EVAC PRODUCT CATALOGUE

Transcription

1 Building Sector EVAC PRODUCT CATALOGUE ENA RELEASE

2 TABLE OF CONTENTS GENERAL EVAC VACUUM TOILETS EVAC VACUUM INTERFACE UNITS EVAC VACUUM COLLECTING UNITS OTHER EVAC PRODUCTS EVAC VACUUM PIPING EVAC REFERENCES AND CERTIFICATES EVAC CONTACTS

3 GENERAL

4 GENERAL TABLE OF CONTENTS EVAC GROUP EVAC BUILDING DIVISION EVAC INDUSTRIES EVAC SYSTEMS

5 GENERAL EVAC GROUP EVAC BUILDING DIVISION EVAC INDUSTRIES EVAC SYSTEMS

6 Date: 08 January 2015 Doc GENERAL EVAC GROUP Evac is a global company that designs, manufactures and markets environmentally friendly water, waste and wastewater collection and treatment systems for the shipbuilding, offshore and construction industries. Skilled personnel, professional design and high-quality technical solutions have facilitated continuous growth, both in market share and turnover. EVAC S MISSION We design and market integrated water, waste and wastewater management systems that provide innovative engineering, high product quality and superior customer service. We strive to meet our customers unique construction and environmental requirements. EVAC CLEANTECH SOLUTIONS, ANYWHERE Evac companies and representatives in more than 40 countries are responsible for the marine and building business worldwide. Our premises are located in Espoo/Finland, Illinois (Cherry Valley)/, Paris/France, Sao-Paulo/brazil, Shanghai/China, Rellingen/Germany and Notodden/Norway. Additionally we have branch offices in Pusan, Korea and Florida (Deerfield Beach)/.. 1

7 GENERAL EVAC GROUP EVAC BUILDING DIVISION EVAC INDUSTRIES EVAC SYSTEMS

8 Date: 08 January 2015 Doc GENERAL EVAC BUILDING DIVISION. We promise to our customers all around the world gravity free collection and treatment solutions without any blockage during the lifetime of their buildings WE ARE THE GLOBAL LEADER Evac is the global leader in vacuum systems and treatment units with over 10 billion m 3 of water per year flowing through Evac technologies. WE KNOW YOUR INDUSTRY The 35 year presence of Evac in the construction market has not only created a unique installed base but also strengthened our expertise in serving customers. Evac provides solutions for a broad range of industries with the widest portfolio of technologies mastered by our company in this market. WE ARE CLOSE TO YOU Evac worldwide network of representatives and service professionals operates in more than 40 countries supported by Evac regional presence on every continent.. 2

9 GENERAL EVAC GROUP EVAC BUILDING DIVISION EVAC INDUSTRIES EVAC SYSTEMS

10 Date: 08 January 2015 Doc GENERAL EVAC INDUSTRIES ACHIEVING INDUSTRY EXCELLENCE Evac Group solutions for the building industry provide significant savings with very low water consumption toilets (90% reduction), total flexibility in piping layout with gravity free routing utilizing smaller diameter piping, and the most cost effective solution for gravity drainage issues related to high ground water, sandy soil or flat topography. The 35 year presence of the Evac Group in the construction market has not only created a unique installed base of several thousand references but also improved Evac team s expertise in serving customers. The benefits and features previously mentioned are supported by the widest portfolio of vacuum technologies available on the market and serve the broadest range of industries independently of the building application. The Evac Group understands its customers needs and requirements from design to the operational phases of hotels, shipbuilding, shopping centers, restaurants, subway stations, airports, prisons, universities, schools, laboratories, factories, supermarkets, hospitals, retirement homes, office buildings, and resorts. Major examples of Evac Group applied solutions, valued by thousands of customers and users worldwide, are vacuum toilets for water saving in heavy duty buildings, supermarket condensate drainage for total layout flexibility and remodeling, efficient management of healthcare radioactive wastewater, vacuum drainage and toilets for high security operation in correctional facilities, and wastewater treatment and reuse in sensitive areas.. 3

11 Date: 08 January 2015 Doc GENERAL EVAC INDUSTRIES SUPERMARKET SUPERMARKET AND FOOD PREPARATION Evac systems bring a competitive edge to grocery stores, supermarkets and hypermarkets by increasing store layout and design flexibility making store remodeling less expensive and faster. Evac s overhead vacuum system removes condensation from refrigerated cases and drains water from sinks and free-standing kiosks avoiding any gravity concern. Easy remodeling Highlights: Reduce cost of store remodeling Reduce construction and remodeling schedule Minimize customer disruption Enlarge or relocate departments without cutting the finished floor Eliminate underground unknowns during remodels and conversions Reduce maintenance Reduce odor with vacuum grease separation It is easy to remodel without damaging finished floors while avoiding floor and roof penetrations. Unlike gravity systems where sewer piping is enclosed in concrete, the store can operate independent of foundation constraints. No concrete and tile work is needed when relocating or adding display cases. Buffer boxes hidden above the slab and under the freezer cases are easy to move. Floor plan can be adjusted quickly and easily at the last minute. The close time of the store and customer disruption are greatly reduced. Easy maintenance Maintenance is easier, cheaper and quicker with easy access to above slab buffer and overhead piping compared to under slab gravity system. Evac parts can be changed without hand tools for quick and easy maintenance. Minimal customer disruption New concepts and services can be added overnight without disruption to store operation. The piping system is air tight and air can only leak in so no odor or sewage can affect the customer experience. A gravity floor drain will dry out and release odor to the premises when there is a little or no condensate produced.. 4

12 Date: 08 January 2015 Doc GENERAL EVAC INDUSTRIES CORRECTIONAL CORRECTIONAL BUILDING Increased Security and Control Less maintenance means fewer maintenance personnel in secured areas. Correctional Officers can shut off individual or blocks of toilets prior to shakedowns, eliminating the toilet as a means of disposing contraband or weapons. The vacuum toilet makes flushed contraband irretrievable and also eliminates communication and passing of contraband between cells. Highlights: Increase security and control Reduce maintenance and especially in cell maintenance Reduce construction time and costs Reduce water and sewage cost Reduced Maintenance Evac virtually eliminates main line blockages by restricting abusive materials from entering the piping system at the toilet. Attempted abuse is isolated in the cell at the toilet fixture so that disciplinary measures can resolve future attempts. Reduced Construction Time and Costs The smaller diameter vacuum piping system can be installed horizontally or vertically. Waste piping is typically routed above the slab, minimizing the need for costly and time consuming trenching. This allows flexibility in the layout, design, and installation: saving time and costs on both new construction and remodeling projects. Reduces Water and Sewage Cost The Evac Vacuum Toilet uses less than 1/2 gallon per flush (1.2 L). Water acquisition and sewage disposal cost can be dramatically reduced. Examples: 250 beds facility: 2 M Gallons saved each year! (7560 m 3 /year) 1000 beds facility: 8 M Gallons saved each year! (30240 m 3 /year). 5

13 Date: 08 January 2015 Doc GENERAL EVAC INDUSTRIES HEALTHCARE HEALTHCARE BUILDING Increased hygiene Unlike conventional toilets, permitting bacteria and odor to enter the atmosphere, the Evac toilet takes out up to 60 liters of air on each flush, removing virus, bacteria and odor from the bowl and into the system enhancing hygiene and personal comfort within washrooms. By encouraging the cycle of air, the toilet accommodation will stay fresh. Highlights: Reduce risk of contamination Reduce odor Reduce radioactive wastewater volume and save space Reduce water consumption Reduce construction schedule Save footprint As Evac toilets have a very low consumption of water, the actual amount of the produced sewage is reduced. This is particularly valuable for radioactive treatment department where radioactive wastewater is produced and has to be contained until radioactivity has decreased before discharge to the city sewer or treatment plant. The amount of wastewater to store is extremely reduced and allow great space saving. In addition the risk of leakage of radioactive wastewater in the piping is reduced as the piping network is under vacuum condition only air can leak in. Save time During construction, remodeling and maintenance, disruption of healthcare operations are minimized. With no multiple floor penetration, and accessible piping network, the construction work is cleaner and faster.. 6

14 Date: 08 January 2015 Doc GENERAL EVAC INDUSTRIES COMMERCIAL AND HEAVY DUTY COMMERCIAL BUILDING & HEAVY DUTY Cost saving A typical vacuum toilet requires just over one liter of water per flush - one sixth of that used by a conventional toilet, as they have very low water consumption. Consequently, the water bill is greatly reduced especially in heavy duty building such as airport or train station where public toilets are the main source of water consumption. Highlights: Save water and water cost Gain green label points Preserve historical building Increase net leasable space Reduce loss of activity with tight construction and remodeling schedule Water saving Vacuum toilet systems are very environmentally friendly - one of the biggest savings on natural resources is the dramatic reduction in water consumption. Also the actual amount of the produced sewage is reduced - helping to ease the burden on overloaded public sewage plants. Green label Water saving with Evac systems allows getting between 7 and 10 points on the LEED and BREAM label, with low water consumption and advanced wastewater treatment for reuse. It also participates to company green policy. Business boosting Historical building can be preserved with Evac system, offering great opportunities for remodeling and refurbishing while conserving the building structure and features. By allowing great flexibility in water features layout, the building net lease space is increased. Construction and remodeling time is greatly reduced so that commercial activity can be start or restarted in a very tight schedule.. 7

15 Date: 08 January 2015 Doc GENERAL EVAC INDUSTRIES SEPTIC SYSTEM SEPTIC TANKS DISCHARGE Train stations and pits Evac s systems are used to empty passenger cars septic tanks, which collect all sewage on a train. The suction stations can be located on separate service lanes or inside a train hangar and the vacuum units can be located in outdoor inside containers and sheds, or inside technical areas. The vacuum ensures that the septic tanks are emptied fast, smoothly and in a clean way so that the trains can continue the journey and serve the passengers. Highlights: Provide fast and clean drainage of train and ship septic tanks Provide ready to use operation Avoid clogging Reduce storage volume requirements Marina solutions The Evac system can be installed in a simple shed on the pier, with the suction pipes submerged into or below the pier. The suction stations are positioned in convenient positions for the ships to empty their septic tanks. The vacuum units stay on standby, ready to operate whenever an operator open an emptying valve. Remote area Cabins, cottages, houses and other remote small-scale buildings can utilize vacuum toilets because of the water saving benefits. Whenever sewage treatment or the disposal of sewage water is challenging, vacuum toilets will minimize the amount of waste compared to the traditional gravity toilet system and hence the size of the decentralized treatment or storage.. 8

16 GENERAL EVAC GROUP EVAC BUILDING DIVISION EVAC INDUSTRIES EVAC SYSTEMS

17 Date: 08 January 2015 Doc GENERAL EVAC SYSTEMS HOW DOES IT WORK EVAC VACUUM SYSTEM Evac solutions are based on vacuum transport, not gravity, which makes it possible to move wastewater horizontally or even lift vertically into overhead piping. Vacuum even allows you to move over and around obstacles. A vacuum drainage system is able to transfer all of the wastewater and condensate inside a building to any single location without additional pumping stations. The Evac wastewater handling solution is an integrated system that consists of vacuum toilets, grey water and condensate vacuum interface units, vacuum piping, vacuum collection tanks, as well as wastewater treatment plants. Evac toilets and grey water interfaces can be installed just about anywhere in a building. Pipes are small bore (normally 50mm) and can be routed around and even over obstructions. As they are not reliant on the locations of service core and do not need vent stacks, design flexibility is maximized. Anywhere you can imagine an Evac toilet system in the design of your new build or refurbishment project, it can be achieved. Evac systems give vertical lift of up to 4 to 5 meters for wastewater and up to 6 m for condensate, giving unparalleled flexibility in installation. Now you can position toilet cubicles, urinals, showers and hand basins wherever you want, regardless of conventional soil stack practice. Toilet facilities can even be located below the level of the vacuum plant module. As there is no need to be adjacent to a central soil stack, the location of toilet accommodation can vary from floor to floor. Evac vacuum pipes can be located in ceiling voids and floor spaces - in fact just about anywhere! They can easily be routed around beams, fire walls, ventilation systems and other obstacles. This can translate into significant reductions in the minimum floor to floor height. Evac System Gravity System. 9

18 Date: 08 January 2015 Doc GENERAL EVAC SYSTEMS HOW DOES IT WORK In speculative buildings, a prospective tenant will often wish to plan the space available in a building to suit its business operation. The Evac system gives you this extra capability. Final decisions on the floor plan can be delayed leaving maximum room to maneuver and giving the client maximum flexibility to plan space. Most businesses go through some form of office reorganization on a regular basis - growth, departmental restructuring and even downsizing, all affect the layout of a building. The Evac system opens the door to a wide range of space planning options than have not previously been possible. Space reorganization projects, which involve changing the location of washrooms, are made easy and do not demand major rebuilding works. Evac System Gravity System Every Evac system, when installed, is a closed loop. This is particularly important where an organization requires that waste must be contained if contamination is considered high risk, e.g. Hospitals, Research Facilities and Prisons. All waste is stored in a central vacuum module before being discharged to either a municipal sewer, or disposed of via specialist waste disposal facility. Evac systems reduce leakage problems. Because the entire system is under vacuum, leaks pull air in and don't not allow waste and odor to exit. The opposite is true with gravity systems. Evac System Gravity System. 10

19 Date: 08 January 2015 Doc GENERAL EVAC SYSTEMS HOW DOES IT WORK EVAC VACUUM TOILETS A conventional toilet consumes seven liters of water every time it is flushed. The Evac toilet typically uses just over one liter of water per flush - one sixth of that used by a conventional toilet. Using less water will bring significant cost savings as water rates rise. Evac systems are also cleaner. Unlike conventional toilets which permit bacteria and odors to enter the atmosphere, the Evac toilet takes out up 60 liters of air on each flush, removing viruses, bacteria and odors from the bowl and into the system enhancing hygiene and personal comfort within washrooms. By encouraging the cycle of air, toilet accommodations will stay fresh. The Evac Vacuum Toilet System could not be simpler. Instead of relying on traditional solutions, which use the principle of gravity to remove waste and are heavily reliant on the location of services cores and outgoing sewer connections, the Evac system creates a powerful vacuum to flush the toilet. Once the flush button is pushed, a pneumatic signal is sent to the control mechanism, which opens the discharge valve by allowing vacuum from the pipe work system to enter the discharge valve diaphragm thus connecting the bowl to the vacuum system. Air at atmospheric pressure then forces the sewage through the discharge valve and into the piping. Simultaneously the water valve is opens and pressurized rinse water cleans the bowl. This whole operation is performed using just vacuum, NO electrical connections are required. Evac toilets can be re-flushed more than four times as fast as conventional gravity toilet. On average, an Evac toilet will take 3 seconds to complete a flush cycle. Evac vacuum toilets are quiet when compared with traditional systems, during the flush cycle, as there is no toilet cistern to refill. Evac System Gravity System. 11

20 Date: 08 January 2015 Doc GENERAL EVAC SYSTEMS HOW DOES IT WORK EVAC VACUUM INTERFACE UNITS FOR STANDARD FEATURES Whilst the Evac vacuum toilet is an integral part of the system, the system will accept waste from all other gravity fixtures, including wash basins, baths, urinals, sumps and showers using a Vacuum Interface Valve. The Evac vacuum interface unit is similar in operation to the Evac vacuum toilet. The activator is triggered when a static head has been built up in the collection buffer. The activator transfers the operating vacuum to the plunger diaphragm so that the discharge valve opens. After 3 seconds the activator shall close the supply of the operating vacuum to the discharge valve which immediately closes. The whole operation is automatic and, once again, no electrical connections are required. The vacuum Interface units allow standard bathroom fittings to be connected to the vacuum drainage system in new build projects and eliminate the need to replace existing fittings in a refurbishment project. Sequences of an Evac floor drain operation. 12

21 Date: 08 January 2015 Doc GENERAL EVAC SYSTEMS HOW DOES IT WORK EVAC VACUUM INTERFACE FOR CONDENSATE COLLECTION Condensate water enters a tank or section of piping called a buffer, placed on the slab below the display case. The buffer acts as a temporary collection for the water and operates the same way as a grey water interface system. As condensate water accumulates in the buffer, a pneumatic signal equivalent to a certain water column is sent to the activator. The activator opens the vacuum discharge valve and the condensate water is transported toward the collection station. The activator controls the amount of time in which the vacuum valve is open. The Evac vacuum condensate collection system uses the same principles as the larger vacuum waste collection systems found in hotels and sports centers providing total system reliability and minimal maintenance. A vacuum collection system in a supermarket allows for the refrigerated display case condensate waste piping to be mounted in the overhead near the roof joists. A lift as great as 6 m can be accomplished using an Evac vacuum waste collection system. Example of Evac system layout for supermarket condensate collection. 13

22 Date: 08 January 2015 Doc GENERAL EVAC SYSTEMS HOW DOES IT WORK EVAC VACUUM COLLECTION UNIT Evac offers various solutions adapted to the customer s needs, region and applications. There are two main types of vacuum generation units: vacuum tank and online vacuum pump. Vacuum tank models Online vacuum pump models SMC260 SS230 Horizon Horizon Jr. Modular Collection Systems HQE N 10 HQE N 30 MiniVac Vacuum buffer for stable level of vacuum in the system High reliability Suitable for all capacities Easy maintenance OnlineFlex OnlineVac OnlineMax Low weight and small footprint Optimized for small capacities Robust Low cost maintenance HQE OnlineFlex Horizon OnlineMax. 14

23 Date: 08 January 2015 Doc GENERAL EVAC SYSTEMS HOW DOES IT WORK System condensate greywater blackwater Installed vacuum capacity range Tank volume type of vacuum pumps Discharge OnlineFlex x x m 3 /h NA Rotary lobe pump OnlineMax x x m 3 /h NA Rotary claw pump OnlineVac x x m 3 /h NA Helical screw pump SS 230 x x x 350 m 3 /h 2x 30 Gal Rotary lobe gravity SMC 260 x x x m 3 /h 2x 60 Gal Rotary lobe/vane HQE N 10 R1 x x m 3 /h 1200 L Rotary claw pump HQE N 10 R2 x x x m 3 /h 1200 L Rotary claw pump HQE N 30 R2 x x x m 3 /h 2900 L Rotary claw pump MiniVac 2 x 160 m 3 /h 700 L Liquid ring pump gravity or pump Horizon x x CFM 2x 40 Gal wastewater 1x 150 Gal vacuum Liquid ring gravity Horizon Jr. x 68 CFM 1x 30 Gal Liquid ring gravity Modular Collection Systems x x x As per project 1-3x Gal As per project. 15

24 Date: 08 January 2015 Doc GENERAL EVAC SYSTEMS HOW DOES IT WORK EVAC ADVANCED WASTEWATER TREATMENT The Evac MBR is based on proven membrane bioreactor technology, which is capable of filtering out particles as small as bacteria. The treatment process consists of three phases: Pre-treatment: flow equalization and maceration Biological process: aerobic organic removal or all nutrients including organic, nitrogen and phosphorus Membrane filtration: with effective pore size of 0.01 µm ( mm) providing biomass retention, particulate matter retention and disinfection Highlights: Robust and reliable Very small footprint Odorless Very high effluent quality Minimized sludge production Energy conservative operation 7-10 years life membrane Compared to a conventional biological treatment: Up to 5 times smaller, Can handle more than twice the organic loading Better performances, up to 6 times less pollutants Clean water is separated from the biomass by membrane filtration. Evac MBR membranes are submerged flatsheet type membranes. The pressure difference for the membrane filtration is only around 30 mbar; such a small amount of pressure acting on the membranes guarantees them an extremely long lifetime. The treated water does not need any further disinfection and can be discharged directly into sensitive areas or it can be reused. The Evac MBR does not require any back-flushing or constant chemical cleaning, making it the most economical and maintenance-friendly membrane solution. The Evac standard MBR is also available as a combined unit with vacuum generation integrated. All Evac MBR models have effluent quality certification, and have been tested by a certified laboratory for 6 months. Pre-treatment Coupled biological and membrane process Detail of membrane process. 16

25 EVAC VACUUM TOILETS

26 EVAC VACUUM TOILETS TABLE OF CONTENTS EVAC OPTIMA 5 EVAC ELONGATED

27 EVAC VACUUM TOILETS EVAC OPTIMA 5 EVAC ELONGATED

28 VACUUM TOILET Date: 02 Feb 2015 Doc technical data evac OPTima 5, wall model usph, prestige with autoflush unit EVAC Optima 5, wall model usph, prestige soft close with autoflush unit Max Optima AF push button Power supply wall Sensor Control unit USPH vacuum breaker 700 Water sypply 1/2 Shut-off valve Flexible water connection hose Seat and cover: * Prestige or Prestige Soft Close Max. 550 Discharge connection Max. 450 Edge strip Bowl Ø Connection sleeve * Prestige seat and cover fulfill ANSI [ Plastic Toilet ( Water closet ) Seats ] requirements. Materials Operating data Electrical data Connections Shipping data Bowl: White vitreous china Seat and cover; *Prestige and Prestige Soft Close: UF-S Box of control unit: ABS Cover of sensor: ABS Box of power supply: plastic Water pressure: bar Operating vacuum: bar Water consumption: ~1.2 ±0.15 litres/flush (water pressure: 4 bar, vacuum: -0.4 bar) Air consumption: ~ 60 ±10 litres/flush (normal atmospheric air) Sensor distance: 600 mm (set); mm (adjustable) Power supply: V ~ A, 50/60 Hz 1-phase Water supply with USPH: 1/2 MPT, flexible hose Discharge: Discharge connection Ø50, connection sleeve to O.D mm pipe includes two hose clamps Net weight: 21.4 ±0.5 kg Shipping weight: 23.7 ±0.5 kg Shipping volume: m 3 1

29 VACUUM TOILET Date: 25 Feb 2015 Doc INSTALLATION evac optima 5, wall model usph, prestige with autoflush unit evac optima 5, wall model usph, prestige soft close with autoflush unit Power supply (optional place) Water supply Sensor unit Hose from control mechanism Control unit (optional place) USPH vacuum breaker Shut-off valve 1/2 MPT Flexible water hose Discharge pipe alignment tolerance to be ±3.0 mm Ø50 P/N Rubber elbow 90, optional connection 45 Seat and cover P/N Straight connection hose Control mechanism A A (Water supply hose) 90 Min. 280 *(USPH wall bracket) U-beam (Not Evac supplied) Fasten the beam on solid structure. Cross section A - A Overflow point Bolt M12 (not Evac supplied) to be welded.! NOTE: Thread on the bolt must be full length. Vacuum breaker Edge strip Toilet bowl *150 Beam T 65±2 Total length of bolt = T + 65±2! NOTE: The overflow point is inside the toilet bowl 1

30 VACUUM TOILET Date: 25 Feb 2015 Doc INSTALLATION evac optima 5, wall model usph, prestige with autoflush unit evac optima 5, wall model usph, prestige soft close with autoflush unit Dimensions for the toilet service opening and the hole for the autoflush unit Ø9 Corners of service opening with R30 Sharp corners on beam 700 Ø R Wall Beam Floor Toilet supporting beams for wall models U-beam 50x30x2 (not Evac suppled) Bolt M12 to be welded (not Evac supplied) ± ±2 Length according to the space available Insatallation kit P/N consists of: Plastic nut, M12 2 pcs Guiding nut 2 pcs Edge strip 1 pc Straight connection hose 1 pc Hose clamp 2 pcs 2

31 VACUUM TOILET Date: 25 Feb 2015 Doc INSTALLATION evac optima 5, wall model usph, prestige with autoflush unit evac optima 5, wall model usph, prestige soft close with autoflush unit Optima AF push button Control unit Sensor Power supply Prestige Hose G or Washer Guide Hinge C A Shut-off valve Prestige soft close Washer Guide Hinge C F USPH vacuum breaker (see drawing: Water supply) E Water valve B Discharge valve (See notes!) Wall Edge strip Bowl D Fig.1 Washer or Washer Nut Wing nut Connect the water connection hose (A) to the water valve (B). Install the backplate assembly on the wall using the bowl fastening bolts (C) (M12, not included) and the guiding nuts (D) (M12). The guiding nuts are necessary. Connect the hose (E) from the flushing ring to the connecting nipple on the backplate.! NOTE: Do not use any kind of grease during installation.! NOTE: Install the hose (E) to the right side of the discharge valve and below the hose (F). Secure with the hose clamp. Tighten the hose clamp with the pliers. Lift the bowl onto the fastening bolts (C) and tighten the securing nuts (D). Tightening torque is Nm.! NOTE: Check through the toilet service opening in the wall that the hoses run smoothly. The hoses shall not have any kinks. Fit the edge strip as shown in the figure 1. Put the joint of the edge strip to the bottom side of the bowl. Install seat and cover. 3

32 VACUUM TOILET Date: 25 Feb 2015 Doc INSTALLATION evac optima 5, wall model usph, prestige with autoflush unit evac optima 5, wall model usph, prestige soft close with autoflush unit Power supply cable Optima AF push button Power supply Control unit Hose G Pipe Ø12 Shut-off valve, 1/2 MPT BSP OUTLET USPH vacuum breaker Hose (EPDM), L=500 Hose (EPDM), L=810 INLET Water connection hose A (EPDM), L=400 Braid of stainless steel wire Water valve Control mechanism Hose clamps Discharge pipe alignment tolerance to be ±3.0 mm Connecting nipples Discharge connection Back plate assembly Connect the USPH vacuum breaker to the connecting nipples of the back plate. Install the USPH vacuum breaker to the wall. Connect the discharge connection. Secure with the hose clamps. Connect the shut-off valve to the water supply. Note that the USPH vacuum breaker must be installed vertically as shown. Connect the water connection hose (A) to the shut-off valve. Install the push button to the wall. (See document no ) Connect the power supply ( V AC 50 Hz ). 4

33 VACUUM TOILET evac OPTIMA 5, floor model usph, PRESTIGE evac OPTIMA 5, floor model usph, PRESTIGE SOFT CLOSe evac optima 5, FLOOR MODEL USPH, OPEN FRONT Date: 08 Jan2015 technical data Doc (230) wall installation optional Vacuum breaker USPH Water supply 1/2 Shut-off valve Flexible water connection hose Cu-pipe Ø12 Seat and cover: *Prestige, Prestige Soft Close or Open Front Max. 560 Max. 480 (300) wall installation optional Discharge connection Pneumatic push button Rubber elbow 90 Ø50 90 * Prestige seat and cover fulfill ANSI Z [Plastic Toilet ( Water closet ) Seats] requirements. Materials Operating data Connections Shipping data Bowl: White vitreous china Seat and cover; *Prestige, Prestige Soft Close and Open Front: UF-S Pneumatic push button: Chrome plated plastic Discharge valve: Plastic parts: PP, rubber parts: NR Water pressure: bar Operating vacuum: bar Water consumption: 1.2 ±0.15 litres/flush (water pressure: 4 bar, vacuum: -0.4 bar ) Air consumption: 60 ±10 litres/flush (normal atmospheric air) Water supply: 1/2 MPT, flexible hose Discharge: Rubber elbow 90, two hose clamps are included in the rubber elbow 90 to O.D mm pipe. P/N Optima 5, floor model USPH, Prestige Net weight: 21.1 ±0.5 kg Shipping weight: 23.1 ±0.5 kg Shipping volume: m³ P/N Optima 5, floor model USPH, Prestige Soft Close Net weight: 21.1 ±0.5 kg Shipping weight: 23.1 ±0.5 kg Shipping volume: m 3 P/N Optima 5, floor model USPH, Open Front Net weight: 21.1 ±0.5 kg Shipping weight: 23.1 ±0.5 kg Shipping volume: m 3 1

34 VACUUM TOILET EVAC OPTIMA 5, Floor model usph, Prestige evac OPTIMA 5, Floor model usph, Prestige soft close evac OPTIMA 5, Floor model usph, prestige Open front Date: 25 Feb 2015 Doc installation P/N Cover support (Not Evac supplied) Vacuum breaker USPH Min.140 Max Flexible water connection hose Pneumatic push button Min.150* Water supply 1/2 MPT Shut-off valve ± Overflow point P/N Straight connection Discharge pipe alignment tolerance to be ± 3.0 mm 90 Ø *The vacuum breaker air inlet must be installed min.150 mm (6 ) above the overflow point of the toilet. Optional discharge connection Discharge pipe alignment tolerance to be ±3.0 mm. Bowl Min.140 1

35 VACUUM TOILET EVAC OPTIMA 5, Floor model usph, Prestige evac OPTIMA 5, Floor model usph, Prestige soft close evac OPTIMA 5, Floor model usph, prestige Open front Date: 25 Feb 2015 Doc installation Mounting screws on the foor Back plate Adjustable, locked mounting screw or nut M10 or M12 (Not Evac supplied) Floor Wall Min ±2 Max.40 Place of the mounting screw Installation kit P/N consists of: Rubber elbow 1 pc Hose clamp 2 pcs 2

36 VACUUM TOILET EVAC OPTIMA 5, Floor model usph, Prestige evac OPTIMA 5, Floor model usph, Prestige soft close evac OPTIMA 5, Floor model usph, prestige Open front Date: 25 Feb 2015 Doc installation Prestige USPH vacuum breaker or Prestige Soft Close Washer Screw Hinge Water supply or Washer Hinge Shut-off valve H Open front Water valve B A Discharge connection pipe D Screws F Hose clamps Nuts E Mounting screws C Connect the water connection hose (A) to the water valve (B). Connect the pipes from the USPH vacuum breaker to the connecting nipples of the backplate. Note the correct flow direction (see water supply in the next page). Connect the discharge connection pipe to the floor/wall pipe. Put the toilet bowl to the floor on the mounting screws (C). Push the toilet 20 mm to the arrow (D) direction. Lock the toilet by tightening the nuts (E) onto the place.! NOTE: Do not turn the screws (F). Secure the discharge connection with the hose clamps. Fix the USPH vacuum breaker on the wall. Connect the shut-off valve (H) to the water supply. Note that the vacuum breaker must be installed vertically as shown. Connect the water connection hose (A) to the shut-off valve (H). Install the seat and the cover. 3

37 VACUUM TOILET EVAC OPTIMA 5, Floor model usph, Prestige evac OPTIMA 5, Floor model usph, Prestige soft close evac OPTIMA 5, Floor model usph, prestige Open front Date: 25 Feb 2015 Doc installation Water supply in the USPH models Technical water connection pipe, Ø12 USPH vacuum breaker Shut-off valve 1/2 MPT BSP Hose (EPDM), L=400, braid of stainless steel wire Pipe Ø12 Cu (chromium plated) Water valve Connection nipples (to the USPH vacuum breaker) Hose to flushing ring in bowl Connection nipple (from the USPH vacuum breaker) 4

38 EVAC VACUUM TOILETS EVAC OPTIMA 5 EVAC ELONGATED

39 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM TOILETS ELONGATED WALL TOILET WITHOUT COVER 24 [610] Water supply 9/16-24 UNF male* Ø1-1/2 [38.1] 2.1 [54] 13.4 [340] [505] 6.8 [172] Discharge connection [390] Optional place for push button Flush pushbutton side (dimensions in inches [mm]) Material Operating data Connections Shipping data Toilet bowl: White vitreous china Water pressure: min. 1 bar, max. 10 bar Operating vacuum: psig Min. operating vacuum: -11 inch Hg, -25 kpa Water consumption: 0.3 gal/flush [1.2 L/flush] Air consumption: 2.1 cu ft/flush [~60 L/flush] Water supply: 9/16-24 UNF male threads * R1/2 BSP, MPT, with adapter and R1/2 valve (not included in standard) Discharge: Ø 1-1/2 Dry weight : 50 Lbs. (23 kg); wet weight: 54 Lbs. (24.5 kg). 1

40 Date: 08 January 2015 Doc INSTALLATION VACUUM TOILETS ELONGATED WALL TOILET WITHOUT COVER IMPORTANT: Toilet must be fixed to a solid structure. 24 [610] Seat and cover to be ordered separatly Fixing to wall with 4 x M16 bolts. To be welded to support structure (not included) Discharge Connection Ø1-1/2 1-1/2 x2 rubber coupling W/Clamps, straight or elbow (order separately) Water supply 9/16-24 UNF male* 13.4 [340] [505] 2.8 [70] 12 [304] Adapter 9/16 / R 1/ Shut-off valve R 1/ * Toilet flush water supply R 1/2 BSP, MPT when adapter and valve is used Wall access opening 6.8 [172] 7.8 [199] 7 [178] Discharge valve fixing points (x 4) 1.6 [40] 1.6 [40] 6 [152] 6 [152] 2 [50] 3.5[90] 3.5 [90] VIEW FROM THE FRONT OF THE TOILET 4 x Ø 0.8 [20] Ø 3 [80] 2.6 [65] 2.8 [70] 4 [102] 2.8 [70] 5[130] Holes for M 16 bolts (x 4) 6 [152] 6 [152] VIEW FROM THE BACK OF THE TOILET (dimensions in inches [mm]). 2

41 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM TOILETS SEAT AND COVER 5-1/2 [127] 2-1/4 [50.8] 15-15/16 [381] 8-3/16 [203.2] 17-11/16 [432] 3-5/8 [76.2] 3/4 [19.05] 1-1/16 [25.4] 5-1/2 [355.6] (dimensions in inches [mm]) Material Type Seat and cover: Plastic Hinges: Plastic Top-Tite (1950) or 300 Series Stainless steel self-sustaining (1950SS) Fastening system: Non-corrosive Hex-Tite bolts and wings nuts (1950) or 300 series stainless steel hardware (1950SS) Elongated size Open front with cover 4x bumpers Shipping data Dry weight : 3 Lbs. (3.34 kg). 3

42 EVAC VACUUM INTERFACE UNITS

43 EVAC VACUUM INTERFACE UNITS TABLE OF CONTENTS EVAC BUFFER KITS EVAC INTERFACE VALVES EVAC FLOOR DRAINS

44 EVAC VACUUM INTERFACE UNITS EVAC BUFFER KITS EVAC INTERFACE VALVES EVAC FLOOR DRAINS

45 EVAC VACUUM INTERFACE UNITS EVAC BUFFER KITS o BUFFER BOX o BUFFER PIPE o MUSHROOM VALVE o COMPONENTS

46 EVAC VACUUM INTERFACE UNITS EVAC BUFFER KITS o BUFFER BOX o BUFFER PIPE o MUSHROOM VALVE o COMPONENTS

47 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS L BUFFER BOX Sensor port Inlet Outlet Stand off Vent (air gap) Max [109] Max [112] Max. 13 [330] (dimensions in inches and [mm]) Materials Operating Data PVC Handles incoming flow rates up to 6.0 gpm Capacity 0.26 gal (1 L) Connections Installation Shipping Data Inlet and outlet: 1-1/2 PVC sockets Installed on a level surface with wastewater piping sloping into the buffer box. Connect to piping with mechanical couplings. Net Weight: 1.25 lbs / 0.57 kg Shipping weight: 1.32 lbs/ 0.60 kg Shipping volume: 7 ft 3 /0.2 m 3. 1

48 VACUUM INTERFACE UNITS SHB Series PB Series SB Series DW Series EB Series Date: 08 January 2015 Doc TECHNICAL DATA Vent (air gap) Outlet Sensor port H Inlet L W Materials Stainless Steel Technical data Dimensions inch [mm] Capacity Approx. Net P/N Type Discharge gal. [L] L W H Weight lbs. [kg] pipe diam SB 5.84 [22] 10 [254] 10 [254] 13.5 [343] 1.5 [38] [ ] EB 3.42 [13] 13.5 [343] 3.25 [83] 18 [457] 1.5 [38] 17.0 [7.7] PB [22-227] [ ] [ ] [ ] [38-51] [ ] SHB 3.46 [13] 10 [254] 10 [254] 8 [203] 2 [51] 12.3 [5.6] DW [64] 12 [305] 18 [457] 18 [457] 2 [51] 63.2 [28.7] Connections Installation Mechanical couplings Position the buffer on a level floor in an accessible area. All piping and tubing connections must be vacuum tight and braced well. 1

49 EVAC VACUUM INTERFACE UNITS EVAC BUFFER KITS o BUFFER BOX o BUFFER PIPE o MUSHROOM VALVE o COMPONENTS

50 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS /2 BUFFER PIPE KIT Sensor port Inlet Air inlet Outlet Kit components P/N Name Quantity PVC Coupling Elbow, 45 Deg Street Bushing, Reducer 1-1/2" x 1" PVC pipe SCH /2" [500 mm] PVC pipe SCH /2" [550 mm] PVC Tee PVC Tee /4" Hose x 3/8" NPT Fitting PVC Coupling PVC Red Bushing 1 Materials PVC Connections Inlet: 1-1/2 Oulet: 1 Capacity gal (1.38 L) Shipping Data Other Net Weight: 2.83 lbs / 1.28 kg Buffer Pipes can be built by contractor with 1 to 4 PVC. Contact EVAC for more information. 1

51 Date: 08 January 2015 Doc INSTALLATION VACUUM INTERFACE UNITS /2 BUFFER PIPE KIT Min. 2 [50.8] Min. 3 [76.2] 48 [1220.0] (dimensions in inches and [mm]) Place buffer pipe directly on floor with wastewater piping sloping to inlet. Install with sensing port closest to the riser. Sensor port to be glued onsite.. 1

52 EVAC VACUUM INTERFACE UNITS EVAC BUFFER KITS o BUFFER BOX o BUFFER PIPE o MUSHROOM VALVE o COMPONENTS

53 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS MUSHROOM VALVE Mushroom cover 4.25 [108] Washer Clip Membrane Seat, Diaphragm Inlet 1-1/4 Outlet 1-1/ Housing 5.51 [140] 4.41[112] (Dimensions in inches [mm]) Material Connections Capacity Installation Shipping data Housing and diaphragm: PVC Membrane: rubber Inlet: 1-1/4 Flexible Coupling Outlet: 1-1/2 Flexible Coupling Flow capacity: water head/18 Hg vacuum No activator required. Only carries water straight down Placed vertically with appropriate couplings. Provide open space around cover of valve for service accessibility Approx. Net Weight: 0.55 lbs / 0.25 kg. 1

54 Date: 08 January 2015 Doc INSTALLATION VACUUM INTERFACE UNITS MUSHROOM VALVE Refer to the applicable drawing that shows the piping diagram. Prior to installing the valve, be sure the inlet piping is free of debris. Position the interface valve according to the diagram and verify the direction of flow. A 1-1/4 in. flexible coupling is provided on the inlet, and the outlet piping is 1-1/2 in. The cover of the valve must be accessible for servicing VACUUM INTERFACE VALVE Vacuum interface valve assembly Coupling, Flexible, 1-1/4 w/ss Clamps Coupling, Flexible, 1-1/2 w/ss Clamps VACUUM INTERFACE VALVE Vacuum interface valve assembly Coupling, Flexible, Ø Coupling, Flexible, Ø

55 Date: 08 January 2015 Doc INSTALLATION VACUUM INTERFACE UNITS MUSHROOM VALVE Comby Flush valve panel assembly Lavy drain piping Vacuum interface valve assembly Clean out ref. [647.7] Valve panel location for left hand discharge min. [336.6] 1-1/2 Pipe ell (long radius) 2 Wye min. [304.8] 1-1/2 45 ell Rear elevation view 2 Toilet/Lavy discharge pipe to vacuum sewer main min. [533.4] 4.50 min. [114.3] (Dimensions in inches [mm]). 2

56 EVAC VACUUM INTERFACE UNITS EVAC BUFFER KITS o BUFFER BOX o BUFFER PIPE o MUSHROOM VALVE o COMPONENTS

57 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS PNEUMATIC ACTIVATOR Manual operator Timing jets Vacuum supply 3 [76] Interface sensor 7.25 [184] Discharge valve (Dimensions in inches [mm]) Material Connections Installation: Shipping data Internal: EPDM Housing: POM Sensor, vacuum and valve: Ø14x7 EPDM hose Mounted with activator bracket Net Weight: 1.00 lbs / 0.45 kg. 1

58 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS PISTON VALVE 8.5 [241.5] Inlet Outlet 7.9 [200] (Dimensions in inches [mm]) Materials Piping: PVC Hose: EPDM Connections Inlet and outlet: 2-1/2 DN 65 Installation Shipping Data Placed horizontally with appropriate couplings Net Weight: 2.70 lbs / 1.23 kg. 1

59 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS MINI-PINCH VALVE KIT ½ MINI-PINCH VALVE KIT Valve port INLET Union OUTLET Mini-Check Valve Vacuum port 3.1 [78] 5.1 [130] Housing Diaphragm 11.1 [283] (Dimensions in inches [mm]) Materials Connections Installation Shipping Data Housing: ABS Sleeves: EPDM Inlet/Outlet: PVC 1 1 ½ Inlet/Outlet PVC adapter pipes Placed horizontally at top of riser piping with appropriate couplings Net Weight: 1 Mini-Pinch Valve Kit: 0.80 lbs / 0.36 kg 1 ½ Mini-Pinch Valve Kit: 0.85 lbs / 0.39 kg. 1

60 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS LARGE PINCH VALVE 6.5 [166] 10.6 [268] 5.0 [127] (Dimensions in inches [mm]) Materials Connections Installation Shipping Data Housing: POM Sleeves: EPDM Mechanical couplings 1-1/2 (DN40) Placed horizontally with appropriate couplings Net Weight: 1.55 lbs / 0.70 kg. 1

61 EVAC VACUUM INTERFACE UNITS EVAC BUFFER KITS EVAC INTERFACE VALVES EVAC FLOOR DRAINS

62 EVAC VACUUM INTERFACE UNITS EVAC INTERFACE VALVES o 2L INTERFACE UNIT o 5L INTERFACE UNIT o 7L INTERFACE UNIT o 10L INTERFACE UNIT

63 EVAC VACUUM INTERFACE UNITS EVAC INTERFACE VALVES o 2L INTERFACE UNIT o 5L INTERFACE UNIT o 7L INTERFACE UNIT o 10L INTERFACE UNIT

64 Date: 30 Mar 2011 Doc TECHNICAL DATA VACUUM INTERFACE VALVE VACUUM INTERFACE UNIT 2 L, CONNECTION UPWARDS Mini-check valve Straight connection DN50 Rubber bend DN40 Connection DN40 ~ Max. 3m ~256 Ø90 Evac Noback valve OUTLET Discharge valve 480 Activator Ventilator Float valve INLET Plugged end (INLET) Tank Ø6* * 480 Straight connection DN40 50* * Fixing points on floor Materials Operating data Capacity Connections Shipping data Tank: PP Float valve: Rubber Discharge valve: Polyacetal Activator: Rigid PVC and polyasetal Ventilator: Acetal / PVC Mini-check valve: Actetal Flexible tubing: EPDM Connections: EPDM EvacNoback valve body: PP Operating vacuum: kpa Max. lifting height: 3 m Minimum operating vacuum: -25 kpa Nominal activating head: 80 mm Activating volume: 2.0 l -50 kpa: 2.00 l/s (instantaneous value) -30 kpa: 1.20 l/s (instantaneous value) Outlet / vacuum line: Rubber bend connection to pipe DN40/DN50 Inlet / gravity line: Straght connection to pipe DN40 Net weight: 5.5 kg 1

65 VACUUM INTERFACE VALVE Date: 30 Mar 2011 Doc TECHNICAL DATA VACUUM INTERFACE UNIT 2 L, CONNECTION DOWNWARDS / SIDEWARDS Rubber bend DN40 83 ~ Mini-check valve OUTLET Discharge valve Activator Ventilator Float valve Plugged end 25 Tank INLET 50 (INLET) Ø6* * * Straight connection DN40 * Fixing points on floor Materials Operating data Capacity Connections Shipping data Tank: PP Float valve: Rubber Discharge valve: Polyacetal Activator: Rigid PVC and polyasetal Ventilator: Acetal / PVC Mini-check valve: Actetal Flexible tubing: EPDM Connections: EPDM Operating vacuum: kpa Minimum operating vacuum: -25 kpa Nominal activating head: 80 mm Activating volume: 2.0 l -50 kpa: 2.00 l/s (instantaneous value) -30 kpa: 1.20 l/s (instantaneous value) Outlet / vacuum line: Rubber bend connection to pipe DN40 Inlet / gravity line: Straght connection to pipe DN40 Net weight: 3.5 kg 1

66 VACUUM INTERFACE VALVES Date: 30 Mar 2011 Doc INSTALLATION VACUUM INTERFACE UNIT 2 L, CONNECTION UPVARDS VACUUM INTERFACE UNIT 2 L, CONNECTION DOWNWARDS / SIDEWARDS Installation examples Connection upwards Automatic air valve OD 32 mm Water hand basin Max. 3 m OD 50 mm OD 50 mm Minimum slope 1:50 A 52 Connection downwards / sidewards Vacuum interface unit 2 L, upwards Automatic air valve OD 32 mm Water hand basin Vacuum interface unit 2 L, downwards OD 50 mm Minimum slope 1:50 A 52 Pipe sizes Gravity connection Water trap unventilated Water trap with automatic air valve Maximum lenght A 3 m 5 m Maximum size of vertical piping OD 32 mm OD 32 mm Minimum size of horizontal piping OD 50 mm OD 50 mm! NOTE: The maximum flow to the vacuum interface unit from all appliances must not exceed: litres/second (not tested) at -50 kpa (3.0 m lift) litres/second (not tested) at -30 kpa (3.0 m lift) 1

67 VACUUM INTERFACE VALVES Date: 30 Mar 2011 Doc INSTALLATION VACUUM INTERFACE UNIT 2 L, CONNECTION UPVARDS VACUUM INTERFACE UNIT 2 L, CONNECTION DOWNWARDS / SIDEWARDS Connection upwards, details for bathroom OD 50 mm / DN 40 Bath Vacuum interface unit 2L, upwards Max. 3 m Water hand basin Automatic air valve should be fitted if permitted by local authority Minimum slope 1:50 Max. 3 m 52! NOTE: The maximum flow to the vacuum interface unit from all appliencies must not exceed: litres/second (not tested) at -50 kpa (3.0 m lift) litres/second (not tested) at -30 kpa (3.0 m lift) Connection upwards, wash basin installation Installation to wall Connection to mini-check valve on EvacNoback valve Connection to EvacNoback valve Installation to wash basin cabin Connection to EvacNoback valve Connection to mini-check valve on EvacNoback valve Max

68 EVAC VACUUM INTERFACE UNITS EVAC INTERFACE VALVES o 2L INTERFACE UNIT o 5L INTERFACE UNIT o 7L INTERFACE UNIT o 10L INTERFACE UNIT

69 Date: 04 May 2012 Doc TECHNICAL DATA VACUUM INTERFACE UNITS VACUUM INTERFACE UNIT 5L, CONNECTION UPWARDS 465 Straight connection DN40 Mini-check valve Straight connection DN50 Max. 3 m OUTLET 65 EvacNoback valve Plugged end Ventilator INLET INLET 1 Float valve Tank Discharge valve Activator Materials Tank: Stainless steel EN Float valve: rubber Discharge valve: Polyacetal Activator: Rigid PVC and polyacetal Ventilator: Acetal/PVC Mini-check valve: Acetal Flexible tubing: EPDM hose Ø14 x 7 mm EvacNoback valve body: PP Operating data Capacity: Connections: Operating vacuum: kpa Minimum operting vacuum: -25 kpa Normal activating head: 75 mm Activating volume: 5.4 L -50 kpa: 2.2 L/s -30 kpa: 1.2 L/s Outlet / vacuum line: Rubber sleeve connections to pipe DN40 and DN50 (EvacNoback valve) Inlet / gravity line: Rubber sleeve connection to pipe DN40 Shipping data: Net weight: 7 kg Shipping weight: 8 kg shipping volume: 0.08 m 3 1

70 200 VACUUM INTERFACE VALVE VACUUM INTERFACE UNIT 5 L, CONNECTION DOWNWARDS Date: 14 Jan 2011 Doc TECHNICAL DATA Discharge valve Ventilator INLET 2 (blind) Float valve Mini-check valve OUTLET INLET Activator Tank Materials Tank: Stainless steel EN Float valve: Rubber Discharge valve: Polyacetal Activator: Rigid PVC and polyacetal Ventilator: Acetal Mini-check valve: Acetal Flexible tubing: EPDM hose Ø14 x 7 mm Operating data Capacity: Connections: Shipping data: Operating vacuum: kpa Minimum operting vacuum: -25 kpa Normal activating head: 75 mm Activating volume: 5.4 L -50 kpa: 2.2 L/s -30 kpa: 1.2 L/s Outlet / vacuum line: Rubber sleeve connection to pipe DN40 Inlet / gravity line: Rubber sleeve connection to pipe DN40 Net weight: 6 kg Shipping weight: 7 kg shipping volume: 0.08 m 3 1

71 VACUUM INTERFACE VALVES VACUUM INTERFACE UNIT 5 L, CONNECTION UPVARDS VACUUM INTERFACE UNIT 5 L, CONNECTION DOWNWARDS Date: 14 Jan 2011 Doc INSTALLATION Installation examples Connection upwards OD 50 mm Automatic air valve Max. 3 m OD 32 mm Water hand basin OD 50 mm Minimum slope 1:50 Connection downwards / sidewards A 60 Vacuum interface unit 5 L, upwards Automatic air valve OD 32 mm Water hand basin OD 50 mm OD 50 mm A Minimum slope 1:50 60 Vacuum interface unit 5 L, downwards Pipe sizes Gravity connection Maximum lenght A Maximum size of vertical piping Minimum size of horizontal piping Water trap unventilated 3 m OD 32 mm OD 50 mm Water trap with automatic air valve 5 m OD 32 mm OD 50 mm! NOTE: The maximum flow to the vacuum interface unit from all appliencies must not exceed: litres/second (not tested) at -50 kpa (3.0 m lift) litres/second (not tested) at -30 kpa (3.0 m lift) 1

72 VACUUM INTERFACE VALVES VACUUM INTERFACE UNIT 5 L, CONNECTION UPVARDS VACUUM INTERFACE UNIT 5 L, CONNECTION DOWNWARDS Date: 14 Jan 2011 Doc INSTALLATION Connection upwards, details for bathroom Bath Max. 3 m Automatic air valve should be fitted if permitted by local authority Water hand basin OD 50 mm / DN40 Minimum slope 1:50 Vacuum interface unit 5 L, upwards Max. 3 m 60! NOTE: The maximum flow to the vacuum interface unit from all appliencies must not exceed: litres/second (not tested) at -50 kpa (3.0 m lift) litres/second (not tested) at -30 kpa (3.0 m lift) Connection upwards, wash basin installation Installation on to wall Connection to mini-check valve on EvacNoback valve Installation to wash basin cabin Connection to EvacNoback valve Connection to mini-check valve on EvacNoback valve Connection to EvacNoback valve Max

73 EVAC VACUUM INTERFACE UNITS EVAC INTERFACE VALVES o 2L INTERFACE UNIT o 5L INTERFACE UNIT o 7L INTERFACE UNIT o 10L INTERFACE UNIT

74 VACUUM INTERFACE VALVE VACUUM INTERFACE UNIT 7 L, CONNECTION DOWNWARDS Date: 06 Jun 2011 Doc. 1:01018E TECHNICAL DATA Discharge valve Ventilator Float valve INLET 2 (Blind) Mini-check valve Activator INLET 1 OUTLET Grey water tank Materials Tank: Stainless steel EN Float valve: Rubber Discharge valve: Polyacetal Activator: Rigid PVC and Polyacetal Ventilator: Acetal / PVC Mini-check valve: Acetal Flexible tubing: EPDM hose Ø14 x 7mm Operating data Capacity Connections Shipping data Operating vacuum: kPa Minimum operating vacuum: -25kPa Normal activating head: 80mm Activating volume: 7.0 L -50 kpa: 2.00 l/s -30 kpa: 1.20 l/s Outlet / vacuum line: Rubber sleeve connection to pipe DN40 Inlets / gravity line: Rubber sleeve connection to pipe DN40 Net weight: 6kg Shipping weight: 7kg Shipping volume: 0.08m³ 1

75 Date: 06 Jun 2011 Doc. 1:208E TECHNICAL DATA VACUUM INTERFACE VALVE VACUUM INTERFACE UNIT 7 L, CONNECTION UPWARDS Mini-check valve OUTLET Non-return valve Ventilator Float valve INLET 2 Max. 3 metres Discharge valve Activator Max. 3 metres INLET 1 Grey water tank Materials Tank: Stainless steel EN Float valve: Rubber Discharge valve: Polyacetal Activator: Rigid PVC and Polyacetal Ventilator: Acetal / PVC Mini-check valve: Acetal Flexible tubing: EPDM hose Ø14 x 7mm Non-return valve: PVC or HDPE Operating data Capacity Connections Shipping data Operating vacuum: kPa Minimum operating vacuum: -25kPa Max. discharge height: 3m Activating volume: 7.0 l -50kPa: 1.7 l/s -30kPa: 1.0 l/s Outlet / vacuum line: Rubber sleeve connection to pipe DN40 Inlets / gravity line: Rubber sleeve connection to pipe DN40 (Optional connection to pipe O.D. 56mm. Must be ordered separately.) Net weight: 7kg Shipping weight: 8kg Shipping volume: 0.08m³ 1

76 VACUUM INTERFACE UNIT Date: 06 Jun 2011 Doc TECHNICAL DATA VACUUM INTERFACE UNIT 7L, CONNECTION DOWNWARDS, DETAILS FOR SEVERAL WATER HAND BASIN INSTALLATION Automatic air valve OD 32mm Water hand basin OD 50mm Minimum slope 1:50 Vacuum interface unit 7L OD 50mm A Gravity connection Water trap unventilated Water trap automatic air valve Maximum lenght A 3m 5m Maximum size of vertical piping OD 32mm OD 32mm Minimum size of horizontal piping OD 50mm OD 50mm! NOTE: The maximum flow to the interface unit from all appliencies must not exceed: litres/second at -50 kpa (3,0 m lift) litres/second at -30 kpa (3,0 m lift) 1

77 EVAC VACUUM INTERFACE UNITS EVAC INTERFACE VALVES o 2L INTERFACE UNIT o 5L INTERFACE UNIT o 7L INTERFACE UNIT o 10L INTERFACE UNIT

78 Date: 30 Mar 2011 TECHNICAL DATA Doc. 1:01212C VACUUM INTERFACE VALVE VACUUM INTERFACE UNIT 10 L, CONNECTION DOWNWARDS Discharge valve Activator OUTLET Mini-check valve Ventilator Float valve INLET Grey water tank Materials Tank: Stainless steel EN Operating data Capacity Connections Shipping data Operating vacuum: kPa Activating volume: 8.0 l ± 10% -50kPa: 2.2 l/s -30kPa: 1.2 l/s Outlet/vacuum line: Rubber sleeve connection to pipe DN40 Inlet/gravity line: Rubber sleeve connection to pipe DN40 Net weight: 11kg Shipping weight: 13kg Shipping volume: 0.1m³ 1

79 Date: 30 Mar 2011 Doc. 1:01211C TECHNICAL DATA VACUUM INTERFACE VALVE VACUUM INTERFACE UNIT 10 L, CONNECTION UPWARDS Mini-check valve Non-return valve OUTLET Max. 3 metres Max. 3 metres Discharge valve Grey water tank Max. 3 metres Hose Ø14/7mm Activator Ventilator Float valve INLET Materials Tank: Stainless steel EN Operating data Capacity Connections Shipping data Operating vacuum: kPa Max. lifting height: 3m Activating volume: 8.0 l ± 10% -50kPa: 2.2 l/s -30kPa: 1.2 l/s Outlet/vacuum line: Rubber sleeve connection to pipe DN40 Inlet/gravity line: Rubber sleeve connection to pipe DN40 Net weight: 13kg Shipping weight: 15kg Shipping volume: 0.1m³ 1

80 EVAC VACUUM INTERFACE UNITS EVAC BUFFER KITS EVAC INTERFACE VALVES EVAC FLOOR DRAINS

81 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS L FLOOR DRAIN DN40 Cover 358 Strainer Frame (dimensions in mm) Material Connections Tank: Stainless Steel 304L Outlet / vacuum line: DN40 flexible PVC Shipping data Net weight: 2.5 kg Shipping weight: 3 kg Shipping volume: 0.04 m 3. 1

82 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS L FLOOR DRAIN Grating Screen basket Frame (Dimensions in mm) Material Connections Shipping data Tank: Stainless Steel 304L Outlet / vacuum line: 32 mm flexible PVC Net weight : 2.5 kg Shipping weight: 3 kg Shipping volume: 0.04 m 3. 1

83 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS L FLOOR DRAIN Screen basket in option Ø28 Ø DN water tightness Configuration for installation without water tightness Configuration for installation with water tightness (dimensions in mm) Material Connections Shipping data Tank: Stainless Steel 304L Outlet / vacuum line: DN25 flexible PVC Net weight: 2.5 kg Shipping weight: 3 kg Shipping volume: 0.04 m 3. 1

84 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS L FLOOR DRAIN Configurations for installation without water tightness Part 3 : Cover Screen basket optional Part 2 : Core. 2

85 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM INTERFACE UNITS L FLOOR DRAIN Configuration for installation with water tightness system Part 3 : Cover Screen basket optional Part 2 : Core Part 1 : Anchor plate. 3

86 Date: 12 Mar 2014 Doc TECHNNICAL DATA FLOOR DRAIN Floor drain Materials Spacer: AISI 304 Tiling frame: AISI 304 Perforated lid: AISI 304 Well casing: AISI 304 Float switch: AISI 304 Sediment container: AISI 304 Welding Bolt M6: AISI 304 Discharge pipe: AISI 304 Corner pipe: AISI 304 Shipping data Weight: 6.8 Kg 2

87 EVAC VACUUM COLLECTING UNITS

88 EVAC VACUUM COLLECTING UNITS TABLE OF CONTENTS EVAC TANK SYSTEMS HORIZON JR HORIZON MODULAR COLLECTION SYSTEMS EVAC ONLINE SYSTEMS ONLINEVAC ONLINE PUMPS

89 EVAC VACUUM COLLECTING UNITS EVAC TANK SYSTEMS HORIZON JR HORIZON MODULAR COLLECTION SYSTEMS EVAC ONLINE SYSTEMS ONLINEVAC ONLINE PUMPS

90 Date: 08 January 2015 Doc GENERAL VACUUM COLLECTING UNITS HORIZON JUNIOR L220-S30 Vacuum suction for supermarket condensate The Evac Vacuum Collection System is designed to collect, transport, and discharge condensate and other gray water wastes, while eliminating or significantly reducing the under-floor drainage piping in the supermarket s sales area. The vacuum system Horizon Jr is composed of: Electrical Control Panel Assembly Vacuum Pumps liquid ring (rotary displacement) Waste Collection Tank Vacuum Control Solenoid Valves Advantages Small footprint Ideal for small projects High reliability with low maintenance Quiet operation Flow diagram Vent Vent Inlet Vacuum pumps Sealing water tank Vacuum collection tank Filter Water supply Outlet. 1

91 Date: 08 January 2015 Doc GENERAL VACUUM COLLECTING UNITS HORIZON JUNIOR L220-S30 Functioning The Vacuum Central is responsible for supplying and maintaining negative pressure (vacuum) on the system piping, receiving all waste water collected, and the discharge of waste water to the building sewer system. The liquid-ring vacuum pump generates a vacuum by forming a sealing ring of liquid water. Liquid-ring pumps are rotary displacement pumps particularly suited to pumping gases and vapors, which may contain small amounts of liquid. The Vacuum Central uses a fresh water connection in series with a water reservoir to supply the liquid-ring pump with the proper amount of sealing fluids. Vacuum collection unit range P/N Type Voltage Number of Vacuum Pumps L220-S30-SV 208 VAC, 3 PH L220-S30-LV 230 VAC, 3 PH L220-S30-HV 460 VAC, 3 PH 2. 2

92 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS HORIZON JUNIOR L220-S [974.3] [794.6] [359.5] [433.5] [1816.1] 75 [1905] (Dimensions in inches [mm]) Materials Vacuum pump; pump casing: cast iron Frame: Steel Waste water tank: stainless steel 304; Fresh water tank: polyethylene Capacity Tank volume: 30 gallons (113.6 L) Vacuum: 2 x 20 CFM (34 m 3 /h air) Electrical data Connections Shipping data Voltage; / VAC, 60 Hz three phases, /2.9 A Nominal motor rating; 2 x 1.5 HP (1.1 KW) Inlet: 2 (60 mm ED); Outlet (discharge): 4 (100 mm ED) Overflow: 2 (60 mm ED); Fresh water: ¾ NPT fitting Approximate Weight: dry: 465 lbs (211 Kg); wet: 695 lbs (315 Kg). 1

93 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS HORIZON JUNIOR L220-S Main components Item Name P/N 1 Ball valve Water tank reservoir 15 gal Vacuum gauge ways solenoid valve Vacuum switch 25 Hg Vacuum pump Union check valve Wastewater collection tank 30 gal Control panel Horizon Jr Swing check valve Level control N/C Level control N/O

94 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM PUMP 1.5HP 5.89 [149.6] [406] Anti-cavitation connection ½-14 Tap lead hole Service Liquid Inlet 3/8 NPT 5.12 [130] 9.26 [235] Drain 8.05 [204.53] 40 Type Pumping speed (ACFM) Capacity Materials Liquid ring vacuum pump Inlet pressure vacuum ( Hg) Nominal displacement: 18 ACFM Casing: Cast Iron; Impellers: Bronze; Shaft: 420 SS (dimensions in inches and [mm]) Connections Other Electrical data Shipping data Suction and discharge connection: 1.0 NPT Sound level: 70dB(A) at 3 ft. Max. gas inlet temperature: 212 F (100 C) Nominal motor rating: 1.0 HP (0.75 KW), 50Hz 3PH; 1.5 HP (1.1 KW), 60Hz 3PH Motor speed: 2850 rpm (50Hz); 3450 (60Hz) Voltage: /380/440 V, 4-5.2/2-2.6A (50Hz); /380/460, /2.9A (60Hz) Weight approx: 62 lbs (28 Kg). 1

95 Date: 08 January 2015 Doc INSTALLATION VACUUM COLLECTING UNITS HORIZON JUNIOR L220-S30 The installation of an Evac vacuum system requires: Area for equipment, providing accessible space to the sides for maintenance allowing approximately a 6.5 by 7 foot area for the system. Supply of electricity: / VAC, 3 Phase, 60 Hz, /2.9 A 2 inlet piping 4 outlet piping for gravity discharge Normally closed summary alarm contacts are available to be connected to a remote monitoring device. Power must be connected according to local electrical code, providing branch circuit protection. The Vacuum system collection tank is supplied with a check valve that must be mated to and piped to a floor sink that is connected to the gravity sewage line. The floor sink must be installed according to Local Code and must be sized to handle a 20-gallon surge. At the floor sink, a 1 inch air gap or greater per Local Code, must be left. The plastic water reservoir on the Vacuum Central unit has a 2 inch drain line that must connect to the floor sink. The water reservoir has a 2 inch exhaust that must be vented outside or connected to the floor sink. It is to be a dedicated pipe with a minimum diameter of 2 inches. Provide a 1 inch air gap or pipe according to Local Code, whichever is the greater requirement. The Vacuum Central requires a source of fresh water. The water source should be connected using a 3/4 inch NPT fitting. The flow rate of the water connection must be a minimum of 2 gpm to handle peak requirements, a 4 gpm max, and must have a backflow prevention device as required by Local Code. 6 [140] Vacuum central 6 [140] Front of system (control panel side) 24 [610] 36 [920] Approx. 84 [2130] Approx.72 [1980] (distances in inches and [mm]). 1

96 EVAC VACUUM COLLECTING UNITS EVAC TANK SYSTEMS HORIZON JR HORIZON MODULAR COLLECTION SYSTEMS EVAC ONLINE SYSTEMS ONLINEVAC ONLINE PUMPS

97 VACUUM COLLECTING UNITS HORIZON L HORIZON L HORIZON L HORIZON L Date: 08 January 2015 Doc GENERAL Vacuum suction for gray water and condensates The Horizon vacuum system is composed of: One electrical control panel assembly Two or three vacuum pumps liquid ring (rotary displacement) depending on the model Vacuum pump cooling system using re-circulating water One vacuum volume tank Two wastewater collection tanks Valves and controls Advantages Compact design Ideal for medium to large projects High reliability with low maintenance Quiet operation Rated for continuous duty Flow diagram Inlet Vent Vacuum pumps Vent Vent Overflow Water tank Filter Vacuum tank Wastewater tank Wastewater tank Water supply Outlet Outlet. 1

98 VACUUM COLLECTING UNITS HORIZON L HORIZON L HORIZON L HORIZON L Date: 08 January 2015 Doc GENERAL Functioning The Vacuum Central is responsible for generating and maintaining vacuum on the system piping. The liquidring vacuum pump generate vacuum by forming a sealing ring of water. Liquid-ring pumps are rotary displacement pumps particularly suited to pumping gases and vapors, which may contain small amounts of liquid. The Vacuum Central uses a fresh water connection in conjunction with a re-circulating water reservoir to supply the liquid-ring pump with the proper amount of sealing fluids. The collection tanks receive all waste water collected and discharge waste water to the building sewer system. Each tank operates independently of the other controlled by the level float switches. Vacuum collection unit range P/N Type Voltage Number of pumps Vacuum pumps motors (HP) L HV 460V 3PH 60Hz L LV 230V 3PH 60Hz L SV 208V 3PH 60Hz L SV 200V 3PH 50Hz L HV 415V 3PH 50Hz L HV 460V 3PH 60Hz L MV 380V 3PH 60Hz L LV 230V 3PH 60Hz L SV 208V 3PH 60Hz L HV 460V 3PH 60Hz L LV 230V 3PH 60Hz L SV 208V 3PH 60Hz L HV 460V 3PH 60Hz L LV 230V 3PH 60Hz L SV 208V 3PH 60Hz Total vacuum capacity (CFM). 2

