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DSD® 412 DC Elevator Drive

Magnetek’s DSD 412 is the DC drive of choice throughout the elevator industry and the world. These drives can be used on both geared or gearless elevator systems for new construction or modernization projects. Our DSD 412 is an economical and efficient way to replace older DC drives or motor-generator (MG) sets. It virtually fits any analog or digital application and sets up quickly. Default parameters provide a useful starting point. Only a few adjustments are required to achieve flawless elevator operation.

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Features and Benefits

Versatility is what makes the DSD 412 one of our most popular drives. It offers a broad range of application features and an expansive range of ratings from least demanding to the fastest and heaviest cars. If ever there was a “workhorse” of a drive with versatility, the DSD 412 DC Elevator Drive is your best candidate for the job.

Features/Benefits

  • Completely Digital Solid State Drive – No analog adjustments, and, less maintenance, down time and costly repair bills.
  • High Torque Capacity – Peak torque rating of 250% easily accommodates acceleration requirement for mid- to high-rise buildings.
  • Self-Tune Capability – Immediate motor/drive compatibility for faster start-ups; vital for modernization projects. 
  • Ultra Smooth Torque Reversing – Bumpless transfer of motor current and torque from motoring to regenerating at all speeds even with balanced load.
  • Unique Elevator Speed Regulator – Providing no overshoot at the end of acceleration or deceleration. 
  • Line Regeneration of Overhauling Loads – Returns electrical energy to the power system for maximum efficiency and minimum overall power consumption. No heat producing resistors used.


Documents

Brochures & Catalogs

Manuals & Supplements

[O&M Manual] DSD® 412 DC Elevator Drive Manual CS00407 RV12 [Technical Bulletin] Application Note DSD 412 Encoder Tips (6/4/2001) [Technical Bulletin] Application Note DSD 412 (102) Using Self-Tune (11/2/2001) [Technical Bulletin] Application Note DSD 412 (103) Ripple Current Fault (F909) (11/2/2001) [Technical Bulletin] Application Note DSD 412 (104) Using Tach Rate Gain Function (11/2/2001) [Technical Bulletin] Application Note DSD 412 (105) Measuring Elevator System Inertia (11/2/2001) [Technical Bulletin] Application Note DSD 412 (106) Using DC Motor Ripple Filters (2/6/2001) [Technical Bulletin] Application Note DSD 412 (107) Using Emergency Power (11/2/2000) [Technical Bulletin] Application Note DSD 412 (108) Start-up Procedure (11/2/2000) [Technical Bulletin] Application Note DSD 412 (109) Gearless Elevators Setting Up the DSD 412 (12/5/2000) [Technical Bulletin] Application Note DSD 412 (110) Measuring the Ripple Filter Inductance with the DSD 412 (P2/7/2001) [Technical Bulletin] Application Note DSD 412 (111) Grounding Recommendations (4/3/2001) [Technical Bulletin] Application Note DSD 412 (112) Selecting an External Transformer/Fuses for Field Power Supply (7/12/2004) [Technical Bulletin] Application Note DSD 412 (113) Utility Power Factor (12/9/2002) [Technical Bulletin] Application Note DSD 412 (114) Reducing Acoustic Noise of Wiring (12/9/2002) [Technical Bulletin] Application Note DSD 412 (115) Selecting Dynamic Braking Resistors (12/9/2002) [Technical Bulletin] Application Note DSD 412 (116) Isolation Transformer Selection (May 2022) [Technical Bulletin] Application Note DSD 412 (117) Source of Control Power (10/15/03) [Technical Bulletin] Application Note DSD 412 (118) Replacement of NVRAM (10/15/03) [Technical Bulletin] Application Note DSD 412 (119) Internal S-Curve (10/15/03) [Technical Bulletin] Application Note DSD 412 (120) Field Winding Failure (10/15/03)