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- Absolute Ozone
- ATLAS 80
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- 36 Pages
Absolute Ozone ATLAS 60, ATLAS 80, TITAN 60 Operator's Manual
Absolute Ozone ATLAS 80 is a powerful ozone generator capable of producing up to 80 g/h of ozone. It's suitable for various applications, including water disinfection, industrial processes, and wastewater treatment. This generator comes equipped with a user-friendly LCD control panel that allows you to monitor and adjust operating parameters like power, pressure, and temperature. It also features 4-20mA 10V remote power level control for seamless integration into existing control systems.
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NANO® ATLAS® TITAN® MAGNUM® OZONE GENERATOR Operator’s Manual CONTACT Address Phone & Email 10712-181 ST NW Edmonton, Alberta, Canada T5S1K8 Ph: Toll Free: E: 1 (+1) 780-486-3761 1-800-488-8565 [email protected] TABLE OF CONTENTS Section 1 General Information 1A. Description 1B. Specifications 1C. Accessories 1C.i Ozone Generation 1C.ii Required Accessories 4 5 6 7 7 7 Section 2 Installation 2A. Location 2B. Electrical 2C. Plumbing 2D. Gas Connections 2E. Remote Control 10 10 11 11 12 12 Section 3 Operation 3A. LCD Control Panel Overview 3B. System Startup 3C. System Shutdown 3D. Standard Operating Procedures 14 14 16 17 17 Section 4 Maintenance and Service 4A. Preventative Maintenance 4B. Troubleshooting 18 18 18 Section 5 Ozone Overview and Safety Procedures 5A. Informacion General 5A.i Fuerza relativa del ozono 5A.ii Micro-floculación y oxidación 5B. Información general de seguridad 5B.i Propiedades del ozono 5B.ii Usos del ozono 21 21 21 21 22 22 22 2 TABLE OF CONTENTS 5C. Hazards 5C.i Health Hazards Detection 5C.ii Health Hazards Effects on Humans 5C.iii Electrical Hazards 5C.iv Fire Hazards 5C.v Chemical Action 5D. Precautions for Safe Handling and Use 5D.i Ozone Monitors 5D.ii Ventilation 5D.iii Emergency Procedure 5D.iv Respiration Protection 5D.v Education and Training 5E. System Operations and Maintenance 5E.i Safety Precautions and Equipment 5E.ii Maintenance Requirements 23 23 23 24 24 24 25 25 25 25 25 26 27 27 27 5F. Monitoring Equipment and location 5G. First Aid Procedures 5G.i General Information 5G.ii Inhalation 5G.iii Eye Contact 5G.iv Precautions 5G.v Emergency Information Form 27 Section 6 Ozone Limited Warranty 30 Section 7 Dimensions 32 3 28 28 28 28 29 29 SECTION 1 GENERAL INFORMATION IMPORTANT SAFETY INSTRUCTIONS - PLEASE READ CAREFULLY BELOW AND FOLLOW ALL INSTRUCTIONS Read this manual completely before the operation WARNING: High voltage is present inside the enclosure USE EXTREME CAUTION • Operate the generator with safe access to electrical power • Connect to a GFCI type receptacle • Follow all applicable electrical codes • Do not bury chord WARNING: To reduce the risk of electrical shock, please ensure to replace the damaged electrical chord immediately ELECTRICAL SHOCK HAZARD: Turn OFF all the power switches and disconnect the power chord from the power source receptacle before performing any service work. Failure to do so could result in serious injury or death Absolute Ozone® ozone generator cell design is based on proprietary Microfluidic Platform technology, constructed from ozone-resistant materials, and offers extremely high performance and reliability. The ozone cell is designed to be absolutely maintenance and service-free, the anticipated service life is 15-20 years. 4 SECTION 1 GENERAL INFORMATION 1A. Description Absolute Ozone® are modular generators that can be assembled into systems from 15 g/h to up to 5 kg/h ozone production. Atlas 30 UHC produces 23 g/h of ozone at a concentration of up to 23% by weight or as specified in the performance test report supplied with every unit. Absolute Ozone® Ozone generators are designed to produce ozone for a variety of applications such as, but not limited to: • Water Disinfection for Bottled Water Plants, Medical & Pharmaceutical Facilities, Swimming Pools, etc. • Industrial Processes, Chemical production, Laboratories, Electronic Production, Mining, etc. • Aquatic Life Support Systems for Marine Mammals, Fish Hatcheries, and Large Aquarium. • Food Processing, Food Processing Facilities Disinfection, Food Preservation. • Soil Remediation, Ground Water Remediation. • Wineries Facilities Disinfection, Barrel Disinfection. • Cooling Towers Water Treatment, Technological Processes WaterTreatment. • Potable Water Disinfection for Small Communities. • Waste Water Treatment for