Elliott 99400 Series Manual

For 3/4” – 3” (19.1mm – 76.2mm) Tube O.D.
www.elliott-tool.com
Tube & Pipe Cleaners Tube Testers Tube Plugs Tube Removal Tube Installation
99400 Series Electric Rolling Motor
Operating and Maintenance Instructions
Read these instructions before using this tool.

99400 Series 3
Table of Contents
Introduction .......................................................................................................... 4
Safety Instructions................................................................................................ 5
Setup .................................................................................................................... 7
Troubleshooting Electric Rolling Motors............................................................... 8
Care & Maintenance............................................................................................. 9
Brush Replacement............................................................................................ 10
99400 Series Parts Diagram............................................................................... 11
99400 Series Parts List ...................................................................................... 12
Technical Information ......................................................................................... 13

4 99400 Series
Introduction
Thank you for purchasing this Elliott product. More than 100 years of experience have been employed in
the design and manufacture of this tool, representing the highest standard of quality, value and durability.
Elliott tools have proven themselves in thousands of hours of trouble free eld operation.
If this is your rst Elliott purchase, welcome to our company; our products are our ambassadors. If this is
a repeat purchase, you can rest assured that the same value you have received in the past will continue
with all of your purchases, now and in the future.
The Elliott 99400 Series Electric Rolling Motor may be used with or without the Elliott Model ELC110220
Electronic Torque Controller to expand tubes in the following types of equipment:
Boilers
Heat Exchangers
Condensers
Chillers
Evaporators
Air Conditioners
If you have any questions regarding this product, manual or operating instructions,
please call Elliott at [phone] toll free (USA only) or [phone], or fax us at [phone]
for immediate service.

99400 Series 5
Safety Instructions
1. Read all safety and operating instructions contained in this manual prior to use of the tool. Failure
to follow all instructions listed below may result in electrical shock, re and/or serious injury.
2. Do not operate this tool while under the inuence of drugs or alcohol.
3. Do not operate this tool in an explosive atmosphere, such as in the presence of ammable liq-
uids, gases or dust.
4. Check the motor, cable and plug prior to every use of the tool. Repair or replace any defective
parts prior to use of the tool.
5. Do not use motor in wet conditions.
6. Use only extension cords and plugs approved for outdoor use when working outdoors.
7. Use appropriate safety equipment (i.e. safety glasses, ear plugs, dust masks, etc.) when using
this tool.
8. Ensure that long hair or loose tting clothes are secure prior to use of the tool.
9. Do not use motor without the Rapid Hawk.
10. Never apply the motor to an unsecured work piece.
11. Power cable should be located to the rear of the motor during operation, away from the rotating
spindle.
12. Stay clear of any objects that may interfere with the operator’s ability to maintain control of the
motor as it reaches maximum torque.
13. Always disconnect the motor from the power source prior to performing any maintenance or
repairs.
Protection
To avoid damage to the tool and/or possible injury to the operator:
Do not continue to run the motor after the motor has reached its maximum torque.
Do not operate the motor beyond the maximum amperage rating shown on the name plate.
Use only original replacement parts from the motor manufacturer.

6 99400 Series

99400 Series 7
Setup
Speed Selection
DO NOT ATTEMPT TO CHANGE THE SPEED WHILE THE MOTOR IS RUNNING!
This motor is equipped with a mechanical four-speed gearbox. To select high speed, turn both dials
to the position indicated with a single dot. To select low speed, turn both dials to the position indicat-
ed with 2 dots. If the dial will not turn completely, rotate the spindle slightly by hand while still turning
the dial until the gearbox engages and the dial turns the full distance.
Operating this motor in the high speed selection will yield faster RPMs for higher productivity and less
torque than the low speed selection.
If the motor is running in the high speed selection and the torque controller is set at it’s highest limit
setting and the tubes are being under-expanded, switch the motor to the low speed selection and
rerun the torque controller setup. For increased productivity and to keep the motor cool, a higher RPM
setting is recommended.
Connect to Torque Controller
Reference ELC Setup information in TM-71.
To get full use of the torque shut-off feature, this motor must be used with the Elliott Model
ELC110220 Electronic Torque Controller. Connect the power cord on the motor to one end of the
included adapter cord and then connect the 7-pin connector on the adapter cord to the torque con-
troller receptacle. The controller will automatically detect that the motor is 220V. (Note: The operat-
ing voltage must correspond with the voltage indicated on the motor’s name plate. 99400-220 motors
designed for 220V can be used with 240V as well.
Be sure to familiarize yourself with the ELC110220 Operating and Maintenance Instructions (TM-71).
Handle
To rotate the handle:
1. Disconnect motor from any power source.
2. Remove carbon brushes (reference pg. 10 “Brush Replacement”).
3. Remove (4) front screws (Item 23).
4. DO NOT separate the gearbox (Item 70) from the gearbox plate (Item 18). Doing this may
void the warranty.
5. Separate gearbox plate (Item 18) from motor housing (Item 12) by no more than what is needed
for rotation (approximately 0.25”).
6. Rotate the handle to desired position.
7. Replace (4) front screws to secure the gearbox plate to the motor housing.
8. Replace carbon brushes (reference pg. 10 “Brush Replacement”).
NOTICE
NOTICE: Before rotating the handle, read all
documentation below. Failure to do so may
result in actions that void the warranty. .

