ALL NEW JACKSON DISHWASHERS ARE WARRANTED TO THE ORIGINAL PURCHASER TO BE FREE FROM
DEFECTS IN MATERIAL OR WORKMANSHIP, UNDER NORMAL USE AND OPERATION FOR A PERIOD OF (1) ONE
YEAR FROM THE DATE OF PURCHASE, BUT IN NO EVENT TO EXCEED (18) EIGHTEEN MONTHS FROM THE DATE
OF SHIPMENT FROM THE FACTORY.
Jackson MSC agrees under this warranty to repair or replace , at its discretion, any original part which fails under normal use due to faulty
material or workmanship during the warranty period, providing the equipment has been unaltered, and has been properly installed, maintained and operated in accordance with the applicable factory instruction manual furnished with the machine and the failure is reported to
the authorized service agency within the warranty period. This includes the use of factory specified genuine replacement parts, purchased
directly from a Jackson authorized parts distributor or service agency. Use of generic replacement parts may create a hazard and void warranty certification.
The labor to repair or replace such failed part will be paid by Jackson MSC, within the continental United States, Hawaii and Canada, during the warranty period provided a Jackson MSC authorized service agency, or those having prior authorization from the factory, performs
the service. Any repair work by persons other than a Jackson MSC authorized service agency is the sole responsibility of the customer.
Labor coverage is limited to regular hourly rates, overtime premiums and emergency service charges will not be paid by Jackson MSC.
Accessory components not installed by the factory carry a (1) one year parts warranty only. Accessory components such as table limit switch es, pressure regulators, pre rinse units, etc. that are shipped with the unit and installed at the site are included. Labor to repair or replace
these components is not covered by Jackson MSC.
This warranty is void if failure is a direct result from shipping, handling, fire, water, accident, misuse, acts of god, attempted repair by unauthorized persons, improper installation, if serial number has been removed or altered, or if unit is used for purpose other than it was originally intended.
TRAVEL LIMITATIONS
Jackson MSC limits warranty travel time to (2) two hours and mileage to (100) one hundred miles. Jackson MSC will not pay for travel time
and mileage that exceeds this, or any fees such as those for air or boat travel without prior authorization.
WARRANTY REGISTRATION CARD
The warranty registration card supplied with the machine must be returned to Jackson MSC within 30 days to validate the warranty.
REPLACEMENT PARTS WARRANTY
Jackson replacement parts are warranted for a period of 90 days from the date of installation or 180 days from the date of shipment from the
factory, which ever occurs first.
PRODUCT CHANGES AND UPDATES
Jackson MSC reserves the right to make changes in design and specification of any equipment as engineering or necessity requires.
THIS IS THE ENTIRE AND ONLY WARRANTY OF JACKSON MSC. JACKSON’S LIABILITY ON ANY CLAIM OF ANY KIND, INCLUDING
NEGLIGENCE, WITH RESPECT TO THE GOODS OR SERVICES COVERED HEREUNDER, SHALL IN NO CASE EXCEED THE PRICE
OF THE GOODS OR SERVICES OR PART THEREOF WHICH GIVES RISE TO THE CLAIM.
THERE ARE NO WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING FOR FITNESS OR MERCHANTABILITY, THAT ARE NOT SET
FORTH HEREIN, OR THAT EXTEND BEYOND THE DURATION HEREOF. UNDER NO CIRCUMSTANCES WILL JACKSON MSC BE
LIABLE FOR ANY LOSS OR DAMAGE, DIRECT OR CONSEQUENTIAL, OR FOR THE DAMAGES IN THE NATURE OF PENALTIES,
ARISING OUT OF THE USE OR INABILITY TO USE ANY OF ITS PRODUCTS.
ITEMS NOT COVERED
This warranty does not cover adjustments to timer cams or thermostats, cleaning wash arms or strainers, or replacement of wear items such
as curtains, squeeze tubes, drain balls, door guides, or gaskets beyond 30 days from installation of unit. Also not covered are conditions
caused by the use of incorrect (non commercial) grade detergents, excessive supply water temperature or pressure, or hard water conditions.
IV.JACKSON MAINTENANCE AND REPAIR CENTERS14
V.IMPORTANT INFORMATION DATA SHEET21
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SPECIFICATIONS of CONSERVER 24LT/CONSERVER 24LTP
PERFORMANCE/CAPABILITIES
OPERATING CAPACITY (RACKS/HOUR)
RACKS PER HOUR24
DISHES PER HOUR600
GLASSES PER HOUR600
OPERATING CYCLE (SECONDS)
WASH TIME56
DRAIN TIME29
RINSE TIME 35
TOTAL CYCLE TIME 120
TOTAL WATER CONSUMPTION
GALLONS PER HOUR (80% CAP.)28.8
GALLONS PER RACK1.2
TEMPERATURES
WASH--WASH--RINSE ---°F (MINIMUM)120
RINSE
°F (MINIMUM)120
°F (RECOMMENDED)140
---
°F (RECOMMENDED)140
ELECTRICAL REQUIREMENTS
WASH PUMP MOTOR HORSEPOWER3/4
VOLTSPHASEAMPS
11519.4
WATER REQUIREMENTS
INLET TEMPERATURE (RECOMMENDED)140
INLET TEMPERATURE (MINIMUM)120
GALLONS PER HOUR28.8
WATER LINE SIZE I.P.S. (Minimum)1/2”
DRAIN LINE SIZE I.P.S. (Minimum)1 3/8”
FLOW PRESSURE P.S.I. (Optimum)20
MINIMUM CHLORINE REQUIRED (PPM)50
FRAME DIMENSIONS
WIDTH24 1/4”
DEPTH 22 5/8”
HEIGHT33 1/4”
°F
°F
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INSTALLATION INSTRUCTIONS
NOTE: Before any connections are made, visually check the
entire machine for any possible shipping damage. If any damage
is found, proceed to “CONCEALED DAMAGE OR MISSING
PARTS”.
UNPACKING THE DISHWASHER:
STEPS:
1. Remove all protective packing material from machine.
2. Place machine in its operating location and remove skid.
3. Adjust all four (4) adjustable bullet (or flanged) feet so contact
is made to floor.
For proper operation, the dishmachine should be leveled from
side to side and from front to back. Using a level placed on the
flat area at top of unit, adjust leveling feet up or down.
NOTE: The dishwasher must be positioned and leveled before
making any connections to the unit.
CONCEALED DAMAGE OR MISSING PARTS:
IMPORTANT: FOR YOUR PROTECTION, PLEASE READ AND
OBSERVE THE FOLLOWING:
This dishwasher has been thoroughly inspected and carefully
packed before leaving our warehouse.
Any valves fouled by foreign matter, and any expenses
resulting from this fouling, are not the responsibility of the
manufacturer.
DRAIN LINE CONNECTION:
The drain for the Conserver 24LT/Conserver 24LTP dishmachine
is a pumped discharge. This unit comes with a drain hose which
should be connected to a system drain. It is recommended that
the drain hose be used as opposed to hard or permanent drain
piping.
Ensure that the drain connection has an airgap (indirect) to allow
proper draining.
The drain height should not exceed 24” above floor height.
Ensure that this unit is installed in accordance with all applicable
codes.
If a grease trap is required by code, it should have a flow capaci-
ty of 5 gallons per minute.
WATER SUPPLY CONNECTION:
Install the water supply line (1/2” pipe size minimum) to the dishmachine line strainer using copper pipe. It is recommended that
a water shut-off valve be installed in the water line between the
main supply and machine to allow access for service. The water
supply line is to be capable of 20 PSI “flow” pressure at a recommended temperature of 140°F (minimum of 120° F required).
Concealed loss or damage means loss or damage which does not
become apparent until the dishwasher has been unpacked. The
contents may be damaged in transit due to rough handling even
though the carton may not show external damage.
If it is found that the shipment has concealed damage, PLEASE
DO NOT RETURN IT TO JACKSON, but notify the carrier (within
48 hours) asking them to send their agent to fill out an inspection
report. Save the cartons so he may inspect them and be sure to
note in the report any black marks, creases, tears, crushed corners or any other marks indicating rough handling. Also, notify the
JACKSON dealer immediately.
If it is discovered that there are missing parts such as: strainers,
spray assemblies, rinse assembly, owner’s manual or racks,
please notify JACKSON immediately.