Industrial Plants, Technological Production Processes, Commercial Facilities Waste Water Treatment, Dangerous chemical and Bacteria Treatment, etc. 5 SECTION 1 GENERAL INFORMATION 1B. Specifications MODEL OZONE PROD. (G/H) WORKING PRESS. (PSIG) OZONE CONC. (% W/W) POWER OPTIONS NANO 15 15 20 5-10 120V ~ 3%, 50/60Hz, 5.0A 220V ~ 3%, 50/60Hz, 3.5A Max. Power Cons: 200W ATLAS 30 / TITAN 30 30 ATLAS 30C / TITAN 30C 30 ATLAS 30 UHC / TITAN 30 UHC 23 ATLAS 60 TITAN 60 60 ATLAS 80 TITAN 80 80 ATLAS 100 TITAN 100 9-12 9-16 20 120V ~ 3%, 50/60Hz, 5.0A 220V ~ 3%, 50/60Hz, 3.5A Max. Power Cons: 220W 9-22 25-40 6-12 25-40 5-12 100 30-50 5-12 MAGNUM 160 160 30-50 6-12 MAGNUM 200 200 30-50 6-12 120V ~ 3%, 50/60Hz, 8.0A 220V ~ 3%, 50/60Hz, 6.0A Max. Power Cons: 550 W 120V ~ 3%, 50/60Hz, 9.0A 220V ~ 3%, 50/60Hz, 7.0A Max. Power Cons: 650W 208V ~ 3%, 50/60 Hz, Three Phase, 5.0A Max. Power Cons: 950W 208/210/220/230V ~3%, 50/60 Hz, Three Phase, 10.0A Max. Power Cons: 1600W 208/210/220/230V ~3%, 50/60 Hz, Three Phase, 10.0A Max. Power Cons: 1700W 1C. Accessories Absolute Ozone® ozone generators could be used with several accessories and safety devices to ensure a long service life of the ozone generator. 6 SECTION 1 GENERAL INFORMATION 1C.i Ozone Generation • Air Compressor: The air compressor pumps ambient pressurized air into the oxygen generator/concentrator • Oxygen Generator/Concentrator: separates Oxygen from Nitrogen and supplies it directly into the ozone generating cell inside the ozone generator 1C.ii Required Equipment and Accessories • Oxygen Generator/Concentrator: The oxygen generator uses a PSA (pressure swing absorption) molecular sieve bed to remove dirt, moisture, nitrogen, and other trace gases, producing oxygen at greater than 90% purity and less than -60˚C dew point. The air compressor pumps ambient air into the oxygen generator input. Then, the oxygen generator outputs oxygen (O2) feed gas into the ozone generator cell and enables the ozone generator to produce ozone effectively at 6 to 23%wt. ozone concentration, depending on oxygen flow, and generator type. In our experience, oxygen generators manufactured by AirSep work very well with AbsoluteOzone® ozone generators. • Oxygen Filter: To protect the Absolute Ozone® generator from sieve particles in case of oxygen generator failure or malfunction, we recommend installing an oxygen filter after the oxygen generator and before the ozone generator 7 SECTION 1 GENERAL INFORMATION 1C.ii Required Equipment and Accessories • Ozone Flow Control Valve (Flow Meter): This should be installed downstream from (after) the ozone generator to maintain working pressure across the ozone cell as specified for the optimal performance. • ALD 2000 Flood Prevention Device: We recommend installing an ALD 2000 with every ozone system treating water to prevent water from backing up into the ozone generator and damaging it. Non-return (check valves) do not provide 100% water flooding protection to the ozone generator WE RECOMMEND installing the ozone generator WITH the ALD 2000 or similar device when treating liquids. 8 SECTION 1 GENERAL INFORMATION 1C.ii Required Equipment and Accessories Ozone Injector for Water Treatment Applications (Venturi): Inlet water flows through the pump and the ozone injector, creating a vacuum that pulls ozone gas from the ozone generator and injects the ozone gas into the water flow. The injector should be sized to dissolve a minimum of 90% of the ozone gas into the water flow continuously. Ozone De-gas Tank: Ozone enriched water from the ozone injector flows into the degas chamber/tank where a slow down of water flow by 2 min allows any undissolved ozone and oxygen gas to rise to the top and be vented through a bleed-off valve ALD2000R to outside or through an ozone destructor. Ozone Destructor: Undissolved ozone gas passes through the regular or heated catalytic ozone destructor that is made up of non-consumable manganese dioxide (heat-protected from moisture fouling in heated destructor). The manganese dioxide offers redundant ozone destruct capabilities if selected and sized correctly. 9 SECTION 2 INSTALLATION 2A. Location Ozone Generator installation should allow for good access to proper electrical power and required gas connections and allow good cooling air circulation for the Ozone Generator(s). DO NOT OBSTRUCT COOLING AIR VENTS ON THE OZONE GENERATOR. The Absolute Ozone® generators must be installed in a dry cool space protected from weather elements. Ambient working temperature from -10C to +30C. The ATLAS/MAGNUM® Ozone Generators have a universal mounting design to be installed on a vertical wall, on a horizontal or tilted bench, mobile cart or skied. TITAN® enclosure is designed for a 19” electronic mount rack. Reversible Universal Control Panel Control Panel In Upright (For Benchmount Installations) Position Remove 4 Screws and Reverse the Control Panel 180 Degrees to Downright (For Wall Mount Installations) Position* Tighten Screws Now the ATLAS/ Magnum can be Installed in Wall Mount Position *Please be careful to not disconnect LCD wires when reversing control panel 10 SECTION 2 INSTALLATION Stackable Without a Rack ATLAS/MAGNUM® ozone generator comes equipped with attachment tabs that can be reversed to provide you with the liberty to install the generator one on top of another in a rack mount formation but without requiring a rack. When ozone generators are installed in a stack a provision should be made for the disassembly of one of the units in the unlikely event that repairs are required. Reversible Tabs in Original Position Loosen Screws and Swing the Tab into the Upright Position Tighten Screws Now it can be Installed in Rack Mount Formation 2B. Electrical Main Power Supply Circuit: Generators are supplied with a 3-5 feet power cord. Connect the power cord to a standard grounded power source, according to a local electrical code only. 2C. Plumbing When injecting Ozone into water, all measures should be taken to protect the Generator Cell from water exposure/ flooding, which may cause internal cell damage. An ALD2000 or similar automatic liquid drain system is recommended to be installed on the ozone line to Venturi, to prevent water flooding. 11 SECTION 2 INSTALLATION 2D. Gas Connections The Ozone Generator should be connected by tubing made from material appropriate for ozone and oxygen applications. Connect the Ozone Generator according to indications on input and output bulkheads. All efforts should be made to protect the generator from exposure to incorrect operating gas pressure or excessive pressure fluctuations, which may lead to damage to electronic circuitry and the ozone cell. For applications where pressure fluctuations are possible, we strongly recommend the installation of a buffer tank with an appropriate hi-low pressure switch. It is VERY IMPORTANT to protect the Ozone Generator from any possible contamination from the oxygen concentrator or ozone injection side by installing appropriate filters, anti-flood, and other contamination-restricting devices upstream/downstream from the generator. Compressed air supplied to the oxygen concentrator should be free of oil vapors. 2E. Remote Control Absolute Ozone® ozone generators are equipped with standard “On/Off” remote control terminals that can be controlled remotely by the operator, ambient ozone monitor, or PLC. 12 SECTION 2 INSTALLATION 2E. Remote Control 4-20mA On/Off Power Remote Control • Remote control of ozone production level can be achieved by 4-20mA at 10 V signal. The function of this power control is not linear. • Remote On/Off. Remote Switch must be normally open for the generator to be “On” and closed to stop the Ozone production. • That switch has to be connected to dry contacts only (not connected to ground or connected to any voltage source AC or DC) • Remote Ozone Generator status indicator. a) During Normal Ozone generator operation. Pins 5 and 6 are normally open, pins 6 and 7 are normally closed. b) If Remote Control Switch is Off or safety shutoff is activated the circuit between pins 5 & 6 will be closed and 6 & 7 open. 13 SECTION 3 OPERATION 3A. LCD Control Panel Overview Here is a general description of the controller and the features it offers: All Absolute Ozone® generators come with 4-20mA 10 V remote power level control as a standard feature that allows adjusting power going to the ozone cell remotely to a required level that is later automatically maintained by a control system, regardless of minor voltage or pressure deviations. Internal iOzone intelligent diagnostic/controller system protects Absolute Ozone® generators from the following potential problems: • Incorrect wiring or voltage applied to the remote control terminals. • Incorrect power applied in the specified range (too low, too high) • Incorrect operating pressure. • Ozone cell contamination by water or similar. • Bad feed gas quality (too much humidity, or contamination) • Overheating or failure of the cooling system, etc. Power saving Mode: After a few minutes of inactivity, the LCD screen switches to a power-saving mode and shuts off to conserve energy. (This