FFS provides the Healy EVR Phase II VacuumAssist solution

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FFS provides the Healy EVR Phase II Vacuum-Assist
solution

• Based on the August 1999 CARB ORVR certified
  Healy Solution.
• CARB EVR certified since April 2005 without
  In-Station Diagnostics.
• CARB EVR certified since August 2005 with
  In-Station Diagnostics.

900 EVR Nozzle
VP1000 Vacuum Pump
Clean Air Separator
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Veeder-Root VST EVR Phase II Carbon Canister
solution

• Based on November 2007 CARB EVR certified VST
  Balance solution
• CARB EVR certified Carbon Canister October 2008
  with and without ISD

Carbon Canister with Solenoid Valve and
Temperature Probe
VST EVR Hanging Hardware
Vapor Pressure Sensor
TLS-350 Console w/PMC Software Smart Sensor
Module
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• Healy Vacuum-Assist Hoses
• Healy Vacuum-Assist nozzle connects with an
  inverted coaxial hose design that reduces the
  hose diameter, allowing user to more easily
  maneuver

• Balance Hoses
• VST EVR Balance nozzle connects to VST EVR
  coaxial balance hose that is a larger, bulkier
  design for users to manipulate

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• Healy Vacuum-Assist Hoses
• Healy Vacuum-Assist inverted coaxial hose design
  provides up to 25 higher flow rates
• Product passes through large outer passage and
  vapor through inner passage

• Balance Hoses
• VST EVR Balance coaxial hose flow rates are
  restricted to inner flow passage capacity,
  providing decreased flow rates as compared to
  Healy Vacuum-Assist design

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If you currently use a balance-type vapor
recovery system, a Healy Phase II EVR System from
Franklin Fueling Systems will increase your
regular unleaded flow rates up to 25. Faster
flow rates means more vehicles can move through
your station, translating to more sales capacity
for your site.

• 25 increase in flow rates
• During peak business hours at an eight position
  site, on average 75 (or six) of your regular
  grade fueling positions are pumping. With a Healy
  system, each position typically delivers 9 gpm
  for a total of 54 gpm. Thats up to 10.8 gpm
  (25) more than a balance-type system.
• The simple math
• For each peak business hour your station could
  sell up to 648 additional gallons of fuel
• 10.8 gpm x 60 minutes 648 gallons
• Just two hours of peak business per day
  translates to potentially 1,296 gallons of
  additional fuel sales
• 2 hours x 648 gallons 1,296 gallons
• At 0.12 per gallon profit for just these two
  hours, your Healy system could generate 155 in
  additional profit per day, 4,665 per month or
  55,900 per year.

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• Healy Vacuum-Assist Hoses
• EVR Certified up to 20 lengths
• Freedom to fuel vehicles on either side from the
  same parking position
• Swivel breakaway for added far-side fueling
  freedom

• Balance Hoses
• EVR Certified up to 15 length, with in-line
  breakaway only

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• Healy Vacuum-Assist Hoses
• Healy breakaways are certified for multiple
  reconnects, reconnect procedure can be performed
  by station operator (spare shear screws come with
  breakaway, 5.50 List each to purchase).

• Balance Hoses
• VST EVR breakaway certified as single use only.
• Must be replaced and validated after drive off
  event (replacement breakaway list at 200.00
  each).

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User-friendliness and ease of maintenance should
be a top priority when choosing your new Phase II
EVR System. Go with the low cost, high
performance leader the vacuum-assist Healy Phase
II EVR System.

• Healy Benefits
• User-friendly Larger, bulkier balance hoses can
  be difficult for your customers to use. The Healy
  vacuum-assist Phase II EVR System has a reduced
  diameter inverted hose, which allows the user to
  easily maneuver during fueling.
• Maintenance The Healy vacuum-assist system will
  automatically remove liquid from the vapor path
  with the vacuum source. Balance systems rely on
  proper positioning and verification testing of
  the liquid removal device, which could mean
  higher maintenance costs.
• Breakaways Healy breakaways are certified for
  multiple reconnects and can be reconnected easily
  by the station operator. Balance hose breakaways
  are only certified for single use, meaning
  complete, and costly replacement after a drive
  off event.

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• Healy Vacuum-Assist Hoses
• Healy Vacuum-Assist inverted coaxial hose vapor
  path is cleared of liquid by the high vacuum
  source provided by the VP1000 pump
• 60-90 of vacuum ensures no liquid trapped in hose

• Balance Hoses
• VST EVR balance coaxial hose utilize an internal
  venturi design to attempt liquid clearing,
  further reducing flow rates
• Proper positioning and verification of liquid
  removal device required

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• The math is simple
• Fact VP1000 is a 1/8 Horsepower motor
• Fact Standard consumption is 0.746 kW per Hp
• Fact Electric costs average 0.11 per kW Hour
• 0.125 Hp x 0.746 kW x 0.11 per kW Hr
• 0.01 per hour of operation
• If a stations throughput is 250,000 gallons per
  month and the average sale is 10 gallons
• 250,00 gallons per month / 10 gallon sale
• 25,000 sales per month
• If the average 10 gallon sale is dispensed on
  average at 9 gallons per minute
• 10 gallons / 9 gpm / 60 minutes per hour
• 0.02 hours per sale
• So with 25,000 sales x 0.02 hours per sale x
  0.01 per hour of operation
• 5.00 per 250,000 gallons of throughput

The Healy Phase II EVR System includes the VP1000
vacuum-assist pump for efficient vapor collection
and hose clearing capabilities.
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• Healy Clean Air Separator
• CAS is a proven technology, in service since 2005
  CARB approval
• Established installation contractor and service
  base in California (free product training
  provided locally)

• Veeder-Root Carbon Canister
• Canister approved October 2008, only under
  evaluation since July 2007
• Solution requires VST Level A and Veeder-Root
  Installer Level 1, Technician Level 2/3 or 4, and
  ISD-PMC with CCVP certified technicians

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• In Veeder-Root literature, the Carbon Canister is
  referred to as a vapor polisher and vapor
  filter for tank ullage pressure management, same
  function as the VST ECS Membrane Processor and
  Healy CAS.
• The Carbon Canister is UL listed under the
  category of Flammable Liquid Vapor Recovery
  System Accessories, same as the VST ECS Membrane
  Processor and the Healy CAS.
• The Carbon Canister IOM calls for installation to
  all applicable codes including NFPA 30, 30A, and
  70, same as the VST ECS Membrane Processor and
  the Healy CAS.

Will the Carbon Canister be subject to the same
fire protection setback requirements as the other
back end processors? Will the Carbon Canister be
required to be enclosed in some sites?
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• Healy Clean Air Separator
• CAS installs easily into new or existing sites
  with manifolded or single vent riser line
• Horizontal version allows service to be performed
  safely at ground level

• Veeder-Root Carbon Canister
• Requires rework of vent riser connections and
  additional support structure for added weight of
  carbon canister
• Requires ladder or lift to install and perform
  service

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• In Veeder-Root literature, the Carbon Canister is
  stated as being easy to install, attaching
  directly to existing vent riser at any station,
  requiring only a single 3/8 tap into the vapor
  riser pipe and no concrete pad.
• The Carbon Canister IOM calls for the existing
  vent riser pipe to be cut and threaded to minimum
  height, with a straight coupling or union at the
  base and reducing tee at the top, and attached to
  a support structure or wall to create the proper
  clearances of the outlet at 12 feet minimum above
  grade.

What calculations will need to be provided for
each installation to approve the support
structure to local seismic, soil, and wind
integrity requirements? If the existing structure
needs to be modified or concrete footings added,
what additional inspections and permits will be
required?
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• Healy Clean Air Separator
• CAS is a simple device that does not require any
  electrical service

• Veeder-Root Carbon Canister
• Requires electrical contractor to install sensor
  communication wiring from TLS console to under
  dispenser pressure transducer and to trench in
  carbon canister controls

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• In Veeder-Root literature, the Carbon Canister is
  noted as being continuously monitored through an
  electric control module that is interfaced to a
  TLS-350 via intrinsically safe electrical
  connection (wired or wireless).
• The Carbon Canister IOM calls for the customer to
  provide a two conductor shielded cable from the
  TLS console to the Vapor Pressure Sensor and to
  the top of the Carbon Canister within IS
  conduits, which includes customer supplied
  junction box at the top of the vent riser
  structure and junction box with seal off at the
  bottom of the vent riser structure for the Carbon
  Canister (no wireless option available at this
  time).

Will trenching be required for both wiring runs?
Assuming trenching is only required for the
carbon canister run, what inspections or permits
will be required after trenching into nearby IS
conduit areas or all the way back into the TLS
console?
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• Healy Clean Air Separator
• No fault protection required, proven track record
• No interface to FMS console required for
  installation of EVR Phase II solution without ISD

• Veeder-Root Carbon Canister
• Carbon Canister communicates with TLS-350
  consoles ONLY and relies on pressure transducer
  feedback
• Communication breakdown or fault leads to total
  site shutdown

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• The Carbon Canister Installation Kit is available
  for installation onto 2 or 3 vent riser pipes
  and includes the carbon canister, inlet piping
  kit, and mounting bracket kit.
• The Carbon Canister EVR Phase II upgrade also
  requires a TLS-350 Console upgraded with Pressure
  Management Control (PMC) software upgrade kit
  with NVMEM board, ECPU2 board, and version 329
  software (or higher).
• Additionally, the EVR Phase II upgrade will
  require a Vapor Pressure Sensor Kit, a Smart
  Sensor Module and RS232/RS485 Interface Module in
  the TLS console.

Is there a TLS-350 existing at the site to
upgrade or will the existing ATG need to be
removed? Will the existing TLS-350 accommodate
the EVR Phase II upgrade? What inspections or
permits will be required to upgrade and recertify
the existing TLS-350 console?
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• Healy Clean Air Separator
• CAS maintenance free bladder passively manages
  UST ullage pressure with zero emissions
• No expensive spare parts to service or replace

• Veeder-Root Carbon Canister
• Canister relies on interaction of active carbon
  bed, pressure transducer and electro-mech valve
  to limit emissions
• No hydrocarbon sensor to ensure zero emissions

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• The Carbon Canister Executive Order requires two
  operability tests at startup and annually
  thereafter to verify operation.
• The Carbon Canister Operability Test Procedure
  verifies the pressure integrity of the vessel
  with nitrogen, plus verification of the thermal
  probe and pressure sensor readings.
• The Carbon Canister hydrocarbon Emissions
  Verification Test Procedure verifies the
  emissions are within a specification with a flow
  of iso-butane compressed gas to the inlet and a
  portable non-dispersive infrared analyzer at the
  outlet.

Considering the positioning of the Carbon
Canister, will permanent OSHA certified structure
be required? If not, what safety provisions will
be required for installation, testing, and
inspection at these heights? Do these provisions
change with vent riser pipes that penetrate the
canopy or attach to the building?
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• Healy Phase II EVR System
• Field proven, low maintenance equipment
• Lower operating costs with breakaway certified
  for multiple reconnections
• Higher profits with flow rates up to 25 faster
• User friendly hanging hardware
• No breaking of concrete to install
• No sensors or controls required
• Solid base of certified installers, technicians,
  and distributors that are familiar with Healy
  products

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• Save on These Key Factors
• Equipment The Healy Phase II EVR System can save
  you on average up to 1,800 in equipment costs
  compared to an EVR balance system. Healy can save
  you up to an additional 4,000 annually in hose
  repair costs compared to an EVR balance system
  (based on two monthly drive off occurrences per
  site).
• Risk Mitigation The Healy Phase II EVR System
  with INCON ISD will only shut down the affected
  dispenser, keeping the rest of your site up and
  selling gasoline. EVR balance systems can shut
  down your entire site when an ISD alarm occurs,
  potentially costing you hundreds of dollars in
  profit each day.
• Maintenance Startup and annual testing for EVR
  balance systems can be on average 1,500 to
  2,000 more per year than the Healy Phase II EVR
  System thats 15,000 to 20,000 more over the
  estimated 10-year life of the system.
• Based on actual distributor and testing
  company estimates.

Dont be fooled into thinking that upgrading to
an EVR balance system is as simple as changing
out the hardware. There can be significant costs
associated with an EVR balance system that you
can avoid by upgrading with a complete Healy
Phase II EVR System with INCON ISD.
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• Healy Vacuum-Assist Solution
• FFS/Healy EVR system certified with ISD from
  Veeder-Root or FFS/INCON
• INCON ISD with TS-DTU Wiredless option for lower
  cost, no-risk installation
• FFS Manufactures Healy and INCON equipment,
  meaning a single phone call for expert product
  support

• Balance Canister Solution
• VST balance hanging hardware only certified with
  Veeder-Root ISD
• Veeder-Root Carbon Canister NOT approved with
  wireless technology, installation will require
  trenching
• Separate channels and terms for VST and
  Veeder-Root equipment

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• TS-DTU Data Transfer Unit
• The TS-DTU can save you thousands of dollars in
  installation costs and downtime by avoiding wired
  communication
• Multi-industry proven Power Line Communications
  technology
• Simple installation helps avoid forecourt shut
  down and keeps business up and running
• The unmatched option for rapid compliance

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• No Conduit? No Problem with Wiredless
• The Wiredless option allows the VPS and VFM to
  transmit data over existing dispenser power wires
  using the TS-DTU, eliminating the need for
  dedicated communication wires of conduit

• Benefits To You
• No extended downtime due to breaking concrete
• No chance of delays or added expense due to
  crushed or blocked existing conduit
• No noise or mess driving away inside sales
• Save thousands in costs and avoid forecourt
  closure

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INCON TS-EMS and TS-5 Series Consoles

• TS-EMS for quick compliance
• Connects to any existing ATG
• No cold start recertification required
• Touch screen for easy user interface
• Built-in serial and Ethernet connectivity
• Web interface for remote access
• Remote alarm notification
• Dispenser based alarm disabling
• Instant ISD transaction feedback

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The ISD solution you choose for your Phase II
upgrade now will impact your business for years.
There is one choice that can both save you money
and reduce your downtime. Thats why INCON ISD
from Franklin Fueling Systems is the smart choice.

• With INCON ISD You Can
• Reduce site downtime For fueling point alarms,
  INCON ISD only shuts down the affected dispenser.
  Competitive ISD system will shut down gasoline
  dispensing of the entire station.
• Save money and avoid trenching Trenching can
  cost up to 25,000 and shut your station down for
  days. INCON ISD can be installed with existing
  wire.
• Keep your current tank gauge INCON ISD uses
  current tank gauge components with no need to
  upgrade your current gauge.
• Avoid recertification INCON ISD works with your
  existing tank gauge allowing you to avoid up to a
  1,000 recertification fee for a new gauge.

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