PLUMBING:
NOTE: ALL CONNECTIONS MUST COMPLY WITH ALL
APPLICABLE LOCAL, STATE AND NATIONAL PLUMBING
CODES.
The plumber is responsible for ensuring that the water line is
THOROUGHLY FLUSHED BEFORE connecting it to any manual
or solenoid valve. It is necessary to remove all foreign matter
such as chips (resulting from cutting or threading pipes), pipe joint
compound or, if soldered fittings are used, bits of solder or cuttings
from the lines. This debris, if not removed, may lodge in the
valves and render them inoperative.
In areas where the water pressure fluctuates or is greater than the
recommended pressure a water pressure regulator valve must be
installed. This item should be located before the “Y”-strainer and
after the shut-off valve.
Do not confuse static pressure with flow pressure. Static pressure
is the line pressure with no flow (all valves and services are
closed). Flow pressure is the pressure in the fill line when the fill
valve is open and the machine is in the fill cycle.
It is recommended a shock absorber (not supplied) be installed in
the incoming water line. This prevents line hammer (hydraulic
shock), induced by the solenoid valve as it operates, from causing
damage to the equipment.
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ELECTRICAL
WARNING: Electrical and grounding connections must comply with applicable portions of the National Electrical Code
ANSI / NFPA 70 (latest edition) and/or other electrical codes.
WARNING: Disconnect electrical power supply and place a tag or lock at the disconnect switch to indicate that you are
working on the circuit.
ELECTRICAL POWER CONNECTION:
This dishmachine comes with a standard 3 prong 120V outlet power cord attached. Prior to plugging the unit into the outlet, have an
electrician verify that the incoming power is at the proper voltage and to further verify L1 and N to ground individually.
Prior to installation, verify that the electrical service agrees with the specifications on the machine data plate located on the right side
and to the front of the machine. Refer to the data plate for machine operating requirements, machine voltage, total amperage load and
serial number.
VOLTAGE CONNECTIONS:
STEPS:
1. Place machine’s POWER SWITCH into the off position.
2. Apply power to the dishmachine.
3. Check incoming power at power block for proper voltage per the data plate.
4. Turn off power at service breaker. Mark breaker for dishmachine and advise the proper personnel.
DO NOT APPLY POWER OR TURN MACHINE ON AT THIS TIME. ALL PLUMBING AND WATER CONNECTIONS MUST BE COM PLETED BEFORE MACHINE CAN BE OPERATED.
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CHEMICAL DISPENSING EQUIPMENT
The Conserver 24LT dishmachine is not supplied with integral chemical dispensing peri-pumps. Instead, an independent chemical dispensing system must be connected to the unit prior to use in order to achieve required cleanliness and sanitation. Please consult the
literature that accompanied your independent chemical dispensing system for information concerning installation and operation of the
dispenser.
The Conserver 24LT requires that a separate chemical feeder be connected to it to provide the required sanitizer. This feeder
needs to be able to provide 2.271 ml of a 10% Chlorine sanitizer for every machine cycle.
Chemical feeder dispensing tubes are fed into the Conserver 24LT through the white bulkhead fitting in the back lower por tion of the unit.
WARNING: CHLORINE-BASED SANITIZERS CAN BE DETRIMENTAL TO YOUR MACHINE IF THE CHEMICAL SOLUTION IS
TOO STRONG. SEE YOUR CHEMICAL PROFESSIONAL TO ENSURE YOUR DISPENSER IS SET UP CORRECTLY.
TO PREPARE PUMPS FOR OPERATION
The Conserver 24LTP dishmachine is supplied with detergent, rinse additive and santizer dispensing peri-pumps. Locate the open
ends of the chemical tubes with the tube stiffeners and place each one in the appropriate container.
A. Red Tubing = Detergent
B. Blue Tubing = Rinse Aid
C. White Tubing = Sanitizer.
PRIMING PERI-PUMPS
Peristaltic pumps need priming when the machine is first installed or if for some reason the chemical lines have been removed and air
is allowed to enter.
CAUTION: Water must be in the sump and wash tank prior to the dispensing of chemicals. Sanitizer in concentration is caustic and may cause damage without dilution.
1. Verify that the proper chemical tube stiffener inlet is in the proper container.
2. Use the toggle switches on the right side of control box to prime each pump. There are two (2) switches mounted by the peripumps. One will prime the sanitizer pump only, and the second will prime either the detergent or rinse aid pump, depending upon which
way it is depressed.
3. To prime the pumps, hold the switch in the momentary position until chemical can be observed entering the sump.
4. Detergent is dispensed as required during the wash cycle by the cam timer. The amount of detergent may need to be increased or
decreased depending on water quality and type of detergent. It is adjusted by changing Cam 7 on the cam timer. See the Conserver
24LTP cam timer operation instructions.
5. Rinse additive is dispensed as required into the final rinse. The amount of rinse aid may need to be adjusted depending on water
hardness and results. It can be changed by changing Cam 6 on the cam timer. See the Conserver 24LTP cam timer operation instructions.
6. Sanitizer (either chlorine or iodine) is dispensed into the final rinse. The amount of sanitizer may need to be adjusted depending on
the concentration and type of sanitizer used. It is adjusted by changing Cam 8 on the cam timer. See the Conserver 24LTP cam timer
operation instructions.
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DETERGENT CONTROL
Detergent usage and water hardness are two factors that contribute greatly to how efficiently your dishmachine will operate. Using
detergent in the proper amount can become, in time, a source of substantial savings. A qualified water treatment specialist can tell you
what is needed for maximum efficiency from your detergent, but you should still know some basics so you’ll understand what they are
talking about.
First, you must understand that hard water greatly effects the performance of the dishmachine. Water hardness is the amount of dissolved calcium and magnesium in the water supply. The more dissolved solids in the water, the greater the water hardness. Hard water
works against detergent, thereby causing the amount of detergent required for washing to increase. As you use more detergent, your
costs for operating the dishmachine will increase and the results will decrease. The solids in hard water also may build-up as a scale
on wash and rinse heaters, decreasing their ability to heat water. Water temperature is important in removing soil and sanitizing dishes. If the water cannot get hot enough, your results may not be satisfactory. This is why Jackson recommends that if you have installed
the machine in an area with hard water, that you also install some type of water treatment equipment to help remove the dissolved
solids from the water before it gets to the dishmachine.
Second, hard water may have you adding drying agents to your operating cycle to prevent spotting, when the real problem is deposit ed solids on your ware. As the water evaporates off of the ware, the solids will be left behind to form the spotting and no amount of drying agent will prevent this. Again, using treated water will undoubtedly reduce the occurences of this problem.
Third, treated water may not be suitable for use in other areas of your operation. For instance, coffee made with soft water may have
an acid or bitter flavor. It may only be feasible to install a small treatment unit for the water going into the dishmachine itself. Discuss
this option with your qualified water treatment specialist.
Even after the water hardness problems have been solved, there still must be proper training of dishmachine operators in how much
detergent is to be used per cycle. Talk with your water treatment specialist and detergent vendor and come up with a complete training program for operators. Using too much detergent has as detrimental effects as using too little. The proper amount of detergent must
be used for job. It is important to remember that certain menu items may require extra detergent by their nature and personnel need to
be made aware of this. Experience in using the dishmachine under a variety of conditions, along with good training in the operation of
the machine, can go a long way in ensuring your dishmachine operates as efficiently as possible.
Certain dishmachine models require that chemicals be provided for proper operation and sanitization. Some models even require the
installation of third-party chemical feeders to introduce those chemicals to the machine. Jackson does not recommend or endorse any
brand name of chemicals or chemical dispensing equipment. Contact your local chemical distributor for questions concerning these
subjects.
Some dishmachines come equipped with integral solid detergent dispensers. These dispensers are designed to accomodate detergents in a certain sized container. If you have such a unit, remember to explain this to your chemical distributor upon first contacting
them.
As explained before, water temperature is an important factor in ensuring that your dishmachine functions properly. The data plate located on each unit details what the minimum temperatures must be for either the incoming water supply, the wash tank and the rinse tank,
depending on what model of dishmachine you have installed. These temperatures may also be followed by temperatures that Jackson
recommends to ensure the highest performance from you dishmachine. However, if the minimum requirements are not met, the
chances are your dishes will not be clean or sanitized. Remember, a dish can look clean, but it may not be sanitized. Instruct your dishmachine operators to observe the required temperatures and to report when they fall below the minimum allowed. A loss of temperature can indicate a much larger problem such as a failed heater or it could also indicate that the hot water heater for your operation is
not up to capacity and a larger one may need to be installed.
