What to do if Sumitomo Drive Technologies Industrial Equipment has external power failure?
If your Sumitomo Drive Technologies Industrial Equipment experiences an external power failure, contact the local power company.
What to do if Sumitomo Drive Technologies Industrial Equipment doesn’t make any noise?
If your Sumitomo Drive Technologies Industrial Equipment doesn’t make any noise, repair by rewinding or replacing the stator assembly.
What to do if Sumitomo Drive Technologies Industrial Equipment shows overload?
If your Sumitomo Drive Technologies Industrial Equipment experiences an overload, decrease the load to the rated value.
How to adjust faulty switch contact in Sumitomo Drive Technologies Industrial Equipment?
If your Sumitomo Drive Technologies Industrial Equipment has a faulty switch contact, adjust the contact.
How to fix stator coil open in Sumitomo Drive Technologies Industrial Equipment?
If your Sumitomo Drive Technologies Industrial Equipment has a stator coil open, repair by rewinding or replacing the stator assembly.
How to fix open connection wire in Sumitomo Drive Technologies Industrial Equipment?
If your Sumitomo Drive Technologies Industrial Equipment has an open connection wire, check the source wiring if there is a faulty switch contact, or adjust the contacts if there is a faulty starter contact.
What to do if three-phase is operating as singlephase in Sumitomo Drive Technologies Industrial Equipment?
If the three-phase of your Sumitomo Drive Technologies Industrial Equipment is operating as single-phase, consult the power source with a voltmeter.
How to repair worn brake lining in Sumitomo Drive Technologies Industrial Equipment?
If your Sumitomo Drive Technologies Industrial Equipment has a worn brake lining, adjust the brake gap or replace the lining.
How to fix varistor failed in Sumitomo Drive Technologies Industrial Equipment?
If your Sumitomo Drive Technologies Industrial Equipment has a varistor failed, replace the varistor.
How to fix burned bearing in Sumitomo Drive Technologies Industrial Equipment?
If your Sumitomo Drive Technologies Industrial Equipment has a burned bearing, replace it.
Provides guidance on proper disposal of unit components and lubricants according to regulations.
Explains how to read model and serial information from the unit's nameplate.
Directs users to Section 8.2 for confirming the lubrication method for the unit.
Provides guidelines for storing the product indoors in a clean, dry environment, away from contaminants.
Outlines recommended storage durations for internal rust prevention based on lubrication type.
Details procedures for preparing and operating the unit after an extended storage period.
Specifies environmental conditions and location requirements for installing the unit.
Describes permissible mounting angles for grease and oil lubricated units based on type.
Recommends specific bolt classes and dowel pins for units subjected to severe loading conditions.
Details procedures for assembling flange-type units, including nut removal and tightening.
Explains how to verify the slow speed shaft rotation direction for gearmotors and reducers.
Advises against applying impact or excessive load to the shaft when mounting connectors.
Details the procedure and precautions for measuring motor insulation resistance.
Recommends using circuit breakers and overload protection devices for motor safety.
Explains typical wiring configurations for three-phase motors based on type and voltage.
Illustrates wiring methods for brake portions of motors under U.S. and CSA standards.
Discusses the use of Varistors (VR) for Fast Brake Action wiring.
Provides wiring diagrams for CE-marked motors and brakes under various voltage and frequency configurations.
Lists part numbers for standard brake rectifiers and power modules based on motor and brake voltage.
Lists essential checks to perform after installation and wiring before starting the unit.
Presents data on standard brake types, their torque, and activation delay times.
Outlines daily checks to ensure normal operation and identify potential issues early.
Guides users on lubrication methods and references tables for specific model requirements.
Explains plunger pump lubrication for vertical units and its relation to reduction ratio and frame size.
Details forced oil lubrication using a positive displacement pump and motor for operation without lubrication.
Covers oil change intervals, approved oils, and fill quantities for oil-lubricated units.
Specifies intervals for initial and subsequent oil changes based on operating hours and time.
Lists approved lubricating oils for Sumitomo products, categorized by manufacturer and type.
Provides oil fill quantities for various frame sizes for horizontal and vertical mounted units.
Details the step-by-step process for filling oil in horizontal and vertical type units.
Procedures for preparing the unit for extended shutdown and storage to prevent degradation.
Specifies intervals for grease replenishment and overhaul for maintenance-free and non-maintenance-free units.
Specifies intervals for grease replenishment and overhaul for maintenance-free and non-maintenance-free units.
Lists approved greases for Cyclo® units, considering frame size and ambient temperature.
Provides quantities of grease required for replenishment and overhaul of speed reducers.
Details the procedure for filling and purging grease through fittings for lubricated units.
Provides guidelines for unit overhauling, oil seal replacement, and checking mounting bolts for looseness.
Outlines safety precautions and procedures for inspecting and maintaining the brake system.
Explains brake construction and provides steps for inspecting and adjusting the brake gap.
Details the procedure for manually releasing the brake on specific brakemotor models.
Instructions for inspecting the brake gap to ensure it is within acceptable limits.
Step-by-step guide for adjusting the brake gap when the brake lining is heavily worn.
Procedures for replacing the brake lining when its thickness reaches the allowable limit.
Standard specifications for brakemotors FB-5E, FB-8E, FB-10E, and FB-15E.
Provides potential causes and suggested remedies for common problems encountered with reducers.
Offers solutions for common issues related to motor operation, including no rotation and noise.
Lists common brake issues, their possible causes, and recommended solutions for troubleshooting.
Presents detailed construction drawings for gear units in single and two-stage reduction configurations.
Provides tables and diagrams detailing bearing specifications for slow speed and high speed shafts.
Details the construction and principal parts of the motor used with the Cyclo® Drive.
Provides procedures and precautions for disassembling Cyclo® reducers and gearmotors, referencing component tables.
Stand unit on base, remove motor/coupling, adaptor, and cooling fan.
Separate unit into two parts to remove inner mechanism.
Remove spacer ring.
Remove second disc and associated bearings.
Steps for removing the slow speed shaft and its bearings from the output casing.
Procedures for disassembling the high speed end shield subassembly.
Reassembly procedures for Cyclo® reducers/gearmotors, emphasizing cleanliness and gasket placement.
Important considerations for installing replacement eccentric bearings correctly.
Details specific disassembly and assembly differences for smaller Cyclo® sizes (6060-6095).
Tables showing grease quantities for maintenance-free and oil-lubricated units during overhaul.
General| Brand | Sumitomo Drive Technologies |
|---|---|
| Model | Cyclo 6000 |
| Category | Industrial Equipment |
| Language | English |
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