GILAIR-3及GILAIR-5 空气采样器说明书

合集下载

艾尔智能气体采样烟雾探测器使用手册 AIR-Intelligence Air Sampling

1.GENERAL SPECIFICATION1.1An Air Sampling Smoke Detection (ASD) system shall be installed to provide early warningsmoke detection in the incipient stage of fire.2.CODES/STANDARDS COMPLIANCE2.1The design, installation, testing and maintenance of the Air Sampling Smoke Detection Systemshall be in accordance to the following codes, standards and regulatory bodies:A.NFPA 72: National Fire Alarm CodeB.NEC: National Electrical CodeC.CSFM: California State Fire MarshalD.IFC: International Fire CodeE.IMC: International Mechanical CodeF.NFPA 75: Protection of computer and data processing equipmentG.NFPA 76: Standard for the protection of telecommunications facilitiesH.NFPA 92A: Recommended Practice for Smoke Control SystemsI.UL 268: Standard for Smoke Detectors for Open AreasJ.UL 268A: Standard for Smoke Detectors for Duct ApplicationK.ULC-S529-02 Standard for Smoke DetectorsL.Factory MutualM.Requirements of the Local Authority Having JurisdictionN.Manufacturer’s Design, Installation, Operation & Maintenance Manual2.2The ASD system must have the following listings and approvals:A.FM ApprovedB.UL268 Listed for Open Area Protection and Special ApplicationsC.UL286A Listed for Duct DetectionD.cUL/ULC-S529-02 Listed for Open Area Protection and Special ApplicationsE.CSFM Approved2.3The manufacturer shall have the following qualifications:A.The manufacturer must meet ISO 9001 requirements for the design, production anddistribution of fire detection and fire alarm systems.B.The manufacturer shall have a minimum of 15 years experience in manufacturing AirSampling Smoke Detection systems2.4The system shall be supplied and installed by a factory-authorized Contractor with the followingqualifications:A.The Contractor shall be trained by the manufacturer to calculate/design, install, test andmaintain the Air Sampling Smoke Detection System and shall be able to produce a certificatestating such on request.B.The Contractor shall have a minimum of 5 years experience in the installation of fireprotection systems.C.The Contractor shall employ a person who can show proficiency at least equal to a NICETLevel IV certification in fire alarm system design.3.SYSTEM DESCRIPTION3.1All Air Sampling Smoke Detectors and accessories must be AIR-Intelligence by Kidde FireSystems, 400 Main Street, Ashland, MA 01721, U.S.A., phone: (508) 881-2000, URL: 3.2The manufacturer shall warrant all Air Sampling Smoke Detection products for two years fromdate of shipment.3.3[OPTIONAL, Delete if N/A] All ASD Detectors shall report all alarms and troubles to an ARIESIntelligent Control Panel.3.4AIR-Intelligence Air Sampling Smoke Detection System(s) shall be installed in areas designatedon construction drawings and shall provide very early “active” detection of smoke and products of combustion present in both still and high airflow environments.3.5The system shall consist of a distributed air sampling pipe network connected to the inlet manifoldof a central detection unit housing precision flow sensor(s), high efficiency aspirator, particle filtration system, precision high sensitivity laser chamber, processing card, and termination points for system networking and interface to other systems.3.6Detection shall be based on laser light scattering mass detection and particle evaluationprinciples.3.7The air sampling pipe network design shall be supported by calculations from PipeCAD™, themanufacturer’s computer-based design modeling tool for validating performance criteria such as Air Sampling flow, suction balance, transport times and hole-sensitivity.3.8The system(s) shall have a detection sensitivity measurement range of 0.00046% to 7.62%obscuration per foot with a particle sensitivity range of 0.003 to 10 microns.3.9The detector(s) shall provide programmability of four smoke density alarm thresholds within thesystem(s) sensitivity measurement range. Setting of time delays for each of the four alarm thresholds shall also be programmable. Relay outputs shall be provided for remote indication of alarm conditions.3.10Resistance to unwanted alarms while still achieving maximum sensitivity is of paramountimportance. The system shall incorporate advanced statistical based signal processing techniques proven to reduce unwanted alarms. The system(s) shall utilize a system of perpetually updating Perceptive Artificial Intelligence to ensure a consistent level of protection by continually varying its operating parameters to match environmental changes within the protected area. Air Sampling Smoke detection systems using a method of fixed sensitivity, where settings are manually or automatically set then remain fixed until manually altered, are not acceptable.3.11The detector shall incorporate a dual technology system for the automatic discrimination ofsignals from non-fire related sources such as dust. The system shall automatically compensate for changes in environmental conditions and the negative effect of filter contamination.3.12The detector shall supervise filter contamination, detection chamber operation, microprocessormalfunction, network condition, and airflow in sampling pipes outside normal limits. Configurable relay output shall be provided for remote indication of fault conditions.3.13The system shall provide for automatic detector chamber sensitivity adjustments to compensatefor the negative effect of filter contamination/ageing. The system shall also be capable of monitoring filter usage, and allow programming of maintenance interval reminders.3.14An airflow sensor shall be provided in each pipe inlet for supervising an increase or decrease inflow rate through the air sampling pipe network. The system(s) shall be capable of having programmable fault thresholds, per pipe inlet, to accommodate normal fluctuation present in the protected area.3.15System programming shall be by an integral or remotely located programmer/ network controller,or by PC via RS232. Both RS232 and RS485 shall be integral to each detector. No additional equipment shall be required for direct interface of an individual detector to a PC.3.16All system devices shall be capable of communicating with each other via an RS485 network.The digital communication port of each device shall comply with EIA RS485 Protocol. The RS485 network shall be able to support up to 127 detectors of any type per loop. Remote displays, programmers, and network relay modules residing on the network shall not take up an available network address. There shall be no additional hardware required for making a device network compatible. Remote displays, programmers, and network relay modules residing on the network shall not take up an available network address.3.17The RS485 network shall be capable of being configured in a fault tolerant loop for both shortcircuit and open circuit. Any communication faults shall be reported unambiguously and shall be clearly attributable to an individual device or wire link in the fault messages.3.18PC based configuration tools shall be available to configure and manage the entire network ofdevices.3.19[OPTIONAL, Delete if N/A] When applied in duct applications, the detectors shall provide earlydetection of smoke and products of combustion present in air moving through HVAC duct supply, return, or both.3.20[OPTIONAL, Delete if N/A] When applied in duct applications, the detectors shall preventrecirculation or spread of smoke in areas by air handling system’s fans and blowers.3.21[OPTIONAL, Delete if N/A] The complete HVAC-related system may be shut down in event ofsmoke detection.3.22Other related building automation and life safety systems shall be activated as required in eventof smoke detection.PONENTS4.1Air Sampling Smoke Detector[Specify one or more of the AIR-Intelligence ASD-160H, ASD-320 and ASD-640 detectors.Modify from the following paragraphs to meet the specific requirements of your application.Consult AIR-Intelligence for assistance in choosing the detector type, if required].A.The Air Sampling Smoke Detector installed at locations shown in the bid documents shall bethe AIR-Intelligence ASD-160H. The detector shall have the following features:1. The ASD-160H shall be optimized for discrete small localized applications of area up to2,500 sq. feet2. The ASD-160H shall support a single pipe inlet3. The ASD-160H shall be suitable for up to 10 sample ports4. The ASD-160H shall be capable of supporting at least 164 feet of sampling pipe5. The ASD-160H shall feature built-in RS232 and RS485 ports6. The ASD-160H shall feature ClassiFire™ Perceptive Artificial Intelligence which shallautomatically configure the detector during initial setup and then shall automatically andcontinuously adjust the sensitivity of the detector to compensate for normal changes inthe environment throughout the life of the detector. Mass scattering detectors which allowonly fixed sensitivity settings are prone to false alarms and are not acceptable.7. The ASD-160H shall feature Dual Technology LDD-3D3™ Laser Dust Discrimination andelimination system enabling wide applicability including extremely dusty or dirtyenvironments.8. The ASD-160H shall feature integral on-board status LED’s for OK status, Alarm andFault9. The ASD-160H shall be provided an integral docking station enable easy docking andundocking.10. The ASD-160H shall be programmed either via a PC running Remote Configurationsoftware or the network Command Module as applicable11. Irrespective of the method used, programming shall support the following features at aminimum:i. Programming of individual AIR-Intelligence detectors.ii. Initiating ClassiFire “Perceptive Artificial Intelligence” viewing window.iii. Viewing of the status of AIR-Intelligence detectors.iv. Facilities for referencing.v. Testing of relays assigned to a specific zone to aid commissioning.vi. Adjustment of any adjustable parameter.vii. Event log viewing/printing.12. [OPTIONAL, Delete if N/A] The ASD-160H shall accommodate a relay card for thosespecific locations requiring additional contact outputs.B.The Air Sampling Smoke Detector installed at locations shown in the bid documents shall bethe AIR-Intelligence ASD-320. The detector shall have the following features:1. The ASD-320 shall be optimized for discrete medium localized applications of area up to10,000 sq. feet2. The ASD-320 shall support two pipe inlets3. The ASD-320 shall be suitable for up to 20 sample ports4. The ASD-320 shall be capable of supporting at least 328 feet of sampling pipe5. The ASD-320 shall feature built-in RS232 and RS485 ports6. The ASD-320 shall feature ClassiFire™ Perceptive Artificial Intelligence which shallautomatically configure the detector during initial setup and then shall automatically and continuously adjust the sensitivity of the detector to compensate for normal changes in the environment throughout the life of the detector. Mass scattering detectors which allow only fixed sensitivity settings are prone to false alarms and are not acceptable.7. The ASD-320 shall feature Dual Technology LDD-3D3™ Laser Dust Discrimination andelimination system enabling wide applicability including extremely dusty or dirty environments.8. The ASD-320 shall feature integral on-board status LED’s for OK status, Alarm and Fault9. The ASD-320 shall be provided an integral docking station enable easy docking andundocking.10. The ASD-320 shall be programmed either via a PC running Remote Configurationsoftware or the network Command Module as applicable11. Irrespective of the method used, programming shall support the following features at aminimum:i. Programming of individual AIR-Intelligence detectors.ii. Initiating ClassiFire “Perceptive Artificial Intelligence” viewing window.iii. Viewing of the status of AIR-Intelligence detectors.iv. Facilities for referencing.v. Testing of relays assigned to a specific zone to aid commissioning.vi. Adjustment of any adjustable parameter.vii. Event log viewing/printing.12. [OPTIONAL, Delete if N/A] The ASD-320 shall accommodate a relay card for thosespecific locations requiring additional contact outputs.C.The Air Sampling Smoke Detector installed at locations shown in the bid documents shall bethe AIR-Intelligence ASD-640. The detector shall have the following features:1. The ASD-640 shall be optimized for medium to large applications up to 20,000 sq. feetarea.2. The ASD-640 shall support four pipe inlets3. The ASD-640 shall be suitable for up to 100 sample ports4. The ASD-640 shall be capable of supporting at least 640 feet of sampling pipe with 100sampling ports and up to 820 feet with 80 sampling ports5. The ASD-640 shall feature built-in RS232 and RS485 ports6. The ASD-640 shall feature ClassiFire™ Perceptive Artificial Intelligence which shallautomatically configure the detector during initial setup and then shall automatically and continuously adjust the sensitivity of the detector to compensate for normal changes in the environment throughout the life of the detector. Mass scattering detectors which allow only fixed sensitivity settings are prone to false alarms and are not acceptable.7. The ASD-640 shall feature Dual Technology LDD-3D3™ Laser Dust Discrimination andelimination system enabling wide applicability including extremely dusty or dirty environments.8. The ASD-640 shall provide four alarm levels and sensitivity range extending from high tolow sensitivity (0.00046 to 7.62% obscuration/foot), that is field selectable depending upon the application environment.9. The ASD-640 shall be programmed either via the display-keypad, a PC running RemoteConfiguration software or the network Command Module as applicable10. The ASD-640 shall be provided a rugged sheet steel enclosure or an aestheticlightweight plastic enclosure, based on the application.11. Irrespective of the method used, programming shall support the following features at aminimum:i. Programming of individual AIR-Intelligence detectors.ii. Initiating ClassiFire “Perceptive Artificial Intelligence” viewing window.iii. Viewing of the status of AIR-Intelligence detectors.iv. Facilities for referencing.v. Testing of relays assigned to a specific zone to aid commissioning.vi. Adjustment of any adjustable parameter.vii. Event log viewing/printing.12. [OPTIONAL, Delete if N/A or if stand-alone ASD-CM is included] The Air SamplingSmoke Detector installed at locations shown in the bid documents shall be the AIR-Intelligence ASD-640CM with an integral Command module to enable global network capability and & advanced system communications.13. [OPTIONAL, Delete if N/A or if stand-alone ASD-CM is included] The ASD-640CM shallbe provided an integral graphic LED network display and network programmer with large matrix LCD screen.14. [OPTIONAL, Delete if N/A or if stand-alone ASD-CM is included] The ASD-640CM shallenable a network of up to 127 ASD detectorsD.