A L T R A
I N D U S T R I A L
M O T I O N
Air Motors
The Case for Piston Air Motors The Case for Piston Air Motors Electric motors – the choice is phenomenal. At the heavyweight end of the scale they drive ships. Unbelievably one of the smallest electric motors ever produced operates by shuttling atoms between two metal droplets, one large and one small, residing on the back of a carbon nanotube through which an electric current is transmitted. AC / DC, brush and brushless, servo and stepper; the list goes on. And then there’s how they are powered – from the mains, the sun, battery, clockwork or via generator. With all these options one could easily ask: “Why do we need any other type of motor?” But, there is a motor that has found its niche and continues to grow in popularity. It’s the Air Motor. For applications such as paint-stirring the air motor has become an industry standard and when you consider its credentials it’s easy to understand why. Other markets also understand the benefits of air motors, so under what circumstances would you choose air over electric? The first and obvious answer is when other power sources are not suitable for the application. Hazardous areas are clearly prime sites for air motors as there is no danger of sparks. Of course there are ATEX-rated electric motors available to meet this need but the shielding required makes them expensive. The benefits of Air motors certainly become apparent where harsh duty cycles are involved. Hold a powered AC or DC motor shaft with a brake and it will soon burn out. An Air motor, on the other hand will just stop, and then continue when the brake is released. There is no component to damage, it just stops and starts again with no ill effect. Stepper motors are of course ideal for stop/start applications under load but not in the hazardous or sensitive environments involved in hydrocarbon engineering, paint systems, paper converting, wood working and food processing. And, these are the sectors that are increasingly turning to the air motor as a viable alternative to an electrical, variable speed drive.
resistant, can operate underwater and can run with water in the compressed air. The fully plastic and stainless piston motor is ideal for wet corrosive enviroments. Air motors are also ideal where magnetic fields and electro-magnetic interference are design issues – in MRI scanners for example – for use underwater and in stealth applications where a stray signal could give away your position. However not all air motors provide the same performance and here again the engineer needs to consider the options. Most air motors don’t have a good reputation for efficiency but this is a criticism that can only be levelled at vane type motors. In simple terms the vane air motor comprises a cylinder inside which is a rotor with vanes that spins like a windmill. There clearly needs to be a gap between the edge of vane and the casing to allow its free movement and it’s this aspect that makes the vane motor very difficult to seal. As a result a lot of air is wasted. The unique free-floating piston in a Dynatork Air motor is much easier to seal. During operation the compressed air is trapped within the piston and cylinder configuration. It is therefore far more cost efficient as most of the energy stored up in the compressed air is converted into motion. It consumes up to 80% less air than a vane motor providing significant cost savings even at maximum torque. Aside from energy costs, the vane motor remains a good choice if the speed requirement is above 800 RPM and the application calls for a steady duty cycle. However if the application involves fast acceleration, stop/start and reverse at lower speeds then a Dynatork piston motor is the answer. Its free-floating pistons transmit maximum torque on start-up that can be adjusted via a pressure regulator. Speed is adjusted to fine limits by restrictors on the exhaust port. Pulse counters can also be specified to program direction of rotation, speed and number of revolutions. So, for flexibility, reliability and cost efficiency the case for the piston air motor is proven.
Many food applications require the equipment to be frequently washed with high pressure caustic cleaning solutions. These conditions often lead to early electric motor failure even with the best sealed design. The plastic Dynatork air motor is corrosion
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Huco Dynatork 800-825-6544
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Huco Dynatork | Contents Contents The Case for Piston Air Motors...............................2 Applications................................................................4 Advantages................................................................5 Air Motors Aluminium Motors Dynatork 1..............................................................6 Dynatork 3..............................................................8 Dynatork 7............................................................10 Acetal Motors Dynatork 1A.........................................................12 Dynatork 3A.........................................................14 Geared Motors Planetary Aluminium...........................................16 Planetary Acetal..................................................18 Helical................................................................... 20 Worm.................................................................... 24 Service Kits............................................................. 27
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Huco Dynatork 800-825-6544
3
Applications Applications Agriculture
Machine Tool
Paper / Printing Industry
• •
• • • • • •
• • •
Solvent Pump Drive Ink Pump Drive Paper Mill Belt Cleaning in High Temperature
• • •
Oscillating Drive Paper Reel Drive Roller Conveyor (Stop / Start)
Portable Conveyor Drive Cattle Gate Drive
Aerospace • • • • • •
Work Platform Positioning Units Scissor Lifts Portable Equipment Antenna Drive Systems Mechanical Handling Sand / Shot Blasting Table Drivers
Automotive • • • • • •
Paint Stirring Assembly Line Trolley Drive Life Testing Components Tire Carousels Drive Lube Pump Drive
Chemical Industry • • • • • • • • • •
Stirring Agitation Valve Modulation Dispensing Machines Volumetric Filling Conveyor Drive Indexing Process Plant Peristaltic Pump Drive Dosing Plant Drive
Food • • • • • • • • • • • •
Small Conveyors Agitative Mixing Rotating Tables Labelling Machines Brushing Peristaltic Pump Drive Modulating Valve Control Drive Carton Filling Machines Bucket Elevators Cap Applications Slow Feed - Fast Return Wrapping
General Engineering • • • • • • 4
High Pressure Water Jet Life Testing Equipment Conveyor Belt and Roller Stirrers Winding, Unwinding Constant Reversal Applications Huco Dynatork 800-825-6544
Clamping Capston Drive Bar Feed Drive Lead Screw Drive Slow Speed Positional Drive Sheet Steel Press Feeding & Tensioning System
Marine
Steel Industry
• • •
• • • • • • • •
• •
Submerged Propeller Drive Bow / Stern Servo Control Drive Diesel Engine Speed Control (remote) Boarding Ladder Control Drive Windscreen Wiper Drive
Mechanical Handling • • • • • • • • • • •
Conveyor Drive Indexing Tables Clamping Scissor Lifts Lead Screw Drive Heavy Vehicle Drive Chute Positioning Stacking Machines Un-stacking Machines Nip Roller Drive Heavy Trolley Drives (up to 30 tons)
Nip Roller Drive Modulating Drive for Steel Casting Spray Nozzle Drive Slow Rotation of Large Ingots Clamping / Positioning Large Ingots Ladle Pouring Controller Drive Conveyor Drives Heavy Trolley Drive
Textile • •
Carpet Winding on Drums Dying Process Plant for Winding off Stenter Machines
•
Web Tracking Drives with Modulating Control
•
Handling Equipment Drives
Medical • • •
Auxiliary Drive running on Nitrogen Scanning Machine Drive Peristaltic Pump Gear Pump
Oil Industry • • • • •
Back Flush Filter Drive Valve Modulation Cable Winding / Unwinding Pipe Launching Pipe Welding Drive Systems
Packaging and Labelling • • • • • • • • • • • •
Labelling Machine Conveyors Wind Up of Label Backing Strips Conveyor Drive Back Tensioning on Label Reels Clamping Staple Gun Positioning Filling Machines Carousel Drive Volume Adjustment Conveyors Cap Tightening Slow Feed - Fast Return Bagging P-1700-HD
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Advantages The Advantages of Huco Dynatork Air Motors Energy Saving
Instant Stop-Start
The Dynatork piston air motor traps the compressed air within the piston/cylinder allowing for maximum energy conversion. It uses up to 80% less air than a vane style motor providing a short investment payback. In comparison a ½ HP piston motor will typically use 12 CFM (cubic feet/minute) less compressed air than a ½ HP vane style motor. A 12 CFM reduction running 24 hours per day 365 days/year could provide a savings of over $1300 per year in operating cost.
Dynatork motors can stop-start and drive under load with characteristics similar to a Stepping Motor.
Payback Cost Reduction ($/Year)
$3500 $3000
The reversing of the Dynatork Air Motors is achieved by using 5 port control valves, giving near instant response even under load.
Programmed Control Dynatork air motors can be fitted with sensors to enable programmed control by pulse counters to control rotation direction, speed and number of revolutions.
$4500 $4000
Reversing
$1300 Savings By Converting One 1/2 HP Air Motor to Dynatork
High Torque Output Torques up to 550Nm achievable using reduction gearboxes.
$2500
ATEX Approved Available
$2000
Safe for use in hazardous areas
$1500 $1000
Corrosion Resistant
$500 $0 6
12
18
24
30
36
Ideal for the food and pharmaceutical industry. Can even be used fully submerged.
CFM (Cubic Feet/Minute of compressed air saved)
Quiet Operation Dynatork air motors have very low noise levels when compared with standard air motors. They can operate in harsh environmental conditions and are unaffected by airline condensate.
Clean Environment Dynatork air motors can be supplied for a non-lubricated gas supply in clean areas so eliminating contamination in a clean environment.
Controllable Speed & Torque Speed control can be adjusted to fine limits by the use of restrictors on the exhaust ports. The speed can be instantly changed to a higher or lower speed due to fast response times.
Max Torque at Zero RPM Floating pistons transmit the maximum torque at start which can be adjusted by the use of a pressure regulator.
environmental benefits
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Huco Dynatork 800-825-6544
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Dynatork 1 | Aluminum Part Numbers - Dynatork 1 Item Number Lubrication Mounting Type 900.10.A
yes
Body
900.10.B
yes
Base
900.10.C
yes
IEC Flange
900.10.C56N 900.15.A
yes non-lube
NEMA 56C Flange
900.15.B
non-lube
Base
900.15.C 900.15.C56N
non-lube non-lube
IEC Flange
Body
NEMA 56C Flange
Key Data
Dynatork 1 metric 200 - 800 rpm 2.79 Nm 1.66 Nm 9.7 m3/h 10 mm 1.13 kg 132 mm 125 mm 1/8” BSP
Speed range Torque at 200 rpm / 6.9 bar (100 psi) Torque at 800 rpm / 6.9 bar (100 psi) Max air consumption 800 rpm / 6.9 bar Shaft Diameter Weight Overall length Overall width Ports
Lube: for use with a lubricated air supply Non-Lube only: for use with clean, non-lubricated air supply
imperial 200 - 800 rpm 24.7 in.lb 14.7 in.lb 5.70 ft3/min 0.374” 2.5 lb 5.20” 4.92” 1/8” BSP
Performance (metric) Dynatork 1 - Power / Speed
Dynatork 1 - Air Consumption / Speed
Dynatork 1 - Torque / Speed
160 140
3.00
12.00
2.50
10.00 Air Consumption (m3/h)
2.00
100
Torque (Nm)
Power (W)
120
80 60
1.50 1.00
40 0.50
6.9 bar 5.5 bar
20 0 200
400 500 600 Speed (rev/min)
700
800
200
6.00 4.00 2.00
6.9 bar 5.5 bar
6.9 bar 5.5 bar
0.00
0.00 300
8.00
300
400 500 600 Speed (rev/min)
700
200
800
300
400 500 600 Speed (rev/min)
700
800
Performance (imperial) Dynatork 1 - Power / Speed
Dynatork 1 - Torque / Speed
0.20
Dynatork 1 - Air Consumption / Speed
30
6.0
25
5.0
0.16
20 Torque (in.lb)
Power (HP)
0.14 0.12 0.10 0.08 0.06 0.04
15 10 5
100 psi 80 psi
0.02 0 300
400 500 600 Speed (rpm)
700
800
Huco Dynatork 800-825-6544
200
4.0 3.0 2.0 1.0
100 psi 80 psi
0
200
6
Air Consumption (cfm)
0.18
6.9 bar 5.5 bar
0.0 300
400 500 600 Speed (rpm)
700
800
200
300
400 500 600 Speed (rpm)
700
800
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Dynatork 1 | Aluminum Mounting Options Dimension Drawings: inch (mm) Body Mounting
Base Mounting 6.54" (166mm) 0.787" (20) 3 holes M4 equi-spaced
0.984" (25)
2.13" (54) 2.95" (75mm)
2.59" (65mm) 2.56" (65mm)
1.85" (47) 0.394" (10)
Ø1.496 (Ø38)
Ø0.472" (Ø10)
Ø0.394" (Ø12)
on a Ø1.81" (46) PCD
2.76" (70mm) 3.54" (90mm)
0.59" (15)
1.02" (102mm)
4 holes Ø0.315" (8mm)
4.92" (125mm)
IEC Flange Mounting 5.3" (135mm) 0.5" (12,7)
0.957" (24,3)
0.098" (2,5)
4 holes Ø0.276" (7) 2.59" (65mm)
equi-spaced on a
1.89" (48)
Ø4.016" (102mm)
Ø2.76" (70mm)
Ø3.346" (85) PCD
0.079" (2) 0.787" (20)
4.92" (125mm)
Note: NEMA 56C Flange configuration available but not shown P-1700-HD
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Huco Dynatork 800-825-6544
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Dynatork 3 | Aluminum Part Numbers - Dynatork 3 Item Number Lubrication Mounting Type 900.30.A
yes
Body
900.30.B
yes
Base
900.30.C
yes
IEC Flange
900.30.C56N 900.35.A
yes non-lube
NEMA 56C Flange
900.35.B 900.35.C 900.35.C56N
non-lube non-lube non-lube
Base IEC Flange
Body
NEMA 56C Flange
Dynatork 3
Key Data
metric 150 - 700 rpm 9.9 Nm 4.6 Nm 21.6 m3/h 12.7mm 3.4 kg 210 mm 210 mm 1/4” BSP
Speed range Torque at 200 rpm / 6.9 bar (100 psi) Torque at 700 rpm / 6.9 bar (100 psi) Max air consumption 700 rpm / 6.9 bar Shaft Diameter Weight Overall length Overall width Ports
Lube: for use with a lubricated air supply Non-Lube only: for use with clean, non-lubricated air supply
imperial 150 - 700 rpm 87 in.lb 41 in.lb 12.7 ft3/min 0.5” 7.5 lb 8.3” 8.3” 1/4” BSP
Performance (metric) Dynatork 3 - Torque / Speed 10.00
400
9.00
350
8.00 7.00 Torque (Nm)
Power (W)
300 250 200 150
6.00 5.00 4.00 3.00
100
2.00
6.9 bar 5.5 bar
50
20.00 15.00 10.00
6.9 bar 5.5 bar
1.00 0.00
0 100
Dynatork 3 - Air Consumption / Speed 25.00
Air Consumption (m3/h) (W)
Dynatork 3 - Power / Speed 450
200
300 400 500 Speed (rev/min)
600
100
700
5.00
6.9 bar 5.5 bar
0.00 200
300 400 500 Speed (rev/min)
600
700
100
200
300 400 500 Speed (rev/min)
600
700
Performance (imperial) Dynatork 3 - Torque / Speed
Dynatork 3 - Power / Speed
Dynatork 3 - Air Consumption / Speed
100
0.60
14.0
90 0.50
Torque (in.lb)
Power (HP)
0.30 0.20
60 50 40 30 20
0.10
100 psi 80 psi
100 psi 80 psi
10
200
300 400 500 Speed (rpm)
600
700
Huco Dynatork 800-825-6544
100
10.0 8.0 6.0 4.0 100 psi 80 psi
2.0
0
0.00
8
Air Consumption (cfm)
70
0.40
100
12.0
80
0.0 200
300 400 500 Speed (rpm)
600
700
100
200
300 400 500 Speed (rpm)
600
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Dynatork 3 | Aluminum Mounting Options Dimension Drawings: inch (mm) Body Mounting
Base Mounting 9.33" (237mm) 3 holes M6 equi-spaced
1.614" (41)
on a Ø2.13" (54) PCD
2.97" (75,5)
0.472" (12)
3.35" (85) 3.858" (98mm)
Ø2.56" (65)
Ø1.69" (43)
Ø0.5" (12,7)
4.41" (112mm)
1.38" (35)
2.76" (70) 3.74" (95mm)
0.51" (13)
8.27" (210mm)
4.88" (124mm) 4 holes Ø0.433" (11mm)
IEC Flange Mounting 8.23" (209mm) 1.634" (41,5)
4 holes 0.433" (11) equi-spaced on a Ø4" (101,6mm) PCD
0.06" (1,5)
2.96" (75mm)
5" (127mm)
Ø2.990" (75,95)
Ø2.994" (76,05)
Ø0.5" (12,7)
4.41" (112mm)
0.49" (12,5)
8.27" (210mm) 1.38" (35)
Note: NEMA 56C Flange configuration available but not shown P-1700-HD
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Huco Dynatork 800-825-6544
9
Dynatork 7 | Aluminum Part Numbers - Dynatork 7 Item Number Lubrication Mounting Type 900.70.A
yes
Body
900.70.B
yes
Base
900.70.C
yes
IEC Flange
900.70.C56N
yes
NEMA 56C Flange
900.75.A
non-lube
Body
900.75.B 900.75.C 900.75.C56N
non-lube non-lube non-lube
Base IEC Flange NEMA 56C Flange
Key Data
Dynatork 7
Speed range Torque at 100 rpm / 6.9 bar (100 psi) Torque at 400 rpm / 6.9 bar (100 psi) Max air consumption 800 rpm / 6.9 bar Shaft Diameter Weight Overall length Overall width Ports
metric 100 - 400 rpm 15.7 Nm 7.8 Nm 11.9 m3/h 12.7 mm 4 kg 212 mm 253 mm 1/4” BSP
Lube: for use with a lubricated air supply Non-Lube only: for use with clean, non-lubricated air supply
imperial 100 - 400 rpm 139 in.lb 69 in.lb 7.0 ft3/min 0.5” 8.8 lb 8.3” 10” 1/4” BSP
Performance (metric) Dynatork 7 - Power / Speed 16.00
18.00
300
14.00
16.00
Torque (Nm)
200 150 100
Air Consumption (m3/h)
12.00
250 Power (W)
Dynatork 7 - Air Consumption / Speed
Dynatork 7 - Torque / Speed
350
10.00 8.00 6.00 4.00
6.9 bar 5.5 bar
50
6.9 bar 5.5 bar
2.00
50
150 250 Speed (rev/min)
50
350
12.00 10.00 8.00 6.00 4.00 6.9 bar 5.5 bar
2.00 0.00
0.00
0
14.00
150 250 Speed (rev/min)
50
350
150 250 Speed (rev/min)
350
Performance (imperial) Dynatork 7 - Torque / Speed
Dynatork 7 - Power / Speed 160
10.0
0.45
140
9.0
0.40
8.0 Air Consumption (cfm)
120 Torque (in.lb)
Power (HP)
0.35 0.30 0.25 0.20 0.15
100 80 60 40
0.10
100 psi 80 psi
0.05
100 psi 80 psi
20 0
0.00 50
10
Dynatork 7 - Air Consumption / Speed
0.50
150
250 Speed (rpm)
350
Huco Dynatork 800-825-6544
50
7.0 6.0 5.0 4.0 3.0 2.0
100 psi 80 psi
1.0 0
150
250 Speed (rpm)
350
50
150
250 Speed (rpm)
350
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Dynatork 7 | Aluminum Mounting Options Dimension Drawings: inch (mm) Body Mounting 8.35" (212mm)
Ø0.5" (12,7)
5.36" (136mm)
3 holes M6 equi-spaced on a
1 " Woodruff 8 keyway
3.43" (87mm)
Ø2.56" (65)
Ø1.693" (43)
Ø2.13" (54mm) PCD
1.278" (35) 0.512" (13)
1.614" (41)
3.11" (79mm) 9.97" (253mm)
6.26" (159mm)
Base Mounting
IEC Flange Mounting 8.35" (212mm) 1.634" (41,5)
4 holes Ø 0.433 (11)
0.49" (12,5)
equi-spaced on a
3.43" (87mm)
5" (127mm)
Ø2.990" (75,95)
5.36" (136mm)
(12,7) Ø2.994" (76,05)
Ø0.5"
Ø4" (101,6mm) PCD
0.06"9 (1,5) 1.38" (35)
9.97" (253mm)
Note: NEMA 56C Flange configuration available but not shown P-1700-HD
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Huco Dynatork 800-825-6544
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Dynatork 1 | Acetal Part Number - Dynatork 1 Acetal Item Number Lubrication Mounting Type 910.15.A 910.15.C 910.15.C56N
non-lube non-lube non-lube
Body Mount IEC Flange NEMA 56C Flange
Key Data
Dynatork 1 Acetal metric 200 - 800 rpm 2.79 Nm 1.66 Nm 9.7 m3/h 10 mm 1.13 kg 140 mm 125 mm 1/8” BSP
Speed range Torque at 200 rpm / 6.9 bar (100 psi) Torque at 800 rpm / 6.9 bar (100 psi) Max air consumption 800 rpm / 6.9 bar Shaft Diameter Weight Overall length Overall width Ports
Non-Lube only: for use with clean, non-lubricated air supply
imperial 200 - 800 rpm 24.7 in.lb 14.7 in.lb 5.70 ft3/min 0.394” 2.5 lb 5.51” 4.92” 1/8” BSP
Performance (metric) Dynatork 1 - Power / Speed
Dynatork 1 - Air Consumption / Speed
Dynatork 1 - Torque / Speed
160 140
3.00
12.00
2.50
10.00 Air Consumption (m3/h)
2.00
100
Torque (Nm)
Power (W)
120
80 60
1.50 1.00
40 0.50
6.9 bar 5.5 bar
20 0 300
400 500 600 Speed (rev/min)
700
800
200
6.00 4.00 2.00
6.9 bar 5.5 bar
6.9 bar 5.5 bar
0.00
0.00
200
8.00
300
400 500 600 Speed (rev/min)
700
200
800
300
400 500 600 Speed (rev/min)
700
800
Performance (imperial) Dynatork 1 - Torque / Speed
Dynatork 1 - Power / Speed 0.18 0.16 0.12 0.10 0.08 0.06 0.04
300
400 500 600 Speed (rpm)
700
15 10
800
Huco Dynatork 800-825-6544
200
4.0 3.0 2.0 1.0
100 psi 80 psi
0
0
12
5.0
5
100 psi 80 psi
0.02 200
25 20 Torque (in.lb)
Power (HP)
0.14
6.0
Air Consumption (cfm)
0.20
Dynatork 1 - Air Consumption / Speed
30
6.9 bar 5.5 bar
0.0 300
400 500 600 Speed (rpm)
700
800
200
300
400 500 600 Speed (rpm)
700
800
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Dynatork 1 | Acetal Mounting Options Dimension Drawings: inch (mm) Body Mounting 5.3" (135) 3 holes M4 equi-spaced 2.59" (65mm) 1.89" (48)
Ø1.496 (Ø38)
1.85" (47)
Ø0.472" (Ø10)
Ø0.394" (Ø12)
on a Ø1.81" (46) PCD
0.787" (20) 0.472" (12)
4.02" (102mm)
0.984" (25)
4.92" (125mm)
2" (51) 4.06" (103mm)
2" (51)
15°
2.33" (59)
3.346" (85) PCD
Ø2.757" (Ø70,025)
0.079" (2)
equi-spaced on a
Ø2.755" (Ø69,975)
0.402" (10,2)
4 holes Ø0.276" (Ø7) Ø0.394" (Ø10)
5.48" (139,2)
Ø0.472" (Ø120)
IEC Flange Mounting
0.787" (20) 0.472" (12)
2.047" (52)
Ø4" (102) 0.906" (23)
4.024" (102,2)
4.8" (122)
Note: NEMA 56C Flange configuration available but not shown
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Huco Dynatork 800-825-6544
13
Dynatork 3 | Acetal Part Number - Dynatork 3 Item Number Lubrication Mounting Type 910.35.A
non-lube
Body
910.35.B 910.35.C 910.35.C56N
non-lube non-lube non-lube
Base IEC Flange NEMA 56C Flange
Key Data
Non-Lube only: for use with clean, non-lubricated air supply
Dynatork 3 Acetal metric 150 - 700 rpm 9.9 Nm 4.6 Nm 21.6 m3/h 12.7mm 3.9 kg 207 mm 210 mm 1/4” BSP
Speed range Torque at 200 rpm / 6.9 bar (100 psi) Torque at 700 rpm / 6.9 bar (100 psi) Max air consumption (700 rpm / 6.9 bar Shaft Diameter Weight Overall length Overall width Ports
imperial 150 - 700 rpm 87 in.lb 41 in.lb 12.7 ft3/min 0.5” 8.5 lb 8.15” 8.3” 1/4” BSP
Performance (metric) Dynatork 3 - Power / Speed
Dynatork 3 - Torque / Speed
0.40
400
9.00
0.35
350
8.00
Air Consumption (m3/h) (W)
10.00
7.00 Torque (Nm)
300 Power (W)
Dynatork 3 - Air Consumption / Speed
450
250 200 150
6.00 5.00 4.00 3.00
100
2.00
6.9 bar 5.5 bar
50
6.9 bar 5.5 bar
1.00
100
200
300 400 500 Speed (rev/min)
600
100
700
0.25 0.20 0.15 0.10 6.9 bar 5.5 bar
0.05
0.00
0
0.30
0.00 200
300 400 500 Speed (rev/min)
600
700
100
200
300 400 500 Speed (rev/min)
600
700
Performance (imperial) Dynatork 3 - Torque / Speed
Dynatork 3 - Power / Speed
Dynatork 3 - Air Consumption / Speed
100
0.60
14.0
90 0.50 Torque (in.lb)
Power (HP)
Air Consumption (cfm)
70
0.40 0.30 0.20
60 50 40 30 20
0.10
100 psi 80 psi
100 psi 80 psi
10
100
200
300 400 500 Speed (rpm)
600
700
Huco Dynatork 800-825-6544
100
10.0 8.0 6.0 4.0 100 psi 80 psi
2.0
0
0.00
14
12.0
80
0.0 200
300 400 500 Speed (rpm)
600
700
100
200
300 400 500 Speed (rpm)
600
700
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Dynatork 3 | Acetal Mounting Options Dimension Drawings: inch (mm) Body Mounting
IEC Mounting 8.13" (206,5mm) 4 holes 0.433" (11) equi-spaced on a
1 " WOODRUFF 8 KEYWAY
4.19" (106,45mm) 3.58" (91,05mm)
5" (127mm)
Ø2.990" (75,95)
Ø2.994" (76,05)
Ø 0.5" (12,7)
Ø2.126" (54) PCD
1.38" (35) 0.06" (1,5) 0.394" (10)
2.93" (74,5)
1.56" (39,5) Ø7.17" (182,1mm) 0.49" (12,5)
6.12" (155,5mm)
8.35" (212mm)
Note: NEMA 56C Flange configuration available but not shown
P-1700-HD
3/11
Huco Dynatork 800-825-6544
15
Geared Motors | Planetary Gearboxes Aluminum Dynatork 1 and 3 Part Number Example 901.15.02
901
•
15
901.10 901.15 901.30 901.35
Dynatork 1 Dynatork 1 Dynatork 3 Dynatork 3
02
•
Lube Non-Lube Lube Non-Lube
Ratio Order Number (see below)
Order as one complete part number. Include (.) in part number.
Available with Dynatork 1 and 3 Motors Robust, compact and efficient planetary gear units Ratios from 4:1 to 308:1 Output speeds from 0.32 to 162 rev/min
Lube: for use with a lubricated air supply Non-Lube only: for use with clean, non-lubricated air supply
Key Data Motor Size Maximum diameter (mm) Output shaft diameter (mm) Output shaft effective length (mm) Maximum radial shaft load (N) at (L) distance from face (mm) Max. continuous output torque (Nm) Weight 1 stage (kg) Weight 2 stage (kg) Weight 3 stage (kg)
Dynatork 1 130 14 30 520 10 40 4.5 5 5.5
Dynatork 3 210 19 40 600 20 80 5.5 6.5 8.5
For Output Torque 1 Locate the motor torque/speed graph on page 6 (size 1) or page 8 (size 3). 2 Multiply the motor torque (at a specific RPM) by the chosen ratio to give the output torque. 3 Verify that output speed and torque meet application requirements.
Speed/Ratio Selection Ratio Order Number 01
02
03
04
05
06
07
08
09
10
11
3.7
6.75
13.73
19.2
25
29
46
51
93
169
308
600
162.2
88.9
43.7
31.3
24
20.7
13.0
11.8
6.5
3.6
1.9
500 400
135.1
74.1
36.4
26.0
20
17.2
10.9
9.8
5.4
3.0
1.6
108.1
59.3
29.1
20.8
16
13.8
8.7
7.8
4.3
2.4
1.3
300
81.0
44.4
21.8
15.6
12
10.3
6.5
5.8
3.2
1.8
0.9
200
54.1
29.6
14.6
10.4
8
6.9
4.3
3.9
2.2
1.2
0.6
100
27.0
14.8
7.3
5.2
4
3.4
2.2
2.0
1.1
0.6
0.3
Ratio:1
Planetary Output Speed (RPM)
Motor RPM
Single Stage 16
Huco Dynatork 800-825-6544
Two Stage
Three Stage P-1700-HD
3/11
Geared Motors| Planetary Gearboxes Aluminum Dynatork 1
1.97" (5)
Dimension Drawings: inch (mm)
4 Holes M5 x 10 2.59" (65)
0.449" (11,4)
0.453" (11,5)
'A'
0.646" (16,4)
0.650" (16,5)
full depth on a 2.05" (52) PCD
One hole 0.197" (5)
M5 x 12,5
1.89" (48)
'B' Ø55" (Ø14,0) H7
full depth
Ø 2.44" (Ø62)
Ø1.575"
(Ø40 )j7
3.937" (100) 4.92" (125) 0.216"
0.709" (18)
(5,5)
Type 1 Stage
A B 8.94” 7.40” (227) (188) 9.57” 8.03” (243) (204) 10.28” 8.74” (261) (222)
2" (51)
2 Stage 4.06" (103)
3 Stage
1.518" (39)
Dynatork 3 Dimension Drawings: inch (mm) 'A'
4 holes M6 equi-spaced on a 2.56" (65) PCD
'B' 0.354" (9)
4.41" (112mm)
Ø1.968" (50) j7
2.95" (75mm)
Ø3.19" (81mm)
Ø2.52" (65mm)
1.197" (5)
3.11" (79mm) 8.27" (210mm)
0.472" (12)
2
3
Stage Stag
Stage Stag
P-1700-HD
3/11
'B'
B 263mm 10.35” 10.35" (263) 284,6mm 11.20” 11.20" (284.6) 306,3mm 12.06” 12.06" (306.3)
1.575" (40) 1.93" (49)
One hole M6 x 12
0.606" (15,4)
'A'
Type 312mm A 1 Stage 12.28" 12.28” (312) 333,6mm 13.13” 2 Stage 13.13" (333.6) 355,3mm 3 Stage 13.99” 13.99" (355.3)
0.843" (21,4)
Stage Stag
0.236" (6) 0.236" (6)
0.846" (21,5)
TYPE 1
1.10" (28)
0.6.10" (15,5)
5.63" (143mm)
Ø0.748" (Ø19) H7
full depth
Huco Dynatork 800-825-6544
17
Geared Motors | Planetary Gearboxes Acetal Dynatork 1 and 3 Part Number Example 911.15.09
911
15
•
09
•
911.15 Dynatork 1 Non-Lube 911.35 Dynatork 3 Non-Lube
Ratio Order Number (see below)
Order as one complete part number. Include (.) in part number.
Available with Dynatork 1 and 3 (Acetal) Motors Robust, compact and efficient planetary gear units Ratios from 4:1 to 308:1 Output speeds from 0.32 to 162 rev/min Stainless shafting and fittings
Non-Lube only: for use with clean, non-lubricated air supply
Key Data Motor Ref: (Non-Lube) Motor Size Maximum diameter (mm) Output shaft dia.(mm) Output shaft effective length (mm) Maximum radial shaft load (N) at (L) distance from face (mm) Max. continuous output torque (Nm) Weight 1 stage (kg) Weight 2 stage (kg) Weight 3 stage (kg)
911.15 Dynatork 1 121 14 36 520 10 40 4.5 5 5.5
911.35 Dynatork 3 211 19 40 600 20 80 5.5 6.5 8.5
For Output Torque 1 Locate the motor torque/speed graph on page 6 (size 1) or page 8 (size 3). 2 Multiply the motor torque (at a specific RPM) by the chosen ratio to give the output torque. 3 Verify that output speed and torque meet application requirements.
Speed/Ratio Selection Ratio Order Number
Ratio:1
01
02
03
04
05
06
07
08
09
10
11
3.7
6.75
13.73
19.2
25
29
46
51
93
169
308
Planetary Output Speed (RPM)
Motor RPM 600
162.2
88.9
43.7
31.3
24
20.7
13.0
11.8
6.5
3.6
1.9
500 400
135.1
74.1
36.4
26.0
20
17.2
10.9
9.8
5.4
3.0
1.6
108.1
59.3
29.1
20.8
16
13.8
8.7
7.8
4.3
2.4
1.3
300
81.0
44.4
21.8
15.6
12
10.3
6.5
5.8
3.2
1.8
0.9
200
54.1
29.6
14.6
10.4
8
6.9
4.3
3.9
2.2
1.2
0.6
100
27.0
14.8
7.3
5.2
4
3.4
2.2
2.0
1.1
0.6
0.3
Single Stage
18
Huco Dynatork 800-825-6544
Two Stage
Three Stage
P-1700-HD
3/11
Geared Motors | Planetary Gearboxes Aluminum Dynatork 1 Dimension Drawings: inch (mm)
Ø2.953" (75mm)
2.33" (59)
Ø3.54" (90mm) PCD
0.472" (12)
2.165" (55)
1.02" (26)
1.949" (49,5)
(Ø14,0) H7
full depth
Type 1 Stage
A B 9.06” 8.04” (230.3) (204.3) 9.75” 8.7” (247.1) (221.3) 10.4” 9.37” (264.1) (238.1)
2 Stage
Ø4.33" (110mm)
3.524" (89,5)
Ø55"
One hole M5 x 12,5
4.8" (122)
3 Stage
0.512" (13)
0.449" (11,4)
equi-spaced on a 0.079" (2)
0.453" (11,5)
(5,5)
0.646" (16,4)
'A' 'B'
0.197" (5)
0.216" 0.650" (16,5)
0.709" (18)
4 holes Ø0.276" (7)
Dynatork 3 Dimension Drawings: inch (mm) 'A' 4 holes Ø0.433" (11) Ø1.68" (42,7)
'B'
equi-spaced on a Ø2.56" (65) PCD
4.19" (106,45mm) 3.58" (91,05mm)
Ø6.3" (160mm)
Ø3.7" (94mm)
0.64" (16,3)
2.93" (74,5) 0.394" (10)
Ø7.17" (182,1mm)
5.63" (143mm) 1.10" (28)
8.35" (212mm) 0.236" (6)
One hole M6 x 12 full depth
Ø0.748" (Ø19) H7
Type 1 Stage 2 Stage 3 Stage
P-1700-HD
3/11
0.606" (15,4)
0.6.10" (15,5)
1.68" (42,7)
0.843" (21,4)
0.846" (21,5)
0.236" (6)
A 13.23” (336) 14.09” (358) 14.96” (380)
Huco Dynatork 800-825-6544
B 11.65” (296) 12.52” (318) 13.38” (340)
19
Geared Motors | Helical Gearboxes 902 • 903 • 905 • 906 • 907 Part Number Example 902.15.06
902
•
902.10 902.15 903.10 903.15 905.30 905.35 906.30 906.35 907.70 907.75
Dynatork 1 Dynatork 1 Dynatork 1 Dynatork 1 Dynatork 3 Dynatork 3 Dynatork 3 Dynatork 3 Dynatork 7 Dynatork 7
15
06
•
Lube Non-Lube Lube Non-Lube Lube Non-Lube Lube Non-Lube Lube Non-Lube
Ratio Order Number (see below)
Order as one complete part number. Include (.) in part number.
Helical gears for Heavy Duty and continuous running Ratios from 4:1 to 308:1 Output speeds from 0.37 to 150 rev/min Maximum continuous output torque 550Nm
Lube: for use with a lubricated air supply Non-Lube only: for use with clean, non-lubricated air supply
Key Data Motor Size
Dynatork 1
Dynatork 3
Dynatork 7
Motor Series
902
903
905
906
907
Output shaft diameter (mm)
20
25
30
40
40
Output shaft effective length (mm)
40
50
60
80
80
Maximum radial shaft load (kN)
1.9
3.4
3.0
7.0
7.0
at (L) distance from face (mm)
20
25
30
40
40
Max. continuous output torque (Nm)
60
120
200
550
550
Weight (kg)
10
15
33
48
48
For Output Torque 1 Locate the motor torque/speed graph on page 6 (size 1) or page 8 (size 3). 2 Multiply the motor torque (at a specific RPM) by the chosen ratio to give the output torque. 3 Verify that output speed and torque meet application requirements.
Speed/Ratio Selection
Ratio Order Number 01
02
03
04
05
06
07
08
09
10
4
5.4
6.8
10
12.5
16
21.5
30
40
49
600
150
111
88
60
48
37.5
27.9
20
15
12.2
500
125
93
74
50
40
31.25
23.3
16.67
12.5
10.2
400
100
74
59
40
32
25
18.6
13.33
10
8.2
300
75
56
44
30
29
78.75
14
10
75
6.1
200
50
37
29
20
16
12.5
9.3
6.67
5
4.1
Dynatork 1 (902) Ratio:1 Motor RPM
20
Planetary Output Speed (RPM)
Huco Dynatork 800-825-6544
P-1700-HD
3/11
Geared Motors | Helical Gearboxes Speed/Ratio Selection
Ratio Order Number 01
02
03
04
05
06
07
08
09
10
11
50
56
62
70
82
92
111
137
183
221
276
600
12
10.7
9.7
8.6
7.3
6.5
5.4
4.4
3.28
2.71
2.17
500
10
8.9
8.1
7.1
6.1
5.4
4.5
3.6
2.73
2.26
1.81
400
8
7.1
6.5
5.7
4.9
4.3
3.6
2.9
2.18
1.81
1.45
300
6
5.36
4.84
4.29
3.66
3.26
2.7
2.19
1.69
1.36
1.09
200
4
3.57
3.23
2.86
2.44
2.17
1.8
1.46
1.09
0.90
0.72
Dynatork 1 (903) Ratio:1 Motor RPM
Speed/Ratio Selection Dynatork 3 (905) Ratio:1
Planetary Output Speed (RPM)
Ratio Order Number 01
02
03
04
05
06
07
08
09
10
11
4.67
8.2
10.26
12.3
15.3
20.58
24.64
30.60
40.85
56.42
70.32
Motor RPM
Planetary Output Speed (RPM)
500
107.1
61.0
48.7
40.7
32.7
24.3
20.3
16.3
12.2
8.86
7.11
400
85.7
48.8
39.0
32.5
26.1
19.4
16.2
13.0
9.8
7.09
5.69
300
64.2
36.6
29.2
24
19.61
14.6
12.2
9.8
7.3
5.32
4.27
200
42.8
24.4
19.5
16.3
13.1
9.7
8.1
6.5
4.9
3.54
2.84
100
21.4
12.2
9.7
8.1
6.5
4.9
4.1
3.3
2.4
1.7
1.42
Speed/Ratio Selection Dynatork 3 (906) Ratio:1
Ratio Order Number 01
02
03
04
05
06
07
08
09
25
31
34.8
41.71
46.67
50.2
56.1
62.5
69.88
Motor RPM
Planetary Output Speed (RPM)
500
20
16.1
14.4
12.0
10.7
9.96
8.91
8.00
7.16
400
16
12.9
11.5
9.6
8.6
7.97
7.13
6.40
5.72
300
12
9.7
8.6
7.2
6.4
5.98
5.35
4.80
4.29
200
8
6.5
5.7
4.8
4.3
3.98
3.57
3.20
2.86
100
4
3.2
2.9
2.4
2.1
1.99
1.78
1.60
1.43
Speed/Ratio Selection Dynatork 7 (907) Ratio:1
Ratio Order Number 01
02
03
04
05
06
07
80.81
90.32
107.7
134.6
180.4
216.9
270.2
Motor RPM 500
P-1700-HD
Planetary Output Speed (RPM) 4.95
4.43
3.71
2.97
2.22
1.84
1.48
400
3.7
3.32
2.79
2.23
1.66
1.38
1.11
300
2.47
2.21
1.86
1.49
1.11
0.92
0.74
200
1.24
1.11
0.93
0.74
0.55
0.46
0.37
3/11
Huco Dynatork 800-825-6544
21
Geared Motors | Helical Gearboxes 13.72" (348,5mm)
902 Dynatork 1
4.35" (110,5mm)
Dimension Drawings: inch (mm)
9.37" (238mm)
0.49" (12,5mm)
3.3" (84mm)
Ø5.51" (Ø140mm)
6.06" (154mm)
2.44"
0.787"
(20mm)
2.17" (55mm)
(62mm)
0.236" (6mm)
5.67" (144mm)
5.984" (152mm)
3.23" (82mm)
Ø5.51 (Ø140mm)
1.575" (40mm)
Ø0.35" (Ø9mm)
0.433" (11mm)
3.74" (95mm)
1.378" (35mm)
3.378" (110mm)
Ø0.788" (Ø20,015mm)
Keyway
0.646" (16,4mm)
0.650" (16,5mm)
Over Key
0.886" (22,5mm)
4.34" (132mm)
SHAFT AND
Ø0.787" (Ø20,002mm)
KEYWAY DETAILS
'A'
903 Dynatork 1
110,5mm
'B'
12,5mm
Dimension Drawings: inch (mm)
50:1 to 70:1
15.02” (381.5)
10.69” (271.5)
7.36” (187)
82:1 to 276:1
18.96” (481.5)
12.12” (308)
8.19” (224)
177mm
Dim C
102mm
Dim B
25mm
Dim A
50mm
Ø140mm
Gearbox Ratio
'C'
84mm
16mm 8mm NOM
Keyway
20,8mm
21,0mm
28mm
Over Key
Ø9mm
67mm
70mm
13mm
42mm 150mm
158mm
176mm
SHAFT AND Ø25,015mm
KEYWAY DETAILS
Ø25,002mm
905 Dynatork 3
473mm
Dimension Drawings: inch (mm)
84mm
174mm
215mm
19mm
197mm 60mm
221mm 115mm
30mm
195mm
Ø160mm
10mm
Ø11mm
50mm
8mm NOM 85mm
Ø30,015mm Ø30,002mm
22
Huco Dynatork 800-825-6544
170mm
65mm
200mm
Keyway
25,8mm
26,0mm
Over Key
33mm
135mm
14mm
SHAFT DETAILS 905.30 ARTWORK
P-1700-HD
3/11
Geared Motors | Helical Gearboxes 906 Dynatork 3
556,5mm 172,5mm
Dimension Drawings: inch (mm)
98mm
286mm
17,5mm
80mm
251mm 35mm
145mm
245mm
Ø160mm
11mm
19mm 110mm
Ø14mm
105mm
60mm 220mm
12mm NOM 255mm
Keyway
34,8mm
35,0mm
Over Key
43mm
180mm
SHAFT DETAILS
Ø40,018mm Ø40,002mm
907 Dynatork 7
556,5mm 172,5mm
Dimension Drawings: inch (mm)
98mm
286mm
17,5mm
80mm
281mm 105mm
145mm
35mm 19mm 110mm
245mm
Ø160mm
11mm
Ø14mm
60mm 220mm
12mm NOM
Ø40,018mm
255mm
Keyway
34,8mm
35,0mm
Over Key
43mm
180mm
SHAFT DETAILS
Ø40,002mm
902
905 P-1700-HD
3/11
Huco Dynatork 800-825-6544
23
Geared Motors | Worm Gearboxes 904 • 914 • 924 Part Number Example 902.15.06
904
15
•
09
•
Ratio Order Number (see below) Hollow Shaft Motor Size
Single Shaft
Double Shaft
1
3
7
1
3
7
1
3
7
Lube
904.10
904.30
904.70
914.10
914.30
914.70
924.10
924.30
924.70
Non-Lube
904.15
904.35
904.75
914.15
914.35
914.75
924.10
924.35
924.75
Order as one complete part number. Include (.) in part number.
High strength aluminium worm gearboxes Ratios from 7:1 to 80:1 Output speeds from 1 to 100 rev/min Maximum continuous output torque up to 400 Nm
Lube: for use with a lubricated air supply Non-Lube only: for use with clean, non-lubricated air supply
Key Data Motor Size Shaft Output shaft effective length (mm) Maximum radial shaft load (N) at (L) distance from face (mm) Max. continuous output torque (Nm) Weight 1 stage (kg)
Dynatork 1 19 40 131 20 40 4kg
Dynatork 3 25 60 2.5 30 150 12
Dynatork 7 35 60 2.65 30 400 40
For Output Torque 1 Locate the motor torque/speed graph on page 6 (size 1) or page 8 (size 3). 2 Multiply the motor torque (at a specific RPM) by the chosen ratio to give the output torque. 3 Verify that output speed and torque meet application requirements.
Speed/ Ratio Selection Ratio Order Number
Ratio:1
01
02
03
04
05
06
07
08
09
10
7
10
15
25
30
40
50
60
80
100
11.67
8.75
7
Planetary Output Speed (RPM)
Motor RPM
24
700
100
70
47
28
23
600
86
60
40
24
500
71
50
33
20
400
57
40
27
16
300
43
30
20
12
200
29
20
13
100
14
10
7
Huco Dynatork 800-825-6544
17.5
14
20
15
12
10
7.5
6
17
12.5
10
8.33
6.25
5
13
10
8
6.67
5.00
4
10
7.5
6
5
3.75
3
8
7
5
4
3.33
2.50
2
4
3
2.5
2
1.67
1.25
1 P-1700-HD
3/11
Geared Motors | Worm Gearboxes 904 • 914 • 924
with size 1 motor
Dimension Drawings: inch (mm)
904 • 914 • 924 with size 3 motor Dimension Drawings: inch (mm)
P-1700-HD
3/11
Huco Dynatork 800-825-6544
25
Geared Motors | Worm Gearboxes 904 • 914 • 924 with size 7 motor Dimension Drawings: inch (mm)
26
Huco Dynatork 800-825-6544
P-1700-HD
3/11
Service Kits Dynatork Service Kits The Dynatork Air motor piston is designed for easy maintenance. The life of the motor can be extended almost indefinitely by changing the pistons and seals at regular service intervals The service kit contains a set of pistons and liners.
Order Codes Lubricated
Non-Lubricated
909.10
909.15
909.30
909.35
909.70M
909.75M
Note: Due to design change size 7 Dynatork Pistons are now longer, if you have an older unit the new pistons can be fitted except on 900.70.B and 900.75.B types where the older shorter pistons are still available [order codes 909.70 & 909.75]
Fitting procedure 2 Remove back flange. 2 Remove all three piston caps. 2 Push out Pistons and liners and ensure old O ring is removed. 2 Check for any debris before fitting new pistons. 2 Fit new Liners, Pistons and O rings assembly, ensuring piston slides when fitted. 2 Refit Piston Caps 2 Refit Flange plate. 2 Test run motor.
P-1700-HD
3/11
Huco Dynatork 800-825-6544
27
Altra Industrial Motion All Customer Service phone numbers shown in bold Electromagnetic Clutches and Brakes
Engineered Couplings
Heavy Duty Clutches and Brakes
Warner Electric
Ameridrives Couplings
Wichita Clutch
Australia
Electromagnetic Clutches and Brakes
Mill Spindles, Ameriflex, Ameridisc
Pneumatic Clutches and Brakes
New Hartford, CT - USA 1-800-825-6544
Erie, PA - USA 1-814-480-5000
For application assistance: 1-800-825-9050
Gear Couplings
Wichita Falls, TX - USA 1-800-964-3262 Bedford, England +44 (0) 1234 350311
Unit 51/9, Hoyle Avenue Castle Hill, NSW 2154 +61 2 9894 0133 +61 2 9894 0368 (Fax)
St Barthelemy d’Anjou, France +33 (0) 2 41 21 24 24
San Marcos, TX - USA 1-800-458-0887
Precision Electric Coils and Electromagnetic Clutches and Brakes
Bibby Transmissions
Columbia City, IN - USA 1-260-244-6183
Dewsbury, England +44 (0) 1924 460801 Boksburg, South Africa +27 11 918 4270
Matrix International Electromagnetic Clutches and Brakes, Pressure Operated Clutches and Brakes
Brechin, Scotland +44 (0) 1356 602000 New Hartford, CT - USA 1-800-825-6544 Inertia Dynamics Spring Set Brakes; Power On and Wrap Spring Clutch/Brakes
New Hartford, CT - USA 1-800-800-6445 Overrunning Clutches
Formsprag Clutch Overrunning Clutches and Holdbacks
Warren, MI - USA 1-800-348-0881– Press #1 For application assistance: 1-800-348-0881 – Press #2
Marland Clutch Roller Ramp and Sprag Type Overrunning Clutches and Backstops
Burr Ridge, IL - USA 1-800-216-3515
Disc, Gear, Grid Couplings, Overload Clutches
TB Wood’s
Asia Pacific Sales Offices
www.warnerelectric.com.au
China - Hong Kong
Twiflex Limited
Room 304A, 3rd Floor Join-In Hang Sing Centre 71-75 Container Port Rd. Kwai Chung, Hong Kong +852 2615 9313 +852 2615 9162 (Fax)
Caliper Brakes and Thrusters
Twickenham, England +44 (0) 20 8894 1161 Industrial Clutch
www.warnerelectric.com.hk
Pneumatic and Oil Immersed Clutches and Brakes
China - Shanghai
Waukesha, WI - USA 1-262-547-3357
Shanghai Universal Mansion Suite 703, 168 Yuyuan Road, Shanghai 200040 +86 21 5169 9255 +86 21 6248 5387 (Fax)
Elastomeric Couplings
Chambersburg, PA - USA 1-888-829-6637– Press #5 For application assistance: 1-888-829-6637 – Press #7
General Purpose Disc Couplings
San Marcos, TX - USA 1-888-449-9439 Ameridrives Power Transmission Universal Joints, Drive Shafts, Mill Gear Couplings
Green Bay, WI - USA 1-920-593-2444
Gearing
Boston Gear
www.altramotion.com.cn
Enclosed and Open Gearing, Electrical and Mechanical P.T. Components
China - Taiwan
3rd Fl., No. 35, Lane 32 Kwang-Fu, South Road 10562 Taipei +886 2 2577 8156 +886 2 2570 6358 (Fax)
Charlotte, NC - USA 1-800-825-6544 For application assistance: 1-800-816-5608
www.warnerelectric.com.tw
Nuttall Gear and Delroyd Worm Gear
Singapore
Worm Gear and Helical Speed Reducers
39 Benoi Road Singapore 627725 +65 6487 4464 +65 6487 6674 (Fax)
Niagara Falls, NY - USA 1-716-298-4100
Huco Dynatork
www.warnerelectric.com.sg
Precision Couplings and Air Motors
Belted Drives and Sheaves
Hertford, England +44 (0) 1992 501900 Charlotte, NC - USA 1-800-825-6544
TB Wood’s
Thailand
178 Soi Anamai Srinakarin Rd., Suanluang Bangkok 10250 +66 2 322 5527 +66 2 320 2380 (Fax)
Belted Drives
Chambersburg, PA - USA 1-888-829-6637 – Press #5
Linear Products
For application assistance: 1-888-829-6637 – Press #7
Warner Linear
Engineered Bearing Assemblies
www.warnerelectric.co.th For more information, or to contact authorized agents in Japan, Korea, India, or elsewhere in Asia Pacific, send an email to: ap@altramotion.com
Stieber Clutch
Linear Actuators
Overrunning Clutches and Holdbacks
Belvidere, IL - USA 1-800-825-6544
Kilian Manufacturing
Heidelberg, Germany +49 (0) 6221 30 47 0
For application assistance: 1-800-825-9050
Syracuse, NY - USA 1-315-432-0700
Engineered Bearing Assemblies
St Barthelemy d’Anjou, France +33 (0) 2 41 21 24 24
www.huco.com 701 Carrier Drive Charlotte, NC 28216 - USA 704-588-5610 Fax: 704-588-7181
Merchant Drive, Hertford Hertfordshire, SG13 7BL, England +44 (0)1992 501900 Fax: +44 (0)1992 500035
P-1700-HD
3/11
Printed in USA