Vac - Alert VA-2000 User manual

Safety Vacuum Release System
Installation Instructions
Model VA-2000
Vac-AlertTM Industries,LLC
775 8th Court, Suite 4
Vero Beach, FL 32962
www.vac-alert.com
April 29, 2011

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oVAC-ALERT MODEL VA-2000L (Lift)
The Vac-AlertTM Model VA-2000L is a Safety Vacuum Release System (SVRS)
designed for suction lift applications. Suction lift in this case applies to all applications
where the circulating pump suction is no more than 24” below, or no more than 42”
above the level of the pool or spa water surface. This unit incorporates a 0.170” diameter
orifice opening installed below the surge tube section. This orifice opening is sized to
prevent nuisance tripping of the SVRS unit caused by high vacuum surges typical of
many pump start-up conditions.
The Model VA-2000L SVRS unit also utilizes a check valve assembly equipped with a
3.5 pound spring, a poppet disc and a one-way (up only) vented poppet. This check valve
assembly permits continued water flow to the circulating pump while the SVRS unit is in
the open or vented position. The 3.5 pound spring further compressed by the poppet disc,
creates enough sealing force within the check valve to allow partial water flow to the
circulating pump for suction lifts up to 42 inches. This is critical to the elimination of
circulating pump damage that can be caused by a sustained dry-running condition. The
one-way vented poppet allows the surge chamber to be internally recharged when the
circulating pump is turned off. This feature prevents nuisance tripping of the SVRS unit
on pools and spas that utilize a timer or air switch for circulation pump operation.
oVAC-ALERT MODEL VA-2000S (Submerged)
The Vac-AlertTM Model VA-2000S is a Safety Vacuum Release System (SVRS)
designed for submerged suction applications. Submerged suction in this case applies to
applications where the circulating pump suction is more than 24” below the level of the
pool water surface. The Model VA-2000S is recommended on commercial pool
applications where the pump has a submerged suction of any depth and runs 24/7.
In submerged suction applications, for pumps 10 horsepower and greater, or for
pumps located 10 feet or more below the water line, a pump shut-off switch (Model
PSAC) is recommended. The Model VA-2000S unit incorporates a 0.375” diameter
orifice opening installed below the surge tube section. This orifice opening is sized to
provide a limited amount of pump start-up surge protection, while at the same time
allowing enough air into the piping system to insure dissipation of the dynamic suction
force caused by the circulating pump.
The Model VA-2000S SVRS unit also utilizes a check valve assembly equipped with a
0.25 pound spring and a non-vented poppet (no poppet disc or hole through the poppet).
This check valve assembly utilizes a light duty spring to minimize the sealing force of the
check valve. The non-vented poppet insures that water from the circulating system,
under a positive hydrostatic head condition, does not migrate up into the SVRS unit.
NOTE: The Model VA-2000 type is indicated on the outside of the box
and on the unit itself. Make sure you have the correct Model SVRS for
your application! SVRS in these instructions refers specifically to the
Vac-AlertTM Model VA-2000.

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Vac-AlertTM Industries, LLC
Model VA-2000
Installation Instructions
INTRODUCTION
INITIAL SYSTEM PREPARATION
Determine whether the installation requires a VA-2000L (suction lift) or a VA-2000S
(submerged or flooded suction) SVRS unit. See the preceding page for a more detailed
description of each SVRS type.
For commercial installations where the circulating pump has a submerged or flooded
suction and runs continuously (24/7), the Model VA-2000S is recommended. For
submerged or flooded suction installations where the circulating pump is 10 HP or
greater, or the pump is located 10 feet or more below the pool or spa water surface, in
addition to the installation of a Model VA-2000S unit, a pump shut-off switch (Model
PSAC) is recommended. Contact your Vac-AlertTM representative for details on the
Model PSAC.
The Model VA-2000L is designed for use in installations where a timer or air switch
is used to automatically cycle the circulation pump. The VA-2000L unit is to be
applied in these applications where the pump is located no more than 24” below, or no
more than 42” above the level of the pool or spa water surface. For applications where
the pump is located more than 42” above pool or spa water level, contact your Vac-
AlertTM representative for further instructions. For applications where the pump is
located more than 24” below pool or spa water level, use the VA-2000S SVRS unit.
The SVRS unit should be installed on the main drain line. It is not recommended that the
SVRS unit be installed on the common header or common line to the pump, where
additional skimmer line(s) or vacuum line(s) are also present. The SVRS is designed to
protect against main drain suction entrapment, and the unit should be adjusted to the
specific hydraulics of the main drain line.
Install the SVRS unit per the following instructions and check system vacuum level with
all flow from the main drain suction line, i.e. shut-off all other water sources except the
main drain suction line. If the main drain line is plumbed through a skimmer, install
the SVRS on the line 12” to 18” from the pump where possible. Do not close-couple
the SVRS unit to the pump. The skimmer must be blocked to insure all flow is
routed from the main drain when determining maximum running vacuum level and
during SVRS testing.
Using the vacuum gauge on the Model VA-2000, note the level of the operating vacuum.
If the vacuum level exceeds 15” Hg, system adjustments to lower the vacuum level will
assist with the proper installation of the SVRS unit.

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Following are suggestions for lowering system operating vacuum levels at an existing
pool or spa.
1. Reduce the pump size or reduce the pump impeller diameter
2. Check the main drain line for blockages
3. Replace the drain cover with another cover that has a higher open area
4. Replace return side nozzles with smaller orifices to slow down flow
For new construction or a remodel project, increase the diameter of the connector piping
and fittings where two or more main drains are employed, and increase the diameter of
the main drain suction line to reduce pipe velocity and running vacuum level. Minimize
the use of 90 degree elbows and other fittings that increase the system pressure drop.
Keep your pipe runs as short as possible.
Once the system vacuum level is set at 15” Hg or less, the system can be prepared for
SVRS installation.
SVRS UNPACKING INSTRUCTIONS
The VA2000 SVRS is packaged in a corrugated box with polystyrene upper and lower
inserts to protect the unit from damage during shipment. The product serial number is
located on the top of the box, and on the upper back side of the unit (ARL Number).
Carefully open the top of the box and note that the spanner key is housed in the
polystyrene insert – Do not lose or misplace the spanner key. Remove the upper insert
after stowing the spanner key and lift the unit by grasping the tee at each end. DO NOT
DROP THE UNIT! The Installation Instructions, DVD and Quick Installation Guide
are located in the box stowed between the box and the lower polystyrene insert.
If the outer package appears to have been damaged during shipment, carefully inspect the
unit. Closely inspect the vacuum gauge for possible damage in shipment; if the vacuum
gauge is damaged or in need of replacement it can be ordered by calling the factory. The
gauge incorporates a ¼” tapered pipe thread end connection which is installed into a
stainless steel gauge bushing. The gauge and the bushing are threaded together at the
factory with an anaerobic sealant. This sealant hardens and makes the separation of the
two parts difficult. The gauge bushing has external straight pipe threads and is threaded
into the main body of the unit with a non-hardening sealant. The gauge and bushing
together can be easily unthreaded from the main body by rotating the bushing counter
clockwise until it is free. The bushing can then be placed in a bench vise and removed
from the gauge.
SVRS INSTALL REQUIREMENTS
Though the SVRS (Safety Vacuum Release System) is easily installed, Vac-AlertTM
highly recommends that a licensed contractor or service company install the SVRS.
When you properly install a Vac-AlertTM SVRS, you are providing an important
layer of protection against dangerous body and limb entrapment situations. This
system is not an effective defense against hair entanglement. This device may
mitigate evisceration. The Model VA-2000 SVRS unit shall only be installed in

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conjunction with an ASME/ANSI A112.19.8-2008a or VGB 2008 approved suction
fitting(s), or an approved channel drain system at each suction outlet or drain
outlet.
For newly constructed pools or spas where two or more suction outlets are
employed, it is important that the outlets be separated by three feet, with minimum
2-1/2” diameter connector piping and fittings. Larger diameter connector piping
and fittings may have to be used to keep connector pipe velocity less than 3 feet per
second when all suction outlets are functioning at maximum rated flow.
No special tools to install the Vac-AlertTM SVRS are required. Here is what you need:
1. Portable drill with 1” or 1-1/4” hole saw type bit (if installing a snap or clamp-on tee)
2. Hacksaw or PVC pipe cutter
3. Flat bladed screwdriver
4. Small level (used to ensure vertical, level installation of the SVRS unit)
5. PVC primer and glue (medium body suitable for wet or dry field conditions)
6. 6” length of 1-1/2” diameter Schedule 40 PVC pipe (vertical section of pipe installed
between SVRS and tee, or SVRS and elbow).
7. Schedule 40 PVC tee fitting (size of suction line)
8. Full-port ball valve, slide gate or butterfly valve, or pole-mounted test mat
9. Standard Schedule 40 PVC fittings necessary to adapt the SVRS to existing piping
10. Spanner tool located in the box insert provided with the SVRS unit.
Begin by checking the vacuum levels at each pump. Close off all other secondary lines
and check the vacuum level with all flow coming from the main drain line. If the vacuum
level is over 15”, see previous suggestions for lowering system running vacuum level.
NOTE: Do not use a flow restricted test valve, or a slow acting test valve such as a
gate, globe or diaphragm type valve. Use only full-port, fast-acting test valves such
as a two-way valve, ball valve, or butterfly valve. A test valve may not be required if
the SVRS can be mat tested. Use only a pole-mounted test mat for mat testing of
Vac-AlertTM SVRS units. It is recommended that a test valve be installed to facilitate
testing and inspection. A test valve may be required by local inspection authorities.
Determine the number of pumps and main drain suction lines to be protected. You will
need to install a Vac-AlertTM SVRS for each pump plumbed to a dedicated main drain
suction line. See enclosed installation diagrams.
One Vac-AlertTM SVRS unit can be used on a pool / spa combination where a single
circulation pump is employed. In this case the SVRS is located on the common main
drain line for both the pool and spa (see installation diagrams). The SVRS can handle a
difference of no more than 6” Hg between the operating vacuum level in pool mode, and
the operating vacuum level in spa mode. System adjustments may be necessary to insure
the two running vacuum levels don’t differ more than 6” Hg.
Next, determine the size of the main drain suction piping. Determine the Schedule 40
PVC fittings you will need to adapt the 1-1/2” diameter SVRS connection to the existing
piping. The SVRS must be mounted in the vertical position. Some installations may
require a Schedule 40 PVC reducing bushing, elbow, and pipe nipples to complete the

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SVRS installation. Turn off all pump motors and select the best location for SVRS
installation.
SVRS LOCATION
1. Locate the SVRS on the main drain suction line, between the main drain
and the main drain line isolation valve. Install the SVRS away from the pump
suction (12” to 18” where possible). Do not close-couple the SVRS to the pump
suction. For new construction installations, the SVRS should be located 18” to
60” from the pump suction on the main drain line. For retrofit installations, the
SVRS should be installed 12” from the pump suction, and within 60” of the pump
suction inlet whenever possible. See enclosed installation diagrams for further
details. Isolate the main drain prior to cutting pipe in a flooded application.
2. Find a six to twelve inch section of pipe where the SVRS can be installed. This
location can be either a vertical or horizontal section of pipe. Locate and orient
the SVRS away from other valves and high traffic areas. The SVRS can face any
direction, but must be installed vertical and level.
SVRS INSTALLATION
1. Install a tee fitting at the optimum horizontal section of pipe location. If a
vertical section of pipe is the only option it will require an elbow be used to
mount the SVRS off the installed tee. A reducing bushing may also be required to
mate the 1-1/2” diameter SVRS to the tee fitting installed. Utilize pipe nipples to
join fittings in a close-coupled fashion, as required. Note: A 6” long, 1-1/2”
diameter, vertical section of Schedule 40 PVC pipe is to be installed between
the SVRS and tee, or the SVRS and elbow. The 6” vertical pipe section has no
bearing on SVRS operation, but is recommended in the event the SVRS unit must
be removed or relocated in the future.
2. Install a full port, fast acting test valve (two-way, ball or butterfly) in the main
drain suction line before the tee fitting for the SVRS unit. The test valve should
be installed in the main drain suction line between the main drain and the SVRS,
within two feet of the Vac-AlertTM unit for ease in testing. A test valve need not
be installed if the SVRS is to be mat tested at the main drain. Where
hydrostatic valve(s) are present in the circulation system, then the Vac-
AlertTM should be mat tested at the main drain at least three times after
installation.
3. For existing installations, when a snap tee or clamp-on tee is installed, after the
fittings have dried, use a battery-operated hand drill to drill a 1” or 1-1/4” hole in
the suction piping.
4. Install the SVRS unit on the 6” long, 1-1/2” diameter vertical pipe section, and let
all glue joints dry before proceeding to Pump Start-Up Test.

