DIVERSITECH TYPHOON WX Series Manual

1
Visit our Website for more information on this product
www.diversitech.ca
1200 55th Avenue, Montreal, Quebec H8T 3J8
Tel: [phone] | Fax: [phone] | [email protected]
READ AND SAVE THESE INSTRUCTIONS
WX 1200
WX 5000
WX 3000
WX 6500
Operation & Maintenance Manual
TYPHOON WX SERIES OF WET DUST COLLECTORS

Table of Contents
SECTION 1 – SAFETY PRECAUTIONS OF FUME & DUST EXTRACTION/COLLECTION ................................................................................................................................................3
1.1 Symbols ..........................................................................................................................................................................................................................................................................................3
1.2 User Responsibility ..................................................................................................................................................................................................................................................................3
1.3 Dust Collection Hazards ....................................................................................................................................................................................................................3
SECTION 2 – SPECIFICATIONS ..................................................................................................................................................................................................................................................................................4
2.1 Diagram & Description ...............................................................................................................................................................................................................................................................................................4
2.2 Specifications ...........................................................................................................................................................................................................................................................................................................4
2.3 Dimensions ...............................................................................................................................................................................................................................................................................................................4
2.4 Dimensions with optional DowndraftTable ..........................................................................................................................................................................................................................................5
SECTION 3 – SETUP / INSTALLATION .................................................................................................................................................................................................................................................................6
3.1 To Setup or Install Safely ..................................................................................................................................................................................................................................................................................6
3.2 Un-Packaging ..........................................................................................................................................................................................................................................................................................................6
3.3 Selecting a Location ...........................................................................................................................................................................................................................................................................................6
3.4 Installation ...................................................................................................................................................................................................................................................................................................................6
3.5 Preparing Unit for Operation ..........................................................................................................................................................................................................................................................................8
SECTION 4 – OPERATION .............................................................................................................................................................................................................................................................................................9
4.1 To Operate Safely .................................................................................................................................................................................................................................................................................................9
4.2 Controls .......................................................................................................................................................................................................................................................................................................................9
4.3 Principles of Operation ...................................................................................................................................................................................................................................................................................10
Control System Explained ....................................................................................................................................................................................................................................................................................10
Water Level Monotoring ........................................................................................................................................................................................................................................................................................10
Alarms ................................................................................................................................................................................................................................................................................................................................11
Level Set Point ..............................................................................................................................................................................................................................................................................................................11
SECTION 5 – MAINTENANCE & TROUBLESHOOTING ........................................................................................................................................................................................................................12
5.1 To Maintain this Product Safely ................................................................................................................................................................................................................................................................12
5.2 Tools Required ....................................................................................................................................................................................................................................................................................................12
5.3 Routine Maintenance Schedule ...............................................................................................................................................................................................................................................................13
5.4 Troubleshooting Procedure ........................................................................................................................................................................................................................................................................14
APPENDIX 1A – ELECTRICAL DIAGRAM MANUAL-WATER LEVEL ...........................................................................................................................................................................................15
APPENDIX 1B – SETTING THE SENSING WINDOW ................................................................................................................................................................................................................................16
APPENDIX 2 – HEPA FILTER, TEMPERATURE SENSORS, AND EXHAUST FAN OPERATION ...............................................................................................................................17
APPENDIX 3 – MAINTENANCE RECORD .......................................................................................................................................................................................................................................................18
NOTES ........................................................................................................................................................................................................................................................................................................................................19
Limited Equipment Warranty ..................................................................................................................................................................................................................................................................Back Cover
Freight Claims ...................................................................................................................................................................................................................................................................................................Back Cover
Return Material Policy ..................................................................................................................................................................................................................................................................................Back Cover
Revised February 2019 [E N]