8 99400 Series
Troubleshooting Electric Rolling Motors
Symptom Possible Causes Solution
Motor won’t run.
Loose plug connections. Ensure all plug connections are secure.
Motor voltage doesn’t match power source
voltage.
Ensure that motor voltage matches the volt-
age of the power source.
Torque controller is in “Auto” or “Assisted”
mode & is waiting for additional input.
Check the torque controller dialog
screen & enter info required.
Motor will not shut off at
controller setting.
Limit setting on the torque controller is set
too high. Recalculate or reduce limit setting.
Torque required exceeds motor capacity. Set motor speed (if 2 or 4-speed) to lower
speed or switch to larger motor.
Motor set at low speed setting
(2-or 4 speed motors only). Set motor to high speed setting.
Motor is too large for application. Switch to a smaller motor.
Trigger switch needs repair. Replace the trigger switch.
Motor needs assessed by repair specialist. Have the motor serviced by an
authorized repair specialist.
Motor runs hot.
Motor is operating at high temperatures and
is hot to the touch.
Run the motor outside of the tube in free
speed for 3 to 5 minutes to increase motor
air ow and decrease motor temperature.
Ensure the air vents on the motor cap are
rotated to the 12 o’clock and 6 o’clock
positions.
Motor is operating at or above
its max. amperage rating.
Set motor speed (if 2-or 4 speed) to lower
gear or switch to larger motor.
Ambient temperature are high. See Care & Maintenance on page 9.
Air supply is being obstructed.
Check motor’s air vents for debris
or obstruction.
Ensure operator is not obstructing vents
with hand during operation.
Motor needs assessed by repair specialist. Have the motor serviced by an authorized
repair specialist.
Motor will not
auto-reverse.
Loose plug connection. Ensure plug connection to torque controller
is secure.
Motor is not auto-reversible Motor must be manually reversed.
Motor is losing power.
Carbon brushes need replaced. Replace brushes. See “Brush Replace-
ment” on page 10.
Proper amperage is not reaching motor. Ensure power cord is proper length and
gauge.

99400 Series 9
Care & Maintenance
Environments with high ambient temperatures require closer attention to care and use. In order to
achieve optimal motor performance consider the following:
• Clean Power–The use of a reliable, consistent power supply will help minimize voltage uctuations
that can be harmful to the motor.
• Ambient Temperature–As the ambient temperature rises, so does the need for cooling. When used
in high ambient temperature conditions, operators should run the motor under no load for 10 to 15
seconds periodically during the shift to enable ambient air to pass through the motor and cool the
internal parts. Frequency and duration of cooling periods are dependent on the ambient tempera-
ture. If using in conjunction with Elliott ELC110220, this practice will not adversely affect the perfor-
mance of the controller. If the motor becomes hot to the touch, run the motor outside of the tube in
free speed for 3 to 5 minutes to increase motor air ow and decrease motor temperature.
• Cooling Motors–In the event that conditions are so extreme that the cooling recommendation above
is not sufcient, operators should consider implementing a multiple motor system where motors
are run for a short period of time then allowed to rest while a secondary motor is put into service.
Alternating motors in this manner will allow the motor to cool and avoid damage due to overheating.
• Internal Operation Temperature–The operating temperature of the internal components must not
reach 284 degrees Fahrenheit (140 degrees Celsius).
To ensure years of reliable operation, follow these simple care and maintenance suggestions:
• Keep the motor clean and free of dirt and other contaminants.
• Do not allow contaminants inside the motor housing. Clean debris out of air vents using com-
pressed air on a daily basis.
• As a best practice the brushes should be inspected approximately every 1,000 expansions. Check
for different wear patterns or wear rates between the brushes, or severe breakdown of edges of
the brush where it contacts the commutator. It is normal for the outside of the motor to get warm
in a few minutes under typical usage. However, if the motor shows any signs of the temperature
continuing to rise in particular too hot to touch, see “Ambient Temperature” above and replace the
brushes. In each of these cases it is important to replace the brushes, they should not be reworked.
When the brush lengths are .25” (6.35mm) or less, brushes need to be replaced. (Typically after 100
hours of use). Brushes should be replaced by a maintenance technician. They must be run in by a
20 minute idle run of the tool. Also, the condition of the commutator must be checked. In case of ir-
regular coloring of the individual blades and surface crashes, send the tool to an authorized service
center.
Environmental Protection
Raw Material Recycling instead of Waste Disposal
The components that make up this tool, as well as its packaging, are made of recyclable materials and
should be disposed of in accordance with local rules and regulations.

