Pall Biotech RDUA007BT User manual

BIOTECH
Instructions For Use
USD 3557
Wand Mixer Single-Use Mixing System
Model: RDUA007BT Model: RDUA008FB

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Contents
1Safety Sym bols and Statements.......................................................................................................................................... 4
1.1 Types of Safety Symbols .....................................................................................................................................................................................................................4
1.2 Safety Symbols Within This IFU .................................................................................................................................................................................................5
1.3 Safety Messages..........................................................................................................................................................................................................................................6
2Specifications.............................................................................................................................................................................7
2.1 RDUA007BT.....................................................................................................................................................................................................................................................7
2.2 RDUA008FB....................................................................................................................................................................................................................................................8
3Overview.................................................................................................................................................................................... 9
4Principle of Operation ............................................................................................................................................................ 9
5Wand Mixer Compo nents and Accessories......................................................................................................................10
5.1 RDUA007BT...................................................................................................................................................................................................................................................10
5.2 RDUA008FB..................................................................................................................................................................................................................................................10
5.3 Wand Mixer Toolbox ..............................................................................................................................................................................................................................11
5.4 Wands ...................................................................................................................................................................................................................................................................11
6Operator Interface and Control...........................................................................................................................................12
7Pre -Mixing Setup................................................................................................................................................................1313
8Mixing........................................................................................................................................................................................14
9Disconnecting the Bag .........................................................................................................................................................15
10 Mainte nance............................................................................................................................................................................15
10.1 Preventative Maintenance ............................................................................................................................................................................................................15
10.2 Troubleshooting ........................................................................................................................................................................................................................................16
10.3 Procedures......................................................................................................................................................................................................................................................16
10.3.1 Power Cord Replacement.............................................................................................................................................................................................................16
10.3.2 SD Micro Card Replacement.......................................................................................................................................................................................................17
10.3.3 Speed Calibration Verification ..................................................................................................................................................................................................18
11 Cleaning and Decontamination Guide .............................................................................................................................19
12 Operator Control Inte rface ..................................................................................................................................................20
12.1 Navigating the Wand Mixer Control Screen .............................................................................................................................................................20
12.1.1 Common (default) Functions...................................................................................................................................................................................................20
12.1.2 Operator ..........................................................................................................................................................................................................................................................20
12.1.3 Supervision ...................................................................................................................................................................................................................................................20
12.1.4 Mainte nance .................................................................................................................................................................................................................................................21
13 Operating the Wand Mixer ................................................................................................................................................. 22
13.1 Automatic Mode ......................................................................................................................................................................................................................................22
13.2 Loading a Recipe ....................................................................................................................................................................................................................................23
13.3 Running a Recipe ...................................................................................................................................................................................................................................23
13.4 Aborting a Recipe...................................................................................................................................................................................................................................23
13.5 Pausing and Resuming a Recipe ..........................................................................................................................................................................................23

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13.6 Editing a Recipe .......................................................................................................................................................................................................................................23
13.7 Setting Up a Manual Job ................................................................................................................................................................................................................25
13.8 Starting a M anual Job........................................................................................................................................................................................................................26
13.9 Stopping a Manual Mode Job (Permanent Run) .................................................................................................................................................26
13.10 Stopping a Manual Mode Job (Timed Run) ...............................................................................................................................................................26
13.11 Pausing and Resuming a Manual Job.............................................................................................................................................................................26
14 Failure Detection...................................................................................................................................................................28
14.1 Types of Failure .........................................................................................................................................................................................................................................29
14.1.1 Manual E-Sto p ..........................................................................................................................................................................................................................................29
14.1.2 Speed Off-Range....................................................................................................................................................................................................................................29
14.1.3 Motor Failure ..............................................................................................................................................................................................................................................29
14.2 Finishing Mixing Run..........................................................................................................................................................................................................................33
14.3 Initial Settings.............................................................................................................................................................................................................................................33
15 Spare Parts and Accessories ...............................................................................................................................................34
16 Electrical Schematic ............................................................................................................................................................. 35
17 Service ......................................................................................................................................................................................36

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1Safety Symbols and Statements
1.1 Types of Safety Symbols
All safety symbols; warning, prohibition, mandatory and Globally Harmonized System (GHS) can / will be
accompanied by additional text and signs to explain the reason for the warning, explain the nature of the
prohibition, and explain the reason for the action.
Table 1
ISO 7010 safety signs and symbols.
Color
Meaning / Purpose
Example
Description
Instruction and Information
Red
Prohibition / Danger
Red ring and diagonal bar with
black symbol on white
background
Specifies behavior that is prohibited
because it would result in an immediate or
potential risk of personal injury or threat to
health / life.
Yellow
Warning / Caution
Yellow triangle with black border
and black symbol
Warns of hazards which could result in
personal injury or threat to health.
Blue
Mandatory / Information
Blue circle with white symbol
Specifies an action required or informs of
information to safeguard personal health
and / or avoid risk of personal injury.
Red
GHS Hazards
Red diamond, white background
with a black symbol
Classifies the hazards of chemical products
and communicates health and safety
information.

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1.2 Safety Symbols Within This IFU
Table 2
Safety signs and symbols within this document.
Symbol
Definition / Meaning
Prior to operating, the instructions must be read in entirety.
Highlights important information regarding instructions for use.
Protected earth; Ground.
Identifies a dangerous prohibited situation that may result in personal injury or death.
Caution should be taken. Potential risk to equipment. Refer to instructional text.
Caution possibility of electric shock.
Caution risk of entanglement.

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1.3 Safety Messages
Prior to operating the product all instructions and safety messages must be read.
Safety is the responsibility of the individual installing, using or maintaining the equipment and any others who
may be involved in the operation. It is important that the safety instructions are read and followed.
Table 3
Safety messages.
Symbol
Safety Messages
W AR NING! M ay lead to severe injuries or death.
- Do not use this instrument in any manner inconsistent with these operating instructions or under any
conditions that exceed the environmental specifications stated.
- Do not attempt to service or reposition the drive unit while shaft/shaft adapt or is rotating.
- Do not attempt to open or repair the drive. Removal or destruction of the housing voids any warranty,
explicit or implied. Consult the manufacturer or distributor for qualified technical service assistance.
- Do not use flammable liquids / substances.
- Do not use non-Pall rotational wands or heavy-duty frames.
Do no t
- Submerge drive unit in water
- Cut ground plug
- Disconnect the protective earth connector
- Do not allow loose clothing or parts of the body to come near the rotating drive unit shaft/shaft adaptor.
- Power supplied to this instrument must match the specifications indicated on the control box.
- Prior to servicing the drive unit, always turn the power off using the ON/OFF switch on the front of the unit.
Unplug and remove power cord to avoid tangling or breaking.
- For full compliance with CE specifications, be sure the appropriate ground connection is made
- Mains outlet used to power the equipment must be within 3 meters of the device and easily accessible
- Hold equipment by the frame and not by the motor or motor positioner. Lifting may require more than one
person
- Only Pall rotational wands and heavy-duty frames are to be used.
- Disconnect all power before servicing.

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2Specifications
2.1 RDUA007BT
Table 4
RDUA007BT specifications.
Specification
Details
Dimensions (H x W x D)
92 cm x 79 cm x 41 cm; 36.3 in. x 30.9 in. x 16.1 in.
Control box, frame, & motor enclosure
material
304L Stainless Steel
Control box and frame surface finish
At least 35 µin. Ra / 0.89 µm Ra
Control box and motor enclosure ingress
rating
IP 65, NEMA 4X
Voltage
100-230 VAC, 50/60 Hz
Input Wattage
Less than 150 W
Amperage
100 V 1.6 A; 110 V 1.5 A ; 230 V 0.7 A
Voltage fluctuation
± 10%
Altitude rating
1000 m (3280 ft)
Maximum humidity
85%, avoid condensation
Ambient temperature
4-40 °C (39-104 °F)
Motor horsepower
1/8 hp
Power cord length
600 cm (20 ft)
Power cord plug options
US, Continental Europe, Swiss, Australia, Japan, UK
E-stop (present, yes/no, location)
Yes, face of control box
Minimum and maximum speed
0 to 250 RPM
Connections for remote output/control
TURCK RSFPV61, RSFPV579
Functions available from remote control
panel
Motor - start, stop. Speed –adjustment, indication. Alarm –indication. Mode of control
(remote/local) –indication
Signal type(s) for remote output/control
Wand speed out 4-20 mA, motor control in 0-10 VDC,
discrete I/O signals relay contact type
Alarms generated
Motor failure, speed off-range failure, E-stop activation
Method for RPM measurement
Direct measurement of motor shaft speed
Recipe storage
Yes. Up to 10 can be stored. Up to ten instructions in each recipe are executed
sequentially. Each instruction contains individual programmable parameters: mixing
time, pause time, and speed
Password protection
Operator level: access to protected function - start recipe run. Supervisor level: access
to protected functions - Recipe Editor, Pause or Abort Recipe run, Switch of Control
between Local to Remote, adjustment of set up for reduced set of parameters.
Maintenance level: access to protected functions –Program Setup parameters,
System parameters and includes Supervisor level of access.

