InSinkErator Garbage Disposal AS 101K User Manual

®
AquaSaver  
DISPOSER CONTROL CENTER  
Installation Manual  
Model AS-101K  
The Danger signal indicates an immediately hazardous situation which, if not  
avoided, will result in death or serious injury.  
The Warning signal alerts you to potential hazards or unsafe practices which,  
if not avoided, could result in severe personal injury or death.  
The Caution signal alerts you to hazards of unsafe practices which, if not avoided,  
may result in minor personal injury or property damage.  
Please be certain that the person who installs or uses this appliance carefully reads  
and understands the Safety Instructions contained in this manual.  
Part No. 14177 Rev. A  
 
Introduction/Features  
NOTE: When the disposer is first turned on, both  
INTRODUCTION  
®
®
solenoids will operate. After the set time has expired, the  
flow to the disposer will slow to one gallon per minute if  
there is not food waste present in the grinding chamber.  
The AS-101K Control Center is UL and CUL approved  
for use with InSinkErator Foodservice Disposers. See  
Table 1 for approved disposer and control center  
combinations. The control center operates the disposer  
and control center combinations. Its main functions are:  
AUTOMATIC TIMED DISPOSER SHUTOFF  
This water saving feature allows the disposer to run for  
up to 10 minutes before it automatically shuts off and  
must be manually restarted.  
To start and stop the disposer.  
To reverse the direction of the disposer motor  
automatically upon restart.  
NOTE: This feature is set in the manual position at  
the factory. To activate the automatic timed disposer  
shutoff, disconnect the electric power to the control  
center, then open the control center door. Locate the  
Dip Switch Module at the top of the printed circuit board  
(see Figure 8). Move the #5 dip switch from MANUAL to  
AUTOMATIC. The disposer now automatically shuts off  
10 minutes after it starts.  
To start the water flow to the disposer.  
To regulate the amount of water needed for  
operation. Two solenoid valves are used to control  
high and low water flows.  
To allow water flow for several minutes to flush the  
drain line after the disposer is turned off.  
Model  
Waste Disposer Model  
EXTERNAL REMOTE CONTROL  
AS-101K-1  
AS-101K-2  
SS50-26, SS75-27, SS100-28, SS125-25,  
SS150-34, SS150-38, SS200-27, SS200-31  
One or more remote controls may be connected to  
the control center. These enable the operator to start  
or stop the disposer from any control station. A 24 V  
control circuit provides low voltage push button operation.  
AS-101K-3  
AS-101K-4  
SS50-27, SS75-28, SS100-29, SS125-26,  
SS150-36, SS150-39, SS200-29,  
SS200-32, SS300-25, SS300-27,  
SS500-28, SS500-30, SS750-13,  
SS750-15, SS1000-10, SS1000-12  
ELECTRIC DISCONNECT SWITCH  
The lever switch on the front panel of the control center  
disconnects the line voltage. It interlocks with the front  
cover so that the cover cannot be opened unless the  
switch is in the off position.  
Table 1. Approved Disposer and Control Center Combinations  
Model  
Voltage  
120V  
Phase  
HP  
AS-101K-1  
AS-101K-2  
AS-101K-3  
AS-101K-4  
1
1
3
3
1/2-2  
1/2-2  
1/2-10  
1/2-10  
NOTE: Use of the electrical disconnect switch results  
in a 30 second delay before system can be restarted.  
You must wait 30 seconds after reactivation of the line  
disconnect switch before system will start.  
208/240V  
208/240V  
380/460V  
LOW VOLTAGE CONTROL  
Table 2. Electrical Specifications  
Controls operate on a 24 V solid state control circuit.  
FEATURES  
AUTOMATIC REVERSE  
The disposer motor will reverse its direction of rotation  
automatically upon restart. To avoid motor damage, a  
five second delay feature prevents reversing while the  
motor is coasting.  
ENCLOSURE  
NEMA 4 construction.  
PUSH BUTTON OPERATION  
Push Black button to start disposer.  
Push Red button to stop disposer.  
WATER SHUTOFF DELAY (POST FLUSH)  
After the motor is turned off, the water continues to  
flow for up to 10 minutes. The length of this post flush  
is controlled by the water shutoff delay timer. The post  
flush helps ensure that ground food waste is flushed out  
of the drain line. Adjust water shutoff delay as described  
in the operating instructions on page 8.  
PROPERTY DAMAGE  
Use of more than two solenoid valves will affect the  
overall function of the Aqua Saver systems. Extra  
solenoid valves will cause a reduction in voltage  
and solenoid actuation will not occur.  
AUTOMATIC WATER REGULATION  
This acts as an on-demand water saving system  
for InSinkErator Foodservice Disposers. It senses the  
load of the disposer, and regulates the amount of water  
necessary for grinding and non-grinding situations.  
This uses two solenoid valves.  
3
 
Mounting the Control Center/Plumbing Connections  
MOUNTING THE CONTROL CENTER  
Use the flanges at the back of the control center  
enclosure and only mount panel in the upright vertical  
position (door hinge is on the left). See Figure 1.  
9-7/8"  
(250.8 mm)  
8-1/4"  
(209.6 mm)  
1"  
(25.4 mm)  
Locate control center within sight of disposer per local  
codes. Locate any remote control station within sight of  
disposer per local codes.  
If box is mounted to the sink table, recess the box so  
that the buttons do not extend beyond the table’s edge.  
15-3/4"  
(400.1 mm)  
15-1/8"  
(384.2 mm)  
14"  
(355.6 mm)  
PLUMBING CONNECTIONS  
Two solenoid valves with flow control valves  
pre-installed (1 GPM and 7 GPM) are packed with the  
control center. The syphon breaker is supplied with all  
complete disposer packages (packed separately).  
5-5/16"  
(134.9 mm)  
The solenoid valve is supplied with a 24 V coil. Make  
certain that the valves are plumbed according to the  
water flow direction arrows marked on the valve or the  
valves will not function properly.  
6-3/4"  
(171.5 mm)  
Figure 1. Control Center Dimensions  
The flow control valve regulates all water flowing into  
the disposer. This conserves water and prevents  
overloading. Check direction of water flow arrows.  
NOTE: The AS-101K control center requires the use  
of two solenoid valves and two flow control valves.  
Figure 2 shows the proper installation for an  
AS-101K control center.  
Syphon breaker must be installed above the sink flood  
plane per local plumbing codes. Check direction of  
water flow arrows.  
Sink Installation  
Trough Installation  
Figure 2. Typical Installation Diagram  
4
 
Electrical Connection Diagrams  
2
3
4
6
7
7
13  
14 M1/M3 M2 M4/M6 M5  
M7  
NC  
NC  
2
3
4
6
7
7
13  
14  
M1  
M2 M3/M4 M5  
M6  
M7  
NC  
1
3
2
4
6
5
7
1
2
3
4
5
6
7
Motor Leads  
Motor Leads  
24V Water Solenoid  
1 GPM Flow Control  
24V Water Solenoid  
1 GPM Flow Control  
Disposer  
Disposer  
24V Water Solenoid  
7 GPM Flow Control  
24V Water Solenoid  
7 GPM Flow Control  
Pre-wired in  
panel to  
contactors  
Pre-wired in  
panel to  
contactors  
L1  
L2  
Neutral  
Hot  
L1  
L2  
Neutral  
Hot  
On  
On  
Control Center Connection  
To Power Supply  
Control Center Connection  
To Power Supply  
L1  
L2  
L1  
L2  
Power Supply  
Panel Ground Lug  
Power Supply  
Panel Ground Lug  
Figure 3. Incoming 120 V Single Phase Line Power  
Figure 4. Incoming 208-240 V Single Phase Line Power  
14  
NC  
M1  
M2  
M3  
2
3
4
6
7
7
13  
14  
NC  
M1  
M2  
M3  
2
3
4
6
7
7
13  
M1 M2 M3  
M1 M2 M3  
24V Water Solenoid  
1 GPM Flow Control  
24V Water Solenoid  
1 GPM Flow Control  
Disposer  
Disposer  
24V Water Solenoid  
7 GPM Flow Control  
24V Water Solenoid  
7 GPM Flow Control  
Pre-wired in  
panel to  
contactors  
Pre-wired in  
panel to  
contactors  
4
1
10  
5
11  
6
12  
4
1
7
5
8
6
9
L1  
L2  
L3  
Hot  
L1  
L2  
L3  
Hot  
MOTOR LEAD WIRE#  
MOTOR LEAD WIRE#  
10 11 12  
7
2
8
3
9
2
3
On  
On  
M1 M2 M3  
M1  
M2 M3  
L1  
L2  
L3  
L1  
L2  
L3  
Power Supply  
Panel Ground Lug  
Power Supply  
Panel Ground Lug  
Figure 5. Incoming 208-230 V Three Phase Line Power  
Figure 6. Incoming 380-460 V Three Phase Power  
5
 
Electrical Connections  
14  
2
3
4
6
7
7
13  
ELECTRIC SHOCK  
Turn off the electrical supply to the disposer before  
attempting any work on it. Use a voltmeter or  
circuit tester to ensure that power is off.  
Jumper Wire  
Removed  
For Remote  
Operation  
• All installation work must conform to local  
plumbing and electrical codes.  
24V Water Solenoid  
1 GPM Flow Control  
Disposer  
• All control centers and disposers must be carefully  
and permanently grounded.  
24V Water Solenoid  
7 GPM Flow Control  
• A properly fused disconnect must be installed at  
the electrical supply source for the control center.  
Multiple  
Remote  
Start  
Start  
Stop  
(N.O.)  
• The control center’s door disconnect must be in the  
off position before the panel door can be opened.  
Power is still present at the disconnect until power  
is turned off at the electrical supply source.  
Multiple  
Remote  
Stop  
(N.C.)  
Figure 7. Remote Control Station Wiring  
WATER SOLENOID VALVE  
LINE VOLTAGE  
Two 24 V solenoid valves are supplied with all control  
centers. Connect one 24 V solenoid valve (in line with  
the 1 GPM flow control) to terminal 4 and 13, connect  
the other 24 V solenoid valve (in line with the 7 GPM  
flow control) to terminal 4 and 14. See Figure 7.  
Connect the incoming line power to the electrical  
disconnect switch and connect the disposer motor to  
labeled terminal blocks in the control center. Use the  
appropriate voltage and phase electrical connection  
diagram, Figure 3, 4, 5, or 6.  
Wire per local electrical code using 7/8" diameter holes  
in bottom of control center cabinet and install NEMA 4  
water-tight electrical connectors.  
LOW VOLTAGE  
The AS-101K control center uses low voltage (24 V)  
to operate contactor coils, solid state control circuit,  
push buttons, and solenoid valves. Red wires denote  
a 24 V circuit.  
After completing the connections, replace all terminal  
block shields, close door, and fasten all locking clamps.  
Replace disposer motor cover. Turn on power.  
REMOTE CONTROL STATION  
Any number of remote control stations can be used.  
Mount remote controls within sight of the disposer  
per local codes. Refer to Figure 7. Remove jumper  
wire between #2 and #3 when using remote  
control station.  
Please read the disposer operating instructions and  
train your personnel before operating the disposer.  
The operating instructions include:  
• Disposer operation  
• How to restart the disposer after a jam condition  
PROPERTY DAMAGE  
PERSONAL INJURY  
• Ensure that control center voltage and phase  
match the disposer motor and electrical supply.  
