Schuh is proud to offer several options in motor protection. From simple single purpose devices, to varying degrees of selection options and complete factory automation and commu-nication, selecting the right protection is vital to ensuring motor life and longevity. Sprecher + Schuh is here to help protectyour investment.CT7N/CT8Thermal BimetallicKey Features:• Ambient temperature compensation • Rated for DC and variable frequent drive applications up to 400 Hz • Optional remote reset solenoid and external reset accessoriesCEP7 Solid StateKey Features:• Current measurement based protection • Low energy consumption• Side-mount expansion modules provide adjustable levels of protection and commu-nicationCEP9Advanced ElectronicKey Features:• Provides critical motor protection functions • Communication and diagnostics provide detailed logs and control from relay to motor • Can simplify control architecture3r d G e n C E P 7 O v e r l o a d sB1.2visit /ecatalog for pricing and the most up to date informationCEP7 Solid State Overload RelaysThe Third GenerationAdvanced solid state motor protectionThe CEP7-1__ relay provides the follow-ing features:• Electronic overload detection • Simple configuration • Selectable trip class • Adjustable trip current• Integration with CA7/CAN7 contactors• Test and reset buttons• Auto (CEP7-1EF only)/manual resetselection• RMS current sensing (50/60 Hz)• External current transformer configu-rations • Single- and Three-phase compatibility within the same unit • Direct and pass-through mounting options The CEP7-1__ relay lets you connectaccessory modules, some of which inter-face through the front-mounted com-munication port. Accessories include:• Ground fault/jam protection module(CEP7-1EF only)• Remote reset solenoid• Anti-tamper shield• Electronic remote indication display CEP7–ERID, with or without reset (CEP7–1EF units only)• External reset adapter • DIN rail/Panel adapterOverload Performance• Current Measurement-based Protection Current measurement-based overload protection more accurately models amotor’s thermal condition. Ambient temperature over the specified temperature operating range does notimpact the performance of current measurement-based designs.• Electronic Design Thermal model-ing is performed electronically withprecision solid-state components, us-ing a state-of-the-art microprocessor.The microprocessor continually pro-cesses motor current data to accurately maintain the time-current status of the motor thermal capacity utilization (%TCU) value.• Thermal Memory A thermal mem-ory design lets the CEP7-1 OverloadRelay model the heating and cooling effects of motor on and off periods. This achieves accurate protection for both hot and cold operation.• Phase Loss Protection Phase loss detection is incorporated into the CEP7-1 Overload Relay, allowing it to respond quickly to this type ofcondition.Direct Mount Mechanicalattachment800A100A 100A 100A3r d G e n C E P 7 O v e r l o a d sB1.3visit /ecatalog for pricing and the most up to date informationVersatile and Expandable• Adjustable Trip Class and Reset Modes The Basic CEP7-1EE relay of-fers Trip Class 10 and 20 with manual reset only. The Advanced CEP7-1EF relay offers Trip Class 10, 15, 20, and 30 with a selectable dial, in manual or automatic reset.• Pass-through Design The CEP7-1 relay Pass-through option consumes less panel space than a standard CEP7-1 relay that is configured with a panel-mount adapter. The pass-through design provides integrated DIN Rail mount and panel mount-ing holes. The CEP7-1 Pass-through Electronic Overload Relay provides the same protection and expandable accessory capabilities as a standard CEP7-1 relay.• External CTs For motor overload protection applications above 100A in current sensing capability, the CEP7–1EF_Z relay offers functionality with external CT configurations up to 800A maximum capacity.Wide current adjustment rangeThermal or bimetallic overload relays typically have a small current adjust-ment range of 1.5:1 meaning that the maximum setting is generally 1.5 times the lower setting. Sprecher + Schuh’s CEP7-1 overload relay is capable of adjustment to a maximum of five times the minimum set current, which dra-matically reduces the number of units required on-hand to cover the full range of current settings up to 100 amperes.Selectable tripping classBoth the CEP7-1 models have standard Class 10 tripping characteristics. The CEP7-1EE Basic model is equipped with dip switches that allow the select ability between Class 10 and Class 20, while the CEP7-1EF Advanced model possesses a selection dial on the face of the overload for trip classes 10/15/20 and 30. This selection feature allows you to closely match the Trip Class with the start-up time of the motor.Adaptive ProtectionRemote Reset CapabilityThe CEP7-1EF relay offers optional remote reset capabilities through the use of an electro-mechanical reset solenoid or an electronic remote reset accessory module.Ground Fault and Jam Protection The CEP7-1EF relay offers optional ground fault and jam protectionthrough the use of an accessory module. The ground fault current detection level is configurable via a mechanical rotary dial from 0.02…5A. Jam protection is configurable via two mechanical rotary dials, current level from 125…600% FLA, and delay from 0.1…10 seconds.Robust designThe CEP7 has been designed to physi-cally extend to the back-pan therefore aligning the mounting of the overload with the corresponding contactor. Further, the mechanical attachment and direct electrical connection to the contactor provides a robust mounting, which means less damage from shipping or during field wire installation. The bipolar latching relay which controls the normally closed trip contacts and nor-mally open alarm circuit contacts have been self-enclosed, therefore insulating the electromagnet and shielding against airborne metal particles and other po-tential environmental debris. The CEP7 has been tested to operate in -20° C. or up to 60° C (140 °F.) and withstand 3G of vibration or 30G of shock on a mountain up to an altitude of 2000m or in a jungle at 95% humidity. Reliability under every conceivable environmen-tal condition is a quality built into the design of the CEP7 electronic overload relay.Increased accuracy and improved motor protectionMicroelectronics provide flexible and ac-curate motor overload protection. Unlike traditional overload relays that simulate heat build-up in the motor by passing current through a heater element, CEP7 solid state overload relays measure motor current directly through integrated cur-rent transformers. The transformers, in turn, create a magnetic field that induces DC voltage onto the ASIC board. The electronics identify excessive current or loss of phase more accurately, and react to the condition with greater speed and reliability than traditional overload re-lays. In addition, CEP7 solid state relays offer setting accuracies from 2.5 – 5% and repeat accuracy of 1%.Dramatically lowered energy requirement saves money, reduces panel spaceBecause traditional overload relays work on the principle of “modeling” the heat generated in the motor (recreating the heat in the bimetal elements or heaters), a significant amount of energy is wasted. In traditional bimetallic overload relays, as many as six watts of heat are dissipat-ed to perform the protective function. Because the CEP7 uses sampling tech-niques to actually measure the current flowing in the circuit, very little heat is dissipated in the device…as little as 0.5 watts. This not only reduces the total