Nidec Control Techniques designs and manufactures electric motor control technology for industry. The portfolio includes AC, DC and servo variable speed drives as well as power conversion technologies. Founded in 1973 in the UK, Nidec Control Techniques has a strong customer base across Europe, the Americas and Asia. Login or Create an account to register your software. For downloads on www.controltechniques.com you don’t have to complete a registration for this website. Download Control Techniques' User Guides, Software and Drawings. User Guides and Software Downloads. Download Control Techniques' user guides, software and drawings. Search Control Techniques' brochures. Mobile Applications.
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Authorized Supplier of Emerson - Control Techniques Products - High-Tech Distributor Since 1987
DC drives are widely used in applications that require regeneration, precise speed control, dynamic performance, and constant torque over wide speed ranges. The Mentor II DC drives from Emerson/Control Techniques deliver the universal DC drive solution.
The Mentor II DC drive has been installed in hundreds of thousands of applications, providing the reliability, power and control to increase productivity for both new machines and applications where DC motors are already installed.
- Up to four Mentor II DC drives can be connected in parallel and series to quadruple the power range. This modular solution simplifies the handling of the individual drive units and makes the maintenance and servicing easier
- Drives can be arranged to provide 6, 12 or 24 pulse systems. Higher pulse systems reduce the harmonic distortion of the mains supply current
Typical Applications
Many DC drive applications are for retrofit systems to improve the performance and prolong the life of existing plants and machinery. Applications for new DC drives include:
- High Power applications
- Winding and unwinding
- Pulp and Paper processing
- Metal Rolling and processing
- Crane & Hoist
- Ski lifts
Key Benefits
- Powerful programmable control options allow the drives functionality to be finely customized to the application and allows the removal of troublesome analog control circuits
- Options include winder and flying shear software - contact Control Techniques for assistance
- Modular approach to high power drives allows multiple Mentor II drives to be connected in parallel or series to economically achieve the required motor current and voltage rating
- MentorSoft, a windows based software, provides an intuitive environment for configuring the drives functionality
- Mentor II integrates closely with the Control Techniques' AC drives using CTNet, drive-to-drive communications
- Regenerative and non-regenerative modules available to suit your application
- Fieldbus options including Profibus and DeviceNet allow Mentor to be integrated within an automation system
Find Price and Availability on any Emerson/Control Techniques Mentor II Drive part by clicking on the Buy It Now button. If cannot find what you are looking for, call our Customer Support team at 1-866-599-6516 or email at sales@cimtecautomation.com.
| Part #: | Description: |
| M105-14M | Mentor II Drive, 20 to 35 hp @ 208-240Vac Input, 40 to 50 hp @ 380-480Vac Input, Non-Regen |
| M105R-14M | Mentor II Drive, 20 to 35 hp @ 208-240Vac Input, 40 to 50hp @ 380-480Vac Input, Regen |
| M105RWE | Extends standard warranty to 5 Years on Mentor II - 105A Regen Model |
| M105WE | Extends standard warranty to 5 Years on Mentor II - 105A Model |
| M1200-14M | Mentor II Drive, 300 to 350 hp @ 208-240Vac Input, 600 to 700 hp @ 380-480Vac Input, Non-Regen |
| M1200-20C660 | Mentor II Drive, 575-660Vac Input, 1200A Cont. Output Current, Non-Regen (208-480Vac Control Power Required) |
| M1200R-14M | Mentor II Drive, 300 to 350 hp @ 208-240Vac Input, 600 to 700 hp @ 380-480Vac Input, Regen |
| M1200R-20C660 | Mentor II Drive, 575-660Vac Input, 1200A Cont. Output Current, Regen (208-480Vac Control Power Required) |
| M1200RWE | Extends standard warranty to 5 Years on Mentor II - 1200A Regen Model |
| M1200WE | Extends standard warranty to 5 Years on Mentor II - 1200A Model |
| M155-14M | Mentor II Drive, 30 hp @ 208-240Vac Input, 60 to 75 hp @ 380-480Vac Input, Non-Regen |
| M155R-14M | Mentor II Drive, 30 hp @ 208-240Vac Input, 60 to 75 hp @ 380-480Vac Input, Regen |
| M155RWE | Extends standard warranty to 5 Years on Mentor II - 155A Regen Model |
| M155WE | Extends standard warranty to 5 Years on Mentor II - 155A Model |
| M1850-14M | Mentor II Drive, 400 to 500 hp @ 208-240Vac Input, 800 to 1000hp @ 380-480Vac Input, Non-Regen |
| M1850-20C660 | Mentor II Drive, 575-660Vac Input, 1850A Cont. Output Current, Non-Regen (208-480Vac Control Power Required) |
| M1850R-14M | Mentor II Drive, 400 to 500 @ 208-240Vac Input, 800 to 1000 hp @ 380-480Vac Input, Regen |
| M1850R-20C660 | Mentor II Drive, 575-660Vac Input, 1850A Cont. Output Current, Regen (208-480Vac Control Power Required) |
| M1850RWE | Extends standard warranty to 5 Years on Mentor II - 1850A Regen Model |
| M1850WE | Extends standard warranty to 5 Years on Mentor II - 1850A Model |
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Can't find what you are looking for? Give us a call at 1.866.599.6516
Many companies that manufacture products or offer services implement a standard for quality control. This is likely a way to monitor whether products meet specifications and services are satisfactory. Quality control techniques, therefore, may vary depending upon the intended measurement. Some methods of quality control include failure testing, acceptance sampling, statistical process control and analytical quality control. Company-wide quality control, software packages and customer surveys are additional tools that may be used.
Quality control is often performed by a team of professionals who use specific measurement techniques. These measures often provide information relative to a product or service to ensure it meets specifications. Without quality control techniques, a company would likely rely on standard processes without knowledge of how well they're performing.
Konica minolta bizhub manual. One of the quality control techniques that may be employed by manufacturers is failure testing. This method typically puts the final product under a series of tests that determine when and how failures may occur. A set of variables, such as temperature or pressure, may be applied to reveal the product’s weaknesses. In turn, members of the quality control team may be able to modify the product and improve points of failure before customer delivery.