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PUMP START-UP TEST
1. At this point, the pump start-up vacuum level for the system needs to be
determined. Close the SVRS vent by pushing down on the reset lever.
Use the vacuum gauge on the installed SVRS unit to read the pump start-up
vacuum level in the main drain line. The peak start-up vacuum level should be
read with full prime on the pump, all air bled from the filter system, at
maximum return rate of flow, and with all suction flow directed from the
main drain. This condition will typically produce the peak vacuum level that the
SVRS will be exposed to during pump start-up. Set valves and equipment to
the above conditions, and…
¾Turn on the pump. Observe the SVRS response. Make sure to notice the
peak vacuum level on the SVRS vacuum gauge. If the peak vacuum level
exceeds 10” Hg, the SVRS will require adjustment (See Item 2. below).
The Vac-AlertTM SVRS unit is designed for systems that operate at vacuum
levels less than 15” Hg. Do not install a Vac-AlertTM SVRS unit on any
system that operates at a vacuum level above 15” Hg. See Initial System
Preparation for options on how to lower system operating vacuum level.
2. NOTE: Each SVRS comes factory set to remain closed (non-venting) for
vacuum levels up to 10” Hg.
¾If the pump start-up test indicates a vacuum level above 10” Hg, the SVRS
will either leak air into the system momentarily, and then re-seal, or the
SVRS may lock open in the venting position. Given a start-up vacuum in
excess of 10” Hg, or the SVRS is allowing too much air to leak into the
system, the SVRS will need adjustment for site-specific vacuum levels.
¾If the pump start-up test indicates a vacuum level of less than 10” Hg,
and the SVRS is not leaking air into the system, the SVRS should
not need any further adjustment.
SVRS ADJUSTMENT
The SVRS is field adjustable for vacuum levels from 0” Hg to 15” Hg. As previously
stated each unit is shipped from the factory set at about 10” Hg. To adjust the
Vac-AlertTM unit for site-specific vacuum conditions proceed as follows:
1. NOTE -Before making any adjustment to the SVRS spring compression screw,
make sure the pump is turned off and the Vac-AlertTM unit is in the open (venting)
position. The SVRS can be placed in the open position from the vent end (gray
end) by utilizing a screwdriver. Remove the vent screen and place the screwdriver

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in the hole at the vent end. Push the Vac-AlertTM piston towards the adjustment
end until the lockout mechanism is engaged. A clicking sound is heard when the
lockout mechanism is engaged.
2. Remove the security cap from the adjustment end (white end with Vac-AlertTM
embossing on body) utilizing the spanner tool shipped with the unit. The security
cap is removed by unthreading it, rotating in a counterclockwise direction. Once
the security cap is removed, the spring compression adjustment screw is visible
inside the Vac-AlertTM body. To adjust this screw, a flat bladed (straight slot)
screwdriver is required.
3. With the Vac-AlertTM in the open position, turn the adjustment screw clockwise to
increase spring compression (for higher vacuum operating levels), and counter-
clockwise to decrease spring compression (for lower vacuum operating levels).
¾To adjust the Vac-AlertTM for an operating vacuum level of less
than 5” Hg, rotate the adjustment screw counterclockwise until
the screw travel stop (minimum spring compression setting) is
reached.
¾To adjust the SVRS unit for an operating vacuum level of up to
15” Hg, rotate the adjustment screw clockwise until the screw
travel stop (maximum spring compression setting) is reached, then
back the adjustment screw off counter-clockwise one revolution.
¾The adjustment screw must be positioned properly between the
two travel stops to set the Vac-AlertTM unit for operating vacuum
levels greater than 5” Hg and less than 15” Hg.
NOTE: Always adjust the Vac-AlertTM adjustment screw with the unit in the open
(venting) position. The SVRS can be placed in the open position from the vent end
(gray end) by utilizing a screwdriver. Remove the vent screen and place the
screwdriver in the hole at the vent end. Push the Vac-AlertTM piston towards the
adjustment end until the lockout mechanism is engaged. A clicking sound is heard
when the lockout mechanism is engaged. Once screw adjustment is made, the SVRS
can be returned to the closed position by gently pressing down the reset lever.
FINAL ADJUSTMENT
1. The Vac-AlertTM should be adjusted to a spring compression level that ensures the
SVRS unit does not lock open during pump start-up. Do not over tighten the
adjustment screw. Adjust the screw in increments of two full rotations, then reset
the unit, and retest for air venting. The SVRS should be tested at various
adjustment levels to determine the balance point at which venting begins to occur
at pump start-up.
2. Once the balance point is determined, the adjustment screw should be positioned
clockwise two (2) full turns beyond this point as the final SVRS setting.

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SVRS TESTING
With the pump turned on, fully primed, all air bled from the filter, and with
suction piping valves set to divert all flow from the main drain…( turn off
skimmers and all other ports of suction except the main drain line).
1. Quickly close the test valve to simulate a main drain blockage. A pole-mounted
test mat can also be used to cover the main drain to simulate the same effect.
2. The Vac-AlertTM SVRS should respond instantly to the simulated blockage. The
SVRS should lock in the open position, venting air into the system and dissipating
the suction vacuum. A near zero reading on the SVRS vacuum gauge confirms
the system is operating properly.
3. Open the test valve or remove the test mat from the main drain, and reset the
SVRS unit by gently pressing down on the reset lever. With the pump turned on,
fully primed and air bled from the filter system, simulate the main drain blockage
as done in the previous test. The SVRS should respond as before. Repeat this test
procedure at least three (3) times to confirm proper operation of the Vac-AlertTM
SVRS unit.
FINAL INSTRUCTIONS
Important Note: The Vac-AlertTM Model VA-2000L (Lift) SVRS unit is designed to
protect against dry running of self-priming pumps where pump suction lift is less than
42”. To make sure the unit is working properly, turn off the pump and place the Vac-
AlertTM SVRS unit in the open (venting) position. Wait one minute, then turn the pump
on and make sure the pump partially re-primes. Note that partial re-priming may take
several minutes for some systems. Once partial re-prime is established, make sure there
is a noticeable stream of mixed air/water flow through the pump returning to the pool or
spa. For suction lifts over 42”, or suction lift conditions where partial re-priming
does not occur, even after several minutes of pump running time, call Vac-AlertTM
Customer Service for further instructions.
Reset the SVRS unit to the closed (non-venting) position before returning the system to
normal operation.
The Vac-AlertTM SVRS unit is provided with a vent screen and an adjustment screw
security cap. These must both be installed and properly tightened to complete the
installation. It is critical that both of these covers be in place to ensure ongoing safe
operation of the SVRS unit.
¾The security cap is threaded into place utilizing the spanner tool
provided with the unit.
¾The vent screen is installed with a press fit covering the vent hole on
the vent end (gray end) of the SVRS unit. The vent screen should be
pushed into place so that the vent screen flange is flush to the vent

10
end (gray end) surface. A screwdriver can be used to press this
screen into final position. Care must be taken to avoid bending or
crushing the vent screen.
Each SVRS unit is provided with a Vac-AlertTM Field Test Data Sheet that must be
completed. Fill out this form and fax or mail it to Vac-AlertTM Industries as instructed on
the form. It is critical that this form be completed and all of the information requested
supplied.
The Vac-AlertTM SVRS must be routinely tested to ensure ongoing safe operation of
the unit. It is required that the SVRS be tested, per the prescribed testing
procedures, prior to the start of each swimming season, and recommended
thereafter at least once per month while the pool or spa remains in use by the end
user.
IMPORTANT NOTICES
INSTALLER AND USER MUST READ!
1. Locate the Vac-AlertTM SVRS on the main drain suction line.
The SVRS must be mounted in the vertical position. All SVRS units shall be
field adjusted to site-specific hydraulic conditions. Once adjusted the SVRS unit
must be tested three times by simulating an entrapment event.
2. A fast acting, full-flow, full-port two-way valve, ball valve or butterfly valve,
installed within two feet of the SVRS unit, can serve as a test valve. A test valve is
an optional alternative to a pole-mounted test mat. Each Vac-AlertTM SVRS unit must
be tested three (3) times to ensure proper adjustment and operation. Where a hydro-
static valve is present, the SVRS must be mat tested.
3. This SVRS unit must be routinely tested. The Vac-AlertTM SVRS unit must be tested
at the start of each swimming season, and recommended thereafter at least once per
month while the pool or spa remains in use by the end user.
4. For multiple pump systems, one (1) Vac-AlertTM SVRS unit is required for each pump
plumbed to a dedicated main drain suction line.
5. The Vac-AlertTM SVRS unit is rated for suction vacuum levels up to 15 inches of Hg
(mercury). For vacuum levels above 15 inches of Hg, see Initial System Preparation
instructions for recommendations on how to lower system operating vacuum level.
6. WARNING: Check valves and obstructions located between the main drain(s) and
the Vac-AlertTM SVRS must be removed from the suction system. Do not install
(must be removed from existing systems) a check valve in a main drain line between
the main drain(s) and the SVRS. A check valve may be installed in the main drain
suction line between the SVRS connection tee and the circulation pump. Also, check
valves may be installed anywhere on the return side of the pump. The Vac-AlertTM
SVRS may be used with hydro-static valves, but a mat test of the SVRS operation
is required if a hydro-static valve is present.

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7. This product, when installed in accordance with manufacturer’s instructions, is
designed to protect against injury caused by body or limb entrapment. This device
is not designed for protection against hair entanglement. It may mitigate evisceration.
The Model VA-2000 must be installed in conjunction with an ASME/ANSI
A112.19.8-2008a or VGB 2008 approved suction fitting(s), or an approved channel
drain system at each suction outlet or drain outlet.
8. Tests conducted by independent, third part laboratory demonstrate that Vac-Alert’s
Model VA-2000 meets or exceeds the performance requirements of ASME/ANSI
A112.19.17-2010 and ASTM standard F2387 – Manufactured Safety Vacuum Release
Systems.
SVRS USE AND MAINTENANCE:
1. To use the Vac-AlertTM Model VA-2000 properly, and to maintain the unit in good
working order, the following should be practiced.
a. Make sure that the vent screen is always in place and is clear of all obstructions
or debris. This is critical to ensure that the air vent passageway is kept clear to
allow the movement of air into the pump suction piping, in the event of a high
vacuum occurrence due to a main drain blockage.
b. Using the installed test valve, or a pole-mounted test mat, conduct routine testing
of the SVRS device to ensure proper adjustment of the unit. The Vac-AlertTM
Model VA-2000 SVRS unit must be tested at the start of each swimming season,
and recommended thereafter at least once per month while the pool or spa remains
in use by the end user.
c. If the SVRS does not function properly during a routine test, the device may need
further adjustment. Refer to SVRS adjustment procedures detailed herein, and
follow these procedures to re-adjust the SVRS unit. Test the SVRS unit three (3)
times after re-adjustment to ensure proper SVRS operation. A mat test is required
for those installations where a hydro-static valve is present. Should the SVRS unit
still not operate properly, immediately shut down the pool or spa, and call your
local pool/spa professional, or call Vac-AlertTM Customer Service for referral
to your nearest dealer.
d. Make sure the security cap is always installed to guard against unauthorized
tampering with SVRS adjustment.
2. The SVRS unit requires no lubrication, no oil, and no grease for proper operation.
Do not apply any oil, grease or lubricant, on or in this SVRS device. Do not obstruct
the vent screen on the SVRS unit with any foreign material, such as paint, aerosol
sprays or adhesive tape.

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3. The internal main body of the Model VA-2000 SVRS unit is not designed for field
repairs. The unit must be routinely tested as detailed herein, and a unit not operating
properly should be reported immediately. The following external parts may need
replacement over time depending upon environmental exposure and use:
a. Vacuum Gauge (0” to 30” Hg)……………....………….….….VA-2680
b. Adjustment Screw Security Cap………………………….……VA-2900
c. Security Cap Key (Hexagonal Spanner Tool)…………….……VA-2970
d. End Cap Vent Screen…………………………………………..VA-2850
e. Check Valve Spring (Suction Lift @ 3.5 lb)…………………...VA-2320-3.5
f. Check Valve Spring (Submerged Suction @ 0.25 lb)……….....VA-2320S-.25
g. Check Valve Poppet (Suction Lift – Vented)……………...…..VA-2870L-P
h. Check Valve Poppet (Submerged Suction – Non-Vented)...…..VA-2875S-P
To order any of the above parts, call your local pool service company, or call
Vac-AlertTM Customer Service for referral to your nearest dealer.
4. The Model VA-2000 SVRS unit should always operate in a dry state. Any indication
that the unit is flooded or water logged, as evidenced by water leakage from the SVRS
unit, requires immediate service attention. Immediately shut down the pool or spa,
and call your local licensed service company, or call Vac-AlertTM Customer Service
for referral to your nearest dealer.
5. The Model VA-2000 meets or exceeds the twelve hour -40 F & +140 F temperature
performance testing set by the ASME/ANSI A112.19.17-2010 Standard for
Manufacturing Safety Vacuum Release Systems. We strongly suggest that the VA-
2000 not be left in below freezing temperatures where the circulation system is not
continually running or not protected by a pump house. In such cases, condensation
could freeze piping and ice may impair or disable the safety features of the VA-2000.
For installations that require winterization, the Model VA-2000 should be removed
and stored, and then re-installed upon system start-up.”
FOR CUSTOMER SERVICE IN FLORIDA & U.S. EAST COAST CALL:
1-877-978-0130
FOR CUSTOMER SERVICE IN ALL OTHER U.S. AREAS CALL:
1-800-374-7405
Dated: April 29, 2011

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



l 
m
m
m
m
l 




l 



l 























l 
m
m

m

l 


l 



 














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
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
l 
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
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
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









VAC-ALERT™ INDUSTRIES, LLC
ASSURANCE OF QUALITY
Dear Vac-Alert Safety System Owner, Your new Vac-Alert System has passed a rigorous quality control procedure and is in conformance with the ASME/ANSI A112.19.17 and ASTM F2387 standards for manufactured Safety Vacuum Release Systems (SVRS). If you feel this unit is defective or damaged due to shipping or handling, it is your obligation to call: 1-800-374-7405 and speak to our technical support staff to answer any questions you may have. This system requires NO lubrication whatsoever. Lubricating this unit may cause failure and will void warranty. Vac-Alert assumes no liability or responsibility implied or otherwise if this system is lubricated. We highly recommend the use of an ASME/ANSI A112.19.8 approved main drain cover in conjunction with this system. This system is not an effective defense against hair entanglement. This devise may mitigate evisceration. Under no circumstances should any child ever be left
unattended at or by any body of water. Never sit, lay or swim near or by suction ports, suction fittings or main drains.
THIS PRODUCT IS 3RD PARTY TESTED TO CONFORM TO
ASME/ANSI A112.19.17 AND ASTM F2387 STANDARDS
___________________________________
Date of Installation
This unit is warranted free of defects for a period of three years. This warranty applies to original purchaser only. This unit will be repaired or replaced at the discretion of Vac-Alert™ Industries, LLC, provided it is returned to the Manufacturer Freight-Prepaid.
Please keep this document with your other important papers
Vac-Alert™ Industries assumes no liability or responsibility if this unit is installed improperly or altered. We recommend this system be
installed by a pool/spa professional.
Installed by:______________________ Date:____________________
Installer ID( if applicable)_____________________________________
Vac-Alert Unit Serial #________________________________________
Vac-Alert™ Industries, LLC www.vac-alert.com 1-800-374-7405(toll free) 707-576-8286 (fax)

Rev 1.06
VAC-ALERT FIELD VA-2000 INSTALLATION DATA SHEET
1-800-374-7405
A copy of this installation form MUST be mailed or faxed to Vac-Alert Industries, LLC within
10 days of installation to maintain all product warranty. Mail to: Vac-Alert Industries, 336
West College Ave, Santa Rosa, CA 95401 or fax to (707)-576-8286.
SVRS INFORMATION
A. Valve ARL serial number:________________________________________________________
B. Installation performed on: Pool( ) Spa( ) Fountain( ) Other( )________________________
C. Did pool or spa have multiple main drains? Yes( ) No( )
D. Did valve trip three consecutive times? Yes( ) No( )
INSTALLATION LOCATION INFORMATION
Name of Purchaser:________________________________________________________________
Installation Address:_______________________________________________________________
I have discussed with the owner and/or individual the complete operational and testing procedure
for the SVRS unit
Installation Performed By:__________________________________________________________
Date of Installation:________________________________________________________________
Note: Although the SVRS is easily installed, we at Vac-Alert do highly recommend that the unit be
installed by a Licensed Pool Service Company or an Authorized Service Technician (where State
required).
This SVRS does not offer protection from hair entrapment. Please be sure to install recognized
anti-entrapment drain covers.