amount of electrical energy consumed in an application, but it can also have a dra-matic impact on the design and layout of control panels. The density of motor starters can be much greater because less heat is generated by each of the individ-ual components. Higher density results in smaller control panels. In addition, special ventilation or air conditioning that might have been required to protect sensitive electronic equipment such as PLC’s can now be reduced or eliminat-ed. CEP7 overload relays dramatically reduced energy requirement saves moneyand reduces panel space.CEP7-1EF Selectable Dial for • Manual vs. automatic• Trip class 10, 15, 20 or 30)CEP7-1EE SwitchSelection for Trip class (10 or 20)3r d G e n C E P 7 O v e r l o a d sB1.4visit /ecatalog for pricing and the most up to date information➊ This reference is not intended to be a guide for selecting contactors. Size overload relays using the full load current of the motor.➋ The reset time of a CEP7 set in the automatic mode is approximately 120 seconds.➌ CEP7 overload relays do not work with Variable Frequency Drives, DC Applications or Softstarters with braking options.shown: CEP7-1EFGPCEP7-1EF Automatic or Manual Reset for 1Ø and 3Ø Applications shown: CEP7-1EFLZDescriptionFig. 1 - The Pass-Thru version of the CEP7 permits separate mounting of the overload relay.Fig. 2 - Motor load side cables simply pass-thru a window in the overload relay body. The internal current transformers monitor the current flow.Benefits• N o need for a panel mount adapter as required with direct-connect versions • E liminates 3 to 6 wire terminations• D esigned for use with CA8 or CA7 contactors • E asily replaces outdated overload relays in existing starter assemblies• P rovides state-of-the-art accuracy and motor protectionFig. 2B3r d G e n C E P 7 O v e r l o a d sB1.5visit /ecatalog for pricing and the most up to date informationAccessories - CEP7-1CEP7-1EPB CEP7-1EPD CEP7-1EPE➊ ATTENTION: The CEP7 Overload relay is not a ground fault circuit interrupter for personnel protection as defined in Article 100 of the NEC.➋ Dynamic inhibit: Protective function is enabled after the motor current goes above 150% and then falls below 125%➌ Utilizes UL or CE approved Current Transformers in conjunction with an overload selection – which is commonly selected as a CEP7-1EF_Z version. In the instance that a CEP7-1E_C_ overload is used, there is a reference table on catalog page B1.9 to assist with current setting guidance.3r d G e n C E P 7 O v e r l o a d sB1.6visit /ecatalog for pricing and the most up to date informationCEP7 Ground Fault Sensor SelectionGround fault current is sensed by passing all lines carrying current to and from a motor through the window of a special current transformer called a ground fault sensor. If all the current to the motor returns through the lines in the sensor window, no significant current will be induced in the sensor secondary. If, however, ground fault current returns via a path external to the sensor, such as via the conduit walls, a current will be induced in the sensor secondary. This current will be sensed and amplified by solid state circuits. If the ground fault current is larger than the selected ground fault trip level of the overload relay, the overload relay will trip.➊ For a three phase system with one cable per phase.