Apeks THE FORCE 2-STAGE User manual

Updated 04/23/2019 ©Apeks, LLC 2019
THE FORCE™2-STAGE 5000PSI
BOTANICAL OIL EXTRACTION SYSTEM
OPERATION MANUAL
WARNING
FAILURE TO FOLLOW THE SET UP AND OPERATION PROCEDURE
PROVIDED IN WITHIN THIS MANUAL MAY VOID THE EXTRACTION
SYSTEM’S WARRANTY
Apeks Supercritical
150 Commerce Blvd.
Johnstown OH 43031
740-809-1160
[e-mail]
www.apekssupercritical.com
Scan this QR code to get the
most recent version of the
operating instructions.

The Force™ 2-Stage Operation Manual
2
Revision Date 4/23/2019
Table of Contents
Content Page #
1. Critical Safety Overview...............................................................................................................................5
2. System Overview.........................................................................................................................................6
2.1. Diaphragm System Overview................................................................................................................8
2.1.1. Diaphragm Compressor........................................................................................................8
2.1.2. Extractor Vessel Stand .......................................................................................................10
2.1.3. Separation Vessel/Control Stand........................................................................................12
2.1.4. Bottle Connections..............................................................................................................14
2.1.5. Extractor Chiller/Temperature Control Chiller......................................................................14
2.1.6. Separator Chiller/Regenerative Chiller................................................................................14
2.1.7. Miscellaneous/Multi-Area Parts...........................................................................................14
2.2. Automation Overview..........................................................................................................................15
2.2.1. Logo Screen.......................................................................................................................15
2.2.2. Home/Main Screen.............................................................................................................15
2.2.3. Cycle Parameter Screen.....................................................................................................16
2.2.4. Valve Control Screen..........................................................................................................16
2.2.5. Manual Screen ...................................................................................................................17
2.2.6. Maintenance Screen...........................................................................................................17
2.2.7. Message Screen.................................................................................................................18
2.2.8. Code Entry Screen ............................................................................................................19
2.2.9. I/O (Input/Output) Screens..................................................................................................19
2.2.10. Alarm History Screen .........................................................................................................24
2.2.11. Pop Up Screens .................................................................................................................24
2.3. Running Modes...................................................................................................................................26
2.3.1. Single Extractor..................................................................................................................26
2.3.2. Dual Extractor.....................................................................................................................26
2.3.3. Continuous Batch ...............................................................................................................27
2.4. Manual Screen Buttons ......................................................................................................................27
2.4.1. Service Separator Mode/Leave Service Separator Mode....................................................27
2.4.2. Change CO2Bottles............................................................................................................27
2.4.3. Oil Pressure Lost Reset......................................................................................................27
2.4.4. Diaphragm Rupture Reset..................................................................................................27
2.4.5. Evacuate ............................................................................................................................27
2.4.6. Open Extractor Vessel........................................................................................................27
2.4.7. Recover CO2 .................................................................................................................................................................................................27
2.4.8. Water Flow Lost Reset .......................................................................................................27
2.4.9. Switch Separators...............................................................................................................27
2.4.10. Start/Stop Extractor Chiller .................................................................................................27
2.4.11. Start/Stop Separator Chiller................................................................................................27
2.4.12. Lamp Test ..........................................................................................................................27
2.4.13. Start/Stop Compressor Prime.............................................................................................27
2.4.14. Fill Separator Bank 2 Water................................................................................................27
3. System Operation......................................................................................................................................28
3.1. Before the Cycle.................................................................................................................................28
3.1.1. Loading and Closing Extractors..........................................................................................28
3.1.2. Prepping and Securing Separators.....................................................................................29
3.1.3. Evacuating System.............................................................................................................30
3.2. Starting the Cycle ...............................................................................................................................30
3.2.1. The Cycle Parameters Screen............................................................................................30
3.2.2. The Main Screen ................................................................................................................30