99 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS HORIZON L [1060.9] [763.7] [277.7] [1810.8] [1835.2] 9.75 [247.5] [263.6] [488.9] (Dimensions in inches [mm]) Materials Vacuum pump; pump casing: cast iron, Frame: Steel Vacuum tank and waste water tanks: stainless steel 304; Fresh water tank: polyethylene Capacity Vacuum tank volume: 150 gal (567 L); Wastewater tank volume: 2 x 40 gal (151 L) Vacuum: 3 x 80 CFM (3 x 136 m 3 /h) Electrical data P/N Model Voltage Name plate Vacuum pumps System current (A) motors (HP) (KVA) L HV 460V 3PH 60Hz L LV 230V 3PH 60Hz L SV 208V 3PH 60Hz Connections Weight data Inlet: 2 PVC pipe SCH 80; Outlet (discharge): 4 PVC socket pipe to gravity sewer Overflow: 1.5 ; seal water inlet ¾ FNPT Dry weight 1370 Lbs. (621.4 kg) Wet weight: 2180 Lbs. (988.8 kg). 1

100 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS HORIZON L Shipping weight: 1795 Lbs. (814.2 kg) [1060.9] [763.7] [277.7] [1810.8] Materials [1835.2] [488.81] [263.6] Vacuum pump; pump casing: cast iron Frame: Steel Vacuum tank and waste water tanks: stainless steel 304; Fresh water tank: polyethylene [488.9] (Dimensions in inches [mm]) Capacity Vacuum tank volume: 150 gal (567 L); Wastewater tank volume: 2 x 40 gal (151 L) Vacuum: 3 x 35 CFM (3 x 60 m 3 /h) Electrical data P/N Model Voltage Name plate current (A) Vacuum pumps motors (HP) L SV 200V 3PH 50Hz L HV 415V 3PH 50Hz L HV 460V 3PH 60Hz L MV 380V 3PH 60Hz L LV 230V 3PH 60Hz L SV 208V 3PH 60Hz System (KVA) Connections Weight data Inlet: 2 PVC pipe SCH 80; Outlet (discharge): 4 PVC socket pipe to gravity sewer Overflow: 1.5 ; seal water inlet ¾ FNPT Dry weight 1270 Lbs (576.1 kg), wet weight: 2080 Lbs (943.5 kg), Shipping weight: 1695 Lbs. (768.8 kg). 2

101 Date: 08 January 2015 Doc. XXXXXX TECHNICAL DATA VACUUM COLLECTING UNITS HORIZON L [1060.9] [763.7] [277.7] [1810.8] [1835.2] [488.81] [263.6] [488.9] (Dimensions in inches [mm]) Materials Vacuum pump; pump casing: cast iron Frame: Steel Vacuum tank and waste water tanks: stainless steel 304; Fresh water tank: polyethylene Capacity Vacuum tank volume: 150 gal (567 L); Wastewater tank volume: 2 x 40 gal (151 L) Vacuum: 2 x 80 CFM (2 x 136 m 3 /h) Electrical data P/N Model Voltage Name plate current (A) Vacuum pumps motors (HP) L HV 460V 3PH 60Hz L LV 230V 3PH 60Hz L SV 208V 3PH 60Hz System (KVA) Connections Weight data Inlet: 2 PVC pipe SCH 80; Outlet (discharge): 4 PVC socket pipe to gravity sewer Overflow: 1.5 ; seal water inlet ¾ FNPT Dry weight 1270 Lbs (576.1 kg), Wet weight: 2080 Lbs (943.5 kg), Shipping weight: 1695 Lbs. (768.8 kg). 3

102 Date: 08 January 2015 Doc. XXXXXX TECHNICAL DATA VACUUM COLLECTING UNITS HORIZON L [1060.9] [763.7] [277.7] [1810.8] [1835.2] [488.81] [263.6] [488.9] (Dimensions in inches [mm]) also available in mirror layout (P/N ) Materials Vacuum pump; pump casing: cast iron Frame: Steel Vacuum tank and waste water tanks: stainless steel 304; Fresh water tank: polyethylene Capacity Vacuum tank volume: 150 gal (567 L); Wastewater tank volume: 2 x 40 gal (151 L) Vacuum: 2 x 35 CFM (2 x 60 m 3 /h) Electrical data P/N Model Voltage Name plate current (A) Vacuum pumps motors (HP) L HV 460V 3PH 60Hz L LV 230V 3PH 60Hz L SV 208V 3PH 60Hz System (KVA) Connections Weight data Inlet: 2 PVC pipe SCH 80; Outlet (discharge): 4 PVC socket pipe to gravity sewer Overflow: 1.5 ; seal water inlet ¾ FNPT Dry weight 1220 Lbs. (553.4 kg) Wet weight: 2030 Lbs. (920.8 kg) Shipping weight: 1645 Lbs. (746.2 kg). 4

103 VACUUM COLLECTING UNITS HORIZON L HORIZON L HORIZON L HORIZON L Date: 08 January 2015 Doc. XXXXXX TECHNICAL DATA Main components Item Name P/N L380 L280 L335 L235 1 Ball valve single union Control panel See table below Vacuum tank 150 gal Ball valve Cartridge filter Vacuum pump 5.5HP Vacuum pump 3.0HP Vacuum relief valve Inlet for 2 PVC pipe Level control N/C Level control N/O Solenoid 3w valve Ball valve ¼ Collection tank 40 gal Swing check valve Overflow drain 1-1/ Water reservoir tank

104 VACUUM COLLECTING UNITS HORIZON L HORIZON L HORIZON L HORIZON L Date: 08 January 2015 Doc. XXXXXX TECHNICAL DATA Control panel references Model Model P/N Voltage Control panel P/N L SV V 3PH 50Hz L SV V 3PH 60Hz L SV V 3PH 60Hz L SV V 3PH 60Hz L SV V 3PH 60Hz L LV V 3PH 60Hz L LV V 3PH 60Hz L LV V 3PH 60Hz L LV V 3PH 60Hz L MV V 3PH 60Hz L HV V 3PH 50Hz L HV V 3PH 60Hz L HV V 3PH 60Hz L HV V 3PH 60Hz L HV V 3PH 60Hz

105 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM PUMP 5.5 HP Anti-cavitation connection Centerline drain Service liquid inlet 1/2 NPT Drain [330.8] [351.5] ¾ -14 Tap lead hole 9.98 [253.5] 5.51 (140) [266.7] 80 Pumping speed (ACFM) Inlet pressure vacuum ( Hg) (dimensions in inches and [mm]) Type Capacity Materials Connections Other Electrical data Shipping data Liquid ring vacuum pump Nominal displacement: 71 ACFM Casing: Cast Iron; Impellers: Bronze; Shaft: 420 SS Suction and discharge connection: 1.5 NPT Sound level: 70dB(A) at 3 ft. Max. gas inlet temperature: 212 F (100 C) Nominal motor rating: 4.0 HP (3.0 KW), 50Hz 3PH; 5.4 HP (4.0 KW), 60Hz 3PH Motor speed: 1460 rpm (50Hz); 1750 (60Hz) Voltage: /380/440 V, 13-14/8.1/7A (50Hz); /380/460, /8.3/7A (60Hz) Weight approx: 174 lbs (79 Kg). 1

106 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM PUMP 3 HP Anti-cavitation connection ¼ NPT Service Liquid Inlet 3/8 NPT Drain ¼ 5.89 [149.6] 9.80 [249] ½-14 Tap lead hole [200.2] [514] 8.87 [200] Pumping speed (ACFM) Inlet pressure vacuum ( Hg) (dimensions in inches and [mm]) Type Capacity Materials Connections Other Electrical data Shipping data Liquid ring vacuum pump Nominal displacement: 34 ACFM Casing: Cast Iron; Impellers: Bronze; Shaft: 420 SS Suction and discharge connection: 1.0 NPT Sound level: 70 db (A) at 3 ft. Max. gas inlet temperature: 212 F (100 C) Nominal motor rating: 2.0 HP (1.5 KW), 50Hz 3PH; 3.0 HP (2.2 KW), 60Hz 3PH Motor speed: 2850 rpm (50Hz); 3450 (60Hz) Voltage: /380/440 V, 6-5.6/6.2/2.8A (50Hz); /380/460, 7.7-7/4.2/3.5A (60Hz) Weight approx: 88 lbs (40 Kg). 1

107 VACUUM COLLECTING UNITS HORIZON L HORIZON L HORIZON L HORIZON L Date: 08 January 2015 Doc INSTALLATION The installation of an Evac vacuum system requires: Area for equipment, providing accessible space to the sides for maintenance allowing approximately a 6.5 by 7 foot area for the system. Supply of electricity: / VAC, 3 Phase, 60 Hz, FLA varies by Model 2 inlet piping 4 outlet piping for gravity discharge Normally closed summary alarm contacts are available to be connected to a remote monitoring device. Power must be connected according to local electrical code, providing branch circuit protection. The Vacuum system collection tank is supplied with a check valve that must be piped to a floor sink connected to the gravity sewage line. The floor sink must be installed according to Local Code and must be sized to handle a 20-gallon surge. At the floor sink, a 1 inch air gap or greater per Local Code, must be left. The plastic water reservoir on the Vacuum Central unit has a 1.5 inch drain line that must drain to the floor sink. The water reservoir has a 2 inch exhaust that must be vented outside or connected to the floor sink. It is to be a dedicated pipe with a minimum diameter of 2 inches. Provide a 1 inch air gap or pipe according to Local Code as required. The Vacuum Central requires a source of fresh water. The water source should be connected using a 3/4 inch NPT fitting. The flow rate of the water connection must be a minimum of 2 gpm to handle peak requirements, a 5 gpm max, and must have a backflow prevention device as required by Local Code. 24 [610] Vacuum central 24 [610] 24 [610] Front of system (control panel side) Approx. 108 [2750] 36 [920] Floor Approx. 132 [3360] (distances in inches and [mm]). 1

108 EVAC VACUUM COLLECTING UNITS EVAC TANK SYSTEMS HORIZON JR HORIZON MODULAR COLLECTION SYSTEMS EVAC ONLINE SYSTEMS ONLINEVAC ONLINE PUMPS

109 Date: 08 January 2015 Doc GENERAL VACUUM COLLECTING UNITS GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK Vacuum suction for black and grey water The collection tanks are part of major assemblies which include: One or two tanks of 160 to 940 gallons Three level sensor controls on each tank Multiple pump configurations available (pump HP and quantities) All electric controls and panels provided Electrical junction box (on secondary tank) Sewage inlet connection 3 or 6 ANSI Flange Sewage outlet connection 3 or 4 ANSI Flange (Included in piping kit) Vacuum air connection 3 or 4 ANSI Flange Advantages Versatile modular design High reliability Multiple discharge strategies available Flow diagram Vacuum sewer inlets Vent Water supply Electrical conduit Flushing connection PLC Junction box Primary tank Secondary tank Vacuum pumps Gravity drain Customer supplied Supplied separately according to the project specifications. 1

110 Date: 08 January 2015 Doc GENERAL VACUUM COLLECTING UNITS GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK Functioning The primary vacuum tank has a control system that provides fully automatic collection capabilities. The control panel enables the operator to select the mode of operation for the vacuum pumps. It automatically maintains normal system operation without operator assistance and identifies abnormal conditions by alarm lights. The panel door contains switches for mode selection, motor run lights, red alarm lights, alarm reset test pushbutton, and hour meters. The secondary vacuum tank provides additional holding volume. Both tanks fill simultaneously and provide a total holding volume of 320 to 1880 gallons. The primary and secondary tanks are interconnected by piping to equalize the sewage level and vacuum level. Level sensors on each tank function together to provide level indication and prevent overfilling. The operation of the collection system depends upon the differential air pressure between the ambient air and vacuum level in the vacuum piping and collection tank. This pressure differential creates flow from the fixtures to the collection tank. Operating vacuum at the collection tank is normally within the range of 14 to 18 in. Hg. The vacuum gauge indicates the gauge pressure, which is the pressure difference between the negative pressure in the collection tank and atmospheric pressure. During normal operation, air and sewage enter the collection tank from the toilets and vacuum interface valves. As the operating vacuum decreases, the vacuum sensor starts up the lead vacuum pump. The vacuum pumps maintain the vacuum for the operation of the toilets and interface valves. As sewage is collected, the vacuum decreases to 14 inches Hg, which starts the lead vacuum pump. The lead pump restores the vacuum to 18 inches Hg. The lead and lag pump alternate for each operating cycle. During peak loading conditions, the lag vacuum pump will cut in if the vacuum drops to 12 inches Hg. If the vacuum continues to remain below 12 inches Hg for 10 minutes or more, the low vacuum alarm will come on. Each vacuum pump will remain on for 10 min. once there is a demand for vacuum. The vacuum pump isolation valve will automatically open and close to regulate the vacuum in the tank during that time. Each collection tank contains three level sensors, positioned to notify system operators when the tank is at low level (30%), high level (75%), and block level (80%). It is recommended to discharge the sewage when high level is reached, or before. When block level is reached, sewage must be discharged before operation can resume. Vacuum collection unit range P/N Capacity gal (604.8L ) gal (945.0 L) gal ( L) gal ( L) gal ( L). 2

111 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS GAL COLLECTION TANK [2143] [406.4] [498.3] [306.3] Ø28.00 [711.2] (dimensions in inches [mm]) Materials Vacuum tank: Stainless steel or Carbon Steel w/epoxy Coatings Capacity Tank capacity: 160 gallons (605 L) Electrical data Connections Shipping data Board, Terminal, 600 V, 30 Amp, 12 Terminals Sewage inlet and outlet, and vacuum air connection: 3 ANSI Flange Net weight: 485 lbs. (220 kg). 1

112 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS GAL COLLECTION TANK Ø32.00 [812.8] [571.5] [306.3] [2446.8] [508] (dimensions in inches [mm]) Materials Vacuum tank: Stainless steel or Carbon Steel w/epoxy Coatings Capacity Tank capacity: 250 gallons (945 L) Electrical data Connections Shipping data Board, Terminal, 600 V, 30 Amp, 12 Terminals Sewage inlet and outlet, and vacuum air connection: 3 ANSI Flange Net weight: 620 lbs. (281 kg). 1

113 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS GAL COLLECTION TANK [755.7] [306.3] [2665.5] [609.6] Ø42.00 [1066.8] (dimensions in inches [mm]) Materials Vacuum tank: Stainless steel or Carbon Steel w/epoxy Coatings Capacity Tank capacity: 475 gallons ( L) Electrical data Connections Shipping data Board, Terminal, 600 V, 30 Amp, 12 Terminals Sewage inlet: 6 ANSI Flange; Outlet and vacuum air connection: 3 ANSI Flange Net weight: 1255 lbs. (570 kg). 1

114 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS GAL COLLECTION TANK [969.8] [2368.6] [558.8] [457.2] [1493.0] 5.50 [139.7] Ø54.22 [1377.2] (dimensions in inches [mm]) Materials Vacuum tank: Stainless steel or Carbon Steel w/epoxy Coatings Capacity Tank capacity: 660 gallons (2495 L) Electrical data Connections Shipping data Board, Terminal, 600 V, 30 Amp, 12 Terminals Sewage inlet: 6 ANSI Flange; Outlet and vacuum air connection: 3 ANSI Flange Net weight: 1397 lbs. (634 kg). 1

115 Date: 08 January 2015 Doc TECHNICAL DATA VACUUM COLLECTING UNITS GAL COLLECTION TANK [1377.2] 5.50 [139.7] [2368.6] [1377.2] Ø66 [1377.2] [1377.2] (dimensions in inches [mm]) Materials Vacuum tank: Stainless steel or Carbon Steel w/epoxy Coatings Capacity Tank capacity: 940 gallons (3553 L) Electrical data Connections Shipping data Board, Terminal, 600 V, 30 Amp, 18 Terminals Sewage inlet: 6 ANSI Flange; Outlet and vacuum air connection: 3 ANSI Flange Net weight: 1700 lbs. (771 kg). 1

116 Date: 08 January 2015 Doc INSTALLATION VACUUM COLLECTING UNITS GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK Example of nomenclature for the 660 gal collection tank assembly: Primary tank Secondary tank Example of main components for gal dual tanks assembly Item Name P/N Quantity 1 Gauge, Pressure Pressure Sensor Vacuum interface valve w/ check valve Control panel Ball valve 1-1/ Vacuum pump Collection tank Outlet 4 flange 9 Inlet 3 flange 10 Block level sensor High level sensor Junction box Low level sensor

117 Date: 08 January 2015 Doc INSTALLATION VACUUM COLLECTING UNITS GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK GAL COLLECTION TANK Example of installation for dual 660 gal tanks: 2" isolation full port ball valve and 2 check valve (customer supplied) 3" isolation full port ball valve (customer supplied) 1/2 tank flushing connection (customer supplied) 2x44.39 [2x1127.5] 2x38.18 [2x969.8] 2" PVC vacuum inlet piping (customer supplied) Min. area required for pump servicing 4x0.875 [4x22.3] 24 [609.6] 2x19.09 [2x484.9] Vacuum pump exhaust outlet 2 PVC 24 [609.6] 23 [584.2] Control panel door clearance required 2" isolation full port ball valve (customer supplied) Electrical interconnect conduit (customer supplied) approx. [2623.8] [558.8] [457.2] 4 gravity drain [1223.3] [1993.9] approx. [3977.7] 4" isolation full port ball valve (customer supplied) (dimensions in inches [mm]). 2

118 EVAC VACUUM COLLECTING UNITS EVAC TANK SYSTEMS HORIZON JR HORIZON MODULAR COLLECTION SYSTEMS EVAC ONLINE SYSTEMS ONLINEVAC ONLINE PUMPS

119 Date: 05 March 2015 Doc GENERAL EVAC ONLINEVAC EVAC ONLINEVAC The Evac OnlineVac unit is optimal for small vacuum systems when redundancy is not required. Benefits Extremely small footprint, 1m² Reliable and robust technology Low maintenance Sewage maceration System overview Vacuum is generated and sewage is pumped by special type of helical screw pump. Vacuum generation is controlled by the vacuum sensor and PLC. Flow diagram PIC Evac OnlineVac 16 PIC PIC Evac OnlineVac 26 Evac OnlineVac 32 Evac OnlineVac 52. 1

120 Date: 27 March 2015 Doc B TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINEVAC 52, 3PH 380/460V 50/60HZ EVAC ONLINEVAC 52, 3PH 690V 60HZ EVAC ONLINEVAC 52 (UL), 3PH 460V 60HZ Required maintenance space 700 [27.55] Required maintenance space 200 [7.87] 250±5 275±5 [9.84] [10.83] 175±5 [6.89] 1252±5 [49.29] 1150±10 [45.27] 1150±10 [45.27] Inlet DN50 2 Outlet DN [25.98] 20 [0.79] 100 [3.94] 525 [20.67] Ø13 [0.5] 40±5 [1.57] 258±5 [10.16] 900 [35.43] (dimensions in mm [inches]) 700 [27.55] Vacuum sensor G 1/4 3-way valve 1/2 Shut-off valve R 1/2 Ball valve R 1-1/4 Ball valve R 2-1/2 Mini-ball valve Ball valve R 2 Catcher Evac Online pump V 26 Required maintenance space 700 [27.55] Control panel Materials Vacuum pump; pump casing: Stainless steel EN Frame: Steel S235 EN 10025; Piping: Acid proof steel EN Operating data Electrical data Capacity: 44 m 3 /h (26 CFM) 50 Hz, 52 m 3 /h (30CFM) 60 Hz Voltage: V 50/60 Hz; Nominal power: 6.0 / 7.0 kw ( HP), 50/60 Hz Connections Flanges PN10 ISO/JIS: inlet DN50 (2 ), outlet DN50 (2 ) Shipping data: Net weight (dry): 255 kg (565 lbs.); Shipping weight: 275 kg (606 lbs.). 1

121 Date: 19 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINEVAC 16, 24 V DC Required maintenance space 700 mm Required maintenance space 200 mm Ø Required maintenance space 700 mm 990± ±5 95±5 188± INLET DN40 OUTLET DN40 Vacuum sensor G 1/4 (P/N ) Control panel 3-way valve R 1/2 943 Shut-off valve R 1/2 Ball valve R2 1/2 Materials Vacuum pump casing: Stainless steel Frame: Steel S235 EN Piping: Acid proof steel EN Operating data Capacity: 13 m 3 /h Electrical data Connections Installation Shipping data Voltage: 24 V DC Nominal power: 1.8 kw Flanges PN10 ISO/JIS: inlet DN40, outlet DN40 Welded or bolted to the structure Net weight (dry): 135 kg Shipping weight: 155 kg Evac Online pump V V DC 1

122 Date: 19 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINEVAC 16, 3x V 50/60 Hz, 460 V 60 Hz Required maintenance space 700 mm Required maintenance space 200mm Required maintenance space 700mm INLET DN40 Vacuum sensor G 1/4 Control panel 3-way valve R 1/2 OUTLET DN40 Shut-off valve R 1/2 Ball valve R2 1/2 Materials Operating data Electrical data Installation Connections Shipping data Vacuum pump casing: Stainless steel Frame: Steel S235 EN10025 Piping: Acid proof steel EN Capacity: 13 m 3/ h 50 Hz,16 m 3 /h 60 Hz Voltage: V, 50/60 Hz Nominal power: 2.2 / 2.5 kw, 50/60 Hz Welded or bolted to the structure Flanges PN10 ISO/JIS: inlet DN40, outlet DN40 Net weight (dry): 135 kg Shipping weight: 155 kg Evac Online pump V 16 1

123 Date: 19 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINEVAC 16, 3x690 V 60 Hz Required maintenance space 700 mm Required maintenance space 200 mm Required maintenance space 700 mm INLET DN40 Vacuum sensor G 1/4 Control panel 3-way valve R 1/2 OUTLET DN40 Shut-off valve R 1/2 Ball valve R2 1/2 Materials Operating data Electrical data Connections Installation Shipping data Vacuum pump casing: Stainless steel Frame: Steel S235 EN10025 Piping: Acid proof steel EN Capacity: 16 m 3 /h 60 Hz Voltage: V, 60 Hz Nominal power: 2.2 / 2.5 kw, 60 Hz Flanges PN10 ISO/JIS: inlet DN40, outlet DN40 Welded or bolted to the structure Net weight (dry): 135 kg Shipping weight: 155 kg Evac Online pump V 16 1

124 Date: 20 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINEVAC 32, 3x690 V 60 Hz Required maintenance space 700 mm Required maintenance space 700 mm Required maintenance space 700 mm Vacuum sensor G 1/4 Control panel INLET DN40 3-way valve R 1/2 OUTLET DN40 Shut-off valve R 1/2 Ball valve R1 1/2 Ball valve R2 1/2 Catcher Mini-ball valve Materials Operation data Electrical data Connections Installation Shipping data Vacuum pump casing: Stainless steel Frame: Steel S235 EN10025 Piping: Acid proof steel EN Capacity: 32 m 3 /h 60 Hz Voltage: V 60 Hz Nominal power: 2.2 / 2.5 kw, 60 Hz Flanges PN10 ISO/JIS: inlet DN40, outlet DN40 Welded or bolted to the structure Net weight (dry): 210 kg Shipping weight: 230 kg Evac Online pump V 16 1

125 Date: 20 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINEVAC 32, 3x V 50 Hz, V 60 Hz Required maintenance space 700 mm Required maintenance space 700 mm Required maintenance space 700 mm Vacuum sensor G 1/4 Control panel 3-way valve R 1/2 INLET DN40 Shut-off valve R 1/2 Ball valve R1 1/2 OUTLET DN40 Ball valve R2 1/2 Materials Capacity Electrical data Connections Installation Shipping data Vacuum pump casing: Stainless steel Frame: Steel S235 EN Piping: Acid proof steel EN Vacuum: 26 m 3/ h 50 Hz, 32 m 3 /h 60 Hz Voltage: V 50/60 Hz Nominal power: 2.2 / 2.5 kw, 50/60 Hz Mini-blall valve Flanges PN10 ISO/JIS: inlet DN40, outlet DN40 Welded or bolted to the structure Net weight (dry): 210 kg Shipping weight: 230 kg Catcher Evac Online pump V /600V 1

126 Date: 20 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINEVAC 26, 3x380/460 V 50/60 Hz EVAC ONLINEVAC 26, 3x690 V 60 Hz Required maintenance space 700 mm Required maintenance 275±5 space 200 mm 125±5 200± ±10 950±10 258±5 Ø Required maintenance space 700 mm INLET DN50 Vacuum sensor G 1/4 Control panel OUTLET DN32 40±5 Materials Vacuum pump; pump casing: Stainless steel Frame: Steel S235 EN Piping: Acid proof steel EN way valve R 1/2 Shut-off valve R 1/2 Ball valve R2 1/2 Mini-ball valve Catcher Ball valve R1 1/4 Capacity Electrical data Connections Installation Shipping data Vacuum: 22 m 3 /h 50 Hz, 26 m 3 /h 60 Hz Voltage: V 50/60 Hz Nominal power: 3.0 / 3.5 kw 50/60 Hz Flanges PN10 ISO/JIS: inlet DN50, outlet DN32 Welded or bolted to the structure Net weight (dry): 155 kg Shipping weight: 175 kg Ball valve R2 Evac Online pump V 26 1

127 EVAC ONLINEVAC EVAC ONLINE PUMP V 26, 3x380/460 V 50/60 Hz, 3x690 V 50 Hz EVAC ONLINE PUMP V 26, 3x690 V 60 Hz Date: 24 Aug 2012 Doc TECHNICAL DATA OUTLET DN INLET DN Ø12 Materials Operating data Electrical data Housing: Stainless steel AISI 36L Helical screw: Stainless steel AISI 36L Shaft: Stainless steel AISI 36L Cutter: Stainless steel AISI 420 Capacity: 22 m 3 /h (50 Hz), 26 m 3 /h (60 Hz) Ambient air temperature: Max.+40 C P/N Voltage: 380 V 50 Hz Voltage: 460 V 60 Hz Voltage: 690 V 50 Hz Nominal Motor Nominal Motor Nominal Motor Power Current speed Power Current speed Power Current speed 3.0 kw 5.8 A 2835 rpm 3.5 kw 6.2 A 3430 rpm 3.0 kw 3.3 A 2835 rpm P/N Voltage: 690 V 60 Hz Nominal Motor Power Current speed 3.5 kw 5.8 A 3430 rpm Protection class: IP55 Insulation class: F Efficiency: IE2 Connections Shipping data Inlet: DN50, PN10 Outlet: DN32, PN10 Net weight: 73 kg 1

128 Date: 16 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINE PUMP V 16, 3x380/420 V 50 Hz EVAC ONLINE PUMP V 16, 3x690 V 60 Hz 220 OUTLET Ø50 mm INLET Ø50 mm Materials Housing: Stainless steel AISI 316L Helical screw: Stainless steel AISI 316L Shaft: Stainless steel AISI 316L Cutter: Stainless steel AISI 420 Operating data Electrical data Connections Shipping data Capacity: 13 m 3 /h (50 Hz), 16 m 3 /h (60 Hz) Ambient air temperature: Max.+40 C Voltage: 400 V 50 Hz Voltage: 460 V 60 Hz Nominal Nominal motor speed motor speed power current power current 2.2 kw 4.6 A 2880 rpm 2.5 kw 4.6 A 3470 rpm Protection class: IP55 Insulation class: F Inlet: Ø50 mm Outlet: Ø50 mm Net weight: 52 kg 1

129 Date: 20 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC ONLINE PUMP V 16, 24 DC OUTLET Ø INLET Ø50 Materials Housing: Stainless steel AISI 316L Helical screw: Stainless steel AISI 316L Shaft: Stainless steel AISI 316L Cutter: Stainless steel AISI 420 Operating data Capacity: 14 m 3 /h Ambient ait temperature: Max.+40 C Electrical data Connections Shipping data Voltage: 24 DC Nominal motor speed power current kw 95 A 3000 rpm Protection calss: IP55 Insulation class: F Inlet: Ø50 mm Outlet: Ø50 mm Net weight: 50 kg 1

130 EVAC ONLINEVAC SHUT-OFF VALVE R 1/ SHUT-OFF VALVE R SHUT-OFF VALVE R1 1/ SHUT-OFF VALVE R2 1/ THREE WAY VALVE R 1/2 Date: 22 Nov 2010 Doc TECHNICAL DATA P/N Shut-off valve R 1/2 P/N Shut-off valve R1 1/4 P/N Shut-off valve R2 P/N Shut-off valve R2 1/2 A Ø A B C D R 1/ R1 1/ R R2 1/ Ø B Materials Body: Brass Ms 58 Ball: Brass, chromium plated Sealing ring: P.T.F.E. Lever: Aluminium Operating data Nominal pressure: PN25 (up to 95 o C) D C P/N Three way valve R 1/2 Materials Body: Brass nickel-plated Ball: Brass chrome-plated R 1/2 R 1/2 Connections R 1/2, M5 64 M5 Shipping data Net weight: kg 1

131 Date: 28 Jun 2011 Doc TECHNICAL DATA EVAC ONLINEVAC SHUT-OFF VALVE R1 1/ SHUT-OFF VALVE R NON-RETURN VALVE R 1/ NON-RETURN VALVE R1 Shut-off valves W Materials Body: Brass Ball: Brass Ball seal: PTFE Spindle seal: FKM Handle: Aluminium alloy (epoxy coating blue or red) A A M H Operating data Nominal pressure PN25 up to +80 C T L P/N A L T H M W kg R1 1/ R Non-return valves Materials Operating data Body: Brass Spring: Stainless steel Plate: Nylon Seal: NBR Threads: ISO228 Working pressure: 12 kg/cm 3 bar Working pressure: 170 psi Working temperature: -20 C C P/N A (mm) B (mm) R 1/ R

132 Date: 09 Feb 2012 Doc TECHNICAL DATA EVAC ONLINEVAC VACUUM SENSOR WITH DISPLAY Display Ø M12x1 G1/4 Wiring 2 WH 3 BK 1 BN 4 BU Materials Operating data Connection: Electrical data: Housing: Stainless steel Operating temperature: -20 o C o C Medium temperature: -20 o C o C Measuring range: mbar Linearity, hysteresis, repetitiveness: < 0,3% Pipe connection: G1/4 Supply voltage: V DC Output signal: ma or V Function display: 4-digit alphanumeric display Electrical connection: M12 Insulation class: IP65 1

133 Date: 27 Apr 2012 Doc TECHNICAL DATA EVAC ONLINEVAC EVAC CONTROL PANEL Depth Emergency stop button Cabinet Safety Operation Programmable controller Components Cable glands Tagplates: Fastening with glue Control lights: Leds Color: RAL 7035 Grey Protection: IP66 Local emergency stop button on the cabinet Ambient air temperature: Max.+50 C Siemens Logo Internal cabling: Halogen free/flame retardant, (Marine approved) Marking: All components and cables P/N : 2 x M50, 4 x M16, 1 x M16 1

134 Date: 27 March 2015 Doc B TECHNICAL DATA EVAC ONLINEVAC EVAC CONTROL PANEL EVAC CONTROL PANEL EVAC CONTROL PANEL (UL) A B C D Main dimensions (mm [inches]) OnlineVac type Control panel P/N A B C D Depth Evac OnlineVac [15.0] 320 [12.6] 330 [13.0] 300 [11.8] 210 [8.3] Evac OnlineVac (UL) 380 [15.0] 320 [12.6] 410 [16.1] 380 [15.0] 210 [8.3] Cabinet Safety Operation Programmable controller Components Cable glands Tag plates: Fastening with glue Control lights: LEDs Color: RAL 7035 Grey Protection: IP66 Local emergency stop button on the cabinet Ambient air temperature: Max.+50 C Siemens Logo Internal cabling: Halogen free/flame retardant (Marine approved) Marking: All components and cables P/N : 1xM25, 1xM20, 3xM16, 1xM16 P/N / : 1xM25, 2xM20, 4xM16, 1xM16. 1

135 Date: 08 January 2015 Doc INSTALLATION VACUUM COLLECTING UNITS ONLINEVAC V26 The plant room requires: Power supply: 415V / 50Hz Water supply for maintenance Lighting and 230V power outlet for maintenance purposes Drain connection flange connection DN 50 PN 10 DIN Drain connection as close as possible The minimum room size is 2.0 m x 1.2 x 1.5 m (H) Recommended vacuum storage tank of 150L Maximum greywater lifting of 3800 mm Exhaust pipe minimum 2000 mm above sinks 700 mm 200 mm. 1

136 Date: 27 Apr 2012 Doc INSTALLATION EVAC ONLINEVAC EVAC ONLINEVAC EVAC ONLINEVAC EVAC ONLINEVAC EVAC ONLINEVAC EVAC ONLINEVAC EVAC ONLINEVAC EVAC ONLINEVAC EVAC ONLINEVAC EVAC ONLINEVAC 52 New installation The vacuum sensor can also be connected to the manifold (in case of an abnormal start or stop sequence). MANIFOLD DN40 / DN50 INLET OUTLET SEWAGE DN32 / DN40 / DN50 to holding tank / sewage treatment plant Voltage: 400/440 V 50/60 Hz or 690 V 60 Hz Evac OnlineVac Delivery limit Retrofit installation VACUUM MANIFOLD If the OnlineVac is connected to the existing vacuum system the old system runs as a backup. The old system empties the existing collecting tank when it is full, therefore it cannot be turned off. No electrical work is required when installing The OnlineVac unit onto the side of the existing system. EJECTOR UNIT INLET SEWAGE DN32 / DN40 / DN50 Evac OnlineVac INLET DN40 / DN50 The vacuum sensor can also be connected to the manifold (in case of an abnormal start or stop sequence). Vacuum level settings: Start and stop for the OnlineVac unit must be set at a higher level than in the ejector unit. for example; Ejector unit: start -0.3 bar, stop -0.4 bar, OnlineVac: start bar, stop bar Delivery limit Voltage: 400/440 V 50/60 Hz or 690 V 60 Hz 1

137 EVAC VACUUM COLLECTING UNITS EVAC TANK SYSTEMS HORIZON JR HORIZON MODULAR COLLECTION SYSTEMS EVAC ONLINE SYSTEMS ONLINEVAC ONLINE PUMPS

138 Date: 03 Oct 2012 Doc TECHNICAL DATA EVAC ONLINE PUMP EVAC ONLINE PUMP E 16, 3x400 V 50 Hz EVAC ONLINE PUMP E 16, 3x690 V 60 Hz ( The pumps for retrofit ) INLET Ø50 mm OUTLET Ø50 mm Materials Operating data Electrical data Housing: Stainless steel AISI 316L Helical screw: Stainless steel AISI 316L Shaft: Stainless steel AISI 316L Cutter: Stainless steel AISI 420 Capacity: 16 m 3 /h (60 Hz), 13 m 3 /h (50 Hz) Ambient air temperature: +40 C Voltage: 400 V 50 Hz Voltage: 690 V 60 Hz Nominal Nominal motor speed motor speed power current power current 2.2 kw 4.6 A 2880 rpm 2.5 kw 4.6 A 3470 rpm Protection class: IP55 Insulation class: F Connections Shipping data Inlet: Ø50 mm Outlet: Ø50 mm Net weight: 50 kg 1

139 Date: 16 Apr 2012 Doc TECHNICAL DATA EVAC ONLINE PUMP EVAC ONLINEVAC E 16, 24 DC INLET Ø50 mm OUTLET Ø50 mm Materials Housing: Stainless steel AISI 316L Helical screw: Stainless steel AISI 316L Shaft: Stainless steel AISI 316L Cutter: Stainless steel AISI 420 Operating data Capacity: 14 m 3 /h Ambient air temperature: +40 C Electrical data Voltage: 24 DC Nominal motor speed power current 1.8 kw 95 A 3000 rpm Protection calss: IP55 Insulation class: F Connections Shipping data Inlet: Ø50 mm Outlet: Ø50 mm Net weight: 48.5 kg 1

140 Date: 24 Nov 2014 Doc TECHNICAL DATA EVAC ONLINE PUMP V 16, 3x V 50 Hz, 3x V 60 Hz EVAC ONLINE PUMP V 16, 3x400/460 V 60 Hz INLET DN40 OUTLET DN Materials Housing: Stainless steel AISI 316L Helical screw: Stainless steel AISI 316L Shaft: Stainless steel AISI 316L Cutter: Stainless steel AISI 420 Operating data Electrical data Capacity: 13 m 3 /h (50 Hz), 16 m 3 /h (60 Hz) Ambient air temperature: Max.+40 C Voltage: V 50 Hz P/N Voltage: V 60 Hz Nominal Nominal motor speed power current power current motor speed 2.2 kw 4.4 A 2850 rpm 2.5 kw 4.5 A 3470 rpm P/N Voltage: 400 V 60 Hz Voltage: 690 V 60 Hz Nominal Nominal motor speed motor speed power current power current 2.2 kw 4.4 A 3450 rpm 2.5 kw 2.5 A 3450 rpm Protection class: IP55 Insulation class: F/B Efficiency class: IE2 Connections Shipping data Inlet: DN40 Outlet: DN40 Net weight: 52 kg 1

141 Date: 05 Apr 2012 Doc TECHNICAL DATA EVAC ONLINE PUMP EVAC ONLINE PUMP E 26, 3x380/460 V 50/60 Hz EVAC ONLINE PUMP E 26, 3x690 V 60 Hz INLET DN50 OUTLET DN Ø12 Materials Operating data Housing: Stainless steel AISI 316L Helical screw: Stainless steel AISI 316L Shaft: Stainless steel AISI 316L Cutter: Stainless steel AISI 420 Capacity: 22 m 3 /h (50 Hz), 26 m 3 /h (60 Hz) Ambient air temperature: Max.+40 C Electrical data Voltage: 400 V 50 Hz Voltage: 690 V 50 Hz Voltage: 460 V 60 Hz Nominal Nominal Nominal motor speed motor speed power current power current power current motor speed 3.0 kw 6.1 A 2835 rpm 3.0 kw 3.55 A 2835 rpm 3.5 kw 5.8 A 3430 rpm Protection calss: IP55 Insulation class: F Connections Shipping data Inlet: DN50, PN10 Outlet: DN32, PN10 Net weight: 72 kg 1

142 OTHER EVAC PRODUCTS

143 OTHER EVAC PRODUCTS TABLE OF CONTENTS NON-RETURN VALVES CATCHER UNITS GRINDERS

144 OTHER EVAC PRODUCTS NON-RETURN VALVES CATCHER UNITS GRINDERS

145 Date: 29 Sep 2011 Doc. 1:222E TECHNICAL DATA NON-RETURN VALVES NON-RETURN VALVE WITH FLANGES DN NON-RETURN VALVE WITH FLANGES DN NON-RETURN VALVE WITH FLANGES DN NON-RETURN VALVE WITH FLANGES DN80 This side up! G F J DN B C E H K 10 L! NOTE: Non-return valve must be installed horizontally to secure a proper operation. P/N DN ØB ØC E F G H J K L x Ø x Ø x Ø x Ø Materials Valve body: Acid proof steel EN Valve lid: Acid proof steel EN Screw: Acid proof steel EN Flap shaft: Acid proof steel EN Flap: Natural rubber NR Gaskets: Rubber Connections Inlet: Flange ISO PN10 Outlet: Flange ISO PN10 1

146 OTHER EVAC PRODUCTS NON-RETURN VALVES CATCHER UNITS GRINDERS

147 Date: 16 March 2015 Doc. 1:01106CB TECHNICAL DATA CATCHER UNIT CATCHER UNIT (dimensions in mm) Materials Catcher: EN Piping: EN Shut-off valves: Cast iron Connections Shipping data Inlet: DN100 PN10 Outlet: DN100 PN10 Sludge outlet: DN40 PN10 Net weight: approx. 160kg. 1

148 OTHER EVAC PRODUCTS NON-RETURN VALVES CATCHER UNITS GRINDERS

149 Date: 08 January 2015 Doc TECHNICAL DATA GRINDERS INLINE GRINDER 5-3/16 [132] 10-7/8 [276] A ØE D C B 15-1/4 [387] 11-1/4 [292] 8-1/2 [216] B 11-3/4 [298] 3-7/8 [98] 7 [178] (Dimensions in inches [mm]) Material Castings, reducer, spool: ductile iron; Shafting: 4140 steel Cutter: 4130 steel and thru hardened to Rickwell C. Dimensions Flow rate gpm (m 3 /h) Dimensions inches (mm) A B C D E Approx. Net weight lbs (kg) 400 (91) 56-1/4 (1423) 19-1/4 (483) 28-1/4 (711) 8-1/8 (206) 4 (102) 550 (250) 600 (136) 56-1/4 (1423) 21-1/4 (534) 28-1/4 (711) 9-1/8 (232) 6 (152) 560 (254) 800 (182) 56-1/4 (1423) 23-1/4 (584) 28-1/4 (711) 10 (254) 8 (203) 570 (258) 1000 (227) 67-3/4 (1727) 27-1/4 (686) 39-3/4 (1010) 11-1/2 (283) 10 (254) 785 (356) 1200 (273) 67-3/4 (1727) 31-1/4 (787) 39-3/4 (1010) 12 (305) 12 (305) 810 (367) Capability Flow rate gpm (m 3 /h) Pipeline size inches (mm) Pressure drop PSI (bars) Max. pressure PSI (bars) 400 (91) 4 (102) 0.42 (0.03) 90 (621) 600 (136) 6 (152) 0.86 (0.06) 90 (621) 800 (182) 8 (203) 1.60 (0.11) 90 (621) 1000 (227) 10 (254) 1.22 (0.08) 90 (621) 1200 (273) 12 (305) 1.59 (0.11) 90 (621) Motor 1725 rpm, HP rating 3 HP, 3 HP and 5 HP 208/230/460 VAC, 50/60 Hz, 3 phase Other Other capacities available from 80 gpm (18 m 3 /h) to 5000 gpm (1136 m 3 /h). Also available in open channel. Please consult Evac for more information.. 1

150 EVAC VACUUM PIPING

151 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Table of contents SUPERMARKET GUIDELINES 1. Overhead piping Installation of Piping Riser Installation Standard Riser Gang Lift Trench Drains Sinks PIPING GUIDELINES FOR OTHER TYPES OF BUILDING 1. Vacuum sewer Overhead sewer main Horizontal and vertical piping runs Cleanouts Valves Discharge piping

152 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA SUPERMARKET GUIDELINES 1. Overhead piping The overhead piping network is the interface that connects risers to the Vacuum Central. The piping consists of a main and a branch. The main pipe must be at least 2 inches in diameter. A branch pipe can be as a small as 2 inch diameter pipe Installation of Piping When installing pipe for the vacuum pipe network, a slope of 1/16 inch per foot must be maintained. Piping should begin at the riser outlet and slope towards the Vacuum Central. 1/16 (1.6 mm) 1 (305 mm) Figure 1Slope Requirements Support and brace the piping with bi-directional braces at 5 inch intervals or per code, whichever is more restrictive. Use either of the hanger rod configurations Figure 2. Hanger rod Max. 3 (920 mm) Max. 3 (920 mm) Strap Other utility pipe Split-ring hanger Pipe Figure 2 Hanger Detail Uni-strut. 2

153 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA When making a turn with a vacuum pipe, always use a 45 wye fitting. Make sure a cleanout is located at the end of each branch and main or when there is a 90 change in direction If there is an obstruction in the path of your piping use the guidelines below (refer to Figure 3) to work around it. Clean out Clean out Flow Flow Max. 3 (920 mm) Less than 3 (920 mm) Figure 3 Obstruction Piping More than 3 (920 mm) A vacuum rated full-port check-valve and shut-off valve should be placed at the beginning of each branch leaving the main Riser Installation A riser is a vertical lift interface between the waste water collection point and the overhead piping network. A riser kit that contains Evac required components necessary to construct a riser is shown in Table 1. Table 1 Riser kit inch Riser kit: Type 90 Activator Activator mounting bracket BVP valve assembly ft. Vacuum Hose inch Pinch Valve Kit inch Pinch Valve Kit : Mini-Check Valve Mini-Pinch Valve Connection Nuts support rings inch diameter adapter w/ source port inch diameter adapter w/o source port Male hose fitting Vacuum Hose Vinyl Cap

154 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA A 45 wye fitting must be installed at the top of all risers to connect to the piping network. The wye must not be rolled more than 45 from vertical as shown in Figure Figure 4 Wye Roll Obstructions with risers should be avoided at all times. If an obstruction is inevitable, use two 45 Schedule 80 fittings to make the offset shown in the middle of Figure 5. The offset must not be more than 1 foot and only one offset is allowed per riser. Preferred riser (no offset) Acceptable offset Not acceptable offset Max. 1 (310 mm) Figure 5 Riser Pipe Offset. 4

155 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 2. Standard Riser A standard riser contains a Buffer Box, an Activator, and a Mini-pinch Valve connected together and used to transport waste water from a plumbing fixture or refrigerated display case to the Vacuum Central. Refer to Figure 6 and install a standard riser according to the following instructions. Install the wye fitting into the branch and roll no more than 45 from vertical. The riser must not exceed the height of 22 feet from the floor level. Install the discharge valve at the top of the riser pipe within 3 feet of the riser pipe in the horizontal position. The discharge valve can be glued in place or installed with a smooth transition shielded rubber coupling. Install pipe braces on the branch or main within 1 foot of the 45 wye on both sides of the discharge valve. The vertical portion of the riser must be braced every 3 to 4 feet, and within 6 inches of direction change. The BVP valve must be installed in the vertical riser 2 feet from the floor level. Install the Buffer Box and air intake vent Tee and pipe to refrigerator case or plumbing fixture following local code. The buffer box can be glued or installed with a smooth transition shielded rubber coupling. Install the Activator in an accessible location where freezing cannot occur. Make sure that the position arrows on the activator point upwards. Connect the vacuum hose as shown in Figure below. The activator ports are labeled SENSOR, VACUUM, and DISCHARGE VALVE (INTERFACE VALVE). The hose can be attached to the riser with nylon wire ties. Do not over tighten or the tubing may kink and collapse. Install the mini-check valve in the vacuum source line near the vacuum source as shown in Figure 7. The valve must be placed in the proper direction or the activator will not work properly. Failure to install the minicheck valve will cause failure of the activator, and will not be covered by warranty. Do not paint any of the Evac components. This will void the warranty.. 5

156 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Minipinch valve Minicheck valve Interface valve 2-1 SCH Elbows Activator Bracing (typical) Vacuum collection 2, 3 or 4 pipe Wye 2, 3 or 4 with 1 reduction Position arrow (vacuum) 1 PVC pipe (valve) BVP valve Tee 1x1x3/4 (sensing) 2-1 SCH Elbows 1-45 Elbow SCH pipe 1.5 Fitting x 1 Socket reducer Air intake (1.5 Tee typical) Buffer Figure 6 Standard 1 Riser. 6

157 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Max. 6 (1820 mm) Max. 3 (910 mm) ( mm) Max. 22 (6700 mm) Max. 3 (920 mm) Figure 7 Standard 1 Riser. 7

158 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 3. Gang Lift A Gang lift should only be used with refrigerator cases classified as either low or medium flow. Gang lifts are not to be used with high flow plumbing fixtures; such as refrigerator cases classified as high flow, and any type of sink. A gang lift connects multiple cases and risers to one lift that connects a branch or main. Up to 3 risers can be connected to a gang lift. If more than 3 risers are desired, contact your Evac representative. Refer to Figure below and install a gang lift according to the following instructions. Install the wye fitting into the branch and roll no more than 45 from vertical. The riser must not exceed a height of 20 feet from the floor level. Install an Evac 2 inch check valve at the top of the riser pipe in the horizontal position within 3 feet of the riser pipe. The check valve can be glued or installed with a smooth transition shielded rubber coupling. NOTE: Drill out vacuum port on top of check valve Install pipe braces on the branch or main within 1 foot of the 45 wye on both sides of the check valve. The vertical portion of the riser must be braced every 3 to 4 feet and within 6 inch of direction change. Install a horizontal length of 2 inch diameter pipe no higher than 8 feet from the floor. Reduce to 1 inch and install a reform pocket. Then install the secondary riser not exceeding 12 feet from the reform pocket. Install the discharge valve at the top of the horizontal pipe in the horizontal position within 3 feet of the primary riser pipe. The valve can be glued in place or installed with a smooth transition shielded rubber coupling. Install pipe braces on the horizontal pipe within 1 foot of the 45 wye on both sides of the discharge valve. The vertical portion of the riser must be braced every 3 to 4 feet, and within 6 inches of direction change. The BVP valve must be installed in the vertical riser 2 feet from the floor level. Install the Buffer Box and air intake vent Tee, and then pipe to refrigerator case or plumbing fixture following local code. The buffer box can be glued or installed with a smooth transition shielded rubber coupling. Install the Activator in an accessible location where freezing cannot occur. Make sure that the position arrows on the activator point upwards. Connect the vacuum hose as shown in the diagram. The activator ports are labeled SENSOR, VACUUM, and DISCHARGE VALVE (INTERFACE VALVE). The hose can be attached to the riser with nylon wire ties. Do not over tighten or the tubing may kink and collapse. Install the mini-check valve in the vacuum source line on top of the 2 inch Check valve as shown. The valve must be placed in the proper direction or the activator will not work properly. Failure to install the mini-check valve will cause failure of the activator, and will not be covered by warranty. Do not paint any of the Evac components, as this will void the warranty.. 8

159 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 6 max. 3 max. Mini check valve 2-1 SCH elbows (vacuum) 1 riser 2" Wye fitting W/1" reducer (typical) 12 max. secondary riser 2 x1 reducer 2 check valve 1/4" x 1/4" x 1/4" Barb tee 6 max. (typical) 2" pipe 3 max. (typical) Enlarge to 2 pipe 2, 3 or 4 main 20 max. Plug port (typical) 2-1 SCH elbows Bracing (typical) Wye 2, 3 or 4 main with 1 reducer 18 max. reform pocket 1 pipe 8 max. primary riser (typical) Bracing (typical) Mini pinch valve (interface valve) (typical) 1" riser (typical) 24"+1" (typical) 2-1 SCH elbows 2-1 SCH elbows Activator (vacuum hose) Figure 8 Gang Lift 1"x1"x 3/4" tee (typical) 3 max. Buffer box (typical) BVP valve 1"x1.5" reducer (typcial). 9

160 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 4. Trench Drains A trench drain is a standard riser with underground plumbing that utilizes a buffer pipe. This is often used to avoid false columns in center isles or a store. Refer to the following Figures 9 and 10 and install trench drains according to the following instructions. Install conventional plumbing from the refrigerator case drain to an approved receptor. Provide under-slab or trench piping from the receptor. Make a 90 turn down and reduce to 1.5 inch pipe under the floor level. Make an additional 90 turn using two 1.5 inch and 45 and connect to 24 inches of 1.5 inch pipe. Install a standpipe in the middle to bring the sense hose above floor level. Install the wye fitting into the branch and roll no more than 45 from vertical. The riser must not exceed a height of 22 feet from the floor level. Install the discharge valve at the top of the riser pipe in the horizontal position within 3 feet of the riser pipe. The discharge valve can be glued in place or installed with a smooth transition shielded rubber coupling. Install pipe braces on the branch or main within 1 foot of the 45 wye on both sides of the discharge valve. The vertical portion of the riser must be braced every 3 to 4 feet, and within 6 inches of direction change. The BVP valve must be installed in the vertical riser 2 feet from the floor level. Install the Activator in an accessible location where freezing cannot occur. Make sure that the position arrows on the activator point upwards. Connect the vacuum hose as shown in the diagram. The activator ports are labeled SENSOR, VACUUM, and DISCHARGE VALVE (INTERFACE VALVE). The hose can be attached to the riser with nylon wire ties. Do not over tighten or the tubing may kink and collapse. Install the mini-check valve in the vacuum source line near the vacuum source as shown. The valve must be placed in the proper direction or the activator will not work properly. Failure to install the minicheck valve will cause failure of the activator and will not be covered by warranty. Do not paint any of the Evac components. This will void the warranty.. 10

161 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Mini pinch valve (vacuum side) Mini pinch valve Mini check valve 1" pipe 2-1" SCH elbows 2", 3" or 4" pipe Position arrow hose to vacuum supply 1" pipe Bracing (typical) Wye 2", 3" or 4" with 1" reducer Activator Vacuum hose (sensing) BVP valve hose to discharge valve 1" pipe To refrigerator case Floor level Must be above floor height 1.5" pipe Offset optional Tee 1"x 1" x 3/4" 1" pipe Receptor 1.5" pipe 2-1" SCH elbows Reduce to 1" 1.5" pipe Pipe as required by code Reduce to 1.5" 1.5" pipe Figure 9 Trench Drain. 11

162 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 6 (1820 mm) max. 3 (910 mm) max. 24"+1" ( mm) max. 22 (6700 mm) max. 4" min. 24"+6" ( mm) max. Figure 10 Trench Drain. 12

163 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 5. Sinks The Sink configuration should be used with all sinks. This configuration provides special ventilation and BVP placement. Refer to Figure 11 and install the sink according to the following instructions. Install the wye fitting into the branch and roll no more than 45 from vertical. The riser must not exceed a height of 22 feet from the floor level. Install the discharge valve at the top of the riser pipe in the horizontal position within 3 feet of the riser pipe. The discharge valve can be glued in place or installed with a smooth transition shielded rubber coupling. Install pipe braces on the branch or main within 1 foot of the 45 wye on both sides of the discharge valve. The vertical portion of the riser must be braced every 3 to 4 feet, and within 6 inches of direction change. The BVP valve must be installed above, but no more than 6 inches above the sink overflow level. Install the Buffer Box and then pipe to the sink P-trap and add a vent to the roof following local code. The buffer box can be glued or installed with a smooth transition shielded rubber coupling. Install a 1.5 inch pipe to the top buffer box vent and tee into the roof vent above the sink overflow point. Install the Activator in an accessible location where freezing cannot occur. Make sure that the position arrows on the activator point upwards. Connect the vacuum hose as shown in the diagram. The activator ports are labeled SENSOR, VACUUM, and DISCHARGE VALVE (INTERFACE VALVE). The hose can be attached to the riser with nylon wire ties. Do not over tighten or the tubing may kink and collapse. Install the mini-check valve in the vacuum source line near the vacuum source as shown. The valve must be placed in the proper direction or the activator will not work properly. Failure to install the minicheck valve will cause failure of the activator, and will not be covered by warranty. Do not paint any of the Evac components. This will void the warranty.. 13

164 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Mini pinch valve Mini pinch valve (vacuum side) Mini check valve 1" pipe 2", 3" or 4" pipe Sanitary vent to roof Vent tee must always be above water level in sink Vacuum hose Position arrow Activator Vacuum supply 1" PVC 2-1 SCH elbows 1" pipe Discharge valve Bracing (typical) 1"x1"x3/4" tee (typical) Wye 2", 3" or 4" with 1" reducer Tee 1"x 1" x 3/4" BVP valve 1" pipe 1.5" fitting x 1" socket reducer 2-1 SCH elbows 1" pipe 1 SCH elbows 1.5" pipe Buffer box Figure 11 Sink Configuration. 14

165 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 6 (1820 mm) max. 3 (910 mm) max. 22 (6700 mm) max. 3 (920 mm) max. Figure 12 Sink Configuration. 15

166 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA PIPING GUIDELINES FOR OTHER TYPES OF BUILDING 1. Vacuum sewer A 2 in. nominal size pipe is the basic size for vacuum sewer piping. A 1-1/2 in. pipe can be used where the main is very short or where not more than two toilets are connected. All piping from the outlet pipe of a toilet to a branch or main sewer line should be 1-1/2 in. pipe. All bends in the piping must be made with long turn (long radius) 90-deg elbows or two 45-deg elbows. All horizontal piping runs are to be installed with a slight pitch downward of 1/16 in. per foot (0.5%) minimum in the direction of the flow. When a lift is required, a small reforming pocket or trap must be placed in the line at the bottom of the vertical pipe (Fig. 16). The offset from the bottom of the incoming pipe to the top of the pocket must be more than 1/2 in. dia (D = diameter of piping). The pocket must have enough depth to allow the sewage slug to seal the pipe at the base of the lift. The top of a vertical lift pipe must enter the sewer main or branch at the top of that pipe (refer to Fig. 17). A gooseneck in the line where the vertical lift enters the next horizontal section is recommended also. If a toilet on a second floor has a discharge into a common sewer line with a toilet on a lower deck, the lift for the toilet on the lower floor requires a check valve at the top of its lift.. 16

167 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Bulkhead Vacuum toilet (deck or wall mounted) Floor (2) X 1-1/2"45 Elbows 2"45 Elbow Non return valve 1-1/2 Pipe 2 Pipe (2) X 1-1/2"45 Elbows 2 Y branch Vertical lifts Ø1-1/2 9 Max. Vacuum toilet (deck or wall mounted) Floor Rubber elbow Vertical lifts Ø1-1/2 (4)x 45 Elbows 9-15 NOTE: REFORMING POCKETS REQUIRED FOR LIFTS OVER 9 FT Figure 13 Vacuum Toilet Piping. 17

168 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Bulkhead 2 vertical sewer main Vacuum toilet (deck or wall mounted) Pipe way Floor 2x2x1-1/2 reducing Y branch TYP 1-1/2 or 2 horizontal pipe connection Floor 1-1/2 x 1-1/2 x 2 reducing Y branch 2 Horizontal vacuum sewer Figure 14 Details of toilets installation piping. 18

169 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 1-1/2 Long radius elbow (TYP) 2x2x1-1/2 reducing Y branch (roll 45 ) Floor As required Vacuum sewer main Floor 1-1/2 x 1-1/2 x 2 Reducing Y branch 2 Horizontal vacuum sewer Figure 15 Details of toilets installation piping Clean-out plug 2 2 Y-branch 2 45 Elbows 1 Min. 2 2 Pipe Figure 16 Reforming pockets. 19

170 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 2 45 Elbow 2 Y-branch Check valve 1-1/2 45 Elbows Check valve 2x 1-1/2 Y- branch 1-1/2 45 Elbows 2 Pipe 2 Pipe Clean-out Clean-out 2 45 Elbow Check valve 1-1/ Y-branch Elbows 2 Pipe 2 Pipe 1-1/2 Pipe Clean-out Reforming pocket 2 Y-branch Reducing coupling 2 Pipe 2 45 Elbows Consult Evac Engineering Department for information on any deviations from the standard design. Figure 17 Standard lift applications. 20

171 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Where the sewer main must bypass an existing obstruction, passage under the obstruction is recommended. Passage under small obstructions (3 feet maximum span) can be accomplished as shown in Figure 18. Where the obstruction is longer, a reforming pocket must be placed at the end of the obstruction just prior to the beginning of a lift section that rises back to the higher level as shown in Figure 19. Branch lines must intersect horizontal mains through a 45-deg fitting. Where the branch line is directly serving toilets or inlet valves, the branch fitting may be rolled so that the branch enters at a minimum angle of 45-deg with the horizontal (see Fig. 20). Clean-out plug 2 Y-branch 2 45 Elbow 2 2 Pipe 2 45 Elbow 2 45 Elbow Figure 18 Piping bypass application (Less than 3-ft span) Clean-out plug 2 Y-branch Elbow Elbows Figure 19 Piping bypass application (More than 3-ft span). 21

172 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA 90 Long 45 Elbows 45 Y-branch 45 Elbows 45 Elbows As required 2 Pipe 45 Y-branch Side view 45 Y-branch 45 Elbows End view A Horizontal Note: Branches entering the vertical main at the same level must be staggered B- Vertical Figure 20 Horizontal and vertical branch connections Bends of 90 degrees in mains, branch mains, or service laterals must be made using a long turn (long radius) 90-deg elbow or two 45-deg elbows. Branch mains must intersect vertical mains through a 45-deg fitting as shown in Figure 4-7. No T-fittings should be used except where indicated on EVAC NORTH AMERICA approved installation drawings. 2. Overhead sewer main Generally, when toilets or inlet valves are required to discharge into a vacuum sewer main that is located overhead, the lift must be made immediately after each toilet or inlet valve. An overhead main must have sufficient vacuum volume to accept a flush from a toilet. Ideally, the main should have 10 times the volume of the vertical riser pipe in that portion of the main that is downstream of the riser connection. 3. Horizontal and vertical piping runs The vacuum sewer piping must be adequately supported and braced laterally and longitudinally (see Fig. 21) to prevent thrust movement or sagging of the piping. Bracing should be installed within 2 feet of each piping bend and each piping intersection. Vacuum piping must be braced at intervals of 8 to 10 feet for metal pipe and 6 feet for plastic pipe. When the sewer main runs horizontally with no lifts, reforming pockets must be located at intervals as follows:. 22

173 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA PIPE SIZE MINIMUM MAXIMUM 2 in. 50 ft. 150 ft. 3 in. 75 ft. 225 ft. This pocket permits sewage slugs to reform for further transfer (refer back to Fig. 16). 4 Max. 6 Max. Figure 21 Horizontal and vertical supports To prevent backflow, the lift pipe has to rise above the level of the following downstream horizontal pipeline. The lift pipe must be vertical and straight without any changes of direction. The lift pipe also must be connected to the horizontal main pipe at an angle of 45 deg and at a point above the centerline of the main pipe. The diameter of the lift pipe must not be enlarged anywhere in the rising part of the lift pipe (see Fig. 22) or the sewage slug will disintegrate. If necessary, the diameter can be reduced slightly however. The combined height of the rising parts of any horizontal run of piping must not exceed 24 ft (5 m). The descending parts of a horizontal run cannot be subtracted to arrive at the total combined height.. 23

174 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA Vertical lift (enlargement not acceptable) Horizontal main Acceptable enlargement h 1 h 2 h 3 h 1 +h 2 +h 3 15 Figure 22 Restrictions on lift design 4. Cleanouts Generally, cleanouts (refer to Fig. 23) should be located at a maximum of 60 ft (18.3 m) intervals and preferably at intervals of 50 ft (15 m). There should be no more than one 90-deg directional change between cleanouts. The cleanouts must be located so that the piping can be reached at all points. The cleanouts are to be installed in such a way that they do not leak in the case of a backflow. Particular care should be taken to provide cleanouts in those places where water remains standing so the pipes can be cleaned since in these places there is sedimentation that easily causes stoppages. These are the locations where cleanouts must be installed: 1. At the end of horizontal mains 2. At the upper end of vertical trunk lines 3. At maximum intervals of 60 ft on horizontal pipelines 4. At reforming pockets 5. At 90-deg bends made by the main on the horizontal level 5. Valves Hand valves must be the full-port ball type or straight-through diaphragm type. 6. Discharge piping The sewage discharge piping exits from the check valve located after the discharge port of the discharge pump. The sewage discharge piping must be sufficiently supported so that no load is placed on the discharge outlet. An isolation valve (full-port ball or diaphragm type) must be provided in the sewage discharge piping.. 24

175 Date: 03 March 2015 Doc PIPING PIPING GUIDELINES NORTH AMERICA A - End of horizontal mains B Top of vertical trunks C Intervals of 50 D 90 bends Preferred location Alternate location E Reforming pockets Figure 23 Required locations for cleanouts. 25

176 Date: 11 Mar 2011 Doc. 5:01002H PIPING PIPING OPERATION AND MAINTENANCE Table of contents Page 1. General 2 2. Pipe cleaning 2 3. Pipe cleaning examples 3 1

177 Date: 11 Mar 2011 Doc. 5:01002H PIPING PIPING OPERATION AND MAINTENANCE 1. General This document provides information on pipe operation and maintenance and should be used as advisory only. The maintenance must be carried out by qualified and authorized personnel to avoid any risks and misuses. Safety instructions must be followed while carrying out manitenance. Follow-up of pipe condition As sewage is an aggressive liquid and can cause corrosion, which may lead to leakages in pipes and in system components, it is recommended that the piping should be inspected 2-4 times per year visually through the cleaning plugs and flanges. During inspection also check the cleanliness of the pipe. The risk of built-up deposits is most likely in horizontal pipe lines, near urinals, in places where the sewage flow is slow, and in areas with high temperatures. If any serious deposits or build-ups occur, clean the pipe with the following method: rinse the piping with a lime-removing agent, e.g % phosphoric acid or similar. The agent should be poured into the toilet at the end of each main branch of piping. The acid should be allowed to work for some hours depending on the amount of built-up solids. Occasionally a piping treatment may be necessary in which toilets and other components are removed and piping plugged, and filled with a circulating chemical for 4-24 hours at regular intervals.! NOTE: Before filling the piping with chemicals, check the pipes for leaks by filling them with water. Strong chemicals may be harmful to the pipes and the biological treat ment plant.! HINT: Today s camera technology (camera into vacuum piping) makes it very easy to locate problem sections in the piping and to find indications on how frequently the pipes should be cleaned. 2. Pipe cleaning Best results will be achieved if regular cleaning procedures are adopted from the very beginning of the vessel s delivery from the yard. Evac has developed an automatic dosing pump set (P/N ) through which cleaning chemicals can be fed into the piping automatically. Pipe cleaning with chemicals Over time vacuum sewage piping may exhibit signs of built-up deposits. In most cases this problem may either be reduced or totally eliminated by undertaking relatively simple preventive maintenance measures. It is recommended that ships experiencing problems with build-ups adopt the following maintenance routine: Install automatic dosing pump sets in strategic locations of the piping. Pour suitable chemicals (see attached list) into each toilet at the end of each vacuum line with a build-up problem and flush the toilets. Initially repeat the procedure every week. Once the problem has been brought under control, repeat the treatment regularly. In service cases it is recommended to contact an experienced service company to solve the problem.! NOTE: If used excessively, certain chemicals may degrade the performance of some biological treatment plants. Local regulations must be adhered to when handling some of the listed chemicals. 2