➋ For a three phase system with two cables per phase.CEP7-1 Ground Fault Sensor InstallationGround Fault Sensor Control WiringMotorL2L3L1GroundFault SensorBCEP7Overloadsvisit /ecatalog for pricing and the most up to date informationT2T31314A1A2659798Specifications - CEP7 Electronic Overload RelayThis section contains specifications, wiring diagrams, andcertification information for the CEP7 Electronic OverloadWiring DiagramsThe figures in this section illustrate various wiringconfigurations for the CEP7 Electronic Overload Relay and95T2T3T19697Connection must beShort-circuit Protection Deviceonnection must be tted by the userShort-circuit Protection Device Transformer Overload Relay Application and Installation Instructions, publication193-IN084.Current TrShort-circuiProtection DT1/2For more inBulletin 19InstructionTransforme193-IN0843r d G e n C E P 7 O v e r l o a d sB1.8visit /ecatalog for pricing and the most up to date informationAttributeRatingCEP7-1EE..CEP7-1EF..Type of Relay Ambient Compensated Time-DelayPhase Loss SensitiveNature of Relay Solid-state FLA Setting Rotary Dial Trip Rating 120% FLATrip Class 10, 2010, 15, 20, 30Reset ModeManualAutomatic or ManualOverload ResetLevelAuto Reset occurs at 70% TCU when accessory powered, after 2 minutes when self powered.Manual Reset can occur anytime by pressing themanual reset button. Electronic Reset (ERID input)can only occur below 70% TCU.* Typical reset time for CEP7-1EF devices set to automatic reset mode is dependent upon overload trip class. Typical reset time for Trip Class 10 is 90 seconds, Trip Class 15 is 135 seconds, Trip Class 20 is 180 seconds, and Trip Class 30 is 270 seconds.Ground Fault ProtectionAttribute Rating CEP7-1EF Type Core Balanced Intended Use Equipment Protection Classification (Per UL 1053)Evaluated to UL 1053 but notlisted as such Internal Protection Range 0.02…5.0 ATrip and Warning Time DelayFixed at 100 msec ± 20 msecControl Relay RatingsRelay N.O./N.C.Type of ContactsAg/NiRated Thermal Current (I the )B600: 5.0 A; C600: 2.5 A; R300: 1.0 AContact Reliability[V]17 V, 5 mA Rated Insulation Voltage - (U I )[V]690V ACRated Operation Voltage - (U e )[V]690 AC (IEC) / 600 AC (UL/CSA)Rated Operating Current (I e )[V]B600: 3 A (@120V AC), 1.5 A (@240V AC)[V]C600: 1.5 A (@120V AC), 0.75 A (@240V AC)[V]R300: 0.22 A (@125V DC), 0.11 A (@250V DC)Minimum Operating Current [V]10 mA @ 5V DCRating Designation N.O. C600 / N.C. B600 (AC)N.O. / N.C. R300 (DC)Utilization Category AC-15/DC-13B600 VA Rating 3,600VA make / 360VA break C600 VA Rating 1,800VA make / 180VA break R300 VA Rating28VA make / 28VA breakRated Number of Mechanical OperationsRelay N.O./N.C.10,000W/ CA7-9…CA7-3713,000,000W/ CA7-43…CA7-5512,000,000W/ CA7-60…CA7-976,000,000Motor/Load RatingsTerminals1/L1, 3/L2, 5/L3, 2/T1, 4/T2, 6/T3Terminal Style Devices Rated Insulation Voltage - (U i )[V]690V AC Rated Operating Voltage - (U e ) IEC [V]690V AC Rated Operating Voltage - (U e ) UL [V]600V ACPass-thru Style Devices Rated Insulation Voltage - (U i )[V]1000V AC Rated Operating Voltage - (U e ) IEC [V]1000V AC Rated Operating Voltage - UL/CSA [V]600V AC Rated Impulse Voltage - (U imp )[kV]6 kV ACRated Operating Current - (I e )See product selection tableRated Frequency[Hz]45 (65)➊For multiple conductor applications, the same size and style wire must be used.Table for using Current Transformers with CEP7-1E_C_ (range 1.0…5.0 amps) overload relay3r d G e n C E P 7 O v e r l o a d sB1.9visit /ecatalog for pricing and the most up to date informationTechnical InformationEnvironmental RatingsOverload Rating Accessory RatingAmbient TemperatureStorage [˚C]-40...+85 (-40...+185 ˚F)Damp Heat - Steady State(per IEC 60068-2-78)93% R.H., 40 °C (104 °F), 56 days Damp Heat - Cyclic (per IEC 60068-2-30)93% R.H., 25 °C/40 °C (77 °F/104 °F), 21 CyclesCooling MethodNatural convection Vibration (per IEC 68-2-6), operating [G]3Shock (per IEC 68-2-27), operating [G]30Maximum Altitude [m]2000Pollution Environment Pollution Degree 3Degree of ProtectionIP20 (front of panel)IP20Electromagnetic Compatibility Immunity and EmissionsOverload RatingAccessory RatingElectrostatic Discharge Immunity IEC 61000-4-2, IEC 60533 6 kV Contact Discharge, 8kV Air Discharge(Performance Criterion “B”)8 kV Contact Discharge, 8kV Air Discharge(Performance Criterion “B”)Radio Frequency Immunity IEC 61000-4-3[Hz]10V/m; 80 MHz...1.0 GHz [Hz]3V/m; 1.4 GHz...2.0 GHz [Hz]1V/m; 2.0 GHz...2.7 GHzIEC 60533[Hz]10V/m; 80 MHz...2.0 GHz (Performance Criterion “A”)Electrical Fast Transient / Burst Immunity IEC 61000-4-4, IEC 60533[V]4kV (3-phase Power); 2kV(Control Power & Communication I/O when CEP7-1ERR or CEP7-1EGJ accessory installed); Performance Criterion “A”Surge ImmunityIEC 61000-4-4, IEC 60533[V]2kV (L-N); 1kV (L-L); Performance Criterion “B”Radiated Emissions CISPR11 Environment A [Hz]30 MHz…1.0 GHz IEC 60533[Hz]150KHz…2.0GHzConducted Emissions CISPR11 Environment A [Hz]150 KHz…30 MHzIEC 60533[Hz]10 KHz…30 MHz (General Power Distribution Only)Conducted ImmunityIEC 61000-4-6, IEC 60533[Hz]Modulation 80% AM at 1 KHz; 10V RMS (150 KHz…80 MHz)Power Frequency Magnetic Field Immunity IEC 60947-1, IEC 61000-4-8[Hz]30 A/m; 50 HzVoltage Variation Immunity IEC 61000-4-11, IEC 60533[V]—Control Power 40…240V (AC/DC)Wiring SpecificationsWiring Specifications for CEP7-1E__B, CEP7-1E__D, and CEP7-1E__EControl WiringPower Wiring AllCEP7-1E BCEP7-1E DCEP7-1E EWire TypeWires Range Torque Range Torque Range Torque Range Torque Flexible Stranded w/ Ferrule1 Wire 0.75…2.5 mm 21.4 N•m2.5…16 mm 2 2.5 N•m 2.5…16 mm 2 2.5 N•m 4…35 mm 2 4.6 N•m2 Wires ➊ 2.5…10 mm 2 3.4 N•m 2.5…10 mm 2 3.6 N•m 4…25 mm 2Stranded / Solid1 Wire0.75…4.0 mm 2(18…12 AWG)1.4 N•m (12 lb•in)2.5…16 mm 2(14…6 AWG) 2.5 N•m (22 lb•in) 2.5…16 mm 2(14…6 AWG) 2.5 N•m (22 lb•in)4…35 mm 2(12…1 AWG) 4.6 N•m (40 lb•in)25 mm 2(4 AWG) 3.4 N•m (30 lb•in)25 mm 2(4 AWG) 3.4 N•m (30 lb•in)2 Wires ➊2.5…16 mm 2(14…6 AWG)2.5…16 mm 2(14…6 AWG)3.6 N•m (32 lb•in)4…35 mm 2(12…2 AWG)3r d G e n C E P 7 O v e r l o a d sB1.10visit /ecatalog for pricing and the most up to date informationTechnical InformationOverload Trip CurvesTypical reset time for CEP7-1EF devices set to automatic reset mode is dependent upon overload trip class. Typical reset time for Trip Class 10 is 90 seconds, Trip Class 15is 135 seconds, Trip Class 20 is 180 seconds, and Trip Class 30 is 270 seconds.Class 30Class 20Class 15Class 10B3r d G e n C E P 7 O v e r l o a d sB1.113r d G e n C E P 7 O v e r l o a d sB1.12B3r d G e n C E P 7 O v e r l o a d sB1.13B3r d G e n C E P 7 O v e r l o a d sB1.15➊ Terminals R1 and R2 are used with CEP7-ERID and CEP7-1ERIDN modules.➋ External power must be user supplied. 24…240V, 47…63 Hz or DC.➌ Connect current sensor to Terminal S1 and S2Expansion Accessory Ratings CEP7-1EGJ/1ERRAttributeRatingRated Insulation Voltage Ui 264V (AC/DC)Rated Operating Voltage Ue, IEC24...240V (AC/DC)Rated Frequency 45...65 HzPower Consumption0.8 Watts at 24V AC; 1.0 Watts at 240V AC➍ Terminals R1 and R2 are used with CEP7-ERID and CEP7-1ERIDN modules.➎ External power must be user supplied. 24…240V, 47…63 Hz or DC.。
Aeroflex DT400 ARINC 429 Databus Analyzer 产品说明书
w w w. a e r o f l ex . c o m • User defined labels and transmit tables For the very latest specifications visit
Bus Frequency 12.0, 12.5, 14.5, or 100 kHz (selectable)
Output Levels ±10.0 VDC (A to B)
Output Impedance 75 Ω Word Update 1 ms to 10 sec (selectable)
Burst Mode 01 to 99 burst output at selectable rate
Display Format Pre-stored engineering units, full or data field hex and binary, user, and ASCII
• Sophisticated analyzer features including breakpoint, history, etc.
2 standard, expandable to 4 with additional board Bus Frequency
12-14.5 kHz or 100 kHz (selectable) Input Levels
Avionics
DT400 ARINC 429 DATABUS ANALYZER
Sets a standard for databus test equipment in the field or shop
The DT400 clearly establishes the standard for databus equipment. Never have so many powerful tools and features been assembled for supporting your digital avionics.