The Force™ 2-Stage Operation Manual
3
Revision Date 4/23/2019
3.2.3. System Response on Startup.............................................................................................31
3.3. Recommended Operating Parameters................................................................................................31
3.3.1. Subcritical...........................................................................................................................31
3.3.2. Supercritical........................................................................................................................31
3.4. During the Cycle.................................................................................................................................31
3.4.1. Service Separator/Cleaning out Separator that is offline.....................................................31
3.4.2. Cleaning Out Extractor in Continuous Batch Mode.............................................................32
3.4.3. Changing Bottles................................................................................................................32
3.5. After the Cycle ...................................................................................................................................32
3.5.1. System Response on Shutdown.........................................................................................32
3.5.2. Operator Maintenance........................................................................................................33
4. System Preventive Maintenance ...............................................................................................................34
4.1. Extraction System Maintenance (Extractor and Separator Stands).....................................................34
4.2. Diaphragm Compressor Maintenance.................................................................................................34
4.3. Chiller Maintenance............................................................................................................................34
5. Troubleshooting ........................................................................................................................................36
5.1. System Messages ..............................................................................................................................36
5.1.1. Leak Detect Switch Tripped................................................................................................36
5.1.2. E-stop Reset ......................................................................................................................36
5.1.3. Payment due by end of month ...........................................................................................36
5.1.4. Check orifice size. Elevated separator pressure detected ..................................................36
5.1.5. Diaphragm pump pressure switch tripped ..........................................................................36
5.1.6. Monthly code entry required ..............................................................................................36
5.1.7. Pump outlet pressure high..................................................................................................36
5.1.8. Separator pressure has risen .............................................................................................36
5.1.9. Low bottle detected at Start Up...........................................................................................36
5.1.10. Machine is in bottle change mode ......................................................................................36
5.1.11. Cycle complete or terminated but vessel(s) still pressurized ..............................................36
5.1.12. Recovery complete ...........................................................................................................36
5.1.13. Check/Replace Bottle ........................................................................................................36
5.1.14. Extractor Pressure > 2000psi twice in ten minutes .............................................................36
5.1.15. Extractor Pressure not equalizing ......................................................................................36
5.1.16. Recovering due to low system pressure ............................................................................36
5.1.17. Recovery has begun ..........................................................................................................36
5.1.18. CO2Low Bottle pressure ...................................................................................................36
5.1.19. Transition to (BA/AB) but Ext (A/B) not ready ....................................................................36
5.1.20. Sep pressure test failed......................................................................................................36
5.2. System Alarms ...................................................................................................................................36
5.2.1. Air PSI High/Low Alarm .....................................................................................................36
5.2.2. Chiller 1 Fault/Warning Alarm ............................................................................................36
5.2.3. Chiller 2 Fault/Warning Alarm ............................................................................................36
5.2.4. CO2 Storage PSI High/Low Alarm ......................................................................................37
5.2.5. CO2Supply PSI High/Low Alarm ........................................................................................37
5.2.6. Code Needed Alarm ..........................................................................................................37
5.2.7. Diaphragm Compressor Ambient Temperature Alarm .......................................................37
5.2.8. Diaphragm Compressor Outlet PSI High Alarm .................................................................37
5.2.9. Diaphragm Compressor Suction PSI High Alarm ...............................................................37
5.2.10. Diaphragm Compressor Suction PSI Low Alarm ................................................................37
5.2.11. Diaphragm Rupture Shutdown Alarm .................................................................................37
5.2.12. E-Stop Alarm .....................................................................................................................37

The Force™ 2-Stage Operation Manual
4
Revision Date 4/23/2019
5.2.13. Extractor Not Equalizing Alarm ..........................................................................................37
5.2.14. Extractor Water Flow Lost Alarm .......................................................................................37
5.2.15. Extractor Ambient Temperature Alarm ...............................................................................37
5.2.16. Extractor (Vessel A/B, Top/Bottom) PSI High Alarm...........................................................37
5.2.17. Extractor (A/B) Vessel Temperature Alarm ........................................................................37
5.2.18. Filter (1B/2B) PSI Drop Fault/Warning ...............................................................................37
5.2.19. Low System CO2Pressure Alarm ......................................................................................37
5.2.20. Oil Pressure Lost Alarm .....................................................................................................38
5.2.21. Pressure Test Fail Alarm ...................................................................................................38
5.2.22. Pump PSI High During Recovery Alarm .............................................................................38
5.2.23. Pump Motor Auxiliary Fault Alarm ......................................................................................38
5.2.24. Pump Motor Overload Alarm .............................................................................................38
5.2.25. Separator Pressure Creep Alarm .......................................................................................38
5.2.26. Separator Water Flow Lost Alarm ......................................................................................38
5.2.27. Separator (1B/2B) Vessel PSI High Alarm .........................................................................38
5.2.28. Separator (1B/2B) Vessel Temperature Alarm ...................................................................38
5.2.29. Separator Ambient Temperature Alarm .............................................................................38
5.2.30. Service Separator Mode Extractor PSI High Alarm ............................................................38
5.2.31. Valve Fault Alarm ..............................................................................................................38
5.3. Other Symptoms ................................................................................................................................38
5.3.1. Vessel not Pressurizing .....................................................................................................38
5.3.2. High Extractor Pressure and Low Separator Pressure........................................................38
5.3.3. High Separator Pressure and Low Extractor Pressure........................................................38
6. References ...........................................................................................................................................39
7. Appendices ...........................................................................................................................................40
7.1. A – Belt Tension Testing/Adjustment..................................................................................................40
7.2. B – Diaphragm Pump Priming.............................................................................................................41
7.3. C – Check Valve Cleaning..................................................................................................................42
7.4. D – Piping and Instrumentation Diagram.............................................................................................45
7.5. E – CO2 Phase Diagram .....................................................................................................................48
7.6. F – Pre-Training Checklist...................................................................................................................49
7.7. G – Electrical Screw Torque Requirement .........................................................................................52
7.8. H – Apeks Automatic Machine Fault Troubleshooting Guide ..............................................................53