Check name plates on disposer and control  
centers for voltage and phase specifications.  
• Allow only trained personnel to operate disposer.  
• Use baffles and guarding to avoid splashing and  
ejection of materials.  
• Do not put fingers or hands into the disposer.  
• Refer to the control center wiring diagrams in this  
manual for correct connection.  
• When attempting to remove objects from a  
disposer, use long-handled tongs or pliers.  
• Use NEMA 4 watertight electrical connectors  
(not supplied) when making electrical connections  
to the control center.  
Turn power off before clearing a jam, removing an  
object from the disposer or pressing the red reset  
button. (See Troubleshooting).  
• Disconnect electricity before adjusting set points.  
6
 
Operating Instructions/Aqua-Saver Adjustment  
NOTE: This feature is set in the manual position at the  
OPERATING INSTRUCTIONS  
factory. To activate the automatic timed disposer  
shut-off, disconnect the electric power to the control  
center, then open the control center door. Locate the  
Dip Switch Module at the top of the printed circuit board  
(see Figure 8). Move the #5 dip switch from MANUAL to  
AUTOMATIC. The disposer now automatically shuts off  
10 minutes after it starts.  
TO START  
1. Check to ensure disposer is free of foreign objects.  
2. Ensure power is on.  
3. Push start button. Disposer motor will run and water  
will flow into the disposer.  
4. Water flow will decrease to 1 GPM approximately  
30 seconds after intitial start-up if no load is  
present in disposer.  
AQUA-SAVER ADJUSTMENT  
TO STOP  
1. Push stop button. Disposer motor and water will stop.  
ELECTRICAL SHOCK  
2. Water may continue to flow into disposer for up to  
10 minutes, per the time set on the water shutoff  
delay timer.  
Turn off the electrical supply to the disposer before  
attempting any work on it. Use a voltmeter or  
circuit tester to ensure that power is off.  
NOTE: This post-flush clears the drain lines of  
food waste.  
• Installation must conform to local plumbing and  
electrical codes.  
• All control centers and disposers must be carefully  
and permanently grounded.  
PERSONAL INJURY  
To adjust the water shutoff delay, disconnect the  
electrical power to the control panel and open the  
control center door.  
• A properly fused disconnect must be installed at  
the electrical supply source for the control center.  
CURRENT SENSING CONTROL SET-UP  
See Figure 9.  
WATER SHUTOFF DELAY ADJUSTMENT  
Locate the water shutoff delay at the top of the printed  
circuit board in the AS-101K (See Figure 8). Set the  
dip switches for the desired water shut off delay. Use  
the guide printed on the circuit board to set minutes of  
delay. The dip switches should be moved to match the  
filled-in areas of the guide.  
1. Adjust the trip delay to mid-setting. This adjusts  
the length of the time the water runs at full flow  
after grinding is completed. Mid-setting is  
approximately 15 seconds.  
2. With the disposer running at high water flow:  
a. Adjust the trip point control to maximum  
position, the light is not illuminated.  
b. Turn the trip point control counterclockwise  
until the red fault light is illuminated, stop.  
c. Turn the trip point control clockwise slowly,  
stopping immediately when the red fault light  
is no longer illuminated. Turn slightly  
counterclockwise incrementally with the light  
remaining off to assure you are at the exact set  
point. To ensure sensitivity, the trip point must  
be set at the exact point the light becomes no  
longer illuminated.  
NOTE: Water flow will decrease after trip delay time  
setting expires.  
Figure 8.  
Example 1: Dip switches 1, 2, 3, 4 pushed to the down  
position will give a 0 minute delay.  
Example 2: Dip switches 1, 3, 4 pushed to the up  
position; and dip switch 2 pushed to the  
down position will give a 10 minute delay.  
AUTOMATIC TIMED DISPOSER SHUTOFF  
This water saving feature allows the disposer to run for  
up to 10 minutes before it automatically shuts off and  
must be manually restarted.  
Figure 9.  
7
 
Troubleshooting  
PERSONAL INJURY  
ELECTRICAL SHOCK/PROPERTY DAMAGE  
Troubleshooting other than what is recommended  
in this section should only be performed by  
qualified service personnel.  
• Allow only trained personnel to operate disposer.  
• Use baffles and guarding to avoid splashing and  
ejection of materials.  
• Further troubleshooting performed by untrained  
personnel could result in electric shock or damage  
to the control center.  
• Do not put fingers or hands into the disposer.  
• When attempting to remove objects from a  
disposer, use long-handled tongs or pliers.  
• All electrical checks must be performed by a  
qualified professional.  
Turn power off before clearing a jam, removing  
an object from the disposer or pressing the  
red reset button.  
D. Water flows constantly before start button  
is pushed.  
This control center was inspected and tested under  
operating conditions before shipment from the factory.  
In case of trouble, check the items listed below.  
1. Water solenoid valve is installed backward.  
Water flow should be in the direction of the arrow  
on valve.  
A. Disposer motor will not start and water  
does not flow.  
E. Water flow does not decease to 1 GPM.  
1. Incorrect solenoid valve combination  
1. No incoming line power, turn line power on.  
connections. See Water Solenoid Valve, page 7.  
2. Electric disconnect switch is not ON. Turn electric  
disconnect to ON position.  
2. Incorrect trip point adjustment. See Current  
Sensing Control Setup, page 8.  
3. Electrical disconnect switch has been reactivated  
and 30-second delay has not yet expired. Wait 30  
seconds and try starting again.  
3. Food load is present in disposer.  
F. Water flow does not increase.  
1. Insufficient food load is present.  
4. Control circuit fuse FNA2 is blown. Replace fuse.  
2. Incorrect trip point. See Current Sensing Control  
Setup, page 8.  
3. Solenoid valve wiring incorrect in panel.  
PROPERTY DAMAGE  
Use only an FNA2 replacement fuse. Using another  
replacement fuse will result in product damage.  
4. More than two water solenoids wired into  
system. System should have one solenoid with  
a 1 GPM flow control and one solenoid with a  
7 GPM flow control.  
B. Disposer motor stops while grinding but water  
continues to flow.  
NOTE: Use shutoff valves to adjust water flow for  
multiple trough or sink nozzles.  
1. Control center wired for automatic shut-off. Press  
start button. If disposer runs for 10 minutes then  
shuts off, the automatic shutoff is active. If the  
manual setting is desired, change as indicated in  
the feature section.  
G. Overload trips frequently.  
1. Do not overload disposer with excess amounts of  
garbage and water (see disposer instructions for  
recommended water flows).  
2. Disposer is jammed. Press stop button and  
follow directions for unjamming that were  
supplied with the disposer.  
3. Disposer motor overload protector has tripped.  
Follow instruction in C1.  
C. Disposer will not start but water flows.  
1. Overload protector on the disposer may have  
tripped. Press stop button. Locate red reset  
button on front of disposer electrical cover.  
Press to reset. If motor had been running, wait  
five minutes for the motor and overload to cool  
down before starting.  
2. Disposer is jammed. Press stop button and  
follow directions for unjamming that were  
supplied with the disposer.  
8
 
AS-101K-1 Wiring Diagram  
ELECTRICAL SHOCK  
PROPERTY DAMAGE  
Turn off the electrical supply to the disposer before  
attempting any work on it. Use a voltmeter or  
circuit tester to ensure that power is off.  
• Ensure that the control center voltage and phase  
match the disposer motor and electrical supply.  
Check nameplates on disposers and control  
centers for voltage and phase specification.  
• Installation must conform to local electrical codes.  
• The disposer motor wiring connection is shown in  
the disposer terminal box.  
• All control centers and disposers must be carefully  
and permanently grounded.  