[OPTIONAL, Delete if N/A] Addressable Panel Interface Card (APIC)1. The ASD shall connect directly to the addressable loop of a n ARIES intelligent fire alarmcontrol panel with an APIC.2. Any hardware required for the addressable loop connection shall be integrated within theASD.3. The ASD shall communicate the following through the ARIES SLC:i. Alarm and Pre-Alarm conditionsii. Real-time smoke and airflow levelsiii. Trouble conditions4. The ARIES shall be capable of performing a detector test on any ASD connected to itsSLC.E.Sampling Pipe Network1. The ASD shall be connected to an air sampling pipe network through which air is drawnfrom the protected area to the ASD.2. The sampling pipe network shall be made of smooth bore preferably CPVC or ABS pipe.The pipe may be metallic or non-metallic.3. All joints in the sampling pipe network shall be airtight to prevent leakage.4. All sampling pipe shall be clearly marked as “smoke detection sample pipe.”5. All sampling points and ports shall be clearly marked as smoke detection sampling pointsor ports.6. The sampling pipe network shall be designed using PipeCAD pipe network designcalculation software.7. The maximum transport time of the entire pipe network shall not exceed local codes,specified end-user limitations, or NFPA 72 requirements of 120 seconds.F.[OPTIONAL, Delete if using ARIES panel auxiliary power out] Power Supplies1. The system shall be powered from a UL-1481 listed regulated power supply of nominal24 VDC.2. The power supply unit shall be suitable for 110 V AC input3. The power supply shall be provided with battery backup that transfers automatically fromAC to battery in the event main AC power is interrupted4. The battery backup shall be calculated to be based on 24 hours standby duty followed by10 minutes in an alarm condition.5. The calculated battery capacity shall be derated 20% for battery selection.G.[OPTIONAL, Delete if N/A] Remote Display Units (RDU) shall be provided for remoteannunciation at locations marked. RDUs shall have the following features:1. RDUs shall be suitable for being installed anywhere along the RS485 network andassociated with any detector on the network.2. RDUs shall be provided a 20 segment bar-graph display.3. RDUs shall be provided four independent high intensity alarm indicators: Auxiliary, Pre-Alarm, Fire 1 and Fire 2, corresponding to the four alarm settings of the detector.4. RDUs shall be provided a Common fault indicator.5. RDUs shall be provided an OK indicator.6. RDUs where specified shall be provided a remote relay board.7. RDUs shall be suitable for either 19” card frame mounting or shall be housed in singlewall mounted enclosure.H.[OPTIONAL, Delete if N/A or if ASD-640CM is included] A stand-alone Command ModuleASD-CM shall be provided for single point control and centralized programming of thenetwork of detectors. The Command Module shall be provided the following features:1. The Command Module shall be suitable to network up to 127 ASD detectors.2. The Command Module shall be equipped with a bargraph LED display and large matrixLCD programmer3. The Command Module shall provide connection to SenseNET™, computer based systemmanagement alarm/graphics package.4. The Command Module shall be equipped with RS485, RS232, and BACnetcommunication protocols5. The Command Module shall be equipped with on-board relays so as to act as a singlepoint of interface to other systems6. The Command Module shall be provided a rugged sheet steel enclosure or an aestheticlightweight plastic enclosure, based on the application.I.The network of detectors shall be provided AIR-Intelligence SenseNET ManagementSoftware package for graphical network management. SenseNET shall have the followingfeatures:1. SenseNET shall be a PC Windows based graphic system providing an intuitive userinterface with advanced communications and diagnostic tools enabling management ofup to 16 network loops, each of up to 127 AIR-Intelligence detectors.2. The package shall include but not be limited to RS485 to RS232 High Level Interface, linkcables and SenseNET PC software.5.SUBMITTALS5.1The contractor shall submit required installation drawings including isometrics, plans, andelevations and wiring drawings.5.2The contractor shall submit the air sampling pipe network PipeCAD reports complete withcalculated transport time and sample hole diameters5.3[OPTIONAL, Delete if using ARIES panel auxiliary power out] The contractor shall submit acalculation justifying the capacity of batteries selected.5.4The contractor shall submit a commissioning check sheet for each installed detector. The checksheet shall list all installed equipment, configurations and measured ambient conditions.5.5The contractor shall submit a test plan which describes how the system shall be tested. Thisshall include a step-by-step description of all tests and shall indicate type and location of test apparatus to be used. Tests shall not be scheduled or conducted until the engineer of record approves the test plan.5.6The contractor shall submit ten (10) copies of shop drawings and product data sheets.5.7The contractor shall submit five (5) copies of the ASD Installation, Operation and MaintenanceManual after complete installation.5.8The contractor shall submit five (5) copies of as-built drawings6.SYSTEM INSTALLATION AND COMMISSIONING6.1The contractor shall install the system in accordance with the manufacturer’s installation,operation and maintenance manual.6.2The contractor shall be certified and trained by the manufacturer on installation, design andmaintenance of Air Sampling Smoke Detection Systems.6.3The contractor shall record all equipment, tests and system configurations in a format supplied bythe manufacturer. A copy of the commissioning results shall be provided to the end-user and sent to the manufacturer.6.4Routine maintenance shall be performed as recommended by the manufacturer’s installation,operation and maintenance manual. Maintenance shall include the following:A.Visual check of pipe network integrity.B.Battery status check of all power supply batteries.C.Gross smoke test of all installed detectors.D.System Transport Time TestE.Detector cleanliness。

GilAir Plus 空气采样泵操作规程

GilAir Plus 空气采样泵操作维护规程共2页第1页1 编制目的正确使用仪器设备，保证检测结果准确性。

2 适用范围适用于本中心所使用的GilAir Plus 空气采样泵操作维护。

3 职责3.1 操作人员按照本规程使用仪器，做好使用登记。

3.2仪器保管人员负责对仪器进行定期维护、保养。

3.3科室负责人监督检查本规程的执行。

4 操作规程4.1开机长按按钮并保持，开机→空闲模式→主菜单。

4.2 流速设置“Flow Set ”（cc/min ） 4.2.1流速范围的设置低流速运行状态（Lo ）：20cc/min —449cc/min ，高流速运行状态（Hi ）：450cc/min —5000cc/min 。

使用六角扳手改变流速控制阀的位置来实现的。

4.2.2流速设置流速控制阀流速Hi/Lo 调节示意图在主菜单界面上，使用 ▼ 键来移动光标至“流速设置（Flow Set ）”。

按和按钮来调整流速至所需要的数值。

按键确认。

4.2.3流速校准连接流速校准仪校准（Gilibrator-2）——采样媒介——GilAir Plus 空气采样泵，利用流速校准仪校准流量。

注意：采样媒介采用在采样场所中使用的样品采集器！气体吸附管缓冲棉多的一端、滤膜有绒面朝向采样进气口方向！4.3样品采集4.3.1手动采样模式采样仪器设置为“恒定流速控制模式（CF ，20－5000cc/min ）”，设定流速，运行采样前校准，按“Run ”键直接进行采样并手动计时，记录所需数据，运行采样后校准。

长按关机。

4.3.2定时运行模式采样仪器设置为“恒定流速控制模式（CF ，20－5000cc/min ）”，设定流速，运行采样前校准，设定启动时间、定时时长，按“Run ”键，进行自动采样,记录所需数据，运行采样后校准。

长按关机。

4.3.3程序运行模式采样按所选程序要求流速进行采样前流速校准，选择编写好适合采样工作的采样运NOV22,2010 1:37PM►Run 运行Flow Set (cc/min) 流速值 5000Calibrate 校准 Setup ►设置Control Mode 控制模式 CFRun Mode 运行模式 TimedRun Setup ►运行设置Review 回顾 12 Maintenance ►维护GilAir Plus 空气采样泵操作维护规程共2页第2页行程序，按“Run”键，程序将启动采样，记录所需数据，运行采样后校准。

GILAIR-5操作规程

GILAIR-5操作规程
1 设置/校验流速
设备组合
1)使用一个具有充满电量的电池组的GilAir-5型采样泵。

2)连接管子到采样泵。

3)连接采集介子到管子。

4)连接管子从采集介子到Gilibrator2。

5)设置并且开启Gilibrator2。

◆校场校准/流量校验
校场校准(流量校正)必须在采样之前及当设定流量。

◆查看图2.2
对于基本型号请跳到步骤4.采样泵应关闭。

1)用一个小的菲利普螺丝起子来松动侧边盖子
上的压板螺钉。

2)旋转侧盖板180度。

3)用一个尖角的工具比如一个圆珠笔或者弯曲
90度的纸张来按下按键MODE/HOLD两次，这时在显示器上应该显示CAL，CAL，允许你不需要收集运行参数就可启动泵。

3A=时钟型号,3B=编程型号。

4)用一个菲利普螺丝刀来松动前面盖子上的底
板螺钉5)旋转前面的盖板180度。

6)移动On/Off开关到On的位置。

7)确保Gilibrator2被打开并且正常工作。

8)通过旋转流量调整钮来设置泵的流量 (顺时
针方向增加流量,逆时针方向旋转减少流量)。

仅把内置的浮子式流量计用作流量参考指示器，把Gilibrator2用作实际流量的校正装置。

9)当调到预定的流速时,关闭泵和Gilibrator2.
现在泵已经做好了采样准备。

gilair plus 便携式空气采样泵快速入门指南说明书

Scan QR code to download software and RF Regulatory Certifications1000 112th Circle N, Suite 100 • St. Petersburg, FL 33716 USA(800) 451-9444 / +1 (727) 530-3602 •******************How to Use this GuideThis Quick-Start Guide introduces basic operation and use of the GilAir Plus air sampling pump. Operation Manual (PN 360-0132-01) includes complete operation instructions, options, and notes. Always adhere to warnings, instructions, and procedures included in the Operation Manual.Keypad Pad OverviewKey sequences within this guide indicatekeys using the names and label styles below:References to pump displays and menu screens use the names and label styles below:ESCPOWER/ENTERConstant Flow Run MenuNAV INC/DECMain MenuOperation GuidePower Pump On and OffPump should be fully charged before use.Power Pump OnPress and hold the POWER/ENTER key until the pump displays the Start up ScreenPower Pump OffWhen pump is not running or in a program pause, press and hold POWER/ENTER key.Continue to hold POWER/ENTER until Power down window appears and countdown completes.Cautions:Intrinsic Safety: The pump is intrinsically safe for use in all areas; please refer to the user manual for special conditions. Batteries: Do not replace or charge batteries in hazardous areas. Charge batteries completely before each use. Special discharge or battery conditioning is not required.Charger: Use only the specified dock to charge pump within specified temperature range.(Part numbers 615-0902-01-R, 615-0902-03-R,615-0902-05-R,615-0905-01-R,615-0905-03-R,615-0905-05-RPage 3Set Flow Rate1. From the Main Menu , select Flow Set using the NAV keys.2. Press the INC/DEC keys to set desired flow rate, then press the POWER/ENTER key to enter the desired flow rate.Note: Flow range select must be in Lo if the flow is less than 445 cc/min and in Hi for rates from 450 to 5100 cc/min. The flow range select is on the right side of the case and can be switched between Lo and Hi with a 2mm (5/64") hex wrench supplied with the pump. Indication of Lo or Hi selection displays in the middle of the lower display status line.Flow Calibration1. Connect the pump to an air flow calibrator per the calibrator manufacturers’ recommendations. A representative sample media must be connected at the inlet to the pump to establish proper loadconditions. A calibration panel may be substituted for the sample media, set for a pressure drop of 4 inches of water.2. While pump displays the Main Menu use the NAV keys to select Calibrate, then Press the POWER/ENTER key.3. Display shows the set flow rate and the pump begins to run in the calibration mode.4. Use the INC/DEC keys to adjust the flow ratedisplayed on the pump until matching the flow rate measured by the calibration device.5. Press the POWER/ENTER key to set calibration.6. Press ESC key to return to Main Menu .Field Calibration Note:Display calibration procedures above make internal pump adjustments and improve the accuracy of the flow display. This does not replace field calibration as described by OSHA and NIOSH. Conduct flow verification using a Primary Calibrator prior to each field sample. Field calibration procedures are referenced in the NIOSH Manual of Analytical Methods at /niosh and the OSHA Technical Manual at .Starting the Sample Run1. With pump displaying the Main Menu use the NAV keys to select Run.2. Press the POWER/ENTER key.Note: Before it enters the Run mode, the pump may go into a self-calibration mode for 7-10seconds. During this interval, "Sensor Calibration" displays.Stopping the Sample Run1. From any display, press POWER/ENTER .2. The Pause/Stop Menu will appear in the upperleft corner of the display.3. Select Stop and press POWER/ENTER to stop thesample.Retrieving Data1. From the Main Menu , using the NAV keys select Review .2. Press POWER/ENTER .3. Use the NAV keys to select among the last sixteen events.Note:Total Run Time and Total Volume Sampled do not reset duringPause . However, Stop will end the sampling event and the data will clear at the next sampling event. Data displays until the next event starts. Select Review to retrieve previous sampling data. See Retrieving the Data (above).User ProgrammingThe GilAir Plus has the capacity to create, store, and execute up to 16 user sampling program sequences. Each program can specify the control mode, set point flow or pressure, and a sequence of timed steps including time of day to operate, on and off periods, and a multi-cycle capability. Select programs from the Run Mode menu item after creation in the Run Setup/Program menu item. Operator manual contains full documentation.MaintenanceBattery: GilAir Plus employs a rechargeable Nickel-Metal Hydride (NiMH) battery. Fully charging and properly maintaining the battery ensures maximum run times. The battery pack has a charge time of less than 4 hours.Pump Filter: Replace the internal pump filter when dirty or damaged. See the user manual for instructions. SpecificationsFlow rate: 20cc/min to 5100cc/min in constant flow control; 1cc/min to 5100 cc/min in constant pressure control Operating Temperature range: 0︒C to 45︒C Operating time greater than 8 hours.All flow control under ambient conditions; STP model provides conversion of flow and volume to Standard conditions. Bluetooth Link Distance: 5m (if equipped)ApprovalsUS, Canada, ATEX – Intrinsically Safe for Hazardous Locations. Bluetooth Module FCC ID WAP4008 (if equipped). Refer to the GilAir Plus Operation Manual 360-0132-01 for full approval information.Gilian CONNECT and CONNECT Mobile ApplicationGillian CONNECT helps users manage and configure GilAir Plus sampling pumps, and manage data collected by the pump. Gilian CONNECT Mobile (available for Android and iOS) can connect to a Bluetooth-enabled pump during a sample run, allowing confirmation that pump is performing as desired. Users may Start, Pause, and Stop a sample; review sample history; and document the pump’s use by using the mobile device’s camera to photograph and embed current time and data into an e-mail message.Menu StructureRunFlow set (cc/min)CalibrateSetup ►►Event ID ( enable / disable )►Pre/Post cal ( enable / disable )►Fault retry ( enable / disable )►User Mode ( enable / disable )►Power-on Run ( enable / disable )►Event Lock ( enable / disable )►EN13137 ( enable / disable )►Valve mode ( Continuous / start/stop )►SmartCal ( Manual / Gilibrator / Challenger / TSI / BIOS Dfndr) ►Clear Datalog►Run Options ►►►Std Temp (°C) ( 25 )►►Std P(mmHg) ( 760 )►►Sensor option (All)►►PaTa comp (enable/disable)►Display Options ►►►Language ( English / Espanol / Deutsch / Francais / Italiano /Dutch / Portugues / Turkish)►►Temperature Units ( C / F )►►Pressure Units ( ˝H2O / mmHg / KPa / mbar)►►AP units ( ˝H2O / mmHg / KPa / mbar)►Clock Set ►►►Clock ( hours:minutes:seconds )►►Date ( mmm, dd yyyy )►►Time format ( 24h / 12h )►►Date format ( mm/dd/yy / dd/mm/yy )►Password ( 0 )►Motion menu ►►►Steps threshold ( 3 )►►Motion threshold ( 3 )Control Mode ( CF / CPL /CPH )Run Mode ( Manual / Timed / Vol / RT / PROG01 …PROG16)Run Setup ►►T/V/RT start ( 08:00:00 )►Timed Duration ( 1 )►Vol Set ( 1 )►RT ( 1 )►Press set ˝ H2O( 18.0 )►Program Edit ►►►Prog Name ( PROG01 … PROG16 )►►Control Mode ( CF / CPL / CPH )►►Setpoint ( 2000 )►►Prog Step ( 1 )►►Function ( End / On Interval / Off Interval / Cycle/ Time / Date / Weekday / Vol / RT )►►Value ( options in section 6.9)►►Save ( /Changed )ReviewMaintenance ►►Factory Defaults ►►►Global reset ►►►Reset (save programs) ►►►Clear Datalog►T ambient Cal ►►Barometric P Cal ►►Pressure ►►Power Source ( NiMH / AA / DC )►Contrast ( 10 )。

海尔空气质量监测仪手册说明书

114 10212110254 Bleed vent Exhaust vents 2. RequirementsIMPORTANTRecalibration RequiredINSTALLATION(continued) 2 screws(iv) clamp to pipeCable ø 6 to 8mm ab c d efSoft sealing anaerobichydraulic sealE.g. Loctite hydraulic seal512E.g. 6mm (1/4”) nylonpipe 10. Air SupplyBS 6739: 1986Dust < 5 micronOil: < 1ppm mass Pressure: 1 bar > P2 Dewpoint at least 10ºC belowminimum anticipated ambienta.Minimum signal + to Maximum Signal12. MaintenanceCare must also be taken to re-align transfer passages correctly during reassembly of the instrument. Routine maintenance consists of replacing the restrictor screw if the internal orifice becomes blocked.Parts Breakdown14. Troubleshooting GuideProblemPosssible Causes Suggested Action No Output Pressure Reversed Current polarity orfaulty connectionsBroken internal wiringNo air supply Check wiring and signal continuity with milliameter Check instrument resistance with ohmmeter. Repair if faulty. CorrectMaximum output not available Insufficient supply pressure Damaged coil or nozzle Oil contamination Clogged restrictor AdjustReturn to Factory for RepairReplace instrumentReplaceZero will not adjust Worm disengaged with pinion(after excessive adjustment)Re-engage components Zero calibration error on initial turn-on A small error is normalExercise instrument several times and retest13. Product Variations E-P Versions (Voltage Controlled converters)These are available in the 2 and 3 wire versions. The two wire versions are recalibrated I/P convert-ers with a suitable buffer resistor in series with the coil to adjust the sensitivity3 Wire VersionsThese are products designed for electrical control signals which differ from the normal 4-20. 0-60mA signals. An internal amplifier is fitted to translate the control signal into the required current through the coil. An external 12V-24V DC signal is required to power the amplifier, which should be capable of providing 25mA (low pressure) or 65mA. (high pressure)It is essential that wiring be carried out correctly as incorrect wiring may destroy the amplifier completely.Control1 2 3 + 12V –24VSupply Common Captured Exhaust Versions: Designed for use with certain gases. This part must be connected to a suitable exhaust arrangement e.g. stack pipe. N.B. Check before installation.Warning: Not for use where no escape of gas is permitted to escape to the environment due to the constant bleed of the unitMaterials of Construction:Lid: Nylon 66; Magnet: Permanent Neodymium Iron Boron; Magnet Ironwork: Zinc plated mild steel Flapper: Beryllium Copper; Nozzle: Brass1 2 3+ ControlCommon 3 Wire 2 WireM-1438/09/02。

空气质量检测仪使用说明书

分光打印室内空气检测仪（电脑版可调式六合一中文显示分光光度打印室内空气检测仪器）数据可调型使用说明书尊敬的客户：您好！为保证您在使用过程中具有更好的安全性和有效性，请您务必注意以下事项：1．为了确保您能够正常操作，在使用仪器前，请仔细阅读仪器使用说明书。

2．我公司仪器以便于携带和现场快速检测为其主要特点，对被测样品的品质和安全能够实现快速现场检测；其检测结果可以作为法律裁决的前期基础参考数据。

3．仪器所用试剂为化学药品，绝对禁止儿童及无关人员接触试剂，否则发生意外责任恕请自负。

4．使用仪器须知：检测结束后，必须关闭所有仪器设备的电源，以免发生以外。

注意吸收瓶和仪器的连接，防止倒吸，损毁仪器。

启动仪器之前注意胶管位置，避免触地，防止异物吸入。

不要在没有流量或流量很小的情况下长时间让气泵处于工作状态，以免影响机器寿命。

仪器工作时要保持水平。

防止仪器剧烈振动。

切开检测管时注意伤手，玻璃渣要妥善处理。

使用三脚架时注意平衡。

仪器特点▲多功能：可检测室内空气中的甲醛、苯、氨、甲苯、二甲苯、TVOC有害气体。

▲流量稳定：为了适应室内环境监测的需要，该仪器采用了大流量泵，可调阻力流量计，具有流量稳定，精度较高的特点，能很好适应苯、氨、甲苯、二甲苯、TVOC 等检测管有较大采样阻力的情况；▲自动控制：可在0~99小时内任意设定时间，操作方便、直观。

在控制面板设定采样时间，采样结束时自动停止工作。

时间精度高，采样误差不超过0.1秒；▲温、湿度指示：面板上可以显示检测现场的温度及湿度，可以直观地反映采样现场的环境状况（可选）。

▲现场测定甲醛含量。

▲甲醛超限声、光报警提示。

▲现场热敏打印定制格式的检测报告。

▲轻便：本仪器体积小，重量轻，携带方便。

▲电源：接220V交流电，强电、弱电分别独立控制。

▲包装：仪器的外包装为小型铝合金手提箱。

▲采样支架：另外配有采样三脚架，方便调整采样高度。

（可选）技术指标1．测试项目：甲醛、苯、氨、甲苯、二甲苯、TVOC2. 测量范围：甲醛（0.01~1.2mg/m3）苯（0.05~4mg/m3）氨（0.05~ 3mg/m3）甲苯（0.05~4mg/m3）二甲苯（0.05~4mg/m3）TVOC（0.05~4mg/m3）3. 流量范围：流量6X2.5升/分4. 光源：LED硅光二极管，波长630nm5. 准确度：甲醛测量精度≤2%.6. 现场热敏打印定制格式的检测报告7. 流量稳定性：>95%8. 定时控制：0—99小时9. 功率：120W10. 电源：220V交流电11．主机标准尺寸：410×280×145(mm)12.操作面板尺寸：400×270（mm）13. 重量：6kg14. 蓝色背景灯屏，便于阴暗天气使用15. 可同时检测6种气体仪器操作仪器分为定时操作区、甲醛流量调节区、甲醛测定区三个部分，通过定时操作可以设定各个检测项目所需要的的检测时间，检测甲醛时可以通过向左向右调节流量计下方的圆形旋扭来调整检测甲醛时每分钟的空气通过量，甲醛测定区通过操作可以进行甲醛测定、打印等工作。

空气采样器的标准操作规程

空气采样器的标准操作规程版本状态：A/0 编号：简洁规范实用下载即用
编制：审核: 批准：执行日期：年月日1
空气采样器的标准操作规程
1.目的
规范空气采样器的使用和维护。

2.范围
空气采样器的使用和维护。

3.系统组成
本系统由仪器主机，采样皿和电源组成。

4.程序
4.1 开机
按ON/OFF 开关键,开机。

4.2 体积设定
按LITRES ，设定体积。

4.3 时间设定
按START，设定时间。

4.4 样品采集
设定完体积和采样时间，将采集筛网取下，放入采样皿，按START即开始采样。

5.注意事项
5.1 第一次充电要在20个小时以上，以后充电10小时即可。

5.2 筛网可用消毒湿巾擦拭消毒。

GilAir-Plus高低流量空气采样泵操作规程和维护程序

GilAir Plus高低流量采样泵操作和维护规程编号：BSCDC39068-2015 1、目的规范高低流量采样泵的使用、维护和检修，确保设备的完好状态，使之发挥最大的经济效益。

2、适用范围本规程适用于科室所属的DDY-5型(1-5L)大气采样仪。

3、设备名称、规格及生产厂家4、设备性能及参数流量范围：20-5000 cc/ 分（恒流），1-5000 cc/ 分（恒压）采用QuadMode空气采样技术无需配备低流量适配器。

流量模式：恒流或恒压(高流量及低流量模式)流量显示精度：设定流量的± 5% 或3 cc/ 分，视何者为大恒流控制精度：设定流量的± 5% 或3 cc/ 分，视何者为大恒压模式精度：背压的± 10%流量错误：在背压规格内，流量改变超过± 5%，错误符号出现。

如果错误持续30 秒或者电池电量不足30秒，泵自动停机自动错误恢复：重新自动启动时间由每3 分钟至10 分钟可选择或保持至手动重新启动补偿：仪器具备温度和压力的补偿编程：可以创设、存储及执行达16个用户采样编程顺序连接：可允许用户观看记录的数据、制作采样报告、设定采样编程等数据记录：可达16组采样事件承受背压：450-1000 cc/ 分，可达40”H2O 背压20-449 cc/ 分，可达25”H2O 背压操作时间：至少8小时尺寸：11.0 x 6.1 x 6.1 公分重量：580 克环境温度范围操作：0℃到45℃储存：-20℃到45℃充电：5℃到40℃湿度范围操作： 5-95% RH，不凝结储存： 5-98% RH，不凝结屏幕显示：流量，采样时间，采样体积，背压，电池预期可采样时间，日期，时间，操作模式，电池剩余电力，背景灯充电时间：3.5 小时或更短5使用操作规程一般操作5.1 概述GilAir Plus产品可通过两个流量量程，20-449 cc/min，和450-5000 cc/min，达到产生和控制流量在20 cc/min 到 5000 cc/min范围内的能力。

1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。

GILAIR-3及GILAIR-5空气采样系统操作手册16333 Bay Vista Dr.•Clearwater, FL33760•(800)451-9444•(727)530-3602•(727)539-0550[传真](727)539-0550·参考号码360-0040-01(A)GILAIR-3 & GILAIR-5空气采样泵所有权声明我们仅把这本操作手册提供给GilAir空气采样器的用户。

这本操作手册里面的材料只是用于理解、操作和保养空气采样器。

收到这份文件之后,拥有者必须保证不能把这份文件或者其中的任何信息泄漏出去从而被用于以实体、电子、或者其它任何形式的复制、转让，也不能泄漏给其它人用于制造、或者其它目的,除非得到Sensidyne公司的专门授权。

没有 Sensidyne公司的事先书面授权不能以任何形式复制、传播和转录该文件的任何部分或者存储在检索系统中，也不能以任何方法任何形式翻译成其它任何语言。

商标声明Sensidyne ,Sensidyne 标志 ,Gilian, 和Gilian标志均是注册商标。

这些商标均在美国注册,其使用受到法律保护。

在该文件中用到的商标和服务标志均是他们各自公司的财产,在此仅起提供信息和解释的作用。

前言◆声明..........................................................................◆警告..........................................................................◆认证............................................................................2 5 6第一节绪论◆配件 (8)第二节泵的操作2.1 设置/校验流速................................................................◆设备的组合...............................................................◆校场校准/流量校正........................................................2.2 举例 (11)1112 14第三节显示器特点3.1 采样的停止:具时钟型号........................................................3.2 显示自我测试:具时钟型号......................................................3.3 攫取上次运行数据: 具时钟型号.................................................3.4 暂停采样运行：具时钟型号.....................................................3.5 停止采样运行: 具编程型号.....................................................3.6 显示自我测试：具编程型号.....................................................3.7 攫取上次运行数据：具编程型号.................................................3.8 暂停采样运行：具编程型号.....................................................3.9 编程操作泵: 具编程型号 (15)15161718181920 22第四节:保养4.1 电池的保养...................................................................4.2 过滤器的保养.................................................................第五节:附录◆附录A: 零件目录表.............................................................◆附录B: 规格...................................................................◆附录C: 故障排除指南...........................................................◆附录D: 恒流低流量模块.........................................................◆附录E: 多流量模块.............................................................◆附录F: 服务...................................................................图形列表1.1空气采样泵:前视图(GilAir-3图)................................................2.1 校场校准/流量校验设备的装配..................................................2.2 校场校准/流量检验............................................................2.3 采样.........................................................................3.1 编程流量图：编程型号.........................................................D.1 恒流低流量模块安装............................................................D.2 恒流低流量模块: 校准安装......................................................D.3 恒流低流量模块:采样袋安装.....................................................E.1 安装多流量模块................................................................E.2 多流量模块: 校准安装..........................................................E.3 多流量模块:采样袋安装 (24)2526272829 33 3710111314 23293132333536警告使用之前请仔细阅读并且理解警告和说明疏于阅读、理解和遵守与产品相关的资料、产品标签和相关警告可能会导致财产损害,严重的人身伤害或者死亡。

请阅读并且理解所有的适用于环境健康和安全的相关法令和规定，确保在使用这类产品之前能够做到完全遵守相关的法令和规定。

不要移动、覆盖或者改变贴在本产品、本产品附件、或者相关的产品上面的任何标记和标签。

在任何环境下都要确定本产品仅由有资格的、受过培训的、技术上可以胜任的操作人员使用。

不要在有故障、需要修理和有裂缝或者破裂的情况下操作本产品。

请不要维护和修改本产品除本操作手册特别说明，确保仅由Sensidyne 授权的服务部门提供相关的维修服务。

在按照本操作手册中说明的保养规程,进行保养时请确保仅使用Sensidyne公司专门的零件。

更换产品配件，进行未经授权的修理和改动将会使产品的本质安全认证变为无效。

保护本产品在不受飞溅的液体和风中吹的液体的影响下可以用于室内和室外两种场合。

本产品没有防水功能，请不要把本产品浸没水中,这将导致泵失灵或者产生故障。

可能的静电危害，请不要用干布擦拭。

本产品使用可再充电的镍镉电池组，在每次使用之前确保充满电量，确保仅使用操作手册中说明的专门的电池组和充电器。

不要向接触的缝隙里面插入任何外部的物品，短路接触将会烧断保险丝。

不要用BMS-200型号的充电器充电SIRA认证的泵电池。

最大的允许充电电压(Um):GilAir-3: 6Vrms (>=250mA)21Vrms (<250mA)GilAir-5: 7Vrms (>=250mA)21Vrms (<250mA)如果设备将要接触腐蚀性物质,使用者有责任采取合适的预防措施来避免该设备受到不利的影响,从而保证固有的保护作用不受损害。

比如下面的腐蚀性物质、酸性液体、或者腐蚀金属的气体,或者会影响聚合物的溶解质。

合适的预防措施例如:作为常规检查的一部分的正规检验,或者对某些对特殊化学物质有反应的金属建立相应的数据卡片以供抽检。

不要在过滤器较脏或者堵塞的情况下,管道弯曲的情况下操作该设备，这将可能导致采样泵发生故障和损害。

提示:在充电时充电器和电池均会变热。

认证欧洲经济共同体GilAir 本质安全的空气采样泵CE0518-----CE标记及数字ex----------爆炸保护Ⅱ=设备组 2=设备种类 G=危害气体,蒸气,和烟雾EEx =具爆炸保护的设备符合CENELEC EN 50014 系列ia =本质安全保护方法ⅡC= 气体组T4=135摄氏度外部表面最高温度SIRA 03ATEX2136 --------EC-Type检验认证号美国Class Ⅰ=易燃的气体,水蒸气,或者液体Division 1=可点燃浓度可一直存在Group A=乙炔Group B=氢Group C =乙烯Group D =丙烷Class Ⅱ=易爆的粉尘Group E =金属粉尘Group F =碳质的粉尘Group G =壳物粉尘ClassⅢ=可点燃纤维和飘浮物温度代码=T3C(<=160摄氏度)前面的标示牌美国GilAir个人空气采样器电池流量故障GilLian警告更换配件将可能导致损害本质安全，仅使用PN800464型号或者800464-1型号的GilAir电池组。