KP-400模型的1个自包含抗拆劫抗风干数字按键盘操作说明书
MODEL KP-400VANDAL RESISTANT WEATHERPROOF DIGITAL KEYPAD OPERATING INSTRUCTIONSAlarm Controls10027 S. 51st StreetSuite 102Phoenix, AZ 85044 (800) 645-5538Model KP-400 is a self-contained vandal resistant digital keypad. This dual-relay output keypad is suitable for residential, industrial, and commercial installations. It is compatible with all electric locking devices. Durable backlit metal keys and a rugged metal housing protect the keypad from harsh environments.1. Remove tamper proof screws from the front of the keypad with the provided tool.2.Pass the wire harness through the opening in the back box.3. Mount the back box to the door frame or wall.4. Make all required wiring connections to the terminal blocks.5. Place the keypad faceplate on the back box and secure with the tamper proof1. Connect power to the keypad.2. Put the keypad in Program Mode by entering “0 0 0 0 ”. The keypad will beep twice and the yellow LED will be on and not blinking.3. Enter “8 9 0 1 #”.4. The keypad will beep twice and the keypad initiation is complete.5. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.“0 0 0 0”. If the Installer Code is not known, please refer to the section onDirect Access to Programming .1. Put the keypad in Program Mode by entering “0 0 0 0 ” or the currentinstaller code. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “0 (4 to 8 digit new installer code) #”. For example, to change the Installer Code to 1 2 3 4 you would enter “0 1 2 3 4 #”.3. The keypad will beep twice indicating that the new Installer Code has been accepted.4. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.keypad configuration settings.1. Put the keypad in Program Mode by entering the Installer Code followed by the “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.A User Code can be assigned to operate either Output 1 or Output 2. Thekeypad can store up to 100 User Codes for Output 1 and up to 10 User Codes for Output 2.Each User Code has a Code Number . Output 1 Code Numbers are two digits ranging from “00” to “99”. Output 2 Code Numbers are one digit ranging from “0” to “9”.1. Put the keypad in Program Mode by entering the Installer Code followed by the “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “(Output) (Code Number) (User Code) #”.For example, if you wish to assign a User Code of “6 7 8 9” to Code Number “00” to operate Output 1 you would enter “1 0 0 6 7 8 9 #”.If you wish to assign a User Code of “3 4 3 3” to Code Number “1” to operate Output 2 you would enter “2 1 3 4 3 3 #”.3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.the “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “(Output) (Code Number) #”.For example, if you wish to delete the User Code in Code Number “02” for Output 1 you would enter “1 0 2 #”.If you wish to delete the User Code in Code Number “3” for Output 2 you would enter “2 3 #”.3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking. To delete all User Codes enter “8 9 0 1 #”.in standby mode (yellow LED blinking).1. Enter “(User Code) #”.For example, if the User Code is “1234” you would enter “1 2 3 4 #”.false code entries.1. Put the keypad in Program Mode by entering the Installer Code followed bythe “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “7 2 5 #”.3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking. To disable the False Code Lockout feature -1. Put the keypad in Program Mode by entering the Installer Code followed bythe “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “7 6 0 0 #”.3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.The keypad will generate an alarm instantly if the door is opened without a valid User Code or Egress Input. The alarm will last for 60 seconds. Door position is monitored via the Door Position Sensor Input . The alarm will be turned off immediately with any valid Output 1 User Code entry.1. Put the keypad in Program Mode by entering the Installer Code followed by the “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “8 0 1 #”.3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.alarm until the door is closed. The door open time can be programmed from 1 to 999 seconds. Door position is monitored via the Door Position Sensor Input.1. Put the keypad in Program Mode by entering the Installer Code followed by the “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “9 (door open time 1-999) #”.3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking. To disable the Door Propped Open Alarm feature -1. Put the keypad in Program Mode by entering the Installer Code followed by the “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “9 0 #”.3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.Momentary operation time can be set for between 1 and 999 seconds. The factory default momentary operation time is 1 second.1. Put the keypad in Program Mode by entering the Installer Code followed by the “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Output 1 Momentary Mode -Enter “4 0 (output active time 1-999) #”Output 2 Momentary Mode -Enter “5 0 (output active time 1-999) #”Output 1 Latching Mode -Enter “4 1 #”Output 2 Latching Mode -Enter “5 1 #”3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.1. Put the keypad in Program Mode by entering the Installer Code followed by the “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2. Enter “8 0 0 #”.3. Enter “ ” to exit Program Mode. The yellow LED will begin blinking.1.Put the keypad in Program Mode by entering the Installer Code followed bythe “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2.Enter “8 3 0 #”.3.Enter “ ” to exit Program Mode. The yellow LED will begin blinking.To return the keypad to audible mode -1.Put the keypad in Program Mode by entering the Installer Code followed bythe “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2.Enter “8 3 1 #”.3.Enter “ ” to exit Program Mode. The yellow LED will begin blinking.When the keypad is programmed for Auto Entry Mode it is not necessary to terminate User Codes with the “#” during operation. However, in Auto Entry Mode the User Code must be the same length (4 to 8 digits) as the Installer Code.To put the keypad in Auto Entry Mode -1.Put the keypad in Program Mode by entering the Installer Code followed bythe “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2.Enter “8 2 1 #”.3.Enter “ ” to exit Program Mode. The yellow LED will begin blinking.To return the keypad to Manual Entry Mode -1.Put the keypad in Program Mode by entering the Installer Code followed bythe “ ”. The keypad will beep twice and the yellow LED will be on and not blinking.2.Enter “8 2 0 #”.3.Enter “ ” to exit Program Mode. The yellow LED will begin blinking.There may be up to ten (10) user programmable Duress Codes. Their User ID’s are single digit (between 0 & 9). A Duress Code will operate Relay 1 just like a User Code, but it will also activate the Duress Output. The Duress Output can be wired for remote monitoring of the event if desired. To reset the Duress Output you can enter any valid User Code.1.To program a Duress Code put the keypad into the Program Mode byentering the Installer Code followed by the “ ”. The keypad will beeptwice and the yellow LED will stop flashing and go solid.2.Enter(46) (User ID) (Duress Code) #. For example, if you wish to enterDuress Code 1818 into the first User ID slot (0), you will enter 4601818#.3.Enter “*” to exit Program Mode. The yellow LED will begin blinking.can be used to put the keypad in Programming Mode.1.Disconnect the power supply from the keypad.2.Move the DAP jumper from the OFF to the ON position.3.Reconnect the power supply to the keypad (keypad will start beeping).4.Move the DAP jumper from the ON to the OFF position (keypad will stopbeeping and the yellow LED will be on and not blinking. The keypad is now in Programming Mode.5. A new Installer Code must now be entered.6.Enter “0 (4 to 8 digit new installer code) #”. For example, if you wish tochange the Installer Code to 1 2 3 4 you would enter “0 1 2 3 4 #”.7.The keypad will beep twice indicating that the new Installer Code has beenaccepted.8.Enter “ ” to exit Program Mode. The yellow LED will begin blinking.The Red LED is on while Output 2 is activated.The Yellow LED is described in the table below -The Tamper Switch is Normally-closed when the keypad face plate is securely attached to the back box. Connect these terminals to an alarm panel if desired.The keypad has an adjustable backlight feature. Thebacklight illumination can be set to “FULL”, “AUTO”, and“OFF” using the jumper located in the upper left hand corner of the PCB assembly behind the front plate.Call tech support for mantrap, inhibit and other application specific wiring diagrams at 1.800.461.300711DOCD022_REV7 6/12/2018。
