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ecotech hivol 3000 manual

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ecotech hivol 3000 manualOptional attachments allow the sampler to measure wind speed and direction which can then be used to trigger sector selectable sampling (e.g. fence-line monitoring). We monitor the wind speed to ensure our tent’s safety. We have Ecotech’s details and will use you again when we next come to Australia. Please use your browser to change these settings if preferred. At ECOTECH, we are committed to protecting your privacy. Please view the ECOTECH Privacy Policy for more information, this details how your personal data is handled.Out of these cookies, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website. We also use third-party cookies that help us analyze and understand how you use this website. These cookies will be stored in your browser only with your consent. You also have the option to opt-out of these cookies. But opting out of some of these cookies may have an effect on your browsing experience. This category only includes cookies that ensures basic functionalities and security features of the website. These cookies do not store any personal information. It is mandatory to procure user consent prior to running these cookies on your website. The reminders, I’m so busy in my job that it’s so great to have a reminder to do something. It really helps me. I’m very happy. Please use your browser to change these settings if preferred. At ECOTECH, we are committed to protecting your privacy. Please view the ECOTECH Privacy Policy for more information, this details how your personal data is handled.Out of these cookies, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website. We also use third-party cookies that help us analyze and understand how you use this website. These cookies will be stored in your browser only with your consent.http://dsaurabh.com/userfiles/culligan-ac-30-manual.xml

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You also have the option to opt-out of these cookies. But opting out of some of these cookies may have an effect on your browsing experience. This category only includes cookies that ensures basic functionalities and security features of the website. These cookies do not store any personal information. It is mandatory to procure user consent prior to running these cookies on your website. Get Started Login here The HiVol 3000 incorporates advanced programming functions and electronic volumetric flow control to maintain a consistent flow and collect a truly representative sample of particulate matter. Optional attachments allow the sampler to measure wind speed and direction which can then be used to trigger sector selectable sampling (e.g. fence-line monitoring). Tipping bucket rain gauge) Change File Login here. List of Figures Figure 1 Inlet hoods for HiVol Figure 2 Cross-section of PM 10 size selective inlet hood Figure 3 Flow path schematic Figure 4 HiVol 3000 components layout Figure 5 HiVol hood attachment Figure 6 Attaching the support stay Figure 7 Installing the optional muffler Figure 8 External trigger output Figure 9 Site selection guidelines Figure 10 HiVol power connection Figure 11 Installing the loaded filter cassette Figure 12 Power switch location Figure 13 HiVol 3000 control panel Figure 14 Menu structure Figure 15 Conditional sampling and wind direction sensor set-up Figure 16 Calibration set-up Figure 17 HiVol serial port (RS-232C) Figure 18 Application of grease Figure 19 Rear panel Page 5 6 HiVol 3000 User Manual 1.8 Figure 20 Flow sensor Figure 21 Pipe clamp List of Tables Table 1 Manual revision history Table 2 Main screen with motor on Table 3 Main screen with motor off Table 4 Main menu Table 5 Data displayed Table 6 Standard temperature and pressure. Error! Bookmark not defined.http://yjunguk.com/userfiles/culligan-ac30-manual.xml Table 7 Maintenance schedule Table 8 SSI cleaning schedule Table 9 TSP concentration and cleaning intervals Table 10 Flow voltage values Table 11 Hidden menu Table 12 Accessories Page 6 7 Manufacturer s Statement Thank you for selecting the Ecotech HiVol 3000 High Volume Air sampler. The HiVol 3000 is a High Volume Air Sampler with innovative design features, designed primarily for particulate sampling. By following the guidelines contained in this manual and with the implementation of a good qualityassurance program, the user can obtain accurate and reliable data. The HiVol 3000 is the next generation of samplers incorporating true volumetric flow control, data logging and advanced programming functions. Reliable electronic air flow sensing techniques coupled with a proven induction motor ensures a product of exceptional quality capable of producing years of maintenance free operation. This User Manual provides a complete product description including operating instructions, calibration, and maintenance requirements for particulate sampling techniques. Reference should also be made to the relevant standards, which should be used in conjunction with this manual. Some relevant standards are listed in the References section of this manual. If, after reading this manual you have any questions or you are still unsure or unclear on any part of the HiVol 3000 then please contact Ecotech. Please help the environment and recycle the pages of this manual when finished using it. Notice The information contained in this manual is subject to change without notice. Copyright All rights reserved. Reproduction of this manual, in any form, is prohibited without the written consent of Ecotech Pty Ltd. Page 7 8 HiVol 3000 User Manual 1.8 CAUTION Hazardous voltages exist behind the sampler control panel and within the sampler housing. Ensure the control panel and front and rear enclosure panels are always in place when the sampler is connected to the mains.http://www.bouwdata.net/evenement/boss-bass-chorus-manual The front doors should be closed when the sampler is left unattended. Ensure the power cord, plugs and sockets are maintained in a safe working condition. Ecotech recommends the use of Earth-Leakage Protection Circuit Breakers (ELCB) on the power supply to the HiVol. If operating from a generator, power conditioner, isolation transformer, or other floating supply, refer to Section 2.4 on Instrument setup, as some important modifications are required. Safety Requirements To reduce the risk of personal injury caused by electrical shock, follow all safety notices and warnings in this documentation. If the equipment is used for purposes not specified by Ecotech, the protection provided by this equipment may be impaired. Replacement of any part should only be carried out by qualified personnel, only using parts specified by Ecotech. Always disconnect power source before removing or replacing any components. The product is subject to a 12-month warranty on parts and labour from date of shipment. The warranty period commences when the product is shipped from the factory. Lamps, fuses, batteries and consumable items are not covered by this warranty. Each air sampler is subjected to a rigorous testing procedure prior to despatch and will be accompanied with a parameter list and a multipoint calibration check thereby enabling the sampler to be installed and ready for use without any further testing. Page 8 9 Service and Repairs Our qualified and experienced technicians are available to provide fast and friendly service between the hours of 8:30am 5:00pm AEST Monday to Friday. You are welcome to speak to a service technician regarding any questions you have about your HiVol. Service Guidelines In the first instance, please call or us if you are experiencing any problems or issues with your air sampler. Company name. Shipping address. Quantity of items being returned. A description of the problem. Original sales order or invoice number related to the equipment.http://asiguere.com/images/carl-zeiss-manual.pdf When you us we will assign a Return Material Authorisation (RMA) number to your shipment and initiate the necessary paperwork to process your equipment within 48 hours. Please include this RMA number when you return equipment, preferably both inside and outside the shipping packaging. This will ensure you receive prompt service. Page 9 10 HiVol 3000 User Manual 1.8 CE Mark Declaration of Conformity This section is applicable only to E (CE approved version of HiVol). Specifically the equipment meets the requirements of EN for RF Emissions and EN for RF immunity. Safety Requirements To reduce risk of personal injury caused by electrical shock, follow all safety notices and warnings in this documentation. This equipment should always be used with a protective earth installed. The HiVol 3000 is compliant with the requirements of EN, Safety Requirements for Equipment for Measurement, Control, and Laboratory Use. If the equipment is used for purposes not specified by the manufacturer, the protection provided by this equipment may be impaired. Replacement of any part should only be carried out by qualified personnel, only using parts specified by the manufacturer. Always disconnect power source before removing or replacing any components. IP56 rated Fuse: 8 Amp T250 Environmental Conditions Relative humidity 10 to 100 non-condensing Temperature 0 to 45 C Pollution degree 2 Installation category II Maximum altitude 2000m CAUTION Never operate this equipment around flammable liquids or vapours, as this could cause a safety hazard. Page 10 11 Claims for Damaged Shipments and Shipping Discrepancies Damaged Shipments Inspect all instruments thoroughly on receipt. The following documents are