There are several factors to consider when installing your dishmachine to ensure that you get the best possible results from it and that
it operates at peak efficiency for many years. Discuss your concerns with your local chemical distibutor and water treatment specialist
before there is a problem.
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INSTALLATION CHECKLIST/OPERATING INSTRUCTIONS
CHECK OFF THE FOLLOWING ITEMS AS THEY ARE COMPLETED BEFORE PROCEEDING TO OPERATION OF DISHMACHINE.
Has the dishmachine been checked for concealed/hidden damage?
Has the dishmachine and the surrounding area been properly vented in accordance with all applicable codes?
Has the dishmachine been properly leveled?
Has the drain plumbing been installed with an air gap?
Has the service voltage been checked to ensure that it meets the electrical requirements listed on the dishma-
chine’s data plate?
Has the dishmachine been properly grounded?
Has the dishmachine circuit breaker/service breaker been sized correctly, given the dishmachine’s load, and has it
been marked clearly and identified to all pertinent personnel?
Has the incoming water supply been flushed for debris?
Is the hot water supply at the minimum temperature as indicated on the dishmachine data plate?
Is the incoming water supply at 20 PSI (1.41 kg/sq. cm)?
Is the incoming water supply line at 1/2” minimum?
OPERATING INSTRUCTIONS
PREPARING DISHES
Scrape dishes thoroughly. Pre-wash by soaking or spraying with a pre-rinse hose. Place dishes and cups in dish rack; cups upside
down. Place glasses and flatware in combination glass/flatware rack; glasses - upside down. Scatter flatware loosely on bottom.
Do not put glasses on top of flatware.
NOTE: Flatware should be washed upright in a special compartment flatware rack for best results.
DAILY MACHINE PREPARATION
Open door and verify strainer is in wash tub sump. Check all levels in all chemical containers and replace with full containers if
empty. Check that the wash arms are installed and securely tightened. For the initial fill, close the door, place the auto/manual switch
in the “AUTO” position and turn the power switch to the “ON” position. The machine will automatically fill. Allow the cycle light to
turn off. Open the door and check the water level. Close the door, the machine will now automatically run a warm up cycle.
NOTE: Never operate wash pump without water in sump or damage may occur.
WASHING A RACK OF DISHES
Open the door and insert a rack of soiled dishes and shut the door. The cycle will then automatically begin and cycle light will come
on. When the cycle light goes out, open the doors and remove the rack of clean dishes. Place another rack of soiled dishes in the
machine and repeat the process until all the dishware is clean.
DAILY CLEANING OF DISHWASHER
Clean any food debris out of the wash tub strainer and clean wash arms if necessary, then replace them into the machine. Open
and close the door to start a cycle. Wait 5 seconds then turn the power switch to the “OFF/DRAIN” position. The machine will run a
wash cycle, drain and turn off. Wipe the machine down as necessary. DO NOT spray water into the machine, it will not drain without
running another drain cycle.
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CONSERVER 24LT CAM TIMER OPERATION INSTRUCTIONS
The Conserver 24LT cam timer is a 2 minute, 8 cam timer with an OFF-DRAIN function.
The following is a description of set points for each cam and function for each switch.
CAM 1: Cam 1 is a cut cam with a single notch and serves as the Cycle/Reset.
FUNCTION: When the machine is in the operation mode the notch is the home position. The machine will set idle until the door is
opened, then cam 1 moves to the start position and holds until the door is closed. The closing of the door will start the next cycle. The
cam will rotate a complete cycle and back to the home position and hold.
CAM 2: Cam 2 is a cut cam and provides the off/drain function.
FUNCTION: The function of the off/drain cam is controlled by the power switch. When the power switch is in the ON position the
off/drain function is disabled. To use the off/drain, start a cycle and place the power switch in the OFF position. The machine will run a
wash cycle, drain and stop. The machine will hold this state of operation until the power switch is turned on, when turned on the machine
will fill, run a rinse cycle and stop at the home position.
