LOW-VOLTAGE SOLUTIONS

Data Center Resources

Overview

Technical

Resources

Brochures
  1. Intelligent designs in simplified packages
    This document reviews automatic transfer and intelligent control for low voltage switchgear.
    (PDF 1 MB, 09/08/2021)
  2. Low voltage switchgear brochure
    This product family brochure covers Eaton’s entire line of Magnum DS low voltage switchgear.
    (PDF 4 MB, 01/01/2018)
  3. MDN4000 Magnum narrow 4000A breaker integration brochure
    This document contains features and benefits of Eaton’s narrow 4000 A circuit breaker for low voltage switchgear.
    (PDF 990 KB, 08/01/2012)
  4. Safe. Intelligent. Flexible.
    This document reviews the features and benefits of Eaton’s Magnum DS low voltage switchgear.
    (PDF 291 KB, 11/01/2017)
  5. Series NRX breaker integration with Magnum DS low voltage switchgear brochure
    This document discusses how Eaton offers our Magnum low voltage switchgear with Series NRX breaker integration to meet equipment dimension requirements.
    (PDF 305 KB, 10/01/2009)
Catalogs
Low voltage switchgear catalog
Volume 3, Tab 4 – This catalog contains details for low voltage switchgear (Vol3, Tab4)
(PDF 418 KB, 07/01/2015)
Certification reports
  1. Low voltage metal-enclosed switchgear seismic application guidelines
    This document reviews products subjected to seismic testing in accordance with the 2012 International Building Code (IBC) and the 2013 California Building Code (CBC)
    (PDF 58 KB, 10/01/2014)
  2. Metal-enclosed low voltage switchgear – MDS front & rear access seismic certificate
    This document contains seismic certificate data for MDS front and rear access LV switchgear
    (PDF 132 KB, 02/01/2018)
Design guides
Rear access low-voltage switchgear design guide
This design guide provides dimensions, layout examples, technical specifications and application information for Magnum DS low-voltage switchgear. The information in this document supersedes section 20 of the Consulting Application Guide (CAG).
(PDF 2 MB, 01/01/2021)
Installation instructions
  1. Low voltage switchgear installation guidelines for seismic applications
    Installation instructions for Magnum DS rear-access low voltage switchgear for seismic applications.
    (PDF 111 KB, 07/01/2016)
  2. Low-voltage switchgear instructions
    Instruