MAGUIRE Weigh Scale Blender 4088 Owner's manual

MAGUIRE PRODUCTS INC.
Weigh Scale Blender
4088 Touch Screen Controller
MAGUIRE
WEIGH SCALE BLENDER
with the 4088 Touch Screen Controller
FLEXBUS Lite
Receiver Control System
INSTALLATION •OPERATION •MAINTENANCE
Original Instructions Manual
Revision Date: September 21, 2023
Copyright ©Maguire Products, Inc. 2023

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Use this space to record information about your Maguire Weigh Scale Blenders:
Serial Number
Date of Purchase
Model Number
ID
IP Address
Notes:

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Maguire Weigh Scale Blender
This document is the Original Instructions manual of the Maguire Weigh Scale Blender models WSB-
MB, WSB-100 Series, WSB-200 Series, WSB-400 Series, WSB-900 Series, WSB-1200 Series,
WSB-1800 Series, WSB-2400 Series and WSB-3000 Series equipped with the 4088 Touchscreen
controller.
The information contained within this manual including any translations thereof, is the property of
Maguire Products Inc. and may not be reproduced, or transmitted in any form or by any means
without the express written consent of Maguire Products Inc.
To every person concerned with use and maintenance of the Maguire WSB it is recommended to
read thoroughly these operating instructions. Maguire Products Inc. accepts no responsibility or
liability for damage or malfunction of the equipment arising from non-observance of these operating
instructions. Any modifications or amendments to the equipment, without prior consent of the
manufacturer, may invalidate CE compliance of the equipment.
To avoid errors and to ensure trouble-free operation, it is essential that these operating instructions
are read and understood by all personnel who are to use the equipment.
Should you have problems or difficulties with the equipment, please contact Maguire Products Inc. or
your local Maguire distributor.
Copyright ©2023 Maguire Products Inc.
Manufacturer’s Contact Information
Maguire Products Inc.
11 Crozerville Road
Aston, PA. 19014
Phone: [phone]
Fax: [phone]
Website: http://www.maguire.com
Email: [e-mail]

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Introduction
EC Declaration of Conformity ____________________________________________ 6
Getting Started –Read this page! _________________________________________ 7
Safety Notifications and Safety Hazards____________________________________ 8
Blender Parts Key _____________________________________________________ 10
Controller Parts Key ___________________________________________________ 20
Touchscreen Overview ________________________________________________ 21
Flexbus Lite Integrated Loading System
Flexbus Lite Table of Contents and Overview _____________________________ 127
Flexbus Lite Setup and Configuration ___________________________________ 128
Blender Setup and Installation
Assembly and Installation Instruction ____________________________________ 12
Wiring Considerations _________________________________________________ 17
Selecting the Correct Model_____________________________________________ 18
Touchscreen Controller Parts Key _______________________________________ 20
Setting the Modes of Operation _________________________________________ 25
Enabling Hopper Types ________________________________________________ 26
Example of Making Settings ____________________________________________ 27
Entering Component Settings ___________________________________________ 29
Weigh Bin Setup ______________________________________________________ 30
Mix Chamber Setup ___________________________________________________ 31
Check Out Procedure and Diagnostics____________________________________ 32
Load Cell Zero and Full Weight Calibration ________________________________ 35
Material Flow Rate Calibration___________________________________________ 37
Micro Pulse Instructions________________________________________________ 38
Regrind Control_______________________________________________________ 39
Dispense Station _____________________________________________________ 50
Operator Access ______________________________________________________ 51
Manual Operations ____________________________________________________ 51
Change Passwords____________________________________________________ 52
Communications______________________________________________________ 53
Automated Control ____________________________________________________ 55
Setup Menu Map and Brief Explanation ___________________________________ 56
Blender Operation
Instructions for Normal Operation________________________________________ 43
Specialized Operations_________________________________________________ 45
Recipes Database _____________________________________________________ 47
USB Recipe __________________________________________________________ 48