necessary to support claims: Original freight bill and bill of lading. Original invoice or photocopy of original invoice. Copy of packing list. Photographs of damaged equipment and container. You may want to keep a copy of these documents for your records. Please refer to the instrument name, model number, serial number, sales order number, and your purchase order number on all claims. You should also: Contact you freight forwarder for an insurance claim. Retain packing material for insurance inspection. Shipping Discrepancies Check all packages against the packing list immediately on receipt. If a shortage or other discrepancy is found, notify the carrier and Ecotech immediately. We will not be responsible for shortages against the packing list unless they are reported promptly (within 7 days). Refer to accompanying documents ISO Caution, risk of electric shock ISO Page 12 13 Manual Revision History Manual PN: M Current revision: 1.8 Date released: 9 August 2013 Description: User Manual for the HiVol 3000 High Volume Air Sampler This manual is the full user manual for the HiVol 3000 High Volume Air Sampler. This manual contains all relevant information on theory, specifications, installation, operation, maintenance and calibration. Any information that cannot be found within this manual can be obtained by contacting Ecotech. Table 1 Manual revision history Edition Date Summary Affected Pages 1.0 October 2002 Initial release All 1.1 November 2003 General Updates All 1.2 June 2005 Trigger input added PM 10 Field checklist added Updates relating to U.S. EPA Reference Method requirements 4-4 to 4-5, 6-13 to All 1.3 September 2006 U.S. EPA reference method section (1.5) added September 2008 New Contact details added and manual design change All 1.5 December 2008 Info on new flow sensor 11, May 2009 Major blockage feature added 32, November 2009 Added picture of greasing SSI Removed information on old temp sensor Updated temp sensor calibration August 2013 Formatting revised All Page 13 14 HiVol 3000 User Manual 1.8 This page is intentionally blank. Page 14 15 1 Introduction 1.1 Description The HiVol 3000 Particulate Sampler provides a flexible platform for sampling of PM 10, PM 2.5 or TSP particulate and for monitoring basic meteorological parameters. The sampler is microprocessor based and features internal data logging of flow and meteorological parameters. The HiVol 3000 is designed to operate from a mains power supply. Refer to Section 2 and for important power connection details. The HiVol 3000 includes the facility to monitor wind speed and direction, using an optional external wind sensor. Wind speed and direction data are averaged and stored in internal memory, and may be used as triggers for conditional sampling. The HiVol 3000 also has the ability to be remotely triggered by an optional external sensor or instrument. The trigger signal can be used for remote control or conditional sampling. The HiVol 3000 also incorporates a time clock and programmable timer enabling multiple times based sampling programs to be configured. The HiVol 3000 internal data logger stores time based data averages at user selectable intervals. Data stored in the HiVol may be downloaded via the RS-232C serial port. The HiVol 3000 is extremely quiet allowing it to be used in residential sampling locations to assess human exposure to particulate matter (PM), and is housed in a weatherproof enclosure for outdoor sampling in a range of environments. Refer to Appendix A for typical noise levels. 1.2 Features Active volumetric flow control. Advanced flow control system which gives true volumetric flow control using temperature and pressure sensors and mass flow rate sensor. Conditional sampling based on wind speed and direction. Interchangeable PM 10, PM 2.5 and TSP sampling inlets are available as options. Multiple time based sampling programs. Internal data logging. Sampler setup via four-line LCD display and keypad. Simple programming of sampling periods, including daily and weekly programs, with 1-in-X day sampling capability built in. Page 15 16 HiVol 3000 User Manual 1.8 Ultra-efficient, long life blower motor. Low noise operation suits applications near residential areas. Low power consumption. Automatic supply voltage monitoring and shut-down when voltage is out of range, preventing damage to instrument. Durable marine quality weather proof anodised aluminium cabinet. Refer to for more details. The US EPA concluded that particles capable of penetration through the upper respiratory tract could deposit in the tracheobronchial and alveolar regions of the human body and could have adverse health effects. In 1987 the US EPA promulgated a PM 10 size-specific air quality standard for ambient particulate matter for the protection of human health. Page 18 19 In 1997 the US EPA revised their national ambient air quality standards again to include PM 2.5. The PM 2.5 standard now replaces TSP and PM 10 as the primary ambient air particulate pollution parameter in the United States. Monitoring of atmospheric air quality in the United States for compliance to the National Ambient Air Quality Standards (specified in US 40 CFR Part 50) requires the use of either reference or equivalent methods. For PM 10 the reference method is contained in the Code of Federal Regulations - Appendix J - Reference Method for the Determination of Particulate Matter as PM 10 in the Atmosphere Ecotech HiVol Background High volume air samplers are used to collect samples of air-borne matter for subsequent analysis. Generally, high volume air sampling is a technique that employs a gravimetric method for the determination of suspended particulate matter in the atmosphere. The term gravimetric implies a weight measurement. The technique of high volume air sampling developed in the United States during the 1940's. Early HiVols (generic term for High Volume Air Samplers) were comprised of modified household vacuum cleaners with 100 mm diameter filters. During the 1950's the design was altered to incorporate the use of 200 x 250 mm filters to permit continuous 24 hour sampling. Until the 1980's the HiVol sampler was used solely to collect data on total suspended particulate matter (TSP). The technique is known as High Volume Size Selective Inlet PM 10 sampling, and monitoring is aimed at providing information on particles capable of penetrating to the thoracic region of the human body. The inlet hoods can be easily identified - the TSP inlet is shaped like a pyramid and the SSI type is cylindrical in shape. The SSI will be identified as PM 10 or PM 2.5. The airborne suspended particles that pass through the inlet are collected on a pre-weighed filter, during a pre-determined sampling period that is programmed into the HiVol by the operator. The filter collects the airborne particles for subsequent analysis. The HiVol controls the flow-rate and records the sampling duration and volume of air that has been sampled. Acceptable levels have been established to govern the amount of airborne particulate of a particular size and composition that may pose a health hazard to humans. Page 19 20 HiVol 3000 User Manual Sampling Method The HiVol 3000 is designed primarily as a particulate sampler. The HiVol pump and flow controller draws a constant flow rate of ambient air through a specially prepared filter. The air-borne suspended particles are collected on the pre-weighed filter over a pre-determined period. After sampling the filter is removed and re-weighed to determine the concentration of particulate matter (TSP, PM 10 or PM 2.5 ). The total volume of air can be calculated from the flow-rate multiplied by the sampling time. The display on the control panel of the HiVol 3000 indicates the volumetric flow rate of air, and computes the sample volume corrected to STP conditions which means that no additional calculations are required during normal operation. This gives the HiVol 3000 an advantage over other hi-vol types that control mass flow rate. Volumetric flow control ensures that the size selective inlet is always operating at the desired flow rate. Automatic correction to reference conditions eliminates average seasonal temperature and pressure corrections. This eliminates two sources of error that could otherwise introduce significant inaccuracies, and additional calculations. The STP Reference conditions can be programmed into the HiVol. Due to the simple inlet shape of the TSP sampler the particle cut-point is not precise and may be influenced by wind speed, wind direction and sampler flow-rates. The TSP inlet will prevent unusually large particles and insects being collected on the filter. The size-selective inlet is of the impactor type. The particles in the air are accelerated through multiple acceleration nozzles. The PM 10 or PM 2.5 particles, however, are smaller and having less momentum, remain entrained in the air-flow and pass to the filter, where they are collected. The symmetrical design of the SSI overcomes the effect of wind direction and the inlet design makes the collection efficiency independent of wind speeds up to 36 kilometres per hour. Page 22 23 1.6 Instrument Description Sampler Housing The HiVol housing and inlet hood are constructed in aluminium, providing a light-weight and noncorrosive housing, even in the event of exposed metalwork. The enclosure comprises three main parts: the inlet hood, the outer enclosure and the electronic enclosure (housed inside the outer enclosure.) The HiVol 3000 is constructed from marine grade anodised aluminium, which provides good durability in most environments. Two front doors are fitted. The lower door cannot be opened with the upper door in the closed position. A keyed lock is fitted to the upper door. The lower door is also retained by a sliding latch, which engages a slot in the side panel. Slide to the left to retain the door in the upright position Blower Motor The blower is driven by a squirrel-cage induction motor, and is constructed of cast aluminium achieving a weight saving and also providing corrosion resistance. Silencers are mounted on both the inlet and outlet, which reduces noise levels considerably. (Further noise reduction can be achieved using the optional exhaust muffler refer to Section 2.4.3). The blower is equipped with sealed-groove ball bearings, which do not need lubrication. The grease filling is sufficient for the whole service life of the bearings Flow Path The inlet funnel for the sampler is constructed of fibre glass, which provides a gradual change in flow geometry ensuring an even pressure gradient and avoiding flow resistance and noise. The design also enables equal flow-rates through the whole cross section of the filter. Following the funnel, a joining sleeve is provided to allow for easy access to the flow sensor and to aid in removal of the blower motor. All tubing is PVC. Fittings are available for connection of an external exhaust duct. Page 23 24 HiVol 3000 User Manual 1.8 Figure 3 Flow path schematic Flow Sensor The flow sensor is a precision mass flow sensor - which reads the flow-rate and converts it to an electronic signal. This is connected to the electronics enclosure, from where the flow sensor signal performs two functions. One is to indicate the current flow-rate of air, via the LCD display, and the other is to provide feedback to the flow control circuit. The HiVol Model 3000 uses a mass flow sensor located within a parallel by-pass tubing. An orifice is used to control the amount of flow through the by-pass and then the mass flow sensor is used to calculate the total flow in the instrument. The device has been designed to be easily removed and replaced and must be serviced by Ecotech Flow Control Flow control is achieved by a Variable Speed Drive (VSD) (sometimes called an inverter or variable frequency drive.) The drive controls the speed of the blower motor based on a signal from the microprocessor. The drive automatically corrects the flow rate of air so that when the filter becomes loaded with particulate matter, the flow-rate remains constant. The time required to reach the correct flow is typically less than 15 seconds. Page 24 25 At initial start-up, the HiVol may take up to a minute to reach the correct flow rate Electronics Enclosure The instrument electronics enclosure houses most of the electronic components. The LCD display, controller, and variable speed drive are located in this enclosure which has a weatherproof seal. This box is sealed and may only be accessed by qualified service personnel Control Panel CAUTION Hazardous voltages exist within the enclosure. Access by skilled service personnel only. The control panel is part of the instrument electronics enclosure and houses, the digital display, keypad and Serial port. The panel is coated in a scratch-resistant splash-proof plastic, which can be cleaned with mild detergent and water Power Inlet Refer to Section for important Power Connection information. The power inlet to the sampler is via a 10 Amp, single phase industrial duty inlet. The inlet has a waterproof rating of IP65. One inlet socket is provided with the sampler and this should be used with the orange weatherproof coupling. The electrical circuit should be protected by a circuitbreaker Filter Cassette The filter cassette is comprised of a mesh screen base, and top covering frame. With the filter correctly installed in the cassette, sample air will pass only through the filter to enter the sampler. Use of the cassette allows for filter changes during adverse weather. The filter cassette can be removed to a protected location, the exposed filter removed, a new filter installed and the loaded cassette can then be returned to the sampling site for fitting to the sampler Temperature Sensor The HiVol 3000 temperature sensor is located within the chassis and plugs directly into the entry tube. The temperature sensor measures the temperature of the gas flow, using them for volumetric flow control. Page 25 26 HiVol 3000 User Manual 1.8 This page is intentionally blank. Page 26 27 2. Installation 2.1 Initial Check 1. Upon receipt of the sampler, check the packing slip to ensure all items have been delivered, and inspect the sampler for damage during transit. The inlet hood (TSP inlet or Size Selective Inlet) is packaged separately so the complete sampler will generally consist of two containers. Notify both the shipping company and Ecotech immediately if damage has occurred. Retain the packaging materials as the container has been specially designed to protect the sampler during transit and will be needed should service be required in the future. 2. Prior to shipping the HiVol to the monitoring site, it is recommended that the equipment is completely assembled and field staff are familiarised with its operation including field calibration, filter changing and maintenance. 3. The HiVol can be tested before being fully installed on site. To begin with, check the funnel assembly on the upper surface of the sampler for packing material or other foreign objects. Remove the filter cassette from the packaging and place the filter cassette within the cassette locaters on top of the sampler. 4. Ensure the exhaust outlet on the side of the sampler is not obstructed and connect the sampler to the power supply, making sure that the supply voltage and frequency are correct for the sampler. 5. Turn the sampler on and observe the display. If the blower operates and the display shows a flow rate, the unit will most probably be ready for initial calibration. Note: The sampler should not be run unattended without being correctly mounted. Refer to Section for mounting details. Note: The HiVol 3000 is compatible with inlets from the previous Ecotech model 2000 High Volume Air Sampler. Inlets are interchangeable without modification to the sampler. 1. Remove the two bolts and washers, located at the top of the back legs of the sampler, which will act as the pivot points for the inlet hood. 2. Remove the nut and bolt from the threaded insert on the stay, which extends from the small slot on top of the sampler. The stay supports the inlet hood during filter changes and calibrations. 3. Place the inlet hood on top of the sampler with the two mounting holes towards the rear of the sampler, lined up with the pivot screw holes. This may require moving the inlet hood to align the holes with the slots. 4. Insert the pivot screws through the holes in the inlet hood and sampler. The bolts should not be tightened at this stage. 5. Raise the inlet hood and insert the cassette on top of the sampler, if not already fitted. The thumb-screws above the control panel should be screwed up into the inlet hood until finger tight. 6. Apply sufficient down-ward pressure to the rear of the inlet hood to ensure a good seal between the size selective inlet and the filter cassette. Whilst applying this pressure, tighten the pivot bolts securing the inlet hood to the sampler. If fitted correctly, the inlet hood assembly will sit Page 28 29 horizontally and will exert even pressure on the filter cassette when secured. Figure 5 shows the correct alignment of the inlet hood on the sampler. 7. Check the cassette seals and check the pressure needed to tighten thumb screws and re-adjust the pivot bolts if required. Figure 5 HiVol hood attachment 8. Raise the inlet hood slightly and attach the support stay to the lid using the screw and nut supplied. The screw passes through the lid, then the nut, then into the stay. The bolt must go through the hole directly above the stay (not the one near the corner of the hood). 9. Tighten the nut against the threaded insert of the stay. The screw should be able to pivot when the lid is opened. Adjust if necessary. Figure 6 Attaching the support stay Page 29 30 HiVol 3000 User Manual Open the inlet hood and check that it opens freely. The stay is used to support the weight of the inlet hood during filter changes and calibration. The stay also prevents the lid from opening too far. The stay acts like a catch to prevent the lid accidentally falling. 11. Move the stay towards you to release the catch. Close the lid again and check that the cassette is evenly clamped when the thumbscrews are tightened. 12. Whenever the sampler needs to be transported, remove the inlet from the HiVol and pack the items separately in the original cartons PM 10 or PM 2.5 Size Selective Inlet (SSI) Assembly (Option) The SSI is packaged basically complete; only minor assembly is necessary. When removing the SSI from the shipping carton, take care not to damage or knock any part. Remove the cushioning material, lift the SSI from the carton and place it on the floor or on a workbench. Save the shipping container and packing material for future use. 1. Release the four inlet hook-catches and remove the top portion of the SSI. Do not substitute any other grease or oil without contacting the supplier; particle bounce characteristics may be affected by changing the viscosity of the grease. 4. Using only the plastic handles, return the greased collection shim (greased side up) to the sampler inlet and secure with the four shim clips. 5. Replace the top portion of the sampler inlet and secure with the hooks and catches. Note: The tension on the catches should be evenly distributed between the four catches.