10 99400 Series
Brush Replacement
When To Replace The Carbon Brushes:
When the brush lengths are .25” (6.35mm) or less, brushes need to be replaced. Brushes are eld-
serviceable components and should be replaced by a maintenance technician.
1. Disconnect motor from any power source.
2. Remove (4) back screws (Item 18) & remove motor cap (Item 17).
3. Lift up the at spring to remove the carbon brush (Item 7) from the brush holder (Item 5).
4. Remove the screw & lock washer holding the wire terminal attached to the carbon brush & de-
tach the carbon brush from the holder.
5. Attach the wire terminal of the new carbon brush with the screw & lock washer. (IMPORTANT:
Ensure that the wire lead on the carbon brush terminal is under the contact washer).
6. Lift up the at spring & insert the new carbon brush into the brush holder & release the at spring
to hold the carbon brush in place.
7. Repeat steps 2 thru 5 for replacing the carbon brush on the other side of the rotor complete
(Item 1).
8. Replace motor cap (Item 17) and (4) back screws (Item 18). Be sure the air vents are located at
the 12 o’clock and 6 o’clock positions (Exception: If handle is installed at the 6 o’clock position,
then air vents will be located at the 3 o’clock and 9 o’clock positions.)
NOTICE
NOTICE: Always remove carbon brushes before
changing the handle position.