• A properly fused disconnect must be installed at  
the electrical supply source for the control center.  
4
9
12  
M7  
4
M1  
4
4
6
6
6
AC CURRENT  
120 V  
SENSOR  
L2  
L2  
1-phase  
1/2 to 2 HP  
M4  
M4  
M7  
M6  
M5  
11  
TRIP  
DELAY  
4
1
2
3
4
5
7
TRIP  
POINT  
14  
10  
L2  
7
M2  
7
7
7
7
L1  
10  
9
WATER  
SHUTOFF  
DELAY  
H2  
H4  
H1  
H3  
PRINTED  
CIRCUIT  
BOARD  
X2  
XF  
FUSE  
7
4
12  
11  
13  
2
4
(FNA2)  
4
GROUND  
2
L1  
L2  
ON  
6
6
6
M1  
M3  
M4  
M6  
2
3
4
6
7
13  
14  
M2  
M5  
M7  
NC  
NC  
7
STOP  
START  
L1  
L2  
1
3
2
4
6
5
7
3
7
24V WATER  
SOLENOID VALVE  
MOUNT IN LINE  
1 GPM  
INCOMING  
POWER  
FLOW CONTROL  
PANEL  
GROUND  
LUG  
DISPOSER  
MOTOR  
Call Toll Free 1-800-845-8345  
for the nearest InSinkErator  
Authorized Service Agency or  
to reach Technical Support.  
24V WATER  
SOLENOID VALVE  
MOUNT IN LINE  
X7 GPM  
FLOW CONTROL  
9
 
AS-101K-2 Wiring Diagram  
ELECTRICAL SHOCK  
PROPERTY DAMAGE  
Turn off the electrical supply to the disposer before  
attempting any work on it. Use a voltmeter or  
circuit tester to ensure that power is off.  
• Ensure that the control center voltage and phase  
match the disposer motor and electrical supply.  
Check nameplates on disposers and control  
centers for voltage and phase specification.  
• Installation must conform to local electrical codes.  
• The disposer motor wiring connection is shown in  
the disposer terminal box.  
• All control centers and disposers must be carefully  
and permanently grounded.  
• A properly fused disconnect must be installed at  
the electrical supply source for the control center.  
4
9
12  
4
M1  
AC CURRENT  
SENSOR  
4
4
L2  
L2  
6
6
6
208/230 V  
1-phase  
1/2 to 2 HP  
M4  
M7  
M6  
TRIP  
DELAY  
4
1
2
3
4
5
11  
10  
7
TRIP  
POINT  
14  
7
M5  
L2  
M2  
7
7
L1  
10  
9
WATER  
SHUTOFF  
DELAY  
H2  
H4  
H1  
H3  
PRINTED  
CIRCUIT  
BOARD  
X2  
XF  
FUSE  
7
4
12  
11  
13  
2
(FNA2)  
4
GROUND  
2
L1  
L2  
ON  
4
6
6
6
M3  
M4  
2
3
4
6
7
7
13  
M5 M6 M7  
STOP  
START  
L1  
L2  
7
6
1
5
2
3
4
24V WATER  
SOLENOID VALVE  
MOUNT IN LINE  
1 GPM  
3
7
FLOW CONTROL  
INCOMING  
POWER  
24V WATER  
DISPOSER  
MOTOR  
PANEL  
GROUND  
LUG  
SOLENOID VALVE  
MOUNT IN LINE  
X GPM  
Call Toll Free 1-800-845-8345  
for the nearest InSinkErator  
FLOW CONTROL  
Authorized Service Agency or  
to reach Technical Support.  
10  
 
AS-101K-3 Wiring Diagram  
ELECTRICAL SHOCK  
PROPERTY DAMAGE  
Turn off the electrical supply to the disposer before  
attempting any work on it. Use a voltmeter or  
circuit tester to ensure that power is off.  