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SECTION 1 - SAFETY PRECAUTIONS OF FUME & DUST EXTRACTION/COLLECTION
This manual contains specific cautionary statements related to worker safety. To protect yourself and
others, read this manual thoroughly and follow as directed before use. Not all hazards of fume & dust
control are listed in this manual, and no hazards related to welding, cutting, grinding, painting, deburring
or other applications are listed. Consult a qualified safety professional.
READ
BEFORE
USE
Do not use this equipment:
• To collect smoke, fumes, liquid vapors, or aggressive fumes such as acids.
• If the power cord has been damaged or ground (third prong) removed.
• Without the proper water level in the basin.
DO
NOT
USE
1.1 Symbols
This manual uses several
symbols to highlight specific
hazards. Be familiar with
these symbols and when
you see them in this manual,
read adjoining warning
text to avoid the hazard.
1.2 Users Responsability
• Improper use can be hazardous.
• It is your responsibility to follow all applicable ANSI, OSHA, UL, CSA, National & Local Fire Codes, and other
regulatory guidelines covering the safe use of equipment that extracts fumes, collects dusts, and exhausts
filtered air either indoors or outdoors.
• Before use, inspect the unit for damage and verify it is working properly.
• Only qualified persons should install, operate, maintain, or repair this unit.
• Do not modify or repair the unit with parts or accessories not supplied by the manufacturer.
• Consult filter manufacturer’s instructions for filter use and reuse, including instructions for cleaning.
1.3 Dust Collection Hazards
• Dusts from many metalwork, woodwork, food production, pharmaceutical, other material processing applications can be combustible.
• Combining dusts from of different materials can introduce additional hazards as chemical reactions can happen in the airstream or in the water
basin. Consult a qualified person before mixing more than one base material in a wet dust collector.
• Do not use or install equipment where any potential for combustible fumes or dusts are present, until a qualified person has indicated it is safe to do so.
• Never use or install equipment where the potential for combustible fumes or dusts are present without a fire/explosion protection system.
• If you are unsure if the product you purchased is correct for your application, call DiversiTech at 1-800-361-3733.
WARNING!
DANGER!
ELECTRIC
SHOCK
MOVING
PARTS
HOT
PARTS

2.2 Specifications
Model
Water
Fill
System
Nominal
Airflow
(CFM)
Tank
Capacity
(Gallons)
Motor
(H.P)
Power Noise
@5ft.
(dB)
Phase
(hz)
@230V
(amps)
@460V
(amps)
@575V
(amps)
WX-1200 auto 1200 16 3.0 3P / 60Hz 9.6 4.8 3.9 74
WX-3000 auto 2000-3500 40 5.0 3P / 60Hz 15.2 7. 6 6.1 78
WX-5000 auto 3000-5000 80 10.0 3P / 60Hz 28.0 14.0 11.0 78
WX-6500 auto 4000-6500 80 15.0 3P / 60Hz 34.0 16.9 14.0 80
1. For 1200, Airflow @ 2” external static pressure.
2. For WX-3000, WX-5000, WX-6500, Airflow @ 2.5” external static pressure.
2.3 Dimensions
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SECTION 2 - SPECIFICATIONS
2.1 Diagram & Description
WX 1200
16 gallon, 1200 CFM
Wet Dust Collector
WX 3000
40 gallon, 3000 CFM
Wet Dust Collector
WX 5000
80 gallon, 5000 CFM
Wet Dust Collector
WX 6500
80 gallon, 6500 CFM
Wet Dust Collector

2.4 Dimensions with optional empty Downdraft Table
Model
Inlet Collar
Diameter
(in.)
Footprint Water
Length
[b]
Height
[C]
Width
[d]
Supply
(in.)
Drain
(in.)
WX-1200 634” 86” 32” 1/2” NP T 1 ½” NPT
WX-3000 10 47” 109” 44” 1/2” NPT 1 ½” NPT
WX-5000 16 61” 117” 57” 1/2” NPT 1 ½” NPT
WX-6500 16 67” 129” 67” 1/2” NPT 1 ½” NPT
1. Water Level is marked on each unit.
Collector
Model
Table
Model
Optimal
Connection
[a]
Footprint Water Water
Level
(in.)
Length
[b]
Height
[C]
Width
[d]
Supply
(in.)
Drain
(in.)
WX-1200 MINI 15” 36” 36” 30” 1/2” NPT 1 ½” NPT ±0.5”
WX-3000 3’x4 15” 48” 36” 42” 1/2” NPT 1 ½” NPT ±0.5”
WX-5000 3’x6 20” 72” 36” 42” 1/2” NPT 1 ½” NPT ±0.5”
WX-6500 3’x8 20” 96” 36” 42” 1/2” NPT 1 ½” NPT ±0.5”
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3.1 To Setup or Install Safely
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3.2 Un-Packaging
3.3 Selecting a Location
3.4 Installation
• Connect water feed as indicated
• Diversitech recommends that the overflow drain be connected to a suitable and approved collection/drainage.
The overflow drain is provided in case the water monitoring system fails.
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SECTION 3 - SETUP / INSTALLATION
1. Immediately upon receiving the unit, carefully examine the carton for damage during transit.
2. Remove packing material.
3. Avoid tipping or inverting during handling.
4. The item serial number, model, and electrical ratings are listed on the nameplate. Record this information in the
Maintenance Record provided in APPENDIX 2: Maintenance Record, or your own preventative maintenance system.
Drain
1 ½” NPT
Water Inlet
½” NPT
• Choose a location where the unit will be used, near the operator.
• Choose a location sufficiently close to a grounded power source.
• Do not place unit near flammables or combustible surface.
• Refer to SECTION 2: Specifications, to know the electrical requirements of the unit you are installing and ensure
adequate input power that is properly sized, rated, and protected.
• This unit must be grounded for safe operation.

• Connect ducts to air inlet, considering:
- Duct diameter, length, and material type will effect performance;
- Use smooth bore ducting wherever possible as flexible ducts can have up to three times more airflow resistance;
- Inlet ducts should be full diameter, and changes in section or size should be gradual;
• Connect power as outlined in APPENDIX 1: Electrical Diagram [230/460/575v] 3-Phase Power.
• Ensure that motor rotation is clockwise when looking top-down from unit.
• For the WX-6500, the motor and the auxiliary vent fan are shipped separately from the main cabinet. Once
reinstalled the electrical connection to the main control box must be made as per the provided wiring diagram
• The scrubber is designed to accommodate an auxiliary vent fan that operates when the scrubber is not in
operation. Its function is to vent the air and gases from the scrubber. The fan should exhaust outdoors. If the
fan is to exhaust indoors it is important to check with local regulations and test the exhaust air as required.
• Ensure that the backdraft damper is installed on the vent fan.
• The scrubbers are all designed to be operated with exhaust silencers. The silencer(s) are shipped separately
and should be installed on the exhaust collars of the blower housing using self tapping screws.
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Backdraft
Damper
Exhaust
Silencer

• Instructions to install 15HP Blower (Lift truck required to hoist motor)
3.5 Preparing Unit for Operation
1. Unbolt and remove square panel, unbolt and remove blower plate.
2. Inside the blower housing, fasten 2 bolts attaching the scroll to the wet collector.
3. Using the hardware, fasten the cone to the scroll while aligning the cone in the center of the Blower Wheel.
Cone Blower wheel
4. Wire the motor to electrical panel using the existing wiring.
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• Before plugging unit in to an input power source, look at the manufacturer’s label located on the exterior of
the unit and ensure the source is correctly sized in terms of Voltage and Amperes.
• Prior to use in your application, turn the unit ON, and perform a function test. To do so:
1. Turn switch to ON position for a few seconds to check that the motor rotation is correct by looking down
the back of the motor and checking that the motor fan turns in the direction of the arrow. Optionally a
current measurement can be done to ensure that the motor is not drawing excessive current (a sign of
reverse rotation)
2. LISTEN: Does the motor and suction sound smooth and within expected volumes.
3. FEEL: Place your hand on top of the unit and sense for unexpected vibration. Place your hand in front of
the intake hood/surface and sense for expected level(s) of suction.
• Inform all potential users of this equipment where they may find and review this manual.
Make sure the
rotation matches
the rotation
stickers
Blower
Housing
Blower Plate
Square
Panel
Bolts

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• Read and understand SECTION 1: Safety Precautions and SECTION 4: Operation before use
• Read and understand all Material Safety Data Sheets and Manufacturer’s instructions of all
process materials, consumables, and equipment used in conjunction with this equipment.
• Keep away from all mechanical moving parts including motor, gears, and other pinch points.
• Do not use product without first confirming if a Spark Arrestor is required and installed for
the type of dust, or fumes you are extracting and/or collection. If you are unsure, call a
Diversitech representative at 1-800-361-3733.
4.1 Operate Safely
4.2 Controls
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SECTION 4 - OPERATION
Fuses
PLC LCD
Display/mes
sage center
Start
Stop
Alarm
Annunciator
Contacter
Overload
Aux Fan Current
monitoring
Pic
DC Power
Supply