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2.2 RDUA008FB
Table 5
RDUA008FB specifications.
Specification
Details
Dimensions (H x W x D)
164 cm x 95 cm x 75 cm; 64.5 in. x 37.3 in. x 29.5 in.
Control box, frame, & motor enclosure
material
304L Stainless Steel
Control box and frame surface finish
At least 35 µin. Ra / 0.89 µm Ra
Control box and motor enclosure ingress
rating
IP 65, NEMA 4X
Voltage
100-230 VAC, 50/60 Hz
Input Wattage
Less than 150 W
Amperage
100 V 1.6 A; 110 V 1.5 A ; 230 V 0.7 A
Voltage fluctuation
± 10%
Altitude rating
1000 m (3280 ft)
Maximum humidity
85%, avoid condensation
Ambient temperature
4-40 °C (39-104 °F)
Motor horsepower
1/8 hp
Power cord length
600 cm (20 ft)
Power cord plug options
US, Continental Europe, Swiss, Australia, Japan, UK
E-stop (present, yes/no, location)
Yes, face of control box
Minimum and maximum speed
0 to 250 RPM
Connections for remote output/control
TURCK RSFPV61, RSFPV579
Functions available from remote control
panel
Motor –start, stop. Speed –adjustment, indication. Alarm –indication. Mode of control
(remote/local) –indication
Signal type(s) for remote output/control
Wand speed out 4-20 mA, motor control in 0-10 VDC,
discrete I/O signals relay contact type
Alarms generated
Motor failure, speed off-range failure, E-stop activation
Method for RPM measurement
Direct measurement of motor shaft speed
Casters
4X swivel with brakes
Wheel material
Nylon
Recipe storage
Yes. Up to 10 can be stored. Up to ten instructions in each recipe are executed
sequentially. Each instruction contains individual programmable parameters: mixing
time, pause time, and speed.
Password protection
Operator level: access to protected function –start recipe run.
Supervisor level: access to protected functions –Recipe Editor, Pause or Abort Recipe
run, Switch of Control between Local to Remote, adjustment of set up for reduced set
of parameters.
Maintenance level: access to protected functions –Program Setup parameters,
System parameters and includes Supervisor level of access.

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3Overview
The Wand Mixer single-use technology (SUT) biocontainer mixing system is a revolutionary mixer that provides
efficient mixing utilizing a patented rotational wand technology in a sterile, closed SUT biocontainer. The Wand
Mixer system can mix in sterile single-use hermetically sealed SUT biocontainers ranging in nominal volume from
5 L to 200 L.
The Wand Mixer system consists of a bench top or floor-based drive, a plastic or stainless-steel tank to support the
SUT biocontainers, a rotating stainless-steel wand for mixing and a coupling assembly to connect the wand to the
drive and SUT biocontainer.
The Wand Mixer can accommodate a variety of standard and custom-designed single-use mixing biocontainers
available from Pall Corporation.
4Principle of Operation
The Wand Mixer single-use biocontainer mixing technology provides non-invasive mixing inside sterile plastic
biocontainers. The technology is based on rotating a rod of predetermined shape introduced in the sleeve of the
mixing biocontainer. The rod is separated from the processed sterile fluid by a sleeve that is hermetically sealed on
one end. Rotation of the rod induces the rotational motion of the sleeve due to flexural shape changes. The flexural
rotational motion of the sleeve results in efficient mixing inside the biocontainer.
Figure 1
Rotational wand.
Once rotation of the wand is activated by external drive, sleeve performs rotational motion based on its flexing. The
mixing procedure is non-invasive leaving the processed fluid contained in sealed biocontainer.