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Menu Map –Full Explanation ___________________________________________ 58
Parameters Introduction________________________________________________ 59
Navigating Parameters _________________________________________________ 59
Parameters –General –Explanation _____________________________________ 61
Parameters –Component –Explanation __________________________________ 65
Parameter Default Settings _____________________________________________ 68
Saving Parameters ____________________________________________________ 68
Monitoring Blender Accuracy ___________________________________________ 76
Interpreting the Cycle Printout___________________________________________ 77
Troubleshooting with the Printout________________________________________ 78
Parameter Settings Printout_____________________________________________ 81
Material Usage Printout ________________________________________________ 83
Blender Troubleshooting and Maintenance
Troubleshooting - What To Do___________________________________________ 84
Alarms - Cause and Solution ___________________________________________ 85
Typical Problems______________________________________________________ 89
Mix Problems_________________________________________________________ 90
Increasing Throughput _________________________________________________ 92
Normal Operating Sequence ____________________________________________ 93
Verifying Load Cell Function ____________________________________________ 95
Load Cell Zero and Full Weight Calibration ________________________________ 35
Load Cell Raw Signal Readout __________________________________________ 96
Backup, Restore, Factory Reset _________________________________________ 97
Updating Controller Firmware ___________________________________________ 98
LOTO, Cleaning, Maintenance ___________________________________________ 99
Maintenance and Preventative Maintenance ______________________________ 101
17 pin Amphenol Connector Pin Assignments ____________________________ 103
Technical Drawings, Electrical Diagrams, Pneumatic Diagrams ______________ 104
Dimensions and Weight by Model_______________________________________ 126
Decommissioning and Disposal ________________________________________ 147
Disclaimers _________________________________________________________ 147
Accuracy of this Manual_______________________________________________ 147
Warranty____________________________________________________________ 148
Technical Support and Contact Information ______________________________ 149

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EC Declaration of Conformity

7
Getting Started – Important!
Safety Notifications and
Safety Hazards
Page: 8
HAZARDS exist on this unit.
Read Safety Notifications and Safety Hazards.
Blender Part Identification
Page: 10
Identifying key parts and what they do.
Assembly and Installation
Instructions
Page: 12
Assembly and installation instructions.
Wiring Considerations
Page: 17
How to minimize electrical interference.
Model Selection
Page: 18
How to verify and change your model selection. All new
blender controllers are pre-configured with the model from
factory. New, spare or swapped controllers may require a
model change.
Touchscreen Key Parts
Page: 20
Identifying the key parts of the blender controller.
Touchscreen Overview
Page: 21
Understanding the Touchscreen home screen.
Mode of Operation
Page: 25
This section selects the general Operating Mode of the
machine (Blender, Dispenser, Totalizer) and sets the Blend
Mode as: Additive are dispensed as a % of Natural or
Materials are a % of Total Batch.
Enable / Disable
Material Type Outputs
Page: 26
To "Enable" a component, the TYPE must be selected as:
REGRIND, NATURAL, or ADDITIVE. Each TYPE is
controlled differently by the MATH routines. The controller
must know the material TYPE to know how to dispense the
setting. This is IMPORTANT. Be SURE you
UNDERSTAND this section and Mode of Operation before
operating the blender.
Check Out Procedure
Page: 30
Step by step procedure to verify correct assembly.
Load Cell Calibration
Page: 35
Load Cells of new blenders are calibrated at the factory.
However shipping or rough handling can create load cell
problems. If weight readings are not correct, you MUST
recalibrate the load cells.
Material Flow Rate
Calibration
Page: 37
A flow rate calibration is not necessary because the blender
will learn the flow rate over time however if you change
equipment or material you may want to re-calibrate the
material flow rate.
Normal Operation &
Saving the Configuration
Page: 43
How to start the blender and save / restore the
configuration.
Lockout/Tagout, Cleaning,
Maintenance.
Page: 99
How to Lockout/Tagout, Clean and Maintain your blender.

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Safety Notifications
Electrical Lockout/Tagout Points
Disconnect electric before opening or servicing. If
the weigh scale blender is equipped with an
electrical LOTO box, use the lockout tagout switch
to perform the power lockout/tagout. On 110v
blenders, use a Plug lockout. Read: LOTO,
Cleaning, Maintenance on page 99.
Pneumatic Lockout/Tagout Points
Disconnect compressed air supply before opening or
servicing. If the weigh scale blender is equipped with a
manually operated pneumatic valve actuator, use this
lockout/tagout valve to perform a pneumatic
lockout/tagout. Read: LOTO, Cleaning, Maintenance
on page 99.
Eye Protection
Always wear safety glasses when using this equipment.
Maximum continuous noise level
The highest continuous Noise levels recorded for this equipment
was measured at 71.4 db.
Safety Interlock Switch
The weigh bin / mix chamber access door may be equipped with a
Safety Interlock Switch that prevents the mix motor from running
and the slide valves from opening. DO NOT disable or bypass this
Safety Interlock Switch. Refer to the motor safety circuits on page 122
for how the safety interlock switch is wired into the weigh scale blender.
Hopper Finger Guards
Finger Guards are fitted into each Material Hopper compartment.
DO NOT reach through these Guards.
DO NOT use fingers to clear an obstruction below these guards.
DO NOT remove these Guards.
HAZARD - AUTOMATIC STARTUP
WARNING - Blender may start automatically without warning.