99400 Series 11
99400 Series Parts Diagram

12 99400 Series
99400 Series Parts List
!
!
!
!
!
!
!
!
Nr. Description Part Number
QT
Y
Nr
. Description Part Number QTY
!
!
1 Rotor Assembly 40-74643100 1 42 Coupling half 40-71540560 1
!
2
Deep Groove Ball Bearings
6000 2Z 40-80410021 1 43
Cup Spring
28/12,2x1 40-80200713 4
!
3 Seal10x14x1 40-83000507 1 44 Shim 12/18x0,5 40-80200503 1
!
4 Magnetic Disk Assembly 40-7633J325 1 45 Shim 12/18x0,2 40-80200502 1
!
5 Bearing Cap 40-83000031 1 46 Lock Washer9 40-80201361 1
!
6
Carbon Brush Holder
Assembly 40-80201199 2 47 Intermediate Shaft 2 40-74641500 1
!
7 Carbon Brush Pair 40-80700021-2 1 48
Keyway
A5x5x40 40-80200612 1
!
8 Suppression Capacitor 40-80500010 1 49 Pressure Washer 1 40-71540607 1
!
9
Corrugated Spring
WasherB4 40-80201385 4 50 Cluster Gear 1 40-74641440 1
!
10 Self-Tapping Screw ZM4x12 40-80201180 4 51 Intermediate Shaft 3 40-74641510 1
!
11 PCB/Circuit Board 40-74522280 1 52 Keyway 6x6x50 40-80200610 1
!
12 Motor Housing 40-7455K201 1 53 Cluster Gear 2 40-74641450 1
!
13 Self-tapping Screw HC 4.2 x 9.5 40-80201269 2 54 Shaft Seal30x42x7 40-83000071 1
!
14 Motor Housing Cap 40-80900082 1 55
Deep Groove Ball
Bearing 6005 2RS 40-80410061 1
!
15
Tapping Screw
HC4,8x45 40-80201267 4 56 Shim 25x0,1 40-80200512 1
!
16 Air Guide Assembly 40-73511141 1 57 Spindle Wheel 40-74554430 1
!
17 Stator Complete 40-74643150 1 58 Snap Ring 24/1,2 40-80201326 1
!
18 Gearbox Bearing Plate, Green 40-7455U610 1 59 Pressure Washer 2 40-71540606 1
!
19 Switch Braid 40-74555180 2 60 O-Ring 106x2 40-83000092 1
!
20
Deep Groove Ball
Bearings6201 LUZ 40-80410101 1 61
Needle SleeveHK
1212 40-80420130 1
!
21 Snap Ring 32/1,2 40-80201351 1 62 Selector, Long 40-71641545 1
!
22 Shaft Seal 15x21x3 KEIV 40-83000042 1 63 Switching Pin, Long 40-71641542 1
!
23
Tapping Screw HC
5,5x80 40-80201227 4 64 Seeger Snap-Ring SB42 40-80201355 2
!
24 Snap Ring 12/1 40-80201321 1 65 Selector 40-71641540 2
!
25 Bearing Ring 40-80420160 1 66 Selector, Short 40-71641535 1
!
26 Spring Plunger 40-85000157 2 67 Filler 40-80600306 1
!
27 O-Ring 36x1,5 40-83000022 2 68
Grooved Dowel
Pin 5x16 40-80200580 1
!
28 Switching Pin, Short 40-71641532 1 69 Control Wire 40-77314187 1
!
29
Needle Bearing
RNA 4900 40-80420001 1 70 Gearbox, Black 40-7455U400 1
!
30 Needle Bearing Washer 40-71540517 1 71 Carbon Holder Braid 1 40-74555181 1
!
31 Working Spindle 40-7455U420 1 72 Carbon Holder Braid 2 40-74555182 1
!
32 Keyway B6x6x20 40-80200606 1 Side Handle (Not Illustrated) 40-715272601
!
33 Snap Ring 55/2 40-80201338 1 Butt Splice (Not Illustrated) 40-7227K23 1
!
34 Groove Ball Bearing Disk 40-71540426 1
!
35
Deep Groove Ball
Bearing 6006 2RS 40-80410071 1
Locking Flange (Not Illustrated)
40-71540330 1
!
36
Deep Groove Ball
Bearing 6000 40-80410020 2
4.2 X 16 Screw (Not
Illustrated) 40-80201271 2
!
37
Needle SleeveHK
0810 40-80420110 2 78 Reversing Switch 40-80600103 1
!
38 Clutch Assembly 40-74643493 1
14 GA. Red Wire
(Not Illustrated) 07131-6 8”
!
39 Intermediate Shaft 1 40-74641490 1 80 Interconnecting Wire 40-80600243 2
!
40 Key 5x5x10 40-80200600 1 81 Lead 40-7455K340 1
!
41 Clutch 40-74326550 1 Spacer (Not Illustrated) 99400-220S 1
!

99400 Series 13
Technical Information
Rated Voltage: 220V / 240V (99400-220)
Rated Power Input (Watts): 2300
Frequency: 40 – 60 Hz
Max. Amperage: 20A (220V)
ELC110220 Limit Setting: 500 (220V)
Free Speed (No Load): 80 (1st Gear) / 130 (2nd Gear) / 360 (3rd Gear) / 570 (4th Gear)
Max. Torque (Ft.-Lbs. / N*m): 60 / 81.3 @ 500 RPM (High Gear)
203 / 275.2 @ 80 RPM (Low Gear)
All rights of changes due to technical development reserved.
Dimensions:
Length (Inches / mm): 21 / 533.4
Width (Inches / mm): 5.5 / 139.7
Height (Inches / mm): 14 / 355.6
Weight (Lbs. / Kg): 19.5 / 8.8
Noise Emission:
Noise emission gures are based on DIN 45 649, part 2, DIN 45 635, part 21, and DIN EN 27 574 (ISO
7574).
- noise level (LWAc) (115+3) dB re 1 pW
working place-related emission gure (LpA) 105 dB per DIN 45635 – 21 – KL 2
- noise level (LWA) 107 dB re 1 pW
working place-related emission gure (LpA, cyc) 100 dB per DIN 45635.

Elliott Tool Technologies, Ltd.
1760 Tuttle Avenue
Dayton, Ohio 45403-3428
Phone: [phone] • [phone]
Fax: [phone]
www.elliott-tool.com
Printed in the USA
© 01/2017 Elliott Tool Technologies, Ltd.
TM-118
Elliott Tool offers a complete line of precision
tube tools to meet your needs. Contact us or
your local support.
Contact Us
www.elliott-tool.com/support
Locally Supported By: