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elga prima manualHere you will find the right products for your requirements. Please contact us for an individual offer. We needed a complete laboratory equipment for our new location. The team of Profiab24 has arranged everything. Top service. Secure payment. The flexibility of the system means that it can be easily upgraded to provide Type II pure water or increased capacity should requirements change. Pure water can be used direct from the internal 50 liter reservoir or fed to much larger vessels as required. Feedwater requirements are specified for units fitted with a Protek L2 pretreatment cartridge. Discover everything Scribd has to offer, including books and audiobooks from major publishers. Start Free Trial Cancel anytime. Report this Document Download Now Save Save Purelab Prima ELGA For Later 0 ratings 0 found this document useful (0 votes) 200 views 34 pages Purelab Prima ELGA Uploaded by Adi Pananta Description: Instruksi manual Purelab Prima 7-15-20 ELGA Full description Save Save Purelab Prima ELGA For Later 0 0 found this document useful, Mark this document as useful 0 0 found this document not useful, Mark this document as not useful Embed Share Print Download Now Jump to Page You are on page 1 of 34 Search inside document Browse Books Site Directory Site Language: English Change Language English Change Language. All 11 units of Elba PureLab Ultra Genetic ” The item may have some signs of cosmetic wear, but is fully operational and functions as intended. This item may be a floor model or store return that has been used. See the seller’s listing for full details and description of any imperfections. All 11 units of Elba PureLab Ultra Genetic Systems were taken out of working environment and drained and stored at our facility. Seller will extend our 4 month standard warrant, provided that the new buyer replaces the unit(s) with new, applicable filters. If the buyer does not use newly replaced filters, this Ebay offer is deemed as Sold-As-Is.http://garyconnery.com/admin/images/deliverance-and-spiritual-warfare-manual-pdf.xml

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” Kindly contact us regarding suitable payment arrangements. No part of this document may be reproduced or used except as authorized by contract or other written permission from Vivendi Water Systems Ltd. The copyright and all restrictions on reproduction and use apply to all media in which this information may be placed. Vivendi Water Systems Ltd.Vivendi Water Systems Ltd All rights reserved. Refer to customer service contact details shown at the end of this publication. All safety information detailed in this handbook is highlighted as WARNING and CAUTION instructions.Mains power lead Mains Power Supply 2.1 Electricity It is essential that the electrical supply to the PURELAB Ultra is isolated before any items are changed or maintenance work performed.Switching off the electrical supply will isolate the source of mains water pressure. 2.2 Ultraviolet Light WARNING.The UV lamp is enclosed in a stainless steel chamber ensuring that the operator will not be exposed to UV light. 2.3 Sanitization Chemicals During the sanitization cycle a CT1 sanitization tablet is used and relevant safety information is included in this handbook. A safety data sheet conforming to COSHH regulations is also provided with the tablets and should be read before a tablet is used. 2.4 Control of Substances Hazardous to Health (COSHH) UV Lamp Material safety data sheets covering the various replaceable Purification Packs are available upon request. Contact your local supplier or distributor. The PURELAB Ultra can be bench, underbench or wall mounted with an optional wall mounting kit. A range of accessories is available to complement the unit (see Section Consumables and Accessories, for detail). Control Panel Dispense Nozzle Dispense Controller Door PURELAB Ultra The PURELAB Ultra range of water purification units has been designed to provide the ultimate in high purity water for laboratory applications.http://www.stroysogl.ru/uploads/fck/deliverance_from_evil_spirits_a_practical_manual_pdf.xml The products need to be fed with pre-treated water, typically from a reverse osmosis supply. They can be operated directly from a ringmain feed as point of use polishers, with or without local buffer storage, using a Docking Vessel or suitable reservoir. The first purification pack removes most of the impurities from the water and the intermediate water quality sensor then measures the resistivity of the water from the first pack to check when it needs to be replaced. Any remaining ionic and organic impurities are removed by the second polishing purification pack. Product water resistivity and temperature are measured before dispense. The first purification pack removes most of the impurities from the water and the intermediate water quality sensor then measures the resistivity of the water from the first pack to check when it needs to be replaced. Any remaining ionic and organic impurities are removed by the second polishing purification pack; the ultrafilter removes pyrogens, bacteria and other microbial impurities as well as particles. Product water resistivity and temperature are measured before dispense. The water then flows through a UV chamber, further resistivity and temperature sensors, a polishing purification pack, an ultrafilter and final temperature and water quality sensors before being dispensed or recirculated through a non-return valve back to the pump inlet. The first purification pack removes most of the impurities from the water and the intermediate water quality sensor then measures the resistivity of the water from the first pack to check when it needs to be replaced. Purified water flows directly through the UV chamber where it is exposed to intense UV radiation at wavelengths of 254nm and 185nm to provide continuous bacterial control and the photo-oxidation of residual organic impurities. The second temperature compensated water quality sensor provides data for TOC monitoring.http://fscl.ru/content/boss-ds2-turbo-distortion-manual Any remaining ionic and organic impurities are removed by the second polishing purification pack; the ultrafilter removes pyrogens, bacteria and other microbial impurities as well as particles. Final water resistivity and temperature are measured before dispense. The water then flows through a UV chamber, a further resistivity and temperature sensor, a polishing purification pack, an ultra microfilter and final temperature and water quality sensors before being dispensed or recirculated through a non-return valve back to the pump inlet. The first purification pack removes most of the impurities from the water and the intermediate water quality sensor then measures the resistivity of the water from the first pack to check when it needs to be replaced. Purified water flows directly through the UV chamber where it is exposed to intense UV radiation at a wavelength of 254nm to provide continuous bacterial control. Any remaining ionic and organic impurities are removed by the second polishing purification pack; the ultra microfilter removes bacterial impurities and particles. Product water resistivity and temperature are measured before dispense. The water then flows through a UV chamber, further resistivity and temperature sensors, a polishing purification pack, an ultra microfilter and final temperature and water quality sensors before being dispensed or recirculated through a non-return valve back to the pump inlet. The first purification pack removes most of the impurities from the water and the intermediate water quality sensor then measures the resistivity of the water from the first pack to check when it needs to be replaced. Purified water flows directly through the UV chamber where it is exposed to intense UV radiation at wavelengths of 254nm and 185nm to provide continuous bacterial control and the photo-oxidation of residual organic impurities. The second temperature compensated water quality sensor provides data for TOC monitoring.http://jms-servisni.com/images/8903a-manual.pdf Any remaining ionic and organic impurities are removed by the second polishing purification pack; the ultra microfilter removes bacterial impurities and particles. Product water resistivity and temperature are measured before dispense. Details of how to use the controls will be given in the appropriate sections. Environment The unit should be installed on a flat, level surface, in a clean, dry environment. The unit can also be wall mounted against a vertical wall capable of supporting the weight (for this we recommend the use of the wall mounting kit Part No. Rear Mounting Points Unit Rear Mounting Points WARNING.The mains lead is supplied with a molded plug on one end and a molded connector to the unit on the other. The unit should be connected to an earth. The unit includes a battery which will require changing on a periodic basis, typically every 3-5 years. (Contact local Service provider) Electrical Connections WARNING.Feed Water The feedwater should be potable water, pre-purified using reverse osmosis, deionisation, or distillation. If using a supply other than reverse osmosis treated, it is strongly recommended that a 0.2 micron membrane filter is installed prior to remove colloidal impurities. To ensure optimum performance it is recommended that the feedwater temperature be between 10 to 15 C. CAUTION! Operating with feed water temperatures outside the range from 1 to 40 C (33.8 to 104 F) will cause damage to the PURELAB Ultra unit. Simply push in tube to attach Tube in secured position Direction of water flow Fitting tubes Step 2 - Connect Water Inlet 1. Connect 8mm tube from the PURELAB Ultra inlet to the inlet strainer. 2. Connect the inlet strainer to the pre-purified water supply. Collar Strainer Collar Mesh filter Inlet Feed Water Inlet Step 3 - Connect Drains 1. Connect 8mm tube from the drain and UF drain (if fitted) and direct to a suitable drainage point. UF Drain Drain Inlet CAUTION. CAUTION! The drain and flush lines should allow a gravity fall to drain with no restrictions. If the water supply is at a pressure greater than 0.7bar (10psi) fit a pressure regulator (LA575). Mains power lead Electrical Connections Level control RS232 Reservoir level connection Step 5 - Resevoir Level Connection 1. INSERT jack plugs into the level control socket located at rear of unit and reservoir. Note: If wall mounting the unit it is recommended that the jack plug should be inserted prior to locating the unit on the wall mounting bracket. These are: 1. The PROCESS button, which switches the purification process ON and OFF. 2. Three software controlled touch pad buttons which are used to control set-up and process control functions. When the PURELAB Ultra unit is started for the first time after installation the following steps should be carried out to set up system preferences: Step 1 - Setting Up Menu Options 1. SWITCH the mains power on to initialize the controller hardware set-up sequence. Note: Always allow the initialization process to complete. With the by-pass blocks in place press the PROCESS button to return to the initial power up screen. 2. PRESS MENU button to go to the next screen to activate the set up menu sequence. A series of set-up screens will now be displayed. Various control icons are used to allow you to step through the set-up instruction process. These icons include: A scroll icon indicated by an arrow An accept icon indicated by a tick A selection icon indicated by a At any stage during the Controller Set-up the PROCESS button can be pressed to escape back to the initial power up screen. Step 2 - Password Restricts access to set up menu sequence. 1. ROTATE Dispense Controller to enter password code. The default password code is PRESS TICK button. A cursor will appear under hour. 2. ROTATE Dispense Controller to increase or decrease hour. 3. PRESS Dispense Controller to step cursor onto minute. 4. ROTATE Dispense Controller to increase or decrease minute. 5. PRESS Dispense Controller to accept the minute setting and set the seconds to PRESS TICK button. Step 4 - Date Used to instigate change reminders, it will appear on printed records. 1. PRESS Dispense Controller. Step 8 - Product Water Purity Alarm Settings This screen is used for setting the purity value at which the product water purity alarm will activate. The unit will alarm if this level is passed but will not switch off the process. The alarm will automatically clear if the water purity returns above its specified limit. 1. PRESS SCROLL button to highlight appropriate box. Outlet Purity Alarm Setting Screen 2. PRESS TICK button. Step 9 - Intermediate Purity Alarm Point This screen is used for setting the value at which the intermediate water purity alarm will activate indicating that the purification packs require changing. The PURELAB Ultra will alarm and switch the process off if the alarm point is exceeded. 1. PRESS SCROLL button to highlight appropriate box. 2. PRESS TICK button. Temperature Alarm Setting Screen Night Service Setting Screens Step 11 - Night Service Mode Night Service Mode will ensure that the unit performs in intermittent recirculation between the hours selected in order to maximize efficiency and reduce the likelihood of heat build up. Upon selection the unit will automatically default to a screen, which will allow times to be set. 1. PRESS SCROLL button to highlight appropriate box. 2. PRESS TICK button. Night Service times should now be displayed. Note: If Night Service is not selected the default times will still be displayed. Proceed to instruction PRESS Dispense Controller. If auto restart is selected the unit will automatically restart after a temporary loss of power to the unit. In manual mode the unit will remain in standby mode. 1. PRESS SCROLL button to highlight appropriate box. 2. PRESS TICK button. Auto-Restart Screen Water Feed Type Screen Reservoir Level Screen Step 14 - Water Feed Type To ensure maximum efficiency the process is tailored for feed waters with different pretreatment. SDI Service Deionisation with 0.2 micron prefilter feed directly into the unit via a pressure regulator (LA575). 1. PRESS SCROLL button to highlight appropriate box. 2. PRESS TICK button. Step 15 - Reservoir Level (only shown if RO feed is selected) When operating the system from a reservoir it is recommended that a low-level switch be connected to protect the system from running dry. 1. PRESS SCROLL button to highlight appropriate box. 2. PRESS TICK button. The Controller Set-up is now complete. Note: To escape from any of the set-up screens press the PROCESS button. Step 1 - Enter Consumable Replacement Timer Set-up 1. SWITCH OFF at power inlet module. 2. PRESS and HOLD left hand button and SWITCH unit back on. The unit will now enter the Consumable Timer set up display. 3. RELEASE left hand button. Step 2 - Password Change Note: If you do not wish to change password then proceed to instruction ROTATE Dispense Controller to enter password code. The default password is PRESS Dispense Controller once. 3. ROTATE Dispense Controller to enter new password. Password Screen 4. PRESS TICK button to accept new password. Step 3 - Purification Pack Replacement Date The replacement date for Purification Packs is automatically calculated from information held on data tags secured to the pack. The information displayed confirms the replacement dates and the serial numbers of the packs that have been installed. Note: At this stage the unit will not have been fitted with any Purification Packs and the date displayed will not be relevant. Step 2 - Prepare Sanitization By-pass Blocks 1. OPEN front door. 2. CHECK by-pass blocks are correctly located and locked in place. 3. CLOSE door. By-pass block hangers Location of By-pass Blocks Step 3 - Initial Rinse 1. SWITCH ON electrical supply. The PURELAB Ultra will automatically go into a rinse procedure (36 mins) to rinse bacteriostatic agents from the unit. This rinse must be completed; the process function will be inhibited until the rinse is complete. 2. Upon completion of the rinse the unit will bleep twice. Initial Rinse Screen Primary Polishing purification purification pack pack Location of Purification Packs Step 4 - Remove Sanitization By-pass Blocks 1. SWITCH OFF power. 2. OPEN the door. 3. REMOVE both by-pass blocks and pour contents away. 4. STORE by-pass blocks on hangers inside the door. Step 5 - Fit Primary Purification Pack 1. REMOVE a new Purification Pack from its packaging. 2. REMOVE the sealing plugs from inlet and outlet ports. 3. WET O rings and SLIDE new Purification Pack into the left hand position pushing upwards against pack reader contacts. 4. POSITION Purification Pack onto spigots. 5. PUSH into unit. 6. ENSURE that the Purification Pack is fully engaged and dropped down past the retainers. Fit Purification Pack Step 7 - Acceptance of Purification Pack Installation 1. SWITCH ON power. 2. PRESS TICK button to initiate programming of Polishing Pack. 3. PRESS TICK button to accept Polishing Pack Installation date. 4. PRESS TICK button to initiate programming of Primary Pack. 5. PRESS TICK button to accept Primary Pack Installation date. 6. PRESS TICK button to calculate Replacement date. Purification Pack Installation Screens UMF bleed UMF Bleed Step 8 - Purification Pack Rinse 1. PRESS PROCESS button. ALLOW calibration routine to be completed and process screen to appear. 2. PRESS Dispense Controller. DIRECT dispense flow to drain or collect in suitable container ( 10 liters). 3. ROTATE Dispense Controller and INCREASE the dispense rate to maximum. Note: Place an absorbent cloth around the air bleed to catch any water that is expelled with the air. 6. PRESS Dispense Controller to stop dispense. Normal Operation Screen Dispense Point 5.7 POU Filter Installation (LC134) - Optional Accessory The POU filter is necessary with the PURELAB Ultra Scientific to ensure it meets the specification for particles and bacteria. The remainders of the range all incorporate internal filtration and do not require a POU filter to achieve specification when operated as described in this manual. However, a POU may be used to achieve additional Laboratory specific application requirements. Step 1 - POU Filter Installation 1. LOCATE the fixed dispense point and UNSCREW the nozzle. 2. ENSURE 'O' ring seal is still properly located. Step 2 - Replace POU Filter 1. REMOVE new filter from its packaging. 2. SCREW filter hand tight into the fixed dispenser until resistance against the 'O' ring seal is felt. CAUTION! Do not over-tighten Point-of-use filter Location of POU Filter 3. PUSH clear bell cover supplied with the filter onto the outlet of filter. To switch to recirculation mode between these periods press the PROCESS button. If the unit is set to continuous recirculation, it will constantly recirculate the water unless otherwise set in Night Service. See Section 5.4 (Step 11) - Night Service Mode. Between the Night Service set times the unit will run in Intermittent recirculation. CAUTION! If the PROCESS button is double clicked the unit will switch off. Intermittent or Continuous Recirculation Screens Step 1 - Changing Recirculation Mode 1. ENSURE PURELAB Ultra is in process mode. 2. PRESS Scroll button once. 3. PRESS INTERMITTENT button to select either continuous or intermittent operation. Note: If the Intermittent icon is visible in the recirculation box on the screen the unit will operate in the Intermittent mode. If the icon is not present the unit will operate continuously. 4. PRESS PROCESS button once to return to normal operation screen. Step 2 - Dispense 1. PRESS Dispense Controller once. 2. ROTATE Dispense Controller clockwise. If the Dispense Controller is not rotated within 15 seconds the unit will revert to recirculation mode. Manual Dispense Screen 3. ADJUST the flow from the unit by rotating the Dispense Controller as necessary. Note: To prevent accidentally leaving the unit on continuous droplet dispense the PURELAB Ultra will only dispense for a maximum of 4 minutes from the last turn of the Dispense Controller. For large volumes it is recommended that the Volumetric Dispense mode be used. See Section Volumetric Dispense. 4. PRESS Dispense Controller once to stop dispensing and return to recirculation mode. Step 2 - Dispense Required Volume 1. PRESS Volumetric Dispense button. 2. SELECT required volume (litres). Volumetric Dispense Screens 3. The PURELAB Ultra will dispense the selected volume into the receptacle and the display will show the volume remaining to dispense completion. On completion of the Volumetric Dispense the unit will bleep to confirm the cycle has finished. The unit will automatically return to recirculation mode. Note: To interrupt a volumetric dispense either press the process button or press the dispense controller. Step 3 - Dispensed Volume Adjustment As supplied, the unit is preset with 3 selectable volumes. These can be changed to suit user requirements. 1. PRESS Volumetric Dispense button. 2. PRESS Dispense Controller once. The screen will now show just one dispense volume, in liters, above left-hand button. The unit will default back to the normal process screen if no selection is made after 15 seconds. Note: A new volume cannot be dispensed until step 5 is completed. If the performance criteria is not achieved the unit will alarm to notify the operator. Upon muting the alarm the unit will continue to operate as normal but the operator should confirm that the water quality is acceptable using a suitably calibrated external water quality meter. If the fault continues to occur then contact your local Service Department. 6.5 Water Supply Flush The system has been designed to accept a variety of pretreated water supplies and the Water Supply Flush is tailored to ensure that each type of supply does not have unacceptable levels of impurities. CAUTION! If the Feed Type is not correctly set the performance of the unit may be severely affected. See Section 5.4 Step 13 - Feed Water Type. The remaining duration of Water Supply Flush is displayed on the screen. For the Bioscience and Genetic models this will be followed immediately by a flush of the UF. All versions of the PURELAB Ultra will flush on initial power up and every 6 hours thereafter. Prior to the end of Night Service the unit will perform an extended flush. If the Night Service mode is not initiated then the unit will perform the extended flush at 7am. All flush cycles can be interrupted and normal operation resumed by pressing the process button. If further information is required on any aspect of maintenance please contact Customer Service. WARNING! ALWAYS CHECK THAT THE MAINS ELECTRICAL POWER AND FEED WATER SUPPLIES ARE SWITCHED OFF BEFORE ATTEMPTING TO CHANGE A CONSUMABLE ITEM. 7.1 Replacing the Purification Packs The primary Purification Pack should be replaced in the following circumstances: The intermediate quality monitor indicates that the pack requires changing. If the system is being recommissioned or sanitized after an extended period during which it was not used. If it has exceeded 6 months use as indicated by the consumable reminder alarm. Primary Polishing Purification Purification Pack Pack Location of Purification Packs Top Cap Step 1 - Switch Unit Off 1. SWITCH OFF PURELAB Ultra at the power inlet module. 2. ISOLATE inlet water supply. 3. REMOVE POU filter, if fitted. 4. OPEN the front door. Step 2 - Remove the Primary Purification Pack (Left hand) 1. PUSH on Purification Pack top cap. 2. LIFT up Purification Pack. 3. SLIDE out Purification Pack. 4. DISCARD used primary Purification Pack. Step 3 - Remove Polishing Purification Pack (Right hand) 1. PUSH on Purification Pack top cap. 2. LIFT up Purification Pack. 3. SLIDE out Purification Pack. Note: DO NOT DISCARD THIS PACK. It should now be fitted into the primary position. Step 5 - Fit New Polishing Purification Pack 1. REMOVE a new Purification Pack from its packaging. 2. REMOVE the sealing plugs from inlet and outlet port. 3. WET O rings and SLIDE new Purification Pack into the right hand position. 4. POSITION Purification Pack onto spigots. 5. PUSH into unit. 6. ENSURE that the Purification Pack is fully engaged and dropped down past the pack retainers. Step 6 - Acceptance of Purification Pack Installation 1. SWITCH ON power. 2. PRESS TICK button to accept Pack 1 Installation date (Primary). 3. PRESS TICK button to accept Pack 2 Installation date (Polishing). 4. PRESS TICK button to calculate Replacement date. Purification Pack Installation Screen Step 7 - Rinse Purification Packs 1. PRESS PROCESS button. The unit will start. Allow the unit to complete its initial start up routine and for the display to show the recirculation icon. 2. POSITION a container under the dispense outlet. 3. PRESS the Dispense Controller. 4. ROTATE the Dispense Controller and increase the dispense rate to maximum. Filter becomes blocked or contaminated. (This is not to be expected and the possible cause should be considered see Section 9. Trouble Shooting). Step 1 - Switch Unit Off 1. SWITCH OFF PURELAB Ultra at the power inlet module. 2. TURN OFF the water supply. 3. REMOVE POU filter, if fitted. UMF Location of UMF 4. OPEN the front door. Step 2 - Remove Primary Purification Pack 1. SEE Section 7.1 (Step 2). 2. INSERT By-pass block, but DO NOT add a CT1 tablet. SEE Section 8 (Step 4). Step 3 - Remove Polishing Purification Pack 1. SEE Section 7.1 (Step 3). 2. INSERT By-pass block, but DO NOT add a CT1 tablet. SEE Section 8 (Step 4). Ultra-Microfilter LC109 Step 4 - Remove Old LC UNSCREW UMF from the top cap. Note: The filter body and bottom cap will unscrew together and will rotate on the connection fitted to the bottom cap. 2. POUR water from the UMF housing into a convenient container. 3. HOLD bottom cap and UNSCREW the LC DISCARD old LC109. Step 5 - Ready New UMF WARNING.Pure research. Total confidence. Thermo Scientific Barnstead TII Pure Water Systems Ideal for any daily application needs for pure water, Development. Production. Elix Advantage System THE PURE WATER YOU VE ALWAYS IMAGINED Advanced Technology Productivity The models of this series were developed on base of high-efficiency low-pressure amalgam lamps and have all components MULTIPOINT Please read and understand these instructions before starting work. Please leave this leaflet OWNER S MANUAL Read and save these instructions before use. Model: CL30XC GPACU12HR CONTENTS Introduction Safety Notes Identification of parts Installation instructions Operation instructions Maintenance Troubleshooting Page 2 2 Installation. Page 10 5 Troubleshooting Page OWNER S MANUAL Read these instructions before use.OWNER S MANUAL Read these instructions before use.UV-radiation of this device is in the range of UV-A (320-400 nm). Direct exposure to eyes shall therefore be avoided. 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Please read this manual before use The ECO AIR COOLER uses evaporative cooling to provide an airflow that is cooler than the Technical Services Program The Ultrasonic support removal tank automatically removes PLA support material from a printed ABS We cannot accept Unauthorized duplication, reproduction prohibited.To use this website, you must agree to our Privacy Policy, including cookie policy. That's why over 440,000 products on LabPlanet are eligible for expedited shipping, ensuring the equipment you need arrives promptly. Enjoy our FREE RETURNS We want to ensure that making a return is as easy and hassle-free as possible. If for any reason you decide that your purchase just isn't for you, simply return the item within 30 days of receipt and we'll cover the cost of return shipping. Learn more about our Return Policy.If you cannot upgrade your browser or use an alternative device to visit us,Elga Labwater products are not just found in scientific environments but they are in addition applied to many different industries. Elga Labwater products are actually designed to improve efficiency within science laboratories while reducing the long-term research operating expenses. Elga Labwater has been in business supplying excellent goods for a long time and has dedicated their resources to coming up with and manufacturing products with top quality. Our company is right here to assistance your usage of Elga Labwater Lab Apparatus as well as answer your medical lab product questions. We have well informed product specialists who show the passion and expertise with regards to Elga Labwater. Our experts currently have decades of laboratory work experience in addition to years of knowledge in the scientific supply sector.