178 Date: 11 March 2011 Doc. 5:01002H PIPING PIPING OPERATION AND MAINTENANCE PLEASE CONSULT YOUR LOCAL EVAC DISTRIBUTORS FOR CLEANING PRODUCTS. 3. Pipe cleaning examples Build-ups tend to form in places such as low bends in the horizontal part of the piping, where the sewage may lie still for longer periods of time or where the flow velocity is low. Heat stimulates the build-up of deposits. Piping cleaning, dosing method 1. Pipe cleaning is carried out by an automatic dosing unit at the end of pipe line approximately once per week. Automatic dosing pump Chemical tank. 3

179 Date: 11 Mar 2011 Doc. 5:01002H PIPING PIPING OPERATION AND MAINTENANCE 2. It is recommended to dose the manifold and the collecting unit with chemicals, to keep the pumps and ejector valves free from deposits. Chemical Manifold! NOTE: It is recommended to use the dosing method regularly to avoid the need of using more complicated methods. Piping cleaning, cooking method! NOTE: Only for toilets with discharge pipes downwards. 1. Estimate the volume of the piping system in order to fill the piping with the correct amount of chemical for the treatment. 4

180 Date: 11 Mar 2011 Doc. 5:01002H PIPING PIPING OPERATION AND MAINTENANCE 2. Isolate the horizontal branch pipe undergoing treatment from the vertical main pipe with the shut-off valve. 3. Check the piping drawings to be sure that there are no connections to, for instance, toilets with riser pipes. Chemical mixture may overflow through the riser toilets. 4. It is always recommended to pressure test the piping with water to ensure that there are no leaks or connections with overflow possibility before chemicals are fed into the pipe. 5

181 Date: 11 Mar 2011 Doc. 5:01002H PIPING PIPING OPERATION AND MAINTENANCE 5. There can be places in the piping system where a drilled hole has been used to find the location of a pipe blockage. Occasionally such drill holes may have been plugged inappropriately only to with stand vacuum, not pressure or chemicals. In this case there is a risk the cleaning chemical may penetrate the plugged hole and cause leakage. Such holes shall be secured properly by ordinary connectors prior to the work and pressure tested with water. A drilled hole 6. To ventilate the piping during chemical filling, open the vacuum piping end to the chemical feeding. It is important that the open end of the piping system is well ventilated, because the chemical cleaning process is creating toxic gases. Do not have nacked flames, sparks, or any sources of fire in the vicinity of the open end of piping. Proper ventilation Chemical 7. Fill the branch pipe with the cleaning chemical. The reaction between the deposits and the chemical will start immediately and the cooking process begins. 8. During treatment, the piping can be knocked to dislodge the deposits from the pipe walls. 9. Normally the treatment time varies from 4 to 24 hours. 10. After treatment, flush the piping thoroughly with water starting from the toilets nearest the vertical main pipe. (If the flushing will be started from the end of the horizontal main pipe, there is a risk that the removed deposits will block the pipe). Occasionally a second treatment may be necessary. Piping cleaning, circulation method There are speciliazed companies to clean sewage pipes by circulating cleaning chemicals through the piping section. All components are first disconnected from the section pipe to be cleaned. Piping is filled with water to be sure that there are no leaks. Chemical circulation hoses are connected to the pipe to be cleaned. Chemical is circulated until the section pipe is clean. When using cleaning chemicals always follow manufacturer s instructions for safe use chemical and disposal. 6

182 CHEMICAL RESISTANCE OF METAL PIPES USED IN EVAC SYSTEMS Date: 11 Mar 2011 Doc. 1:01136C PIPING PIPE CLEANING AND CLEANING CHEMICALS Pipes Chemical SS315 Black steel Calvanized steel Epoxy coated, CuNiFer galvanized steel, type LORO Hydrochloric Acid 100% Hydrochloric Acid 20% Phosphoric Acid Chlorine Scale: 1 = Very good 2 = Good 3 = Moderate 4 = Not recommended EVAC reserves the right to make alterations to this specifi cation without prior notice. 1

183 CHEMICAL RESISTANCE OF MAJOR ELASTOMERS USED IN EVAC COMPONENTS Date: 05 Nov 2013 Doc. 1:01135E TECHNICAL DATA PIPE CLEANING AND CLEANING CHEMICALS Chemical Agent Acetaldehyde NR 3 NBR 4 EPDM 1 SBR 4 Acetylene Acetophenone Acetone Acetic Acid 10% Acetic Acid 50% Acetic Acid 25% Acetic Acid 100% Boric Acid 10% Citric Acid Chloroacetic Acid Chromic Acid 40% Formic Acid Formic Acid Phosphoric Acid 60% Hypochlorous Acidc Lactic Acid Maleic Acid Naphthenic Acid Nitric Acid 10% Nitric Acidc 65% Palmitic Acid Salicyclic Acid Stearic Acid Sulfuric Acid 10% Sulfuric Acid 20% Sulfuric Acid 25% Sulfuric Acid 50% Sulfuric Acid 60% Sulfuric Acid 75% Sulfuric Acid 65% Sulfurous Acid Tannic Acid Tartaric Acid 10% Deionized water Turpentine Acrylonitrile Ammonia Aniline Aniline Asphalt ASTM 1OIL ASTM 2 OIL ASTM 3 OIL Benzene Sodium Bicarbonate Carbon dioxide Butter Butadene Liquid Butane Fuel A (100% Isoctane) Fuel B (70% Isoctane, 50%Toluol) Fuel C (50% Isoctane, 50%Toloul) Fuel with methanol or ethanol Kerosene Cyclohexane Cloroacetone Chlorobenzene Chloroforme Choloroprene chlorine ! NOTE: Always check chemical reisistance of Evac components if you are using any of the listed chemicals in your sewage system. Chemical Agent NR NBR EPDM SBR Dry chlorine Wet chlorine Dibutyl phthalate Diethylene glycol Diethyl sebacate Dinitrotoluene Dioctyl phthalate Dioctyl sebacate Epychlorohydrin Hexane Ethanol Fluorobenzene Formaldehyde 40% Freon Freon Freon Freon Freon Freon Glycerine Silicone wax Hydrogen Calcium Hydroxide Sodium hypochlorite 10% Milk Mercury Methanol Methyl ethyl ketone Naphtha Nitrobenzene Nitroethane Nitrometane Nitropropane Animal oli (Whale-seal) Cereal oil Coconut oil Cod liver oil Olive oil Cotton seed oil Silicone oil Castor oil Oxygen Ozone Perchloroethylene Potassium Permanganate 25% Tetraethyllead Propane Soda (sodium hydroxide) 10% Styrene Toluene Trichloroethylene Sulfur NR= Natural rubber NBR = Nitrile rubber EPDM = Ethylene propylene rubber SBR = Styrene butadiene rubber Class: 1 = Very good 2 = Good 3 = Moderate 4 = Not recommended 1

184 Date: 11 Mar 2011 TECHNICAL DATA Doc. 1:01134D PIPE CLEANING AND CLEANING CHEMICALS CHEMICAL RESISTANCE OF MAJOR POLYMERS USED IN EVAC COMPONENTS Chemicals PP PE PVC PA Acetaldehyde Acetamide Acetic Acid 80% Acetone Acetylene Alcohols: Amyl Bennzyl Butyl Ethyl Isopropyl Methyl Aluminum Sulfate Ammonia Ammonia Nitrate Aniline Anti-Freeze Aromatic Hydrocarbons Arsenic Acid Barium Carbonate Barium Sulfate Benzaldehyde Benzene Benzoic Acid Benzol Borax Boric Acid Butadiene Butane Butylene Calcium Sulfate Carbon Bisulfide Carbon Dioxide Carbon Disulfide Carbonic Acid Chloric Acid Chlorine, anhidrous Chloroform Chromic Acid 50% Citric Acid Clorox (Bleach) Copper Sulfate Cyanic Acid Diesel Fuel Ethane Ethylene Glycol Fatty Acids Ferric Chloride Ferric Sulfate Fluorine Formaldehyde 100% Formic Acid Gasoline Grease Heptane Hydrazine Hydrocloric Acid 20% Hydrocloric Acid 100% Hydrogen Peroxyde 30% Hydrogen Peroxyde 100% Iodine Chemicals PP PE PVC PA Magnesium Hydroxide Mercury Oleum 100% Petrolatum Phenol Phosphoric Acid Picric Acid Potassium Carbonate Silver Nitrate Sodium Bicarbonate Stearic Acid Sulfuric Acid Sulfuric Acid >75% Tannic Acid Toluene Zinc Sulfate ! NOTE: Always check chemical reisistance of Evac components if you are using any of the listed chemicals in your sewage system. PP = Poly propene PE = Polyethylene PVC = Polyvinyl chloride PA = Polyamide Class: 1 = Very good 2 = Good 3 = Moderate 4 = Not recommended 1

185 EVAC REFERENCES AND CERTIFICATES

186 EVAC REFERENCES AND CERTIFICATES TABLE OF CONTENTS BUILDING REFERENCES SUPERMARKET REFERENCES CERTIFICATES

187 EVAC REFERENCES AND CERTIFICATES BUILDING REFERENCES SUPERMARKET REFERENCES CERTIFICATES

188 Date: 08 January 2015 Doc GENERAL REFERENCES PROJECT NAME AIRPORT INFRAERO AEROPORTO DE RECIFE INFRAERO AEROPORTO SANTOS DUMONT INFRAERO AEROPORTO SANTOS DUMONT (EXPANSÂO) ARLANDA AIRPORT HEATHROW AIRPORT AÉROPORT DU BOURGET AIR TERMINAL, ALERT, NWT AIR TERMINAL, BAKER LAKE, NWT AIRPORT TERMINAL, SACHS HARBOUR, NWT AIRPORT TERMINAL, STRATHCONA SOUND, NWT TERMINAL BUILDING, IGLOOLIK, NWT TERMINAL BUILDING, RANKIN INLET, NWT TERMINAL, DEADHORSE AK BRIDGE 100TH STREET BRIDGE 106TH STREET BRIDGE 92ND STREET BRIDGE 95TH STREET BRIDGE CERMAK ROAD BRIDGE CHICAGO AVENUE BRIDGE DEARBORN STREET BRIDGE DIVISION STREET BRIDGE FRANKLIN-ORLEANS STREET BRIDGE GRAND AVENUE BRIDGE KENNEDY EXPWY. FEEDER BRIDGE LAKE STREET BRIDGE MADISON STREET BRIDGE MICHIGAN AVENUE BRIDGE PONTE VECCHIO STATE STREET BRIDGE TORRENCE AVE. BRIDGE WABASH AVENUE BRIDGE WELLS STREET BRIDGE WELLS STREET BRIDGE CONVENTION CENTER, THEATER AND MUSEUM ESPAÇO LABORATÓRIO ACHE MUSTANG DRIVE-IN MOVIE THEATRE, ONT. NO. 5 DRIVE-IN MOVIE THEATRE, ONTARIO TURNER HOUSE PARC DES EXPOSITIONS COUNTRY BRAZIL BRAZIL BRAZIL SWEDEN UK CANADA CANADA CANADA CANADA CANADA CANADA ITALIA BRAZIL CANADA CANADA UK. 1

189 Date: 08 January 2015 Doc GENERAL REFERENCES NOVOTEL JARAGUÁ CORRECTIONAL FACILITIES ANDERSON COUNTY JAIL BEMALILLO COUNTY DETENTION CENTER CORRECTIONAL CENTER, JOLIET, IL GUNNISON, UT CORRECTIONAL FACILITY - *TBA JACKSON COUNTY YOUTH MAHONING COUNTY JUSTICE CENTER MEN'S FACILITY, UMATILLA, OR OREGON DEPARTMENT OF CORRECTIONS SALT LAKE COUNTY ADULT DETETENTION FACILITY SALT LAKE YOUTH DETENTION CENTER SLC ADULT DET. FACILITY, SLC, UT SLC YOUTH DETENTION CENTER, SLC, UT SLC YOUTH DETENTION CENTER, SLC, UT - *TBA STATEVILLE CORRECTIONAL CENTER UTAH DEPARTMENT OF CORRECTIONS VENTURA COUNTY JAIL WACOL MEN'S PRISON WACOL PRISON, WOMEN S WINNEBAGO COUNTY JAIL WOMEN'S FACILITY, WILSONVILLE, OR WOODFORD CORRECTIONAL CENTER INDUSTRY, FACTORY AND LABORATORY CENTRE DE RECHERCHE EN VIROLOGIE DE L INRA LABORATOIRE COSMÉTIQUE SNCF USINE TRAINS CORAIL USINE DE FABRICATION DE BISCUIT BOYERS, PA STORAGE SITES (8 SITES) BROOKVILLE RESERVOIR CENTERTOWN SEWER CHANG AN FORD CORTE MADERA, CA FACTORY SHENZHEN - GENZON GROUP CBD ICS SKF DO BRASIL MARBLE HILL NUCLEAR PLANT METSO PAPER MACHINERY MILLSTONE NUCLEAR STATION MILNE POINT, AK NASSAU, BAHAMAS NATURA COSMÉTICOS BRAZIL AUSTRALIA AUSTRALIA AUSTRALIA CHINA CHINA BRAZIL CHINA BAHAMAS BRAZIL. 2

190 Date: 08 January 2015 Doc GENERAL REFERENCES NATURA COSMÉTICOS (EXTENSÃO) NAVAL TEST FACILITIES, MONTREAL, QUEBEC NIKE LOGISTIC CENTER PHIPPS BEND NUCLEAR STATION SUNNYSIDE WAREHOUSE, BC TIPPECANOE LABORATORIES TOYOTA MOTORS TRAIN DEPOTS (4 SITES) TRAIN DEPOTS TREATMENT PLANT, DRUMHELLER, ALTA. VANKE R&D CENTER WASTE TREATMENT PLANT WEST SIDE WATER FLOOD (2 SITES) GAS STATION BR. 01, 02, 03 BLDG., NORTH SLOPE, AK (3 SITES) EXXON GAS STATION FLOATING GAS STATION, BC PRUDHOE BAY, AK (6 SITES) SERVICE STATION HEALTHCARE FACILITIES AARHUS UNIVERSITY HOSPITAL ARCHWAY HEALTH CLINIC LONDON BUPA CORNHILL IUCT CANCEROPOLE CHU NANTES CLINIQUE CLERET CLINIQUE LA CHENNEVIERE CLÍNICA UNIMAGEM (CLÍNICA LIFE CENTER) CLÍNICA VITTA CLINIQUE ROSEMOND HOPITAL DE ST BRIEUC HOPITAL DOCTEUR RECAMIER CLINIQUE GRANDVAL CLINIQUE SULLY HOPITAL ST VALLIER HOPITAL DE ST JULIEN DENTAL CLINIC C.H.G SAINT NICOLAS CLINIQUE DES DOMES CLINIQUE LA FRANCILIENNE CLINIQUE ST LOUIS CLINIQUE ST PRIVAT POLYCLINIQUE DES BLEUETS BRAZIL CANADA CHINA CANADA BRAZIL FINLAND RUSSIA CANADA CHINA CANADA DENMARK UK UK BRAZIL BRAZIL FINLAND. 3

191 Date: 08 January 2015 Doc GENERAL REFERENCES CLINIQUE HARTMANN MAISON DE RETRAITE PETITES SŒURS DES PAUVRES CLINIQUE DE CHOISY LE ROI CLINIQUE GEOFFROY ST HILAIRE CLINIQUE MARCEL SEMBAT CLINIQUE ST JEAN HOPITAL DIEU DE CLERMOND FERRAND HOPITAL DE SARCELLES C.M.C LES PETITES ROCHES C.M.C ROCHEPLANE HOSPITAL FOR CHEMOTHERAPY PATIENTS 1 HOSPITAL FOR CHEMOTHERAPY PATIENTS 2 HOSPITAL FOR CHEMOTHERAPY PATIENTS 3 HOSPITAL WITH CHEMOTHERAPY CLINIQUE AMBROISE PARE CLINIQUE MISTRAL CLINIQUE ST LEONARD C.R.F L EAU VIVE TURRIERS CENTRE HOSPITALIER CHALLANS CLINIQUE D AULANY CLINIQUE DES BAINS CLINIQUE LE JASMIN CLINIQUE PASTEUR HOPITAL ST JOSEPH CLINIQUE BACHAUMONT CLINIQUE DE L'YVETTE CLINIQUE DU PARC MONCEAU CLINIQUE VICTOR HUGO MAISON DE SANTE DES SOEURS AUGUSTINES CENTRE MÉDICAL AUCHAN CLINIQUE ROBERT DEBRÉ INSTITUTE OF REPRODUCTIVE SCIENCES OXFORD CLINIQUE SPONTINI HOPITAL DU VAL DE GRACE MAISON DE REPOS MAILHOL LOCKER ROOMS PÄÄPOSTITALO CLINIQUE DES PALMIERS CLINIQUE MUTUALISTE BONNEVEINE CENTRE HOSPITAIER DE MOULINS MEDICAL ARTS BUILDING CLINIQUE DU DR DROGOUL RUSSIA RUSSIA RUSSIA KAZAKHSTA N UK FINLAND. 4

192 Date: 08 January 2015 Doc GENERAL REFERENCES NAT'L CANCER RESEARCH INST. NOORVIK, AK MAISON DE CONVALESCENCE LES COMBATTANTS CLINIQUE MARTIAL CLINIQUE MICHELET SENADO FEDERAL BRAZIL UNIMED BRAZIL CLINIQUE MONTSOURIS MAISON DE RETRAITE LES CEDRES CLINIQUE DELAGENIERE CLINIQUE DU BON SAUVEUR MAISON DE RETRAITE ADOSOM HOTEL AND ACCOMODATION 60 HOUSEBOATS ACCOMMODATION BASE, COPPERMINE, NWT CANADA ACCOMODATION BASE, CORAL HARBOUR, NWT CANADA ANDAZ HOTEL UK ATLANTIS HOTEL - NASSAU BAHAMAS BIRCHANGER GREEN LODGE UK BUNGALOWS ON WATER SENEGAL CAMP CAROLINE, HOTEL, ALBERTA CANADA REFUGE DU GOUTER CAVALRY AND GUARDS CLUB PRIVATE HOTEL UK CHÂTEAU DE MONTVAILLANT & LABAHOU HÔTEL LES ANTIQUES LA FERME CADARACHE HÔTEL FAURE ET MACHET VILLAGE DE VACANCES OCCITAN HOTEL DE LA JAMAGNE HÔTEL TRAYAS CENTRE DE VACANCES ARMEE DU SALUT CHATEAU DE CURZAY HÔTEL PARINOR DORMITORY, CAMP CHESTERMERE, ALBERTA CANADA HOTEL SNCF BREST EDITION HOTEL UK FAIRMONT HOT SPRINGS CHALET CANADA HOTEL IBIS NANTERRE CAMPING DE MOLIÈRE GLASSHOUSE HOTEL UK HOTEL LEROY SNC HÔTEL SCANDIC CROWN. 5

193 Date: 08 January 2015 Doc GENERAL REFERENCES HOTEL IBIS LIEGE HOTEL IGLU, BAKER LAKE, NWT HÔTEL SAINT MARTIN HOTEL MERIDIEN BORA BORA HOTEL RICA HOTEL RITZ CARLTON BORA BORA ENSAM CLUNY KANANASKIS RECREATION CENTRE, ALBERTA KEBLE COLLEGE CAMPING DE ROMILLY HÔTEL IMMOSA HÔTEL LA BARAQUE HÔTEL SOFITEL VENDOME HÔTEL LE WAFOU HÔTEL PÉNICHE-HÔTEL MONTRACHET VILLAGE DE VACANCES BORME-LES-MIMOSAS MARBLE ARCH FLATS VILLAGE DE VACANCES VILLAGE OCEANIQUE MARK & SPENCERS PRIVATE HOTEL MARTLETS CRAWLEY MT. NORQUAY UPPER LODGE, ALTA. (2 SITES) NOORVIK VILLAGE (2 SITES) ONE ALDWYCH HOTEL HÔTEL -ANGLETERRE CAMPING DE DE LA CHENERAIS PEARL RIVER BASIN DEV. DIST. PELICAN RESORT - ST. MAARTEN (6 SITES) CAMPING DE DES AMMONITES CAMPING DE EUROLAC PROVIDENCE, MASS. HÔTEL ARBARON CAMPING DE L'ETANG DE LA BRECHE RESIDENTIAL PROJECT (2 SITES) RESIDENTIAL SUBDIV., SYLVAN LAKE, ALBERTA RESORT COTTAGE, WINDERMERE, BC RESORT, FORT ERIE, ONTARIO SCHIPHOL AIRPORT HOTEL SHOW-HOME, DELTA, BC SKI CHALET, LOWER MARMOT BASIN, ALBERTA SKI CHALET, UPPER MARMOT BASIN, ALBERTA HOTEL AU SANGLIER DES ARDENNES HÔTEL LE NORD BELGIUM CANADA POLYNESIA SWEDEN POLYNESIA CANADA UK UK UK UK CANADA UK ST MARTIN CANADA CANADA CANADA HOLLAND CANADA CANADA CANADA. 6

194 Date: 08 January 2015 Doc GENERAL REFERENCES SOFITEL HOTEL DU CENTRE BASTIA CORSE STAFF DORMITORY, TANGLE CREEK, ALBERTA STRATTON MOUNTAIN, VT SULPHUR MTN. GONDOLA STATION, ALBERTA RÉSIDENCE SOLEIL COUCHANT CAMPING DE ST GERMAIN SUR AY TEMPLE DAY LODGE, LAKE LOUISE, ALTA. VALE DO RIO DOCE CARAJAS HÔTEL CYRANO HÔTEL PUY FERNAND CAMPING DE SAINT CAST WATER LODGE WPM3 YOTEL HEATHROW HÔTEL THERMAL HÔTEL KASSELSLAY CHÂTEAU DE MARTRAGNY FOYER S.N.C.F HOTEL ABBAYE SORREZE HOTEL ADOSON CANNES HOTEL ALTITUDE VAL D'ISÈRE HOTEL CAMPING HOTEL CITY LOFT HOTEL DES ARMÉES HOTEL MERIDIEN PARIS MONTPARNASSE LES SABLES BLANCS PAUVRE DIABLE SPLENDIDE HOTEL OFFICE AND INSTITUTIONAL BUILDING ABERDEEN PROVING GROUND ARIZON PUBLIC SERVICE ASSEMBLY HALL BLDG., FT. LAUDERDALE, FL BANCO CENTRAL DO BRASIL BLDG. 303 ENDICOTT ISLAND, AK BLDG. 601 ENDICOTT ISLAND, AK BLDG. 604 ENDICOTT ISLAND, AK BLDG. 616 ENDICOTT ISLAND, AK BLIGH STREET OFFICE BOC BLDG. ENDICOTT ISLAND, AK BUILDING SERVICES, THUNDER BAY, ONT CAESB BRASÍLIA - SEDE CAIXA ECONÔMICA FEDERAL POLYNESIA CANADA CANADA CANADA BRAZIL UK UK BRAZIL AUSTRALIA CANADA BRAZIL BRAZIL. 7