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Safety Hazards
See Blender Parts Key for Safety Hazard Locations
HAZARD - ROTATING MIX BLADE
Mix Blades are driven with substantial torque. Never place your
hand in the Mix Chamber while the blades are rotating. SERIOUS
INJURY WILL RESULT. Always disconnect blender power using
proper lockout/tagout procedures before servicing. Never defeat
the Mix Chamber safety interlock switch.
HAZARD - SHARP MIX BLADES
Over time, Mix Blades may become RAZOR SHARP.
ALWAYS be careful when TOUCHING or CLEANING these blades.
Check for Sharp Edges frequently.
Replace Blades if a Hazard exists.
HAZARD - SLIDE VALVES
Slide valves in hoppers SLAM CLOSED without warning.
ALWAYS keep fingers clear of slide gate openings.
NEVER use your fingers to clear an obstruction.
NEVER use your fingers to move a sticking slide gate.
HAZARD - ELECTRICAL
Only qualified electrical technicians should make electrical
connections. Disconnect and lockout power supply before
servicing Blender.
HAZARD - ROTATING SHAFT
Auger Feeders contain a rotating shaft.
ALWAYS keep fingers clear of rotating shafts and augers.
NEVER use your fingers to clear an obstruction.
NEVER touch a rotating shaft or auger.
HAZARD - FALLING OBJECTS
Do Not open hopper access door if material level is above hopper
cleanout door.

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Blender Parts Key

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1. Auger Feeder Hopper –Screw Feeder for feeding in small percentage materials such as Colors &
Additives
2. Fixed Material Hopper –Material Hopper for main materials to be dosed by the slide gates
3. Removable Hopper –Removable Material hopper for small percentage materials such as Colors &
Additives
4. Hopper Access Door –Door to access inside of hopper for quick cleaning and materials changes
5. Sight Glass –Means to view current material level inside the hopper
6. Vertical Valve –Dispense Device mounted inside removable hopper for small percentages up to 10%
7. Slide Gate –Dispense Device mounted below fixed hoppers to dispense large percentages
8. Auger Screw –Dispense Device mounted inside removable hopper for small percentages up to 10%
9. Controller –Central Controller for all settings on the blender
10. Air Assembly & Solenoids –Pneumatic assembly for activating pneumatic parts automatically and
manually
Power and circuitry box (WSB Models MB, 100, 200, 400) –Central box for power and support
circuitry. Models 900, 1800, 2400, 3000 (3-phase models) have a standalone power and relay box.
11. Cleaning Airline –Airline for quick and easy cleaning of blender during materials changes
12. Load Cells –Load Cells monitor continuously the weight in the Weigh Bin
13. Load Cell Bracket –Load Cell Bracket for mounting Weigh Bin onto the Load Cells
14. Safety Interlock –Pneumatic and Electrical Safety interlock –stops blender operating if door is opened
15. Weigh Bin –Weigh Bin holds materials as materials are dispensed during a batch and weighed
16. Dump Valve –Pneumatic Valve and Flap to release materials from Weigh Bin when a cycle is complete
17. Mix Chamber –Area where materials are blended together after being weighed
18. Mix Blades –Removable Mix Blades to fold the materials together to achieve an effective blend
19. Level Sensor –Sensor to monitor material level in the Mix Chamber, pauses blender when covered and
mix chamber is full, once uncovered signals Controller to begin a new batch of material.
20. Mix Chamber Insert –Stainless Steel removable insert to assist in quick materials cleaning and
changes
21. Mix Motor –Electric Motor to drive Mix Blades –Note on WSB MB and WSB 100 Series blenders this
motor is a pneumatic Mix Motor.
22. Flow Control Valve –(Optional) –Additional pneumatic slide gate with finger guards to be used when
blender is not mounted directly on the throat of a machine but instead a stand or surge hopper. The Flow
Control Valve ensures material remains inside the Mix Chamber long enough to be mixed efficiently.
Automatically controlled by the blender Controller.

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Setup and Installation
Operating Conditions
Operating Temperature Range: 5°C - 90°C (41°F - 194°F)
Maximum Allowable Humidity: 80% @ 50°C (122°F)
Maximum Altitude: 2500m (8200 ft.)
Blender Assembly and Installation Instructions
Lifting Requirements
CAUTION: LOAD CELLS ARE EASILY DAMAGED. Always handle the blender with care.
To avoid shock damage to load cells avoid hard impact with floor or equipment. Warranty
coverage does not cover damaged load cells due to mishandling.
CAUTION: Weigh Scale Blenders can be top-heavy. Always lift using attach points mounted to
the top of the frame of the blender. Do not lift from the hoppers or hopper extensions. Never use
the air cylinders as lifting points or handles as damage to air cylinders may occur. Eyebolts can
be temporarily installed on the top of the blender frame as a lifting point. Model 3000 blenders
must be lifted from eyebolts installed on the top of the feeder frame. Install at least two eyebolts
on opposite sides of the blender frame. When installing eyebolts, if an unused bolt hole is not
available, a hopper bolt can be temporarily removed and replaced with a ½” eyebolt for lifting
purposes. Optional Lifting Hangers are available from Maguire Products to allow lifting the
blender with a strap or chain. Weight and dimensions of each model is listed on page: 126.
Mounting the Blender
The machine and all supporting equipment must be
securely anchored in position prior to operational use.
1A. Machine Mounted:
For WSB MB, 100, 200, and 400 series models:
Two ways to do this are suggested ON THE NEXT PAGE:
The LEFT diagram shows the FRAME and SLIDE GATE both drilled with the proper bolt pattern for your
machine and THROUGH BOLTED to your press.
The RIGHT diagram shows only the 10 x 10 steel slide-gate plate drilled for your bolt pattern and bolted to
your press. The FRAME is then bolted to it using the existing 8 x 8 inch bolt pattern holes and bolts
provided. With this method, bolt head clearance holes are required in the poly-pro slide gate plate. This
mounting works well on smaller machines.
For WSB 900 and 1800 series models:
An additional machine mount adaptor plate may be required. If you have ANY DOUBT about the
STABILITY of the unit when bolted directly to your machine throat, please call us for advice.
NOTE: When choosing proper orientation, be sure to retain access to the
controller and weigh chamber, clearance for hinged doors, and access to
removable feeder hoppers.

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1B. Stand Mounted:
If you are mounting the blender on a
stand, your unit will bolt directly to the
stand.
An air operated FLOW CONTROL
ASSEMBLY (FCA) is provided for
dispensing into a container.
The purpose of the FCA is to allow
time for mixing to occur after each
dispense. This flow valve keeps the
mix chamber full to just below the
sensor.
The FCA assembly bolts directly to
the bottom of the Weigh Scale
Blender frame.
2. Slide the WEIGH BIN into position. It rests behind the clear-hinged access window.
On models 100, 200, and 400 install weigh bin with the air cylinder to the left. On
models 900, 1800, 2400 and 3000 install weigh bin with the air cylinder towards you.
On Micro Blenders, install the weigh bin with the load cell hanger to the left. If bin is
already in place, remove any shipping materials, packing tape or string.
3. Hang the Color and Additive Feeders: (Optional)
a. Lift side latches and fully extend slide assembly. Remove the hopper. Leave slide
extended.
b. Tilting the entire slide assembly, motor end up, insert one corner of hanger cross bar behind
frame corner post.
c. Rotate assembly into place so both ends of cross bar are behind corner posts.
d. Lower into place, bottom edge resting on frame and cross bar properly positioned behind
corner posts.
e. Re-install hopper. Slide motor forward until latches engage.
4. Place the controller on the support tray and plug in all cords:
a. Air solenoid 17 pin plug into the matching receptacle.
b. Auger feeder drive motors into duplex receptacle.
c. Mixer motor into right side of controller.
d. Sensor cord plug into front side of controller.
e. Load Cell plug into port on left side of controller.

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5. Plug the CONTROLLER into the receptacle located under the controller tray.
IMPORTANT: Do NOT plug the controller into a separate power source.
The controller ground path MUST be the same as the blender frame
ground path. If your system has the controller located in a remote
location, MAKE CERTAIN that the power to the controller comes from
the receptacle mounted on the Blender frame.
6. Power Requirements:
WSB Model
Voltage (60 hz)
FLA
Voltage (50 hz)
FLA
MB
110/1/60
2.0
230/1/50
1.0
100/200/400
110/1/60
5.0
230/1/50
2.5
900/1200
110/1/60 (Controller)
4.0
400/3/50+N+PE
2.5
240/3/60 (Mix)
2.0
110/1/60 (Controller)
4.0
480/3/60 (Mix)
1.0
1800
110/1/60 (Controller)
4.0
400/3/50+N+PE
2.5
240/3/60 (Mix)
4.0
110/1/60 (Controller)
4.0
480/3/60 (Mix)
2.0
2400/3000
110/1/60 (Controller)
4.0
400/3/50+N+PE
4.0
240/3/60 (Mix)
3.2
110/1/60 (Controller)
4.0
480/3/60 (Mix)
1.6
Secure voltage supply cable per the requirements of EN 60204-1, Clause 13.4.2.
7. Connect Compressed Air to the unit. About 5.5 bar (80 psi) is recommended for
most models. 4.1 bar (60 psi) is recommended for: Micro Blender, 140R, 240R and
440R). Do not supply with lubricated air. Air provided to the blender should be clean
and dry. The coalescing filter is a final attempt to dry the air to protect the valves from
moisture contamination.
NOTE: Micro Blenders should be set to 4.1 bar (60 psi). The Vertical
Valves used in removable hoppers on Micro Blenders are more
accurate at the lower 4.1 bar (60 psi) pressure setting.
8. Upon completion of setup, an on-site safety inspection should be conducted to assess
for any additional safety hazards, before allowing the equipment to be handing off to the
machine operators.

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"Vacuum Takeoff Assmbly"
With Optional VTA
WSB STANDS
37-1/4 [946]
51-1/4 [1302]
Barrel VTA WSB 100/200/400
10-1/8 [257]
ABD
C
25-7/8 [657]
36 [914]
39-7/8 [1012]
8-1/8 [206]
EF
Gaylord WSB 900/1800
51-7/8 [1318]
63-1/4 [1607] 56 [1422]
VTA Barrel Gaylord
36 [914] 8 [203]
8 [203]
43-1/4 [1099] 69-1/4 [1759] 57-1/4 [1454]
16-1/8 [410] 36 [914]
56 [1422]
36 [914]
15 [381] 15 [381] 15 [381]
STAND DIMENSIONS
NOTE:
WSB 100/200/400 VTA Stand shown to scale.
10-1/8 [257] 10-1/8 [257]
8 [203]
8-1/8 [206] 8-1/8 [206]
14-1/8 [359] 14-1/8 [359] 14-1/8 [359]
51-7/8 [1318] 39-7/8 [1012]
25-7/8 [657]
16-1/8 [410] 16-1/8 [410]

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Wiring Considerations
The wiring of your blender is very important to its proper operation. Electronics are very
susceptible to voltage spikes, static discharges and electromagnetic fields, all of which are very
common in plastics factories. To MINIMIZE these things, consider the following.
➢The power supply should be a reliable, steady supply, not limited by a "just adequate"
control transformer. A source of voltage that comes from a large transformer that supplies
a large portion of the plant is better than a small power supply transformer that is intended
to supply only this device. Power supplies, even though they may be "isolation"
transformers, will still pass all voltage spikes right through. Their small size limits their
ability to dampen RF (Radio Frequency) noise that is often induced into the system from
outside sources. This proves worse than connection to larger central transformers.
➢Avoid running the power supply line next to any high voltage power lines. An unshielded
power supply in a raceway next to other heavy power lines will pick up induced RF noise
and transfer it into the WSB steel enclosure potentially causing interference.
➢Long extension cords should be avoided. They also reduce the ability to provide a
dampening effect on spikes and static. The further the equipment is from a substantial
power source, the more susceptible it is to spikes.
➢The CONTROLLER and the WSB frame MUST share the same GROUND PATH. This is
why you MUST plug the controller into the OUTLET that is provided ON THE FRAME.
➢REMOTE SYSTEMS. If you have your controller mounted in a remote location, you will
have a number of power and signal cords running between the frame and the controller.
Remote touchscreens will have a single cable running back to the blender. BE SURE that
the LOW VOLTAGE lines are NOT BUNDLED to the HIGH VOLTAGE lines and keep them
away from other nearby electrical lines.
LOW VOLTAGE lines are: Load Cell cable, Level Sensor cord,
Air Solenoid cable, and Printer and communication cables.
HIGH VOLTAGE lines are: Mixer motor cable, Feeder motors,
and MAIN POWER line.
Keep these sets of cables SEPARATED.
➢VACUUM LOADER CONVEYING LINES. Keep them away from all electrical lines,
particularly the Load Cell lines. Conveying plastic produces extreme static sources. A
power supply line, even in conduit, that runs next to a vacuum line, can introduce extreme
static pulses into the processor. Keep conveying lines SEPARATED from electrical supply
lines.
➢We use many internal tooth "STAR" washers in assembling the WSB to ensure good
ground between painted parts. Do not remove them.

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Model Selection
Controllers are programmed to control all sizes of Weigh Scale Blenders. The MODEL number
that your unit is set for will be displayed across the status bar of the controller's Home Screen.
All Weigh Scale Blender controllers come from factory pre-configured for the model blender they
are attached to. If a new blender controller is installed on a blender of a different model, the
controller model must be changed to match the blender. There are 9 main model categories,
each with at least one sub model. The exact model of the blender can be found on the red serial
tag attached to the blender frame. When changing the model of the blender controller to match
the blender, use the exact model number as listed on the red serial tag. If the model is unknown
or the tag is missing, please contact Maguire Products Inc.
Blender Model Categories
Batch Weight
(Grams)
Weigh Bin Dimensions (DxWxH, OD)
Load Cell Rating
mm
Inches
Micro Blender (all models)
400
127x127x118
5” x 5” x 4.625”
1 @ 3Kg
140 (all models)
1000
238x242x270
5.437” x 9.5” x 6.687”
1 @ 3Kg
200 (all models)
2000
252x252x178
9.5” x 9.5” x 7”
2 @ 3 Kg
400 (all models)
4000
292x292x254
11.5” x 11.5” x 10”
2 @ 10 Kg
900 (all models)
9000
394x394x302
15.5” x 15.5” x 11.875”
2 @ 10 Kg
1200 (all models)
12000
394x394x378
15.5” x 15.5” x 14.875”
2 @ 20 Kg
1800 (all models)
18000
394x394x429
15.5” x 15.5” x 16.875”
2 @ 20 Kg
2400 (all models)
24000
508x540x458
20” x 21.25” x 18”
2 @ 20 Kg
3000 (all models)
30000
537x537x753
21.125” x 21.125” x 29.625”
2 @ 20 Kg

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Change the model of the blender controller:
WARNING: Changing Model will set all
parameters and settings to factory defaults.
Changing the model will reset the controller's blender configuration settings and parameters to
the defaults for the selected model. System configuration and preferences will be retained
through a model change.
Press
Display will show the password keypad screen.
Press
9, 7, 5, 3, 1
then, press
Display will show the Model Selection Screen displaying the
Current Model and the model selection list.
Select
The model series
of your blender.
Models are divided into 8 categories.
Read the red serial tag attached to the blender frame.
Select
The series sub-
model of your
blender.
The Current Model will display in the upper left.
The New Model will display in the upper right.
Press
To set the new model selection.
The controller will reboot loading factory default configurations for the new model selection.

20
Touchscreen Controller Parts Key
1. Alarm Strobe Light
2. Main Power Switch
3. Touchscreen
4. Amphenol Connector
5. USB Port
6. Feeder Output
7. Fuse (3 amp)
8. Feeder Output
9. Mix Motor
10.Fuse (3 amp)
11.Level Sensor Connector
12.Audio Beeper
13.Ethernet Communication Port
14.Flex-Lite
15.Serial Communication Port
16.Load Cell Connector
17.Controller Tray (Affixed to WSB)
18.Detachable Remote Touchscreen
Maguire Touchscreen Retrofit Controllers
The Maguire Touchscreen Controller is designed to retrofit onto older Maguire Weigh Scale
Blenders. The Maguire Touchscreen Controller has all of the features of the earlier 6811 (red
display) and 12-12 (blue display) controllers and easily installs on all existing Weigh Scale
Blenders. Retrofitting an earlier Maguire Weigh Scale controller requires setting the model to
match the blender hardware and setting the components to match the hopper configuration.
Touchscreen Remote Mount Option
The Weigh Scale Blender Touchscreen can be remote mounted using Remote Mount Base Kit
equipped with a length of cable, part#: AEK-T4088-xx (xx is the cable length: 01=10ft, 02=20ft,
03=30ft, etc up to 10=100ft). Remote mount instructions:
Remote Mount Base Kit
Part#: AEK-T4088-xx
Remove Allen bolt from
base of controller.
Hang controller on Remote
Mount Base and secure
Allen bolt to controller.
Secure Remote Mount
Base cable to Blender
Controller.