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5Wand Mixer Components and Accessories
5.1 RDUA007BT
Figure 2
Bench top Wand Mixer drive unit.
The above image shows the 5 L, 10 L, and 20 L containers. Both the 5 L and 10 L containers are on stand RESA003A.
5.2 RDUA008FB
Figure 3
Floor based Wand Mixer drive unit.
The above image shows the 200 L container on a stainless-steel dolly RDOC2005

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5.3 Wand Mixer Toolbox
Figure 4
Toolbox and contents (215-18520-00).
5.4 Wands
The rotational wands provide the rotational motion of the mixing sleeve inside the biocontainer. The wand is
introduced in the open end of the sleeve, while its hexagonal head is received by motor shaft adaptor. It is very
important to only use each wand with its designated nominal biocontainer size. Failure to use the proper wand
can result in damage to the biocontainer and/or the equipment. See Table 6 for each wand’s designated
biocontainer size.
Table 6
Wand part numbers and nominal biocontainer volume.
Part Number
Nominal Biocontainer Volume (L)
RWAA005A
5
RWAA006A
10
RWAA014A
20
RWAA013A
50
RWAA026A
100
RWAA033B
200
Figure 5
Rotational wands.

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6Operator Interface and Control
The Wand Mixer is sealed for water/spray resistance.
Note: The Wand Mixer is sealed for water/spray resistance.
The controls are located on the face panel of the control box. They include: a touchscreen controller, quick
adjustment keys, power switch, and emergency stop push button. In addition, connections for remote control are
available on the left side panel of the control box as shown in Figure 6.
Most control functionality is provided to the user through the touchscreen interface including activation of
functions, display of system information, and alarm status. The Wand Mixer can be operated in one of three modes
selected by the operator from the Main Menu: Manual Mode, Automatic Mode, and Remote Mode. Each mode
includes a specific set of functions to support processing requirements.
In case of emergency the operator can stop rotation of the motor by pressing the E-Stop button on the face panel.
This can be done during any mode of operation. Doing so halts motor rotation and activates the system Failure
mode while leaving other functions of the drive unit in operation. To reset the unit, release the E-stop button by
pulling it up until it clicks, then acknowledge the alarm on the touchscreen.
Upon returning the unit to operation after reset of interruption and/or power cycling there is no rotation initiated
until intentional action of the operator.
Figure 6
Overview of the control box.

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7Pre-Mixing Setup
The mixing biocontainer must be assembled properly prior to mixing. The following components are needed to
assemble the biocontainer:
▪Stainless steel rotational wand.
▪Stainless steel coupler –The coupler provides mechanical interface between the biocontainer and the
driving motor. It has a hollow bore that receives the sleeve fitting on the biocontainer. The coupler is
secured on the sleeve fitting of the biocontainer with two thumb screws. It has a flanged end that mates
with the flange of the shaft adaptor.
▪Plastic bushing –The plastic wand bushing centres the wand in the sleeve fitting. The wand is inserted into
the bushing prior to wand insertion into the biocontainer.
▪Shaft adaptor –The shaft adaptor interfaces the coupler and the driving motor. The adaptor receives the
hexagonal head of rotational wand. The bearing in the flange of the shaft adaptor decouples the rotation of
the shaft from the biocontainer.
▪Clamp –The clamp secures the connection between the mating flanges of coupler and shaft adaptor.
Properly assembling the biocontainer starts by placing the mixing biocontainer into appropriate retaining tank
and filling it with fluid by using the appropriate tube line. Make sure that retaining tank is compatible with the
biocontainer volume. Next, ensure the two thumb screws do not penetrate beyond the inner surface of the
coupler. Assemble the coupler with the biocontainer by sliding the coupler over the sleeve fitting all the way down
to the film of the biocontainer as shown on the next page in Step 2 of 7. Secure the coupler against the fitting by
tightening both thumb screws. The wand part number is stamped on its hexagonal head. Use only the specified
wand.Insert the rotational wand into the bushing, and then insert the assembly into the sleeve of the biocontainer
as shown in Step 3 of 7.
Figure 7
Steps for setting up the mixing biocontainers.

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Now that the biocontainer is properly assembled, the biocontainer must be connected properly to the mixer. First
position the mixing biocontainer with retaining tank in such a way that the fitting with coupler is located
approximately under the shaft adaptor as shown below in Step 1 of 8. Adjust the vertical position of the motor by
rotating the handle of the motor positioner until the distance between the coupler and the shaft adaptor is about
50 mm or 2 inches. Hold the coupler and move it toward the shaft adaptor. Insert the hex head of the wand in the
receiving hex cavity inside the adaptor. Bring the mating surfaces of two the flanges together and secure the
flanges of the coupler and shaft adaptor against each other with the clamp as shown on the next page in Step 2 of
8. Tighten the screws on the clamp. Lastly, increase the motor height slightly up by turning the handle of the
motor positioner until noticeable biocontainer tension is developed.
Figure 8
Steps for connecting the biocontainer to the driver.
8Mixing
Do not attempt to mix in empty or dry biocontainers.
1. On the touchscreen choose the mode of operation and set parameters/recipe for the mixing run
2. Start run
3. For additional instruction on using the operator interface see cleaning and decontamination guide.
Section 11.

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9Disconnecting the Biocontainer
After the motor has come to a complete stop, remove the clamp connecting the coupler with shaft adaptor. Push
the coupler down away from shaft adaptor by 25-50 mm or 1-2 in. Push the wand down and away from shaft
adaptor until the hex head of the wand is released from adaptor. Use the small bearing on wand for better grip.
Once the hex head of the wand is released, raise the motor up 25-50 mm, or 1-2 in. by rotating the handle on the
top of the motor positioner for a better clearance from the biocontainer. Pull the wand from the sleeve holding the
plastic bushing. Loosen thumb screws on the coupler and slide the coupler out of the sleeve fitting. Lastly, remove
the plastic bushing out of the coupler. The mixer is now ready to accommodate new mixing biocontainer.
10 Maintenance
Update/restore of software resets the runtime counters and recipe content to zero. 20 RPM.
The Wand Mixer is designed to operate with minimal maintenance. However, to minimize wear it is
recommended that the drive be unplugged if it is not in use for more than 24 hours.
Recipes can be transferred between Wand Mixer units, including the whole recipe library, using external media
(micro SD card).
If user defined library content needs to be transferred back in the unit after service is done it is recommended to
save the recipe library on a micro SD card prior to conducting software service.
10.1 Preventive Maintenance
Periodical maintenance is recommended to keep the drive unit in reliable working condition. Wearing of moving
parts can be monitored through the elapsed run time counter in the PLC. Run time information is accessible for
viewing on the touchscreen through the setup menu.
Table 7
Preventive maintenance procedures.
Description
Frequency
Spare Parts Involved
Who Performs
Battery replacement
6 years
Li battery
Service

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10.2 Troubleshooting
Table 8 lists ways for resolving possible problems. Contact technical service if problems persist.
Table 8
Troubleshooting.
10.3 Procedures
10.3.1 Power Cord Replacement
Only use power cords provided by Pall.
Should you need to replace the power cord with an alternative one with a different type of plug, follow the
procedure as described below. Changing the power cord is performed through a power entry connector on the
back panel of the control box.
To replace the power cord, follow these steps:
1. Ensure the unit is turned off.
2. Unplug the unit from the external power supply.
3. Disconnect the power cord from the control box by rotating the power connector holding cap counter
clockwise then, holding the connector plug, pull it out of the receptacle.
4. Attach the replacement power cord connector plug to the power receptacle on the control box. Make sure the
key on the receptacle and keyhole in the plug are aligned and the connector plug is pushed all the way in.
5. Secure the connector holding cap by rotating it clockwise. Tighten the cap firmly to seal the connection.
Problem Description
Possible Reason
Corrective Action
Unit does not start when power button is pressed
Main power fuse is burned out
Contact service personnel.
No white light when power is on while unit started
Power button LED is burned out
Contact service personnel.
Low battery notification
Battery low
Elevated risk of memory corruption and
unreliable operation. Call for technical
service.
Motor failure alarm
Overheating of the controller by
frequent starting-stopping of the
motor
Reset the motor controller alarm. Pause
about 3 min before starting up motor.
Avoid frequent starting-stopping of the
motor.
Cannot read/write to micro SD card.
Micro card improperly formatted
Format micro SD card.
E-stop ALARM persists after reset
E-stop button is activated
Deactivate E-stop button by pulling it up
until it clicks, then reset the alarm.

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Figure 9
Power cord replacement.
10.3.2 SD Micro Card Replacement
Micro SD cards are compatible with the memory slot. The PLC uses a FAT 32 file system format. The memory slot is
equipped with a “push-in, push-out” connector for Micro SD cards insertion.
To change the SD card:
1. Switch the unit off and unplug it from the external power source.
2. Unlock control box by rotating the latch counter clockwise using a flat-head screwdriver.
3. Open the Control Box door and locate the memory slot on the upper side of the PLC (see 10).
4. To insert the SD card:
a. Align the card so that the 8-pin gold edge connector is facing upwards on the SD card.
b. Push the Micro SD card in all the way into the memory slot, ensuring that it clicks into place.
5. To remove the Micro SD card:
a. Push down on the top of the card gently to release the spring. The card will pop up for removal.
6. Close the control box door and lock it by rotating the latch 90⁰in a clockwise direction using a flat-head
screwdriver.
Figure 10
Micro SD card location.

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10.3.3 Speed Calibration Verification
Manual mode of operation must be set.
Equipment recommended:
▪Reflective tape attached to the mixer head.
▪Optical Tachometer: Omega HHT13 or equivalent
1. Set the permanent run speed of rotation to 20 RPM.
2. Press and hold the “Start” button, rotation started. Wait until the mix head accelerates to its
nominal speed of rotation.
3. Reading from external tachometer write into the second column of Table 9.
4. Calculate and write down in the third column the difference between set point and measured in
c) speed value.
5. Compare the reading recorded in column 2 with corresponding allowable range in the third
column of Table 9, then record the result in column 6.
6. RPM Reading from panel screen record into the fourth column of Table 9.
7. Compare the reading recorded in column 4 with corresponding allowable range in column 5,
then record the result in column 7.
8. Repeat steps 3 to 7 for each of the RPM set points in the first column.
9. If unsuccessful, call service.

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Table 9
Rotational speed calibration test measurements.
1
2
3
4
5
6
7
Set Point
(RPM)
External
Tachometer
Reading (RPM)
External
Tachometer
Reading
Allowable
Range (RPM)
Panel
Tachometer
Reading (RPM)
Panel
Reading
Allowable
Range (RPM)
External
Tachometer
Maximum
Deviation Falls
Within
Allowable
Range (Y/N)
Panel
Tachometer
Maximum
Deviation Falls
Within
Allowable
Range (Y/N)
20
19 - 21
19 - 21
40
39 - 41
39 - 41
60
59 - 61
59 - 61
80
79 - 81
79 - 81
100
99 - 101
99 - 101
120
119 - 121
119 - 121
140
139 - 141
139 - 141
160
159 - 161
159 - 161
180
179 - 181
179 - 181
200
199 - 201
199 - 201
220
219 - 221
219 - 221
240
239 - 241
239 - 241
250
249 - 251
249 - 251
Calibration verification is successful if all rows in columns 6 and 7 of Table 9 have result Y.
11 Cleaning and Decontamination Guide
The system must be off prior to cleaning.
The steel frame of the machine consists of 304 stainless steel and may be cleaned with water and isopropyl
alcohol.

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12 Operator Control Interface
12.1 Navigating the Wand Mixer Control Screen
Each screen in the Wand Mixer control software has several common elements.
1. The window bar shows the name and/or status of each screen.
2. To return to the previous screen, press the back button in the upper right corner of the screen.
3. Screen buttons corresponding to critical commands like START, STOP, PAUSE, etc… are protected from
inadvertent activation by a delay function. To activate these commands the operator should press and hold
the button until the indicating bar in the top of window completely fills (2-3 sec). A request to hold the
command button is shown also indicated as text above the indicating bar.
4. Time is indicated on the operator interface in hh:mm format unless otherwise specified.
5. Each operation mode has its own interactive screen, which is either displayed automatically (failure, power up)
or by operator choice from the Main Menu.
12.1.1 User Access Levels
Login function is available through the PW button in the left upper corner of each screen (except informational
screens). All passwords are group passwords, with a minimum of six uppercase, lower case or numeric characters.
In total, three group logins are available: Operator, Supervisor, and Maintenance. Maintenance login is only
available while the system is in power up mode. The login time period is controlled via a program setup
parameter. Access is automatically set to the default (common) level upon expiration of a prescribed time period
since login.
Access to Wand Mixer control software functions is supported using the following levels.
12.1.2 Common (Default) Functions
1. Use of Manual mode for full access.
2. Use of Failure mode interactive screens for full access
3. Use of Auto mode and Remote mode for view only access
4. No password protection
12.1.3 Operator
This includes all common function with the addition of the below:
1. Use of recipe start access
12.1.4 Supervisor
This includes and common and operator functions with the addition of the below:
1. Use of auto mode and remote mode for full access
2. Access to a limited set of parameters
3. Ability to change the password for the supervisor and operator groups
4. Ability to change the automatic logout time