VADA V-150VF User manual

SUMP PUMP WITH
VERTICAL FLOAT
INSTALLATION
MANUAL
V-150VF

3
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54 VADA SUMP PUMP WITH VERTICAL FLOAT V-150VF INSTALLATION MANUAL
KNOW YOUR PRODUCT SPECIFICATIONS
Designed with a vertical float to suit the tightest installations and a vortex impeller for improved
water flow and reduced clogging. This pump is constructed from cast iron for durability and is built
to handle clean and greywater and soft solids up to 15mm O.D. at a 10% content or fine solids at
1% concentration. The sump pump is supplied as standard with a 10m power cable length and
connections to suit 32mm, 25mm and 20mm hose.
Note: A larger diameter hose or pipe will offer less resistance to flow and will give better performance.
Discharge outlet
connection 32mm BSP FI
Suction inlet
10m Power cable
Vertical float with automatic
switch operation
Cast iron pump housing
Internal vortex impeller
• Built to handle clean and greywater with soft solids up to 15mm (no suspended solids like stones,
pebbles, mulch or abrasive material such as sand, cement, dust or harsh detergents)
• Optimum operating range: 4.3–3.2 metres head, 64–96 litres per minute
• Max water temperature: 40°C
• Max submersion depth: 6m
• IP Rating: IP68
• 1PH, 230VAC ±10%, 50 Hz, (P1) 350W, (P2) 180W, Run current 1.75 A
PIT SIZE
The Vada Sump Pump with Vertical Float V150-VF is designed for small spaces. It requires a minimum
pit size 300mm (L) x 300mm (W) x 400mm (H).
If your pit is tapered, ensure the float can be fully engaged without getting caught on the pit wall.
HELPFUL HINT
400mm H
300mm L 300mm W
330mm

76 VADA SUMP PUMP WITH VERTICAL FLOAT V-150VF INSTALLATION MANUAL
APPLICATIONS
INSTALLATION
The Vada Sump Pump with Vertical Float V150-VF is suitable for the following applications:
Ground water
transfer
Rainwater
transfer
Emptying
residential
sumps and
tanks
Draining
of flooded
buildings
or cellars
Removing
water from
drainage
collecting pits
Transferring
wastewater
from kitchen
sinks, laundry,
or baths
to higher
sewage lines
The Vada Sump Pump with Vertical Float V150-VF is not suitable for the following applications:
Pumping of
blackwater
(wastewater
with toilet
discharge)
Pumping
liquids
containing
long fibrous
materials
Pumping
aggressive or
inflammable
liquids
Pumping
liquid
containing
solids larger
than maximum
recommended
particle size
(15mm)
Pumping
liquid
containing
abrasive
solids (stones,
ceramics etc.)
PREPARING FOR INSTALLATION
For a successful installation, ensure you have all pieces listed below.
What we’ve supplied:
What you’ll need to supply:
The residence must also have a Residual Current Device (RCD), also known as Electrical Leakage
Circuit Breaker (ELCB). This is a safety switch located in the Fuse Box.
Vada Sump Pump
with Vertical Float
(V-150VF)
Discharge hose
(hard or flexible)
Stormwater pit
(may be required)
Teflon tape
Barrel union FI
(may be required)
Access to a 10A
power point
Hose clamps
Nylon rope or
stainless-steel cable
Valve socket to suit
pipework 32mm MI
(if you’re using a
hard discharge pipe)
Poly tank outlet
(may be required)
Cable ties
x3 Hose barbs
(20mm, 25mm, 32mm)
(may be required)
Check valve
(may be required)

98 VADA SUMP PUMP WITH VERTICAL FLOAT V-150VF INSTALLATION MANUAL
PART 1: PUMP LOCATION
Let’s get down to business.
Note: Ensure the pump is being installed by a
qualified, licensed personnel. The pump should
be in good condition and should be used in a
residential application.
1. Ensure you have access to a 10A
weatherproof outdoor powerpoint in a dry
and flood free location. Do not plug the
pump in.
2. Position your sump pump in the
tank/pit/well. If using a pit, we recommend
using a minimum pit size of 300 (L) x 300
(W) x 400 (H) to allow enough space for the
float to rise.
Note: If needed, loop the nylon or steel
rope through the top to lower the Sump Pump.
Do not use the power cable or the float to
lower the Sump Pump.
3. Check the set up so far. The surface the
pump sits on should be solid and there
should be enough clearance between
the base of the pit and suction inlet to
prevent sediment and debris from entering
the pump.
PART 2: DISCHARGE
SET UP
Now that your sump pump is
positioned, it’s time to set up the
discharge pipework.
Ensure you have selected the position for your
discharge outlet on the pit, cut a hole to size
on the pit and then secure a tank outlet
(or similar).
Note: The length and the diameter of the
discharge hose impact the pressure and flow
rate the sump pump can deliver.
Note: All components used must have a
pressure rating that exceeds the maximum
pressure of the pump by an appropriate
safety factor.
1. Wrap a hex nipple in Teflon and fit it to the
tank outlet (or similar).
2. Fit a check valve to the hex nipple.
The check valve will prevent fluid from
re-circulating when the pump has stopped.
3. Connect the discharge pipe to the outlet
using one of the following options
a. If you are using a hard discharge pipe:
i. Wrap a barrel union with Teflon tape.
ii. Fit the barrel union to the check valve
to facilitate easy removal if needed.
In accordance with AS3350.2.41
we are obliged to inform you that
this pump is not to be used by
children or infirm persons and
must not be used as a toy.
The pump must be supplied by
an outlet protected by a residual
current device or earth leakage
circuit breaker with a maximum
rated residual current of 30mA.
Illustrations below are
an example only.
400mm H
300mm L 300mm W
INSTALLATION
OFF

1110 VADA SUMP PUMP WITH VERTICAL FLOAT V-150VF INSTALLATION MANUAL
iii. Wrap a 32mm MI valve socket in
Teflon tape then connect it to the
pump outlet.
iv. Connect your pipework, ensuring
you include a barrel union for easy
maintenance.
b. If you are using a flexible
discharge hose:
i. Secure the hose to the sump pump
outlet and check valve by using hose
barbs and hose clamps (provided).
Note: The outlet is 32mm. Use one of the hose
barbs provided to suit your set up.
4. Check that all pipework is supported
independently from the pump.
PART 3: ELECTRICAL
SET UP
It’s time to power up!
1. Ensure the power supply cord is supported
by the delivery pipes at 3 metre intervals.
2. Ensure the powerpoint is in a dry and flood
free location.
3. Plug the power supply cord into the
10 Amp powerpoint. Do not switch on.
Note: Supply voltage that is outside the
limits specified can cause the motor to
overheat leading to overload tripping, reduced
component life or seriously damage pump,
voiding warranty.
Note: For additional protection, the pump
must be supplied from an outlet protected
by a residual current device – RCD (also known
as an Electrical Leakage Circuit breaker –
ELCB) with a maximum rated residual current
of 30mA.
INSTALLATION
3 metres
OFF
OFF
In accordance with AS 3350.2.41
we are obligedto inform you
that this pump is not to be used
bychildren or infirm persons and
must not be used as a toy.

1312 VADA SUMP PUMP WITH VERTICAL FLOAT V-150VF INSTALLATION MANUAL
1. Turn the power on at the power point.
2. Put a small amount of water in the
tank/pit/well, enough to cover the pump
completely.
3. The float switch will rise and the pump will
start to empty the pit.
4. As the pit empties, the float switch will fall
and the pump will stop.
Note: There is a small port hole in the base of
the pumping unit. On occasion, this will expel
air bubbles should air become trapped within
the pump housing. This is a normal operation.
Under normal conditions, the Vada V-150VF
Sump Pump with Vertical Float requires low
maintenance and is simple to service.
To avoid possible failures, we recommend
periodically checking the flow and pressure
supplied and current absorption for the
following:
• A decrease in pressure. This is a symptom
of wear.
• An increase in current absorption. This is
a sign of abnormal mechanical friction in the
pump and/or motor which may be caused
by debris caught in the impeller.
CHECKING THE FLOW
1. Get a bucket of a known size (e.g. 10 litre
bucket) and place it near the Sump Pump.
2. Get a hose and connect it from the final
discharge point to the bucket.
3. When the pump is operating, time how long
it takes to fill the bucket.
4. Enter the bucket size and time it takes
to fill the bucket to the formula below.
1. Bucket size x 60 = V
2. V ÷ time is takes to fill the bucket =
flow in litres per minute
Example: I am using a 10L bucket.
It takes 8.5 seconds for the bucket to fill.
1. 10 x 60 = 600
2. 600 ÷ 8.5 = 70
Therefore, my Sump Pump is producing
70 litres per minute.
If the answer (litres per minute) is between
64 and 96, the sump pump is operating
within the optimum operating range.
Note: Optimum operating range is
4.3–3.2 metres head, 64–96 litres per minute.
OPERATION SERVICE & MAINTENANCE
Do not run pump dry. Ensure
that pump is submerged in water
before operating.
Turn off power to motor and
remove plug from power outlet
before working on pump or motor.
ON

1514 VADA SUMP PUMP WITH VERTICAL FLOAT V-150VF INSTALLATION MANUAL
0
0
2
1
3
5
4
7
6
20 40 60
Flow (litres per minute)
Head (metres)
80 100 120 140
F
E
B
C D
A
If the pump is not going to be used for long periods of time (e.g. 6+ months), it should be emptied
completely, rinsed with clean water and stored in a dry, shaded place.
Pump curves are a great tool to understand the optimum operating range, in relation to head (metres)
and flow (l/min). Pump curves can be interpreted by tracing your finger along the Head (Metres)
across to Flow (litres per minute).
In the pump curve below, you can see that if the Vada Sump Pump with Vertical Float (V150-VF) has
a discharge head between 4.3–3.2m (43–32kpa), then the pump will produce between 64–96 l/min,
and will operate in the optimum operating range.
Note: Operating outside the optimum operating range over an extended time period will result
in a shortened product lifespan.
Note: Should you require further specific information or assistance with calculating the system duty
of your application please contact your local Reece branch.
STORING THE PUMP PRODUCT DIMENSIONS
PUMP PERFORMANCE CURVE
TECHNICAL INFORMATION
A. 260mm
B. 80mm
C. 310mm
D. 357mm
E. 78mm
F. 122mm
Vertical float on level:
Start min 96mm
Vertical float off level:
Stop max 70mm
Pump weight: 9kg
CONSTRUCTION
Power Cable H07RN-F
Float Switch H07RN-F
Pump Housing Cast Iron
Pump Shaft 304 Stainless-steel
Motor Shell 304 Stainless-steel
Mechanical Seal Carbon ceramic
Oil Seal Nitrile
Impeller Polycarbonate
POWER
Power Consumption 0.18 Kw
Voltage 1~230V±10% 50Hz
Full Load Current 1.75 A
Starting Current 9.5 A
USAGE LIMITATIONS
Max Flow Rate 150 l/min
Max Water Temp 40°C
Max Submersion
Depth
6m
Max Soft
Solids Width
15mm
Max Concentration
of Fine Solids
1%
IP Rating IP68
Note: The Vada V-150VF Sump Pump with
Vertical Float MUST be used with clean or grey
water with no suspended solids like stones,
pebbles, mulch, or abrasive material such
as sand, cement, dust, or harsh detergents.