The Force™ 2-Stage Operation Manual
5
Revision Date 4/23/2019
1. Critical Safety Overview
Throughout these instructions, this symbol is used to indicate that the instructions are critically
important to your safety and the safety of your system. Failure to follow the instructions as written
can result in a rapid release of high pressure CO2potentially causing equipment or personnel
damage.
WARNING
Subcritical and Supercritical CO2systems operate under high pressure. Operators must be fully trained and
familiar with the system. Failure to operate the system can result in equipment damage and/or bodily injury.
WARNING
Subcritical and Supercritical CO2systems use large amounts of CO2during operation. Ensure that system is
installed in a well-ventilated area to prevent buildup of CO2which can cause asphyxiation. Use of a CO2monitor
is strongly recommended.
WARNING
Opening a vessel under pressure can result in a rapid release of pressure and ejection of the material inside the
vessel. DO NOT ATTEMPT TO OPEN A VESSEL UNDER PRESSURE! Always make sure a vent path for the
vessel is opened and the corresponding pressure gage reads zero prior to loosening the vessel hammer unions
or closure bolts.
WARNING
Subcritical and Supercritical CO2systems are designed to operate indoors. Extreme temperatures (below 60°F
and above 80°F) will negatively impact the functionality of the system. The environmental temperature range is
for the system, chiller, pump and CO2bottles.
WARNING
Only use Propylene Glycol and distilled water in the chiller and cooling system. Never use Deionized Water in
the chiller or cooling system.
WARNING
Extraction system components can weigh in excess of 2000 lbs and need to be moved carefully. Never attempt
to move system pieces without the proper equipment, failure to do so could result in serious injury or death.
WARNING
Always wear safety glasses when operating and servicing the system.

The Force™ 2-Stage Operation Manual
6
Revision Date 4/23/2019
2. System Overview
TheForce ™ Two Stage Diaphragm
Separator TCU
Extractor TCU
Extractor Vessel Stands
Separator Vessel Stand
Surge Vessel

The Force™ 2-Stage Operation Manual
7
Revision Date 4/23/2019
Main Control
Enclosure
HMI
Fork Pockets
Extraction Cap Hoists

The Force™ 2-Stage Operation Manual
8
Revision Date 4/23/2019
2.1.The Force™ 2-Stage System Overview
2.1.1. Diaphragm Compressor – The diaphragm compressor for The Force™ 2-Stage system is a
dual head compressor where both heads work in series to compress CO2to the desired target
pressure in the extractors.
2.1.1.1. Gauges on the Compressor
2.1.1.1.1. Oil Pressure Gauges – There are two gauges that display different oil pressures on
the diaphragm compressor. The first is a high-pressure loop that incorporates the oil
heat exchanger and some internal bearings. This gauge should read between 40-
50psi at all times when the system is running. The second is a low-pressure loop that
incorporates the injection pump which supplies oil to the oil compression side of the
diaphragm head. This gauge should read between 15-20psi when the system is
running.
CO
2
Outlet
CO
2
Inlet
Junction Box
Regenerative
Heat
Exchanger
Water Inlet
Water Outlet
OPV Assembly
Low Pressure Head
High Pressure Head