兄弟 fax-2820 说明书
按
（复印 ) 键使其变绿。
装入原稿。 使用拨号盘输入要复印的份数 （最多 99 份） 。 按选项键和 ▲ 或 ▼ 键选择 Stack/Sort （堆叠 / 排序） 。 按功能 / 设定键。 按 ▲ 或 ▼ 键选择 Sort （排序） 。 按功能 / 设定键。 按启动键。
v
目录
1
简介
使用本说明书 .......................................................................................................1-1 选择安装位置 .......................................................................................................1-2 如何使用完整的使用说明书 （仅适用于 MFC-7220）..........................................1-3 浏览文档 （适用于 Windows®）.....................................................................1-3 如何查找扫描说明 ......................................................................................1-3 浏览文档 （适用于 Macintosh®）...................................................................1-4 如何查找扫描说明 ......................................................................................1-4 控制面板概述 .......................................................................................................1-5 装入原稿 ..............................................................................................................1-7 使用自动进稿器 (ADF) ..................................................................................1-7 关于纸张 ..............................................................................................................1-8 推荐使用的纸张 .............................................................................................1-8 选择适用的纸张 .............................................................................................1-8 纸盒容量 ....................................................................................................1-9 如何装入纸张 ...............................................................................................1-10 将纸张或其他介质装入纸盒 .....................................................................1-10 装入信封 ......................................................................................................1-11 将纸张或其他介质装入手动进纸槽 ...........................................................1-12 有关传真设备 .....................................................................................................1-13 传真音和握手 ...............................................................................................1-13 ECM （错误修正模式）................................................................................1-13 多线连接 (PABX) .........................................................................................1-13
SIEMENS TD400C 说明书
我们已对印刷品中所述内容与硬件和软件的一致性作过检查。然而不排除存在偏差的可能性，因此我们不保证印刷 品中所述内容与硬件和软件完全一致。印刷品中的数据都按规定经过检测，必要的修正值包含在下一版本中。
3 使用 Keypad Designer 来创建自定义面板 ......................................................................................3-1
3.1
创建自定义键盘的应用程序 ............................................................................................... 3-1
TD400C 组态_______6_
_技_术规_范_和_参_考_信息______A_
_在_网络_中_连_接_多_个设_备_____B_
用 TD400C 替换其它 TD 设
_备__________
_
_C_
_故_障排_除__________D_
08/2006
小心 带有警告三角，表示如果不采取相应的小心措施，可能导致轻微的人身伤害。
小心 不带警告三角，表示如果不采取相应的小心措施，可能导致财产损失。
注意
表示如果不注意相应的提示，可能会出现不希望的结果或状态。
当出现多个危险等级的情况下，每次总是使用最高等级的警告提示。如果在某个警告提示中带有警告可能导致人身 伤害的警告三角，则可能在该警告提示中另外还附带有可能导致财产损失的警告。
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Leagene 。
com 北京雷根生物技术有限公司
Ficoll 400裂解液(20% w/v)
简介：
Ficoll 400又称聚蔗糖400，分子量40KD ，具有无毒、低渗透压、密度高等特性，容易使细胞聚集，是分离细胞或细胞器较好的介质。
Ficoll 400裂解液用于分级梯度分离细胞器如完整细胞核等，主要由PM 缓冲液、Ficoll 400、蛋白酶抑制剂等组成，经过滤除菌。
组成：
操作步骤(仅供参考)：
1、根据实验要求操作。
注意事项：
1、 注意无菌操作，避免反复冻融。
2、为了您的安全和健康，请穿实验服并戴一次性手套操作。
有效期： 6个月有效。
4℃可储存1个月。
相关：
编号 名称 CS0020 Storage Ficoll 400裂解液(20% w/v) 100ml -20℃ 使用说明书 1份 编号 名称
CC0007 磷酸缓冲盐溶液(10×PBS,无钙镁)
CC0022 D-Hanks 平衡盐溶液(1×,含酚红)
CC0130 胰蛋白酶-EDTA 溶液(0.25%:0.02%)
CS0001 ACK 红细胞裂解液(ACK Lysis Buffer)
DG0005 糖原PAS 染色液
PW0053 Western 抗体洗脱液(碱性)
TC0713 葡萄糖检测试剂盒(GOD-POD 比色法)。