195 Date: 08 January 2015 Doc GENERAL REFERENCES BIBLIOTHÈQUE UNIVERSITAIRE DE CAEN FONDATION BON SAUVEUR BPM CONSTRUCTEUR CRÉDIT LYONNAIS SEPHORA CHEZ STENAT G,LOHIER PARCE D'ACTIVITE DES PETITS CARREAUX CONSELHO DE JUSTIÇA CONSTRUCTION OFFICE, ENDICOTT ISLAND, AK DAIWA HOUSE DUQUESNE LIGHT CO. EDIFICIO ITAIGARA (PETROS / PETROBRAS) EDIFÍCIO THE CITY (EDIFÌCIO JK 1 455) EMMONAK WATER/SEWER ENDICOTT ISLAND, AK ETHIOPIA RADAR STATION FAA TOWER GLOBAL MARINE CHELMSFORD CENTRO ADMINISTRATIVO DO ESTADO DE MINAS GERAIS GREEN OFFICES LEEDS BRITISH LIBRARY EUSTON ENTREPRISE CHARLET ENTREPRISE SAUVAGET ELECTROLUX LE FROID INDUSTRIEL YORK S,A KARNATAKA GOVERNMENT ASSEMBLY LONZA MARIE DE SENLIS MCC BLDG. ENDICOTT ISLAND, AK MT. SEYMOUR TRANSMITTER STATION, BC NATIONAL AUDIT OFFICE OFFICE BUILDING PETROBRAS REPLAN PAULÍNEA PETROBRAS SEDE PRUDHOE BAY OPER. CENTER PRUDHOE BAY, AK (15 SITES) REFINARIA PRESIDENTE BERNARDES SCOTTISH PARLIAMENT SECR. PLANEJAMENTO DA FAZENDA SERPRO RECIFE SERPRO BRASÍLIA BRAZIL UK BRAZIL BRAZIL AFRICA UK BRAZIL UK INDIA UK CANADA UK BRAZIL BRAZIL BRAZIL UK BRAZIL BRAZIL BRAZIL. 8

196 Date: 08 January 2015 Doc GENERAL REFERENCES SESC - COLÉGIO EXCELÊNCIA SESC - SENAC SEDE NACIONAL SKY TOWER STUDIO CHANGEROOM ONTARIO THAMES WATER TORRE DIGITAL TRAINING UNIT, FLEET SCHOOL TSE VIVO CELULAR VODAFONE NEWBURY LONGUEIL-ANNEL MOET&CHANDON OIL AND GAS COMPRESSOR STATION, NORMAN WELLS, NWT INTERPORVINCIAL PIPE LINE, NWT TEXAS GULF CHANGEHOUSE, ONTARIO TEXAS GULF REFINERY WASHCAR, ONTARIO TEXAS GULF SMELTER, ONTARIO PARK BIG BEAR LAKE II, CA BIG BEAR LAKE, CA CAMPSITE, PACIFIC RIM, VACOUVER ISLAND, BC CAMPSITE, VANCOUVER, BC EVERGLADES NAT'L PARK MARATHON TRAILER PARK, FL O'HARA LODGE/COTTAGES, YOHO PARK PARQUE DONA LINDU PICTURED ROCK, PARK PARQUE MUNICIPAL RIBEIRÃO PRETO PUBLIC RESTROOM, BARNET BEACH PARK, BC RECREATION FAIRGROUNDS, MARKHAM, ONTARIO SHELTER VALLEY CAMPGROUND, ONTARIO STONE HENGE VISITOR CENTRE SUFSIDE RV PARK, VANCOUVER, BC TRAILER WASHCAR, BC (2 SITES) TRAILER WASHCAR, BC TRAILER WASHCAR, OTTAWA, ONTARIO (6 SITES) WASHINGTON CROSSING PARK WAWAYANDA STATE PARK PORT AND MARINA DINNER KEY MARINA FRANCOIS FERRY TERMINAL I, BC BRAZIL BRAZIL BRAZIL CANADA UK BRAZIL CANADA BRAZIL BRAZIL UK CANADA CANADA CANADA CANADA CANADA CANADA CANADA CANADA BRAZIL BRAZIL CANADA CANADA CANADA UK CANADA CANADA CANADA CANADA CANADA. 9

197 Date: 08 January 2015 Doc GENERAL REFERENCES FRANCOIS FERRY TERMINAL II, BC GLEN COVE MARINA HALKOLAITURI HEATHER CIVIC MARINA, VANCOUVER, BC MARINA (2 SITES) MARINA, CASPER'S LANDING, ONTARIO MARINA, FIFTY POINT, ONTARIO NANAIMO FERRY TERMINAL BUILDING, BC OYSTER POINT MARINA POHJOISRANTA PORT OF HELSINKI PRUDHOE BAY, AK PUNTA MARINA SEA VILLAGE MARINA SKIDEGATE FERRY TERMINAL, BC SPRUCE HARBOUR MARINA, BC VALDEZ FUEL PIERS REST AREA AND PUBLIC RESTROOM HIGHWAY REST AREA (FRANCIOLI) TÉLEPHÉRIQUE FLAINE HIGHWAY REST STOP, GARRETT COUNTY, MD HIGHWAY REST STOP, SOMERSET COUNTY, MD TÉLEPHÉRIQUE DES GRANDS MONTETS PISTE DE SKI SAMPLAST MODULAR TOILETS, MOSCOW CITY PISMO BEACH PIER PROJECT PUBLIC RESTROOM, ALBERTA GAME FARM PUBLIC RESTROOM, CYPRESS BOWL RESORT, BC PUBLIC RESTROOMS, GREENPOINT, VAN. IS., BC PUBLIC RESTROOM, GROUSE MTN. RESORT, BC PUBLIC RESTROOM, MCLEESE LAKE, BC PUBLIC RESTROOM, ONTARIO PUBLIC RESTROOMS, PACIFIC RIM I &II, VAN. IS., BC (5 SITES) PUBLIC RESTROOMS, PARK, BRONTE ONTARIO REST STOP, BASSANO, ALBERTA REST STOP, CROSSFIELD, ALBERTA REST STOP, GENERAL ANDREWS, MN REST STOP, KETTLE RIVER, MN RESTROOM BLDG., WATERFRONT, TORONTO, ONTARIO RESTROOM CABIN UNIT, FOREST, ONTARIO RESTROOM CABIN UNIT, TIVERTON, ONTARIO CANADA FINLAND CANADA UK CANADA CANADA CANADA FINLAND FINLAND ITALIA CANADA CANADA CANADA RUSSIA CANADA CANADA CANADA CANADA CANADA CANADA CANADA CANADA CANADA CANADA CANADA CANADA CANADA. 10

198 Date: 08 January 2015 Doc GENERAL REFERENCES RESTROOM FACILITIES SHOWER/TOILET FACILITY (2) TERMINAL BUILDING, HALL BEACH, NWT THOMAS EDISON SERVICE AREA WAREHOUSE WASHROOM, ENDICOTT ISLAND, AK WHISTLER MOUNTAIN MID-STATION, BC WHISTLER MOUNTAIN ROUNDHOUSE, BC RESTAURANT BAR BAR E RESTAURANTE DON DONNIE RAM ALIMENTOS FOZ DO IGUAÇU RESTAURANTE OUTBACK (SHOPPING FREI CANECA) RESTAURANTE OUTBACK (SHOPPING TIJUCA) CHEZ GINETTE LES GLACIERS MAC DONALD'S LE PANORAMIC AUBERGE DE MEHRBACHEL MAC DONALD'S FAST FOOD 3200 PIZZA PINO LA ROCHE DE MOI LA PÉNICHE POD FOOD HOLBORN FLUNCH LA CHOUETTE CHAMONIX BARRIO LATINO ANKOR RESTAURANT, VANCOUVER, BC CROSSBOW INN PUB, SOOKE, BC FIFTH DIMENSION DISCOTHEQUE, MARKHAM, ONT. HORSE & RIDER PUB, LANGLEY, BC SHOPPING AREA BAKER LAKE MAINTENANCE GARAGE, NWT BOLSA DE MERCADORIAS E FUTUROS BRAGG CREEK SHOPPING CENTRE, ALBERTA BREWERY SHOPPING CENTER GALERIES SAINT GEORGES CHURCHILL PLACE CANARY WHARF DUNDRUM SHOPPING CENTER JORDANS FURNITURE, RENNOVATION, AVON, MA CANADA CANADA CANADA BRAZIL BRAZIL BRAZIL BRAZIL UK CANADA CANADA CANADA CANADA CANADA BRAZIL CANADA UK UK IRELAND. 11

199 Date: 08 January 2015 Doc GENERAL REFERENCES LOJAS ETNA MAINTENANCE GARAGE, RANKIN INLET, NWT MARTLETS SHOPPING CENTER ODEON UXBRIDGE ONE SOUTHAMPTON ROW SHOPPING CENTER PORTFOLIO CLUBE (PREDIO SENAC) RECIFE TRADE CENTER RIO MAR SHOPPING RECIFE RIO MAR SHOPPING FORTALEZA ROYAL EXCHANGE SHOPPING CENTER ROYAL EXCHANGE SHOPPING CENTER SALVADOR NORTE SHOPPING SALVADOR SHOPPING CENTER SHOPPING VILA LOBOS SHOPPING CIDADE BELO HORIZONTE SHOPPING FREI CANECA SHOPPING FREI CANECA (EXTENSÃO) SHOPPING GUARARAPES SHOPPING MANAUARA CARREFOUR SHOPPING ELDORADO ST. ALMERT SHOPPING CENTRE TK MAXX HAMMERSMITH WHITE FLINT MALL STADIUM AND SPORTS CLUB DAVID LLOYD FULHAM DAVID LLOYD KENSINGTON GALPHARM STADIUM HUDDERSFIELD STADIUM JOHN SMITHS STADIUM LORDS CRICKET GROUND BASE DE LOISIR DE SAINT LEU D'ESSERENT SIGNAL IDUNA PARK STADIUM- DORTMUND SOKOS VALTAKULMA VELTINS ARENA - GELSENKIRCHEN VIRGIN ACTIVE HOLMES PLACE TRAIN STATION AND DEPOT RAILROAD CARS TEMPLE MILLS BLACKFRIARS STATION GARE DU NORD PARIS GARE DE LYON PARIS SNCF DE ST PIERRE DES CORPS SNCF TOURS BRAZIL CANADA UK UK UK BRAZIL BRAZIL BRAZIL BRAZIL UK UK BRAZIL BRAZIL BRAZIL BRAZIL BRAZIL BRAZIL BRAZIL BRAZIL BRAZIL CANADA UK UK UK UK UK UK UK GERMANY FINLAND GERMANY UK CANADA UK UK. 12

200 Date: 08 January 2015 Doc GENERAL REFERENCES GARE DE BREST GARE TÉLÉCABINE CLUSES KINGS CROSS STATION UK GARE ST QUENTIN METRÔ DO RIO ESTAÇÃO CIDADE NOVA BRAZIL METRÔ ESTAÇÃO URUGUAY BRAZIL SAINT-PANCRAS STATION UK SOUTH RAIL STATION CHINA UNIVERSITY AND SCHOOL RÉSIDENCE HÔTELLIÈRE ECOLE MATERNELLE DIAMOND SYNCATRON UK FLINT CAMPUS CLASSROOM BLDG. UNIVERSIDADE UNINOVE BRAZIL WORKER CAMP AND MOBILE UNIT 30 MAN WORKCAMP CANADA 98 MAN MOBILE WORKCAMP CANADA ASAMERA MINE, DAWN LAKE, SASK. CANADA CONST. CAMP, JUBAIL, SAUDI ARABIA MIDDLE EAST MINE - ALASKA MINE, PORT RADIUM, NWT CANADA MOBILE RESTROOM, TIMMINS, ONTARIO CANADA POLARIS MINE, LITTLE CORNWALLIS IS., NWT CANADA PORABLE RESTROOM, FT. SIMPSON, NWT CANADA PORTABLE RESTROOM, PENTICTON AIRPORT, BC CANADA PORTABLE RESTROOM, SOREL, QUEBEC CANADA PORTABLE VACUUM PUMP-OUT STATION CANADA RESTROOM UNIT, CONSTRUCTION CAMP, TIMMINS CANADA TRAIN WORKCAMP UNIT, C.P.R. (MULTIPLE SITES) CANADA ATCO (B.P. EXPLORATION). 13

201 EVAC REFERENCES AND CERTIFICATES BUILDING REFERENCES SUPERMARKET REFERENCES CERTIFICATES

202 Date: 08 January 2015 Doc GENERAL REFERENCES SUPERMARKET BRAND NUMBER OF INSTALLATIONS COUNTRY SIMPLY MARKET 5 CARREFOUR MARKET 20 HYPER U/ SUPER U 9 INTERMARCHÉ 6 LECLERC 2 CASINO 46 CARREFOUR 26 LECLERC 24 AUCHAN 7 CARREFOUR 69 AUCHAN 65 CARREFOUR CITY 2 MONOPRIX 1 CORA 1 AUCHAN CITY 1 SIMPLY MARKET 1 CARREFOUR MARKET 1 HYPER U/ SUPER U 1 AUCHAN 1 1ST ALTERNATIVE CO-OP 1 LECLERC 1 CARREFOUR 1 HYPER U/ SUPER U 1 SHOPPING DEL REI 1 BRAZIL SHOPPING EL DORADO 1 BRAZIL WAL-MART SAM S CLUB 1 CHINA WAL-MART SUPERMARKET 1 CHINA A & P 1 ACME SUPERMARKETS 9 ALBERTSON S 1 AL CAMPO 1 SPAIN AMERICAN ASIAN MARKET 1 ASSOCIATED WHOLESALE 1 ASDA 23 UK BEL-AIR MARKET 2 AUCHAN 1 HUNGARY AUCHAN 1 ITALY AUCHAN 1 CHINA AUCHAN 1 POLAND BIG V SUPERMARKETS 1 BIG Y FOODS, INC

203 Date: 08 January 2015 Doc GENERAL REFERENCES BILO MARKETS INC. 126 BOZZUTOS INC. 1 BRACKETS 1 BUEHLERS 1 C&S WHOLESALE 1 CATALANO S, INC. 1 CARREFOUR 1 MONACO CARREFOUR 1 SPAIN CARREFOUR 2 DOM CITY MARKET 3 COLES 1 CITYMARKET 1 FINLAND? COLES 1 AUSTRALIA AUCHAN 1 POLAND CARREFOUR 1 GREECE CARREFOUR 1 SPAIN COOP 1 ITALY CUB FOODS 1 D&W FOOD CENTRES 1 D AVÓ SUPERMERCADO 1 BRAZIL DAVE S MARKETS, INC. 1 DOMINICKS 1 DORTHY LANE 1 DOWN TO EARTH 2 ENICEL MARKET 1 DUNES 3 IRELAND EROSKI 1 ITALY EROSKI VITORIA 1 SPAIN EUROMERCADO 1 ITALY FLEMINGS 1 FOOD 4 LESS 21 FOODMASTER, INC. 1 FOUR CORNERS MARKET 1 FRED MEYERS 22 FRESH FIELDS INC. 3 FRY S FOOD AND DRUG 16 GELSON S 1 GIANT FOODS(LANDOVER) 4 GIANT-EAGLE 10 GOLUB CORP. 1 GREAT A&P TEA CO. 1 GREEN HILLS FARMS 1 GROCERY OUTLET

204 Date: 08 January 2015 Doc GENERAL REFERENCES H.E.B. 2 HANNAFORD BROS. 3 HARRIS TEETER 5 HATTENBACH 1 HIPERMENCHIO PIT 1 JOHN LEWIS BLUEWATER 1 UK KING SOOPERS 17 K-MART 1 KTA SUPERSTORE 1 K-VA-T 1 LABONNE'S EPICURE MARKET 1 LOWES FOOD STORES 9 MACRO 19 UK MACRO 1 IRELAND MARSH 1 MARUKAI MARKET 1 MAXI (PROVIGO) 1 CANADA MAXI S 1 THE MEAT HOUSE 1 MEIJER, INC. 1 MIGROS 1 SUISSE MORRISONS 3 UK NOB HILL FOODS 2 OMAHA STEAKS 1 OVERWAITEA SHANGRILLA 1 PARADISE FOODS 2 PATHMARK 1 PBI MARKET EQUIPMENT - LB 1 PEPPERS MARKET 1 PRICE CHOPPER, INC. 2 PRICEMART 1 JAMAICA PRICEMART 1 MANILA PRICEMART 4 MEXICO PRICEMART 1 NICARAGUA PRICEMART 1 PRISMA 1 FINLAND PRISMA 1 LATVIA PRISMA 1 RUSSIA PRYCA 1 SPAIN PUBLIX 2 RAINBOW FOODS 1 RALEY'S 12 RALPH S 8. 16

205 Date: 08 January 2015 Doc GENERAL REFERENCES ROTH'S MARKET 1 ROUNDY'S SUPERMARKETS 1 S MARKET 1 FINLAND SAFEWAY, INC. 35 SAINSBURY S 13 UK SALE 1 FINLAND? SAM S FOODS, PR 1 SAVE A LOT 1 SAVE-ON 2 LOJAS AMERICANAS (TV HIFI) 1 BRAZIL RICOY SUPERMERCADOS 1 BRAZIL SHAWS SUPERMARKET 6 SHOP & SAVE 2 SHOPPER S FOOD WAREHOUSE 1 SHOPRITE 4 SIMAGO 1 SPAIN SMART & FINAL 15 SMITH'S FOOD & DRUG 1 SOK 1 FINLAND? ATACADÃO 1 BRAZIL STAR MARKETS, INC. 1 STEARK S FOODS 1 STEW LEONARDS 1 STOP & SHOP 94 SUPERMERCADOS PÃO DE AÇÚCAR 1 BRAZIL SUPERVALU, INC. 1 TARGET 17 TESCO 1 HUNGARY TESCO 1 IRELAND TESCO 1 UK THE NORTH WEST CO. 1 CANADA TOPS MARKETS 16 TRADER JOE S 24 UNIVERSITY MARKET 1 WAISTROSE 25 UK WAL-MART, INC. 2 WEGMANS FOOD MARKETS 2 WEIS MARKETS 1 WESTAR PLUMBING 1 WESTERN EXPO UNIT 1 WHOLE FOODS 1 UK WHOLE FOODS 3. 17

206 Date: 08 January 2015 Doc GENERAL REFERENCES WILD OATS NO WARRANTY 1 ZELLERS 1 ZELLERS 1 CANADA MATCH 2 U EXPRESS 1. 18

207 Date: 08 January 2015 Doc GENERAL CERTIFICATES ISO 9001:2008 CERTIFICATE FOR EVAC E.U.R.L. (BUREAU VERITAS, 2010) ISO 9001:2008 CERTIFICATE FOR EVAC VACUUM SYSTEMS (SHANGHAI) CO., LTD. (DNV, 2009) ISO 14001:2004 CERTIFICATE FOR EVAC VACUUM SYSTEMS (SHANGHAI) CO., LTD. REGARDING FABRICATION OF VACUUM SYSTEMS AND SEWAGE TREATMENT EQUIPMENT (DNV, 2009) ISO 9001:2008 CERTIFICATE FOR EVAC NORTH AMERICA, REGARDING DESIGN, PRODUCTION AND SERVICE OF VACUUM COLLECTION SYSTEMS AND TREATMENT PLANTS (SQA, INC., 2009) ISO 14001:2004 CERTIFICATE FOR EVAC OY, REGARDING SALES, DESIGN AND MANAGEMENT OF MANUFACTURE OF VACUUM DRAINAGE AND FOOD WASTE, DRY WASTE AND SEWAGE TREATMENT SYSTEMS (LRQA, 2012) ISO 9001:2008 CERTIFICATE FOR EVAC OY, REGARDING SALES, DESIGN AND MANAGEMENT OF MANUFACTURE OF VACUUM DRAINAGE AND FOOD WASTE, DRY WASTE AND SEWAGE TREATMENT SYSTEMS (LRQA, 2012) ISO 9001:2008 CERTIFICATE FOR NORSK INOVA AS, REGARDING DESIGN, DEVELOPMENT, SALE AND PROJECT MANAGEMENT OF WASTE AND ENERGY TREATMENT SYSTEMS (DNV, 2009) RAPPORT DE VERIFICATION DE CONFORMITE DE MACHINE: CENTRALE DE VIDE HQE (BUREAU VERITAS, 2010) AVIS TECHNIQUE 15/ RELATIF AU SYSTEME D'EVACUATION SOUS VIDE EVAC (CSTB, 2004) BBA CERTIFICATE (BBA, 1995) MARINE CERTIFICATES INCLUDE GOST, SOLAS, RMRS, USCG, B15, IMO MARPOL RESOLUTION MEPC 227(64) AND MEPC 159(55) HORIZON COLLECTING UNITS ARE CERTIFIED UL, IAPMO,CSA AND NSF AND ARE CE MARKED HORIZON JR COLLECTING UNITS ARE CERTIFIED UL, IAPMO,CSA AND NSF ONLINEVAC52 IS ALSO UL CERTIFIED AND CE MARKED OTHER PRODUCTS ARE UL CERTIFIED AS REQUIRED BY PROJECTS. 19

208 EVAC CONTACTS