The Force™ 2-Stage Operation Manual
9
Revision Date 4/23/2019
2.1.1.1.2. Leak Detect Gauges – There is a leak detect switch on each pump head. This
gauge monitors the cavity between the oil side and CO2side to ensure that there is
no crossover between the two systems. This gauge should display no pressure. See
Section 5 “Troubleshooting” if this gauge shows pressure.
2.1.1.2. Pressure Switches
2.1.1.2.1. Oil Pressure Switch – The oil pressure switch monitors the low-pressure oil loop to
make sure there is oil flowing in the system. If oil pressure is lost this switch will stop
the system and an alarm will be triggered.
2.1.1.2.2. Leak Detect Pressure Switch – This pressure switch works the same as the leak
detect gauge but continually monitors for the presence of pressure and will shut the
machine down if over 15psi of pressure is detected in the pump cavity.
2.1.1.3. Over Pressure Valve (OPV) and Oil Bypass Valve – The OPV valve on the pump is a
back-pressure regulator. The valve is set to allow the hydraulic oil pressure in the head to
reach a certain point but not go above that point. The Bypass Valve is a needle valve with
a black handle that can be opened in order to bypass the OPV. This is done during
priming of the compressor and during head maintenance (see Appendix B).
2.1.1.4. Junction Box – The diaphragm compressor has a single junction box for the pressure
switches that has a Harding Connector (electrical quick-connect) and thermocouples that
go to the main control enclosure.
2.1.1.5. Regenerative Heat Exchangers – There are two regenerative heat exchangers that are
located on the pump: one for each diaphragm head. These heat exchangers remove heat
from the compressed CO2to use on the separators.

The Force™ 2-Stage Operation Manual
10
Revision Date 4/23/2019
2.1.2. Extraction Vessel Stand
2.1.2.1. Extraction Vessels – There are two extraction vessels on their own stand. Vessel A is
located on the right-hand stand of the stand and Vessel B is located on the left. These
vessels can be either 20L or 40L and are breech lock vessel closures on top and plug
and screw closures on the bottom. This closer mechanism uses a nut to hold down a plug
to allow the vessel to pressurize. Seals on this vessel O-rings that create a seal on the
sidewall of the extraction vessel. Extraction vessels are loaded and unloaded from the
top of the vessel. When loading, unloading and cleaning these vessels be sure to keep
Extractor
A
Extractor
B
Flow Switch
Temperature
Control Heat
Exchangers
Extractor Closure
Switch
Locking Vessel
Isolation Valves

The Force™ 2-Stage Operation Manual
11
Revision Date 4/23/2019
face surface and threads clean. Failure to keep these surfaces clean can cause the
vessel not to seal properly.
2.1.2.2. Locking Vessel Isolation Valves – Each extractor has two locking isolation valves that
should be utilized whenever the operator is working in any vessel. These valves are
intended to valve off the inlet and outlet of the vessel to protect the user from any release
of pressure. WARNING: Failure to use these valves can lead to injury.
2.1.2.3. Temperature Control Heat Exchangers – The temperature control heat exchangers
regulate the temperature of the CO2just before it enters the extractor vessels and is in a
cooling loop along with the extractor vessel water jackets and the extractor flow switch.
2.1.2.4. Extractor Flow Switch –The flow switch continually monitors for water flow in the
extractor loop and will stop the system if flow is lost.
2.1.2.5. Vent Valves – Each extraction vessel has its own vent valve (Valve 4A and 4B). These
valves will open automatically to vent the extractor so they are safe to open. These
valves should be vented to the vent valve manifold (located on the Separator Stand) or
outside.
2.1.2.6. Pressure Gauges – Three gauges: Extractor A, Extractor B and Pump outlet (located on
top of temperature control heat exchanger), are located on the extractor stands and
should correlate to the pressures on the HMI (Human Machine Interface) for each
portion.
2.1.2.7. Junction Boxes – Each extraction vessel has its own junction box which will have a
Harding Connector and at least one thermocouple connector that connects the main
control panel.
2.1.2.8. Extraction Cap Hoists – These hoists are intended to lift the breech lock cap out of the
extraction vessel for removal and loading of raw material. Be sure to remove hoses
before trying to remove cap. CAUTION: Hoist arms are limited to 50 lbs. Never try and lift
vessel with hoist.
2.1.2.9. Extractor Closure Switch – This limit switch indicates that the extraction vessel is
closed and ready for pressure. The extractor will not pressurize without this switch in
place.

The Force™ 2-Stage Operation Manual
12
Revision Date 4/23/2019
2.1.3. Separation Vessel/Control Stand
2.1.3.1. Separation Vessels – The Separator stand holds four separators that work in banks of
two. Bank 1 is located on the left-hand side of the stand and Bank 2 is located on the
right. Each bank contains a main separator with an oil collection valve and a secondary
separator. Users may use either set of separators at any time but only one set at a time.
Bank 1
Bank 2
E-Stop
Evacuation Valve
Vent Valve
(Valves 10A and B)
Flow Switch
Collection Valve
Water Valves
Rupture Disc
Control Panel Mount
Separator Filter
Closure Pin

The Force™ 2-Stage Operation Manual
13
Revision Date 4/23/2019
Separator banks that have identical gauges, filters and manual valving. SEPARATOR
ORIFICE SIZE DICTATE SYSTEM PHASE.
2.1.3.2. Main Control Enclosure/HMI (Human Machine Interface) – Unless otherwise stated at
time of purchase, the separator stand will be where the main control enclosure and HMI
are located. This enclosure contains the logic controller that operates the entire system.
The HMI is located on the front of this enclosure and is where the user can monitor and
control the system.
2.1.3.3. Motor Starter Box – The motor starter box is located on the back of the separator stand
and houses the motor starter that controls the motor on the diaphragm compressor.
2.1.3.4. Air Valve Manifold – The Air valve manifold is located on the back of the separator
stand directly behind the Main Control Enclosure. This manifold controls the air to each
air actuated ball valve via red ¼″ airline.
2.1.3.5. Standard Vent Line – This vent collects all the standard vent lines (lines that are vented
by the user or typically by the system at the end of the cycle) and should be vented
outside by a vent line of the same pressure rating as the system. The discharge line
should be ½″in diameter and no longer than 50 feet.
2.1.3.6. Safety Vent Line – This vent line safety vent lines (lines that are vented to protect the
system from over pressurization) and should be vented outside by a vent line of the same
pressure rating as the system. The discharge line should be ½″in diameter and no longer
than 50 feet.
2.1.3.7. Pressure Gauges – There are four pressure gauges located on the separator stand, two
for each set of separators. The gauge located behind the main separator (psi range of
0-2000) is the inlet pressure for the separator and should match the pressure of the
extractors when the system is flowing. The second gauge is the pressure inside the
separators and should match the separator pressure on the HMI.
2.1.3.8. Separator Filters – Each separator bank has its own separator filter. These filters should
be inspected and cleaned between runs on the separator bank. See the Preventive
Maintenance section on page 34.
2.1.3.9. Locking Vessel Isolation Valves – Each separator bank has two locking isolation
valves that should be utilized whenever the operator is working in any vessel. The bottle
connections have an isolation valve as well. These valves are intended to valve off the
inlet and outlet of the vessel bank to protect the user from any release of pressure.
WARNING: Failure to use these valves can lead to injury.
2.1.3.10. Vent Valves – Each separator bank has its own vent valve (Valve 10) that can be used
to release pressure from that bank of separators. These valves should be vented to the
vent valve manifold located above the air valve manifold.
2.1.3.11. Collection Valve A and B – Each separator bank has its own collection valve that can
be used to collect oil from Separator A. Open valve before removing the bottom cap.
2.1.3.12. Evacuation Valve A and B – Each separator bank has its own evacuation valve that can
be used to evacuate (draw a vacuum) the whole system before a run or evacuate the
individual separator banks while running. See Manual Screen Section 2.2.5 on page 17
on the HMI to evacuate the entire system.
2.1.3.13. Separator Flow Switch – The flow switch continually monitors for water flow in the
separator loop and will stop the system if flow is lost.
2.1.3.14. E-Stop Button – The E-Stop (Emergency Stop) Button can be depressed by the user at
any time and will stop the system, turn off the pump, turns off the chillers and isolate
every vessel.

The Force™ 2-Stage Operation Manual
14
Revision Date 4/23/2019
2.1.4. Bottle Connections (Behind Separator 2B)
2.1.4.1. Main Supply and Recovery Bottles – Three 75 lb Gas Supply CO2bottles should be
used as the main bottles for The Force™ 2-Stage system. These bottles are connected
to the location shown above.
2.1.4.2. CO2Make-Up Supply Bottle – One 50 to 75 lb Gas Supply CO2bottle should be used
as a makeup bottle for CO2lost during and at the end of each cycle. This bottle is
connected to Valve 20 in the location shown above.
2.1.5. Extractor TCU (Temperature Control Unit) – The Extractor TCU is used to control the
temperature of the CO2before it passes over the raw material in the extraction vessel. Refer to
the Installation Manual for chiller loop setup and chiller manual for more information on the
chiller.
2.1.6. Separator TCU (Temperature Control Unit) – The Separator TCU is used to control
temperatures of your CO2after compression or expansion. Refer to the Installation Manual for
chiller loop setup and chiller manual for more information on the chiller.
2.1.7. Miscellaneous/Multi-Area Parts
2.1.7.1. Air Actuated Ball Valves – These ball valves are operated automatically by the
controller and the air valve manifold. Indicators on the front of the valve will display the
position of the valve. If the yellow line on the indicator is parallel to the valve body then
the valve is considered open. If the indicator is perpendicular then the valve is closed.
Valve positioning can be verified from the I/O (Input/Output) Screen (Section 2.2.9. on
page 19).
2.1.7.2. Relief Valves – Located throughout the system, these valves mechanically protect the
system from over pressurizing.
2.1.7.3. Rupture Discs – Located throughout the system, these discs are required to ASME
stamp the system and are intended to relieve pressure above the set pressure rating.
These discs are a single use disc and will need to be replaced if they rupture.
Main Supply and
Recovery Bottles
CO
2
Make-Up
Supply Bottle

The Force™ 2-Stage Operation Manual
15
Revision Date 4/23/2019
2.2.Automation Overview
2.2.1. Logo Screen – This screen contains the software version information for your machine. The
most current software version is shown in the lower left-hand corner of the screen. Contact
Apeks for current version information [phone] option 2.
2.2.2. Home/Main Screen – This screen is the most common area to monitor the system during a
cycle. Key information such as temperatures, pressures and valve positioning can all be seen
on this screen as well as the cycle state. This screen is also how operators start the system and
contains the button to set the cycle parameters.

The Force™ 2-Stage Operation Manual
16
Revision Date 4/23/2019
2.2.3. Cycle Parameters Screen – This screen is the place where the user will program how the
system will be run. Operators will set target pressure and temperature, select run modes, set
run times and switch over times, and select which separator bank to start with. Many cycle
parameters such as times and temperatures can be adjusted during the run but run modes
(Single or Double Extractor or Continuous Batch) cannot be adjusted after the run begins.
2.2.4. Valve Control Screen – This screen is for Apeks use only and is locked from customer use.
Valve positioning can be seen on this screen. Current valve position will be highlighted.

The Force™ 2-Stage Operation Manual
17
Revision Date 4/23/2019
2.2.5. Manual Screen – Aside from the Main Screen this screen is the most common screen the
operator will interact with. The manual screen is where to go to reset any alarms, service/switch
separators, change bottle and more. See Manual Screen Buttons Section 2.4 on page 27 for
more information.
2.2.6. Maintenance Screen – This screen is the timer screen for maintenance timers and total system
time. Maintenance timers can be reset but pump and machine time cannot.

The Force™ 2-Stage Operation Manual
18
Revision Date 4/23/2019
2.2.7. Message Screen – This screen is where the operator selects which messages to receive. This
email messaging will require an initial setup which can be scheduled at
http://www.apekssupercritical.com/customer-support/service-request/. Set up will require a
dedicated email address for the system. Messaging ability requires connection to the internet.
Data collection data and remote viewing will also be set up with this alerting service.

The Force™ 2-Stage Operation Manual
19
Revision Date 4/23/2019
2.2.8. Code Entry Screen – This screen is used for systems that are leased. Leased systems will
require a monthly passcode.
2.2.9. I/O (Input/Output) Screens– This screen is used for more precise system monitoring. The
operator can monitor every input and output of the Program Logic Controller (PLC) from these
screens. These screens are mainly used during troubleshooting.

The Force™ 2-Stage Operation Manual
20
Revision Date 4/23/2019
2.2.9.1. PLC Digital Inputs
2.2.9.2. PLC Digital Outputs