• Ensure that the control center voltage and phase  
match the disposer motor and electrical supply.  
Check nameplates on disposers and control  
centers for voltage and phase specification.  
• Installation must conform to local electrical codes.  
• The disposer motor wiring connection is shown in  
the disposer terminal box.  
• All control centers and disposers must be carefully  
and permanently grounded.  
• A properly fused disconnect must be installed at  
the electrical supply source for the control center.  
9
12  
11  
6
M3  
6
M2  
6
M1  
AC CURRENT  
4
4
SENSOR  
4
4
L2  
L2  
208/230 V  
3-phase  
1/2 to 10 HP  
TRIP  
DELAY  
4
1
2
3
4
5
7
TRIP  
POINT  
14  
7
10  
L1  
L2  
L3  
10  
9
7
7
7
7
WATER  
SHUTOFF  
DELAY  
H2  
H4  
H1  
H3  
PRINTED  
CIRCUIT  
X2  
XF  
BOARD  
FUSE  
7
4
4
12  
11  
13  
2
GROUND  
(FNA2)  
2
4
L1  
L2  
L3  
6
6
6
ON  
4
2
3
6
7
7
13  
14  
M1  
M2  
NC  
M3  
STOP  
START  
M3  
7
M1  
3
24V WATER  
SOLENOID VALVE  
MOUNT IN LINE  
1 GPM  
L3  
L1  
L2  
FLOW CONTROL  
M2  
PANEL  
GROUND  
LUG  
DISPOSER  
MOTOR  
24V WATER  
INCOMING  
POWER  
SOLENOID VALVE  
MOUNT IN LINE  
7 GPM  
Call Toll Free 1-800-845-8345  
for the nearest InSinkErator  
Authorized Service Agency or  
to reach Technical Support.  
FLOW CONTROL  
11  
 
AS-101K-4 Wiring Diagram  
ELECTRICAL SHOCK  
PROPERTY DAMAGE  
Turn off the electrical supply to the disposer before  
attempting any work on it. Use a voltmeter or  
circuit tester to ensure that power is off.  
• Ensure that the control center voltage and phase  
match the disposer motor and electrical supply.  
Check nameplates on disposers and control  
centers for voltage and phase specification.  
• Installation must conform to local electrical codes.  
• The disposer motor wiring connection is shown in  
the disposer terminal box.  
• All control centers and disposers must be carefully  
and permanently grounded.  
• A properly fused disconnect must be installed at  
the electrical supply source for the control center.  
9
12  
11  
6
M3  
6
M2  
6
M1  
AC CURRENT  
4
4
SENSOR  
4
4
L2  
L2  
380/460 V  
3-phase  
1/2 to 10 HP  
TRIP  
DELAY  
4
1
7
2
TRIP  
POINT  
14  
3
4
7
5
10  
L1  
L2  
L3  
10  
9
7
7
7
7
WATER  
SHUTOFF  
DELAY  
H2  
H4  
H1  
H3  
PRINTED  
CIRCUIT  
BOARD  
X2  
XF  
FUSE  
7
4
4
12  
11  
13  
2
GROUND  
(FNA2)  
2
4
L1  
L2  
L3  
6
6
6
ON  
4
2
3
6
7
7
13  
14  
M1  
M2  
NNCC  
M3  
STOP  
START  
M3  
7
M1  
3
24V WATER  
SOLENOID VALVE  
MOUNT IN LINE  
1 GPM  
L3  
L1  
L2  
M2  
PANEL  
GROUND  
LUG  
FLOW CONTROL  
DISPOSER  
MOTOR  
24V WATER  
INCOMING  
POWER  
SOLENOID VALVE  
MOUNT IN LINE  
7 GPM  
Call Toll Free 1-800-845-8345  
for the nearest InSinkErator  
FLOW CONTROL  
Authorized Service Agency or  
to reach Technical Support.  
12  
 

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