The off/drain cam works off the normally open contacts of cam 2. This requires the switch to be held closed by the cam. The off/drain
cam switch will pick up just after the cycle cam switch and drop back down just after the wash cycle cam switch.
CAM 3: Cam 3 is a cut cam and controls the wash and rinse cycles.
FUNCTION: The wash and rinse cam works off the normally open contacts of cam 3. This requires the switch to be held closed by the
cam. The wash/rinse cam switch will pick up just after the cycle cam switch and drop back down just before the off/drain cycle cam
switch. Wash pump will run approximately 58 seconds. The machine will drain and fill. The rinse cycle will start after the fill,
approximately at the 82 second mark and will last 35 seconds. The machine will then return to the home position.
NOTE: The last 5 cams are adjustable. The following instructions will require that the timer position have the cams to the front and the
motor to the left. (See the attached drawing)
CAM 4: Cam 4 is an adjustable cam and controls the drain valve.
FUNCTION: The drain valve cam works off the normally closed contacts of cam 4. This requires the switch to be held open by the cam
and allowed to drop into the notch to operate the drain valve. The pumped drain and fill cams require adjustment due to varying water
pressure. The drain must be adjusted to remove whatever water the fill brings into the machine.
SETTINGS: The right side of cam 4 must be set to pick up the switch arm just before the wash cycle cam switch drops. If the drain
valve does not close first, the water in the drain hose will back up into the pump housing and wash tank.
Any adjustment made to the drain should be made with the left side of cam 4. The adjustment must be moved back into the wash time
until all water is drained from thewash tank.
CAM 5: Cam 5 is an adjustable cam and controls the fill valve.
FUNCTION: The fill valve cam works off the normally closed contacts of cam 5. This requires the switch to be held open by the cam
and allowed to drop into the notch to operate the fill valve. The pumped drain and fill cams require adjustment due to varying water
pressure. Cam 5 must be adjusted to fill the wash tank to the proper operating water level. (Remember, the drain cycle must
remove what the fill cycle brings in.)
SETTINGS: The left side of cam 5 must be set to drop in just past the stop point of the off/drain cam. There must be a dwell between
the off/drain and the fill, so that the fill will not run while the machine is in the off state.
Any adjustment made to the fill should be made with the right side of cam 5. Proper water level will be achieved when the water touches the bottom of the strainer pan.
CAM 6: Cam 6 is an adjustable cam and controls the sanitizer pump.
FUNCTION: The sanitizer pump cam works off the normally closed contacts of cam 6. This requires the switch to be held open by the
cam and allowed to drop into the notch to operate the pump.
SETTINGS: The left side of cam 6 must be set to drop in just past the starting point of the fill cam. The adjustment for sanitizer volume
must be made with the right side of the cam.
CAM 7: Cam 7 is an adjustable cam and controls the detergent pump.
FUNCTION: The detergent pump cam works off the normally closed contacts of cam 7. This requires the switch to be held open by the
cam and allowed to drop into the notch to operate the pump.
SETTINGS: The left side of cam 7 must be set to drop in just past the starting point of the wash cam. The adjustment for detergent vol-
ume must be made with the right side of the cam.
CAM 8: Cam 8 is an adjustable cam and controls the rinse aid pump.
FUNCTION: The rinse aid pump cam works off the normally closed contacts of cam 8. This requires the switch to be held open by the
cam and allowed to drop into the notch to operate the pump.
SETTINGS: The left side of cam 8 must be set to drop in just past the starting point of the fill cam.
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CONSERVER 24LTP CAM TIMER OPERATION INSTRUCTIONS
The Conserver 24LTP cam timer is a 2 minute 8 cam timer with an OFF-DRAIN function.
The following is a description of set points for each cam and function for each switch.
CAM 1: Cam 1 is a cut cam with a single notch and serves as the cycle/reset.
FUNCTION: When the machine is in the operation mode the notch is the home position. The machine will set idle until the door is
opened, then cam 1 moves to the start position and holds until the door is closed. The closing of the door will start the next cycle. The
cam will rotate a complete cycle and back to the home position and hold.
CAM 2: Cam 2 is a cut cam and provides the off/drain function.
FUNCTION: The function of the off/drain cam is controlled by the power switch. When the power switch is in the ON position the
off/drain function is disabled. To use the off/drain, start a cycle and place the power switch in the OFF position. The machine will run a
wash cycle, drain and stop. The machine will hold this state of operation until the power switch is turned on, when turned on the machine
will fill, run a rinse cycle and stop at the home position.
The off/drain cam works off the normally open contacts of cam 2. This requires the switch to be held closed by the cam. The off/drain
cam switch will pick up just after the cycle cam switch and drop back down just after the wash cycle cam switch.
CAM 3: Cam 3 is a cut cam and controls the wash and rinse cycles.
FUNCTION: The wash and rinse cam works off the normally open contacts of cam 3. This requires the switch to be held closed by the
cam. The wash/rinse cam switch will pick up just after the cycle cam switch and drop back down just before the off/drain cycle cam
switch. Wash pump will run approximately 58 seconds. The machine will drain and fill. The rinse cycle will start after the fill,
approximately at the 82 second mark and will last 35 seconds. The machine will then return to the home position.
NOTE: The last 5 cams are adjustable. The following instructions will require that the timer position have the cams to the front and the
motor to the left.
CAM 4: Cam 4 is an adjustable cam and controls the drain valve.
FUNCTION: The drain valve cam works off the normally closed contacts of cam 4. This requires the switch to be held open by the cam
and allowed to drop into the notch to operate the drain valve. The pumped drain and fill cams require adjustment due to varying water
pressure. The drain must be adjusted to remove whatever water the fill brings into the machine.
SETTINGS: The right side of cam 4 must be set to pick up the switch arm just before the wash cycle cam switch drops. If the drain
valve does not close first the water in the drain hose will back up into the pump housing and wash tank.
Any adjustment made to the drain should be made with the left side of cam 4. The adjustment must be moved back into the wash time
until all water is drained from thewash tank.
CAM 5: Cam 5 is an adjustable cam and controls the fill valve.
FUNCTION: The fill valve cam works off the normally closed contacts of cam 5. This requires the switch to be held open by the cam
and allowed to drop into the notch to operate the fill valve. The pumped drain and fill cams require adjustment due to varying water
pressure. Cam 5 must be adjusted to fill the wash tank to the proper operating water level. Remember, the drain cycle must
remove what the fill cycle brings in.
SETTINGS: The left side of cam 5 must be set to drop in just past the stop point of the off/drain cam. There must be a dwell between
the off/drain and the fill, so that the fill will not run while the machine is in the off state.
Any adjustment made to the fill should be made with the right side of cam 5. Proper water level will be achieved when the water touches the bottom of the strainer pan.
CAM 6: Cam 6 is an adjustable cam and controls the sanitizer pump.
FUNCTION: The sanitizer pump cam works off the normally closed contacts of cam 6. This requires the switch to be held open by the
cam and allowed to drop into the notch to operate the pump.
SETTINGS: The left side of cam 6 must be set to drop in just past the starting point of the fill cam. The adjustment for sanitizer volume
must be made with the right side of the cam.
CAM 7: Cam 7 is an adjustable cam and controls the detergent pump.
FUNCTION: The detergent pump cam works off the normally closed contacts of cam 7. This requires the switch to be held open by the
cam and allowed to drop into the notch to operate the pump.
SETTINGS: The left side of cam 7 must be set to drop in just past the starting point of the wash cam. The adjustment for detergent vol-
ume must be made with the right side of the cam.
CAM 8: Cam 8 is an adjustable cam and controls the rinse aid pump.
FUNCTION: The rinse aid pump cam works off the normally closed contacts of cam 8. This requires the switch to be held open by the
cam and allowed to drop into the notch to operate the pump.
SETTINGS: The left side of cam 8 must be set to drop in just past the starting point of the fill cam.
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CONSERVER 24LT/CONSERVER 24LTP DIMENSIONS
Legend:
A.- Drain Connection flexible hose.
6’-0” free length, 1” ID x 1 3/8 OD
B.- Electrical Connection.
C.- Water Inlet-1/2” Female Pipe Thread,
2 1/2” AFF
D.-Detergent Feeder Connection
Note: All dimensions from floor can be increased 1”
with adjustable feet supplied.