does not affect the generator’s performance). If you want to leave the power-saving mode, you can touch the screen at any point to turn ON the LCD. 14 SECTION 3 OPERATION Photos of typical LCD control touch screen. The LCD screen shows the following parameters: • Selected or Expected power setting %, so you will be able to see on the screen power selected by the remote control or slider. • Actual power % & Watt going to an ozone cell. • The cell voltage V. • Current Amp going to the ozone cell • Gas pressure inside the ozone cell. • Temperature inside the ozone cell. • The LCD screen will allow by touch to switch the generator on and off and to adjust the desired power by moving the slider on the screen with your finger. • Indication of power setting signal (LCD/RC - remote control). 15 SECTION 3 OPERATION • • • In the event that incorrect operating parameters are applied to the ozone generator the unit is switched off by the Ozone intelligent diagnostic control system, and the LCD screen will indicate which of the parameters caused the generator shutdown. In a safety shutdown mode the generator will be constantly monitoring operating parameters and the moment they are corrected the generator will restart automatically, without any assistance. I.e. if there is a power spike or if there is a pressure drop caused by temporary power failure and interruption of oxygen supply, the moment the pressure or supplied voltage is restored to normal, the generator will restart and will produce ozone again. 3B. System Startup 1. Make sure the Ozone Generator enclosure is securely attached to an appropriate frame or wall Ozone Generators Stack. 2. Make sure all connections to the generator, power, and gas are made according to local codes and regulations. 3. Purge the generator with 90% or higher concentration oxygen and assure a free flow of oxygen through the system and removal of contaminants. Conduct system leak test applying working pressure +/-10% using oxygen only. Adjust gas pressure across the cell according to specifications using a downstream Control Valve (on the flow meter) and pressure gauge (supplied by the installer). 4. Plug the system into a specified receptacle. 5. Flip the Power Switch into the “ON” position. 6. Slide the red dot on the power control slider upwards to adjust to desired power from 0-100% according to supplied “Ozone Generator Performance Test” chart. Now the generator is at optimum production mode and ozone should be flowing through the system. 16 SECTION 3 OPERATION 3C. System Shutdown 1. Slide the red dot on the power control slider downwards to adjust power from 0%. (No ozone is produced at this time.) 2. Switch the power switch to the OFF position. 3. Unplug the system from the power source if required. 4. Close down the downstream Control Valve (located on the flow meter -supplied by installer) to protect the unit from accidental flooding. 5. Turn the oxygen source off. 3D. Standard Operating Procedures NOTE: To assure a long trouble-free service life for the ozone Generator, provide the following operating conditions: • Make sure that the oxygen concentrator is maintained properly and is producing oxygen at greater than 90% purity and less than -60°Cdew point. Check sieve conditions and replace it as often as recommended by the manufacturer • Install an oxygen filter and oxygen dryer between the oxygen concentrator and the Ozone Generator, check the condition and replace the cartridge to protect Ozone Generator from sieve particles in case of oxygen generator failure and moisture. • Make sure to maintain working pressure across ozone cells as specified for the generator protection and most efficient production. • When injecting ozone into water make sure to protect the generator from flooding by installing a device capable of preventing water backup. Check valves usually start leaking after a few days of operation in ozone and cause serious damage to the ozone cell. We recommend using devices, which could automatically drain water out of the ozone line and stop it from entering the ozone cell. 17 SECTION 4 MAINTENANCE AND SERVICE 4A Preventative Maintenance Generally, Absolute Ozone® is maintenance-free although it is useful to check the Ozone Generator for proper operation: 1. Make sure there are no warnings on the LCD screen. 2. Inspect visually all gas, power and signal cables, and connectors 3. Make sure that all air vents are not obstructed. Monthly: 1. Make sure that all system equipment (oxygen concentrator, air compressor, etc.) is maintained according to the manufacturer 2. Remove and replace or clean filter cartridges and other devices if installed and required. 3. Perform general cleaning of cabinet exterior after disconnecting the equipment from the electrical source. 4. Using clean/dry compressed air, or a vacuum cleaner blow out the interior or vacuum the cabinet, taking special care around electronic components and wiring. 4B. Troubleshooting Knowledge of electrical applications is required for troubleshooting. Contact a certified electrician if you are unsure of your ability to service the equipment. If any problem persists, please call (+1)780-486-3761. We will have one of our system engineers discuss your situation with you over the phone. 18 SECTION 4 MAINTENANCE AND SERVICE Symptom (Warning Message): • INCORRECT REMOTE CONTROL VOLTAGE Please make sure the voltage you have supplied to the remote control (4-20 MA signal) is not higher than 10V. • OZONE CELL CONTAMINATION. The ozone sensor detected ozone cell contamination by water or possibly some other conductive liquids. Please switch the ozone generator off, locate and eliminate the source of the contamination. While having power off run oxygen through the ozone cell for several days to dry the liquid and/ or other contaminants out and then try to restart the ozone generator. • SYSTEM COMMUNICATION PROBLEMIf after several attempts does not restart, please contact us technical support • OZONE SENSOR PROBLEM If after several attempts does not restart, please contact us for technical support 19 SECTION 4 MAINTENANCE AND SERVICE • OZONE CELL PRESSURE TOO LOW Please make sure there are no restrictions on the oxygen line coming to the ozone generator and that the flow is only adjusted on the ozone line after the ozone generator to maintain correct working pressure, if the pressure is too low due to an incorrectly set pressure regulator or failure of oxygen generators, please rectify the problem and the ozone generator will continue operation. • OZONE CELL PRESSURE TOO HIGH Please adjust the oxygen pressure regulator to the specified pressure and that will rectify this problem and warning message. • OZONE CELL TEMPERATURE TO HIGH Make sure that the ambient temperature in the installation room is below 25 c, and check that there is good unrestricted cooling airflow through the ozone generator (not obstructed on either side of cooling grills). please make sure that the cooling fan is working properly.in case of the cooling fan failure, please contact technical support for further instructions • SUPPLY VOLTAGE TOO HIGH OR TOO LOW Please make sure that the voltage supplied to the ozone generator is as specified +/- 5% in order to correct the problem. if the voltage supplied is as specified and the problem persists, please contact our service department 20 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5A.i Relative Strength of Ozone The following compares the strengths of several common oxidizing reagents (EOP vs. Cl2) • Elemental Fluorine (2.25) • Hydroxyl Radical (2.05) • Ozone (1.52) • Hydrogen Peroxide (1.30) • Hypochlorite (1.10) • Chlorine (1.00) • Chlorine Dioxide (0.93) • Bromine (0.57) 5A.ii Micro-Flocculation and Oxidation Ozone oxidizes the following metals (known as micro-flocculation), enabling their removal via filtration: • Iron • Copper • Manganese • Zinc • Arsenic Ozone neutralizes “nuisance” compounds - most commonly, hydrogen sulfide. 21 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5B. i General Safety Information - Ozone Properties • Colorless to blue gas (greater than -169 F). • The characteristic odor is often associated with electrical sparks or lightning in concentrations of less than 0.02 ppm. • Highly chemically reactive. • Non-flammable, non-carcinogenic. • Hazardous polymerization can occur in some rare materials. • Spontaneously decomposes to oxygen gas. 5B. ii General Safety Information - Ozone Uses • Air and water disinfection • Surface sanitation • Water treatment plants • Bottled water, irrigation, community water supplies, swimming pools/ spas, etc. • Aquariums/life support • Agricultural wash water • Wastewater treatment • Mold and bacteria control in cold storage 22 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5C.i Health Hazards – Detection Levels Gaseous ozone can be detected in the air by its distinctive odor at concentrations of about 0.02 ppm. Although each nose varies, olfactory fatigue occurs quickly. Initial small exposure may reduce cell sensitivity and/or increase mucous thickness producing resistance to low gaseous ozone levels. DO NOT RELY ON ODOR AS A WARNING OF HIGH OZONE CONCENTRATIONS. The Permissible Exposure Level (PEL) or time-weighted concentration for gaseous ozone to which workers may be exposed is 0.1 ppm averaged over 8 hours, 5 days a week (OSHA). The short-term exposure limit is 0.3 ppm averaged over 15 minutes. The concentration of 5.0 ppm ozone in the air is generally accepted as Immediately Dangerous to Life or Health (IDLH). 5C.ii Health Hazards – Effect on Humans Gaseous ozone acts as a primary irritant, affecting mainly the eyes, upper respiratory tract, and lungs. Inhalation produces various degrees of respiratory effects from irritation to pulmonary edema (fluid in the lungs). Short exposure to 1-2 ppm concentrations causes headaches as well as irritation to the respiratory system but symptoms subside when exposure ends. High concentrations of ozone produce severe irritation to the eyes and respiratory system. Exposure above the ACGIH/OSHA limits may produce nausea, chest pain, coughing, fatigue, reduced visual acuity, and pulmonary edema. Symptoms of edema from excessive exposure can be delayed one or more hours. There is no threshold limit and so no exposure (regardless of how small) is theoretically without effect from ozone’s strong oxidative ability. 23 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5C.iii Electrical Hazards Turn OFF all power switches and disconnect the power cord from the power source receptacle before performing service work. Failure to do so could result in serious injury or death. Operate the generator with safe access to electrical power. Connect the generator to a G.F.C.I. type receptacle or as required by local electrical codes & regulations. Do not bury the electrical cord. To reduce the risk of electrical shock, replace the damaged cord immediately. 5C.iv Fire Hazards Ozone is non-flammable. The decomposition of ozone into oxygen gas (O2) can increase the strength of fire. Ozone is unstable at room temperature and spontaneously decomposes to oxygen gas. Avoid ignition sources such as heat, sparks, and open flame. Keep away from strong combustible materials such as grease, oils, and fats. 5C. v Chemical Accion Ozone is chemically incompatible with all oxidizable materials, both organic and inorganic. 24 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5D.i Ozone Monitors Ambient ozone monitoring/control equipment (available from Absolute Ozone®) should be installed in the areas where ozone is being generated or applied. In a case when ambient ozone concentration reaches or becomes higher than 0.05 ppm, the ozone monitor/controller should switch the power of the ozone generator off and produce a warning audio/visible signal to allow people to clear the room and to avoid high concentration ozone exposure. 5D.ii Ventilation It is mandatory that general and local exhaust ventilation be provided to dilute and disperse small amounts of ozone into the outside atmosphere. Federal, state, and local regulations must be followed. 5D.iii Emergency Procedure Due to the short life of ozone, evacuation and ventilation are all that is generally required in the event of a high ambient ozone alarm. All ozone generating and delivery equipment should be shut down (manually or automatically by alarm) and a high-speed fan activated to dilute and disperse ozone into the atmosphere. Personnel should leave the affected area until levels are returned to below 0.1 ppm. 5D.iv Respiratory Protection A disposable respirator (3M #N95 8214/8514 - Minneapolis, MN, www.3m.com) is recommended for relief against ozone levels up to 10 times the OSHA PEL or applicable government occupational exposure limits, whichever is lower. 25 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5D.v Education and Training The education and training of workers are the responsibility of the end user. An effective training program must be practical, based on written work procedures, and specific to both the job site and the tasks to be performed. Training shall also include the responsibilities and responses of workers in an emergency. The employer shall ensure through the education and training program that all workers can work without risk to themselves or others around them. All workers must clearly understand their responsibilities concerning not only specific work procedures but also the need to report all hazards, accidents, or incidents and injuries. Management and employees shall review all routine work and emergency procedures jointly at least once annually. TOXIC EFFECTS OF GASEOUS OZONE OZONE CONCENTRATION (PPM) EFFECT 0.01 - 0.10 Range of Odor Threshold. Headaches, irritation to respiratory tract, severe irritation to eyes 0.1 Permissible concentration (8 h work day)* 0.3 Permitted short-term exposure (15min.)* 1.0-10.0 Nausea, chest pain, coughing, fatigue, reduced visual acuity, pulmonary edema 5.0 Immediately Dangerous to Life or Health (I.D.L.H)* >20.0 Can be fatal after 1 hour >50.0 Can be fatal after 30 minutes *regulations regarding levels may vary from country to country.” 26 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5E.i Safety Precautions and Equipment Repair and maintenance of the ozone system shall be done under the direction of qualified personnel. Qualification shall consist of instruction from the equipment supplier on the safeguards and procedures necessary for the safe performance of the work. Repair of the Ozone Generator could be performed only under the supervision of Absolute Ozone® engineers unless authorized and instructed otherwise by Absolute Ozone personnel. All equipment in an ozone plant (ozone generator, piping, pumps, tanks, etc.) coming in contact with gases containing ozone must be maintained free of oil and grease. Monitoring equipment and alarm system shall be tested and serviced according to the manufacturer’s instructions. The planned maintenance of all safety equipment is essential to worker safety. 5E. ii Maintenance Requirements It is the joint responsibility of the manufacturer, supplier, and installer of the Ozone generating and handling equipment to determine whether or not the system is working properly. The operation and maintenance manual provided with the equipment outlines the operating procedures and maintenance requirements. 5F Monitoring Equipment and location Ambient ozone detection monitors shall be located to monitor ozone room air and production/plant room air for indoor applications. Proper Ozone Monitoring equipment should be used to protect personnel from dangerous levels of ozone exposure. Absolute Ozone® could provide suitable ozone monitoring at customer request. 27 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5G. First Aid 5G. i General Information 1. DO NOT PANIC. If exposure to gaseous ozone causes headaches or shortness of breath, immediately remove the worker to a fresh-air environment. 2. Ensure there is no more danger to yourself or the worker. 3. Workers who have been exposed to low concentrations of ozone should be given oxygen to breathe while under the observation of trained personnel. 4. If exposure is severe, send for medical assistance immediately. 5G. ii Inhalation 1. Assess the worker’s breathing. 2. All unconscious workers must be placed in the drainage position (on their sides); so that fluids can drain from the airways once breathing has been restored. 3. Check pulse. 4. If breathing has ceased, start artificial respiration (rescue breathing is the most effective method) until breathing has been restored. 5. Send for medical assistance immediately. 6. If absent, begin cardiopulmonary resuscitation (CPR). 5G. iii Eye Contact 1. Effective irrigation should start immediately. Eyes should be irritated for 30 minutes by the clock with running tap water or preferably normal saline. 2. Effective irrigation must be continued while en route to the hospital. 28 SECTION 5 OVERVIEW AND SAFETY PROCEDURES 5G. iv Precautions Workers with a previous cardiopulmonary (heart and lung) condition must consult their physician before working in an area in which they may be exposed to ozone. Significant alterations in cardiopulmonary functions have been documented when such workers have been exposed to low concentrations of ozone. 5G. v Emergency Information Form An emergency information form (see example below) should be filled out before operating the Ozone Generator. 29 SECTION 6 WARRANTY Absolute Ozone® Five Years Limited Warranty The limited warranty set forth below applies to products manufactured by Absolute Ozone® 10712 - 181 Street, Edmonton, AB., T5S 1K8, Canada, and sold by Absolute Ozone® and its authorized dealers. This limited warranty is given only to the first retail purchaser of such products and is not transferable to any subsequent owners or purchasers of such products. Absolute Ozone® warrants that Absolute Ozone® will repair or replace, at Absolute Ozone’s option, any part of such products proven to be defective in materials or workmanship within five (5) years from the date of original purchase. Parts are covered under the five (5) year warranty when and only when required operating conditions and procedures as described in this manual are performed and provided. This warranty specifically excludes any components not manufactured by Absolute Ozone® that are external to the products covered, such as pumps, air compressors, monitors, tanks, or related components. Absolute Ozone® will assist with warranty claims for such components purchased through Absolute Ozone®; limited to the extent of the manufacturer’s standard warranty. ANY REPAIR OR REPLACEMENT WILL BE WARRANTED ONLY FOR THE BALANCE OF THE ORIGINAL FIVE (5) YEAR WARRANTY PERIOD. THIS LIMITED WARRANTY DOES NOT INCLUDE ANY OF THE FOLLOWING: (a) Any labor charges for troubleshooting, removal, or installation of such parts; (b) Any repair or replacement of such parts necessitated by faulty installation, improper operating procedures and conditions, misuse, abuse, negligence, accident, fire, flood, repair materials, and/or unauthorized accessories; (c) Any such products installed without regard to required local codes and accepted trade practices; (d) Damage caused by water passing through the unit; (e) Damage caused by operating below or above specified working pressure; (f) ANY IMPLIED WARRANTY OF MERCHANTABILITY OR IMPLIED WARRANTY OF FITNESS FOR PARTICULAR PURPOSE, AND SUCH WARRANTIES ARE HEREBY DISCLAIMED; AND (g) ABSOLUTE OZONE® SHALL NOT BE LIABLE UNDER ANY CIRCUMSTANCES FOR LOSS OF USE OF SUCH PRODUCTS, LOST PROFITS, DIRECT DAMAGES, INDIRECT DAMAGES, CONSEQUENTIAL DAMAGES AND/OR INCIDENTAL DAMAGES. 30 SECTION 6 WARRANTY NOTE: ANY WORK PERFORMED ON ABSOLUTE OZONE PRODUCTS WITHOUT PRIOR AUTHORIZATION FROM ABSOLUTE OZONE WILL AUTOMATICALLY VOID THIS WARRANTY. ANY ABSOLUTE OZONE PRODUCT MUST BE RETURNED TO ABSOLUTE OZONE PREPAID, FOR WARRANTY EVALUATION. THE OZONE CELL CONTAINS TAMPER-PROOF DEVICES. ANY ATTEMPT TO OPEN THE CELL WILL NOT ONLY VOID THE WARRANTY BUT WILL VOID THE POSSIBILITY OF OBTAINING ANY SERVICE BY ABSOLUTE OZONE. TO OBTAIN WARRANTY SERVICE: Please provide the following information: 1. Project, contact name, mailing address, and telephone 2. Installer/Mechanical Contractor 3. Serial # and date of purchase 4. The date of failure 5. A description of the failure 6. All shipping documents should clearly state “Warranty Repair” and indicated the RMA number. Absolute Ozone is not responsible for double taxes or duties resulting from improper shipping documentation. Absolute Ozone 10712 – 181 Street, Edmonton, Alberta, T5S 1K8, Canada Customer Service: 780-486-3761 Web: www.absoluteozone.com Email: [email protected] 31 SECTION 7 DIMENSIONS NANO® Weight: 10 lbs. 5 in 5.14 in 15.5 in Weight: 26 - 32 lbs. ATLAS® 7 in 17 in 14 in 32 15 in SECTION 7 DIMENSIONS TITAN® Weight: 26 - 32 lbs. 7 in 14 in 17 in 19 in MAGNUM® Weight: 53 lbs. 7 in 28.5 in IMPORTANT: If authorized by Absolute Ozone to remove MAGNUM enclosure cover, please ensure the screws are fastened in the same pattern in the same position as originally assembled/ found. Moreover, ONLY USE the same short screw as supplied on the middle threaded hole on the right side of the MAGNUM ozone generator. Using an incorrect screw or a longer length (than supplied) screw, you risk puncturing the internal ozone gas which runs directly behind the threaded hole which could potentially cause a leak and would not be covered under warranty. 26.5 in 33 SECTION 7 DIMENSIONS 1 in 03 (OUT) NANO® 1 1/4 in 02 (IN) Ø1/4 SS316 Compression Swagelok Type Connector ATLAS® 4 in 2.2 in Ø1/4 SS316 Compression Swagelok Type Connector 1 5/8 in MAGNUM® 2.2 in 4 in Ø3/8 SS316 Compression Swagelok Type Connector 1 5/8 in 34 SECTION 7 DIMENSIONS Ø1/4 Ø1/4 12 in 12 in Ø1/4 27 7/8 in 15 1/2 in 16 5/16 in GET IN TOUCH Our assistance to our clients over the past two decades not only provided them with the most reliable and effective working ozone systems but provided tremendous savings on operating expenses to them, as Absolute Ozone generators do not require any service repairs or maintenance first 20 years of use when installed and used correctly. CALL US TODAY, AND LET’S DISCUSS YOUR UPCOMING OR CURRENT PROJECT Phone: 780-486-3761 Toll Free (US & Canda): 1-877-486-3761 Email: [email protected] Location: 10712-181 ST NW Edmonton Alberta, Canada, T5S1K8 Website: www.AbsoluteOzone.com Scan the code to download a spanish version 35
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Key Features
- 80 g/h ozone production
- LCD control panel
- 4-20mA 10V remote control
- Universal mounting design
- Safety shutdown features
- Modular design
- High ozone concentration
- Reliable performance
- Long service life