4.3 Principles of Operation
This product is designed to capture potentially combustible dust particulate from certain industrial applications using a wet filtration process. When operating,
air and dust is drawn into the table, passes through installed ducts, into the Wet Dust Collector’s filtration system, and then finally exhausted out the top
discharge. The agitation of water creates a humid environment within the collector, trapping the hazardous dusts, which will settle in the bottom of the basin.
This product consists of five basic components:
1. A cabinet for housing all components
2. A motor blower assembly
3. Electrical assemblies
4. Collecting assemblies (filters pad and water)
5. Downdraft table (optional)
During the normal operation of the wet collector, shop air is drawn into the collector. As this air passes through the collector’s water it removes some water
in the form of humidity and over a period of a few hours this results in a drop of the collector water level. The WX-series of collectors rely on a sophisticated
ultrasonic control system to continually monitor water levels and refill automatically the collector on-line. In addition, the controls support
1. High water alarm
2. Low water alarm
3. Blower shut down in case of alarms
4. Interface for Photohelic (Included with HEPA option)
5. Interface for temperature sensors (Included with HEPA option)
6. Interface for auxiliary vent fan
7. Current sensing/alarm for auxiliary vent fan
8. Master / Slave input for scrubber to run when dust producing equipment is “on” (may require additional hardware)
9. PLC LCD display showing water level and alarm conditions
Control System Explained
Water Level Monitoring
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As soon as the start button is pressed, the main motor will start if no alarm conditions are present and will run until an alarm occurs or the stop
button is pressed. If connected, there is also a remote control input on the PLC that can trigger the Star/Stop command. Note, the controls at the
front of the panel will have priority on the machine state for safety reason. (ex. The remote control has started the machine but, if the stop button is
pressed, the machine will stop). Meanwhile, the machine will try to maintain the water level to a set water level while running and while stopped.
When the machine is stopped, an exhaust fan will start running.
As soon as the machine is powered, the water level is monitored through an ultrasonic sensor. The machine is designed to operate at a level set
on the interface by the factory. When the water level reached a certain difference with the set point, the water valve is opened and the machine
begins to fill up. When the water level reaches the set point value, the valve is closed.
A low and high water level has been factory set and the alarms will activate when either of those levels are reached. As a result, the machine will shut
down and won’t restart as long as the alarm condition persists.

!
CAUTION: This should only be done in consultation with an authorized Diversitech
technician! The following steps have been done at the factory and should not need
adjustment
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Alarms
Any alarm condition will be indicated on the user interface and the buzzer on the panel will be heard. When one of these alarms is present, the machine
will lock-down and will not allow to be started:
• Motor Overload: if the main motor overload is tripped. The alarm will remain until the situation is corrected and the over load is manually reset.
• High temperature: if the temperature in the filter units exceed the threshold. The alarm will remain until the situation is corrected.
• Pressure switch (optional): if the pressure in the unit exceed the threshold set on differential unit. The alarm will remain until the situation is corrected.
• Exhaust fan: if the exhaust fan is not detected as running within a certain amount of time once the machine is stopped. The alarm will remain until the
situation is corrected.
• Low level: if the water level reaches the low level set point set from the interface for 5 seconds or more. The alarm will remain until the situation is
corrected.
• High level: if the water level reaches the high level set point set from the interface for 5 seconds or more. The alarm will remain until the situation is
corrected.
Level Set Point:
Initial Set Point Adjustment if the PLC has been factory reset
At the initial star-up, the set point will be at 0.
To set the running water level, the machine has to be powered and “on”. Once on, the button #1 can be pressed to enter the manual set point entry.
Then, use the button #2 and #3 to modify the set point value. If no key is pressed within 5 seconds, the interface will go back to the main screen. The
other way would be to fill the machine to the desired level (start between 7 to 7.5 inches of water) and then press the button #4 for 5 seconds to teach
the set point.
The machine is ready to start.
Since the water level has to be higher while stopped, the running set point has to be set once the water has reached
turbulent levels. To set the “Running Set Point” press button 4 for 5 seconds or until the display shows the current
level=running level. Note the refill sequence has been set to start when the current level is 4 below the running level for at least 30 seconds.
Level alarms:
To set the level upper limit, the button #2 can be pressed. Then, use the button #2 and #3 to modify the set point value. If no key is pressed within 5
seconds, the interface will go back to the main screen.
To set the level lower limit, the button #3 can be pressed. Then, use the button #2 and #3 to modify the set point value. If no key is pressed within 5
seconds, the interface will go back to the main screen.
Initial Sensor Setup

!
SECTION 5 - MAINTENANCE & TROUBLESHOOTING
5.1 To Maintain this Product Safely
!
!
5.2 Tools Required
EYE
PROTECTION RESPIRATOR GLOVES
WASTE
CONTAINER SLUDGE VAC
12
• Read and understand SECTION 1: Safety Precautions and SECTION 4: Operation before maintenance.
• Do not breathe the dust collected from product while changing/cleaning filters or performing maintenance on this
product.
• Disconnect power before performing any maintenance on unit, including filter inspection. The input power to this unit is
high voltage, and touching any live electrical parts can cause fatal shocks or severe burns. Do not touch live electrical parts.
• Keep away from all mechanical moving parts including motor, gears, and other pinch points while operating.
• Operating this unit causes some parts to heat to a point that will burn bare hands. Before maintenance allow parts to
cool, or use proper tools and personal protection equipment during maintenance.

5.3 Routine Maintenance Schedule
• The filter frame must be replaced
so that the cage side is facing
upwards to prevent the media
from being sucked out of the frame
• Inspect the HEPA after filters
and replace if the filters are
saturated
3. Clean the inside of the unit completely from top to bottom, using
wire brush or scraper and a pressure washer to remove all
accumulated sludge and debris
• Remove the inlet duct to clean the inside of the back of the
collector and inspect the inlet ductwork for dust accumulation
4. Drain the dirty water using the optional WV-55 sludge-vacuum to
separate the metal fines from the water, remove sludge on the
bottom of the tank and skim the residual material floating on the
water surface
5. Open the water level control box to inspect
the level probes or ultrasonic sensor and
remove all accumulated particulate
1. Open the knobs or latches on the two
front panels of the wet dust collector
2. Inspect the mist eliminator filters inside the unit for holes or dust
accumulation, replace the media if torn or dirty
• All debris must be
stored in a ventilated
metal drum to prevent
hydrogen gas buildup
• If the collector has the
optional strainer system,
remove the basket and
dump the accumulated
dust, clean out the
basket and replace it.
• Dust needs to be
disposed of according
to local regulation
6. If the level probe is loose, tighten the
terminal screw and ensure the probes are at
the right level and touching each other.
Ensure the probe gasket is cleaned of all
residue
• If the level probes require maintenance
use an abrasive sponge to remove all
accumulated particulate
7. Ensure the passage from the probe housing
to the water basin is free and clear of
debris
8. Once the entire machine has been cleaned
out, re-install the front doors, mist filters,
and probe box assembly
13
Whenever several inches of dust buildup inside the wet collector water tank, it is necessary to remove the material as soon as possible. Depending on
application dust loading, The Wet Collector may needs to be maintained daily.
Cleaning Instructions:

5.4 Troubleshooting Procedure
Motor
Operating
NO INTERMITTENTLY
Perform
Bi Weekly
Maintenance
(Section 5.3)
Turn Unit
On
Motor
Operating
Motor
Operating
Motor
Operating
Check Input
Power
Air Flow
Restricted
Empty excess water
until depth reaches
indicated level
Check input water and
probes. Fill to indicated
level if necessary
CORRECT
Air Flow
Restricted
Air Flow
Restricted
Check/clean pre filters
and ducts between
table and scrubber
Check/clean
scrubber panel
filter
Unit Operates
Properly
Call for Service
1(800)361-3733
[email protected]
Call for Service
1(800)361-3733
[email protected]
Call for Service
1(800)361-3733
[email protected]
YES
YES YES
TOO LOWTOO HIGH
YES
YES
NO
YES
NONO
NO
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[230/460/575V] 3-Phase Power
Disconnect power before performing any maintenance on unit, including filter
inspection. The input power to this unit is high voltage, and touching any live
electrical parts can cause fatal shocks or severe burns. Do not touch live electrical parts.
APPENDIX 1A - ELECTRICAL DIAGRAM MANUAL-WATER LEVEL
15
ELECTRIC
SHOCK
HAZARD

APPENDIX 1B - SETTING THE SENSING WINDOW
Setting the Sensing Window
Note: For manual setup use the external contact in place of button G.
1. Install accessory XXZPB100
2. Remove all objects from the sensor’s field of detection
3. Align the sensor with the object to be detected
4. Push and hold the setup button (G) until the bicolor LED (D) rapidly flashes green
5. Releases the button. The bicolor LED continues to flash green
6. Within 30s, insert an object into position 1, then push and release the setup button. The bicolor LED flashes green, then turns steady amber
The device is set up properly if:
• The LED turns amber when an object is sensed in the window.
• The LED turns green when an is not sensed
To reset the sensor, repeat Step 4.
When setup is complete, disconnect power and remove accessory XXZPB100
Reconnect power to the sensor
16

APPENDIX 2 - HEPA FILTER, TEMPERATURE SENSORS, & EXHAUST FAN OPERATION
17
Exhaust Fan
Exhaust fans are configured to operate the fan only once the main blower is “off”. Once activated the exhaust fan pushes open a damper
and exhaust any air from the collector. To ensure that the fan is safely operating, a current sensor determines if the fan motor is properly operating.
Should the fan stop, an audible and visual alarm will be activated.
HEPA Installation
HEPA installations follow NFPA guidelines, thus temperature sensors are installed on the exhaust side of the HEPA filter. These sensors are set at
approximately 450 degrees Fahrenheit which represents the ignition temperature. In addition a photohelic meter is installed to monitor the differential
pressure between the input of the filter and the output of the filter. Photohelic pressure settings are set at the factory and they represent the “when filter is
new” pressure and the suggested replacement pressure for the HEPA.
Fan
Location
Hepa
Temperature
Sensor
Photohelic

APPENDIX 3 - MAINTENANCE RECORD
18
Diversitech Inc. authorizes this page to be photocopied or otherwise reproduced as needed for management of maintenance records.
MANUFACTURER: DIVERSITECH INC. MODEL N° WET COLLECTOR SERIAL N°
SERVICE LOCATION: CONTROL N°
Date Description of Service Serviced By Location Comments
Only use manufacturer approved replacement parts on this unit.

19
NOTES

Visit our Website for more
information on this product
www.diversitech.ca
1200 55th Avenue
Montreal, Quebec H8T 3J8
Email: [email protected]
LIMITED EQUIPMENT WARRANTY
For a period of 2 years from the date of purchase, all Diversitech
products are warranted to be free from defects in material, workmanship, and construction,
when used in accordance with installation, maintenance instructions, and expressly stated
proper use application(s). Diversitech Inc. will repair or replace, at our option, any defective
parts which fail during the warranty period. This warranty is limited to replacement parts
ONLY, and does not cover personal liability, property loss, normal wear; and does not cover
losses resulting from (or due to) improper installation, inadaqueate maintenance,
misapplication, misuse, or use above rated capacities.
FREIGHT CLAIMS
Shipments must be inspected upon arrival. All Diversitech units are sold ex-plant. Therefore,
it is the receiver’s responsibility to file any freight claims with the carrier for obvious or
concealed damages. Damaged shipments must be refused at time of receipt, by consignee.
RETURN MATERIAL POLICY
Prior to the return of material, for whatever reason, a return manufacturing authorization
number (RMA#) is required from the Diversitech customer service department. This
procedure is necessary for proper control and handling of returned materials. Call
1-800-361-3733 or email [email protected] to obtain an RMA.
All material must be returned prepaid. Credit will be given for returns for warranty repair or
replacement. Freight collect shipments, or freight without an RMA, will not be accepted. It is
the shipper’s responsibility to ensure that material being returned to Diversitech is adequately
packaged for shipment to preclude damages.