1716 VADA SUMP PUMP WITH VERTICAL FLOAT V-150VF INSTALLATION MANUAL
SYMPTOM CAUSE SOLUTION
Sump Pump will not
stop, even though
there is barely
water in the pit
The float switch
is trapped in the
‘up’ position
Ensure that the float can move freely. Ensure
the pit size is in line with the recommendation
(300mm (L) x 300mm (W) x 400mm (H).
The float switch
is fused ‘on’
The float switch needs replacing. Contact
a licensed professional, or get in contact
with a Reece branch for support.
Sump Pump runs
intermittently;
thermal protection
inside the pump is
tripping and resetting
The Sump Pump is not
completely submerged
Ensure the pump is covered with water.
Ensure the pit size is in line with
the minimum recommended size of
300mm (L) x 300mm (W) x 400mm (H).
Water temperature
is too high
This Sump Pump is designed to handle water up
to 40°C. If the water is above this temperature,
the pump is not expected to function.
When the Sump Pump
shuts off, water in
the discharge line is
running back into the
pit, lifting the float
switch. It is likely
a check valve has
not been installed.
Fit a check valve at the pump discharge so
that water cannot return to the pit. As per
installation instruction a check valve MUST be
installed. Refer to page 9–10 for instructions.
SYMPTOM CAUSE SOLUTION
Sump Pump
does not start
The float switch is not
in the ‘on’ position
Wait until there is enough water in the pit to start
the pump by filling water from a garden hose
into the pit and visibly looking to check that
the float operation is not impaired. Physically
lift the float switch vertically if needed.
The float is caught
on something and
cannot rise
Ensure that the float can move freely. Ensure
the pit size is in line with the recommendation
(300mm (L) x 300mm (W) x 400mm (H).
There is no
power supply
Ensure that the pump is
connected to a live outlet.
Reset the circuit breaker. If a problem
persists contact a licensed service technician
or electrician to evaluate the fuses and
circuit breakers.
The Sump Pump is
‘blocked’ (i.e. the
impeller is jammed)
Disconnect the pump from the power outlet,
and check to ensure no foreign matter is jamming
the suction at the bottom of the Sump Pump.
If there is foreign matter externally, remove it.
No water from
the pump
There are blockages
in the pump or
discharge line
Disconnect the pump from the power
outlet and check the pump housing and
discharge for foreign matter. Ensure that
the pump is not attempting to handle solids
more than 15mm O.D. Ensure the pump is
suitable for your application (see page 6).
There is excessive lift Ensure that the height that you are trying
to lift water is within the pump’s capacity.
See the pump performance chart on page 14.
If your requirements fall outside this chart,
you will need a different pump. Contact
your local Reece branch for support.
There is not enough
water to start the
Sump Pump
Wait until there is enough water in the pit.
Ensure the float switch is operating freely.
When water is present, the pump will function.
TROUBLESHOOTING
Having trouble? Sort it out here, quick smart.
If these solutions do not solve the problem, please visit your local Reece branch.

1918 VADA SUMP PUMP WITH VERTICAL FLOAT V-150VF INSTALLATION MANUAL
WARRANTY
You have purchased a quality product
from Reece. This product is covered by a
2 year product warranty. This warranty covers
faults in the product construction, material,
and assembly.
If a product is suspected of being faulty, please
contact the Reece store it was purchased
from and the product will be inspected
by an authorised Reece representative.
Products which are found upon inspection
to be defective in construction, material, or
assembly, will be replaced with an equivalent
product free of charge within the warranty
period outlined above. Replaced items become
Reece’s property.
All replacement products will be available
for collection without charge to the customer
at the nearest Reece branch to the customer’s
location, or elsewhere as agreed between the
customer and Reece.
Any attempt to repair the device by the
customer or unauthorised third parties shall
terminate the warranty.
WARRANTY CONDITIONS
The warranty will apply only under all the
following conditions:
• The pump has been installed by a qualified,
licenced personnel.
• The installation manual has been adhered to.
• The pump is in good condition and has not
arrived damaged.
• The pump is located so that it will NOT be
prone to freezing.
• The pump is being used with clean and
grey water and is NOT being used with
alternative fluids specifically abrasive,
corrosive, or explosive fluids.
• The pump is isolated from electrical supply
during installation and any subsequent
service work.
• The electrical installation is in accordance
with the national wiring rules (AS/NZS 3000)
for class 1, IP68 rated products.
• The pump has NOT been lifted/moved/carried
by the electrical or float switch cables.
• The pump has NOT run dry or with the
motor exposed (i.e., out of the water for long
periods). Running the pump dry will harm
the pumps seal and overheat the motor.
• The Vada V-150VF is correctly sized for your
application.
• The pump has been installed for and
subjected to domestic residential use only
subject to local building a municipality
guideline.
• Failure is due to a fault in the manufacture
of the project. In this case, proof of purchase
including the date of purchase is required.
This warranty does not include faults caused by:
• Failure to adhere to the conditions above
• Normal wear and tear
• Inadequate or complete lack of maintenance
• Chemical, electrochemical, or electrical
influences
• Harsh detergents or abrasive cleaners used
on product finishes.
EXCLUSIONS
To the fullest extent permitted by law, Reece
excludes all liability for damage or injury to
any person, damage to any property and any
indirect consequential or other loss or damage.
To the maximum extent permitted by law,
Reece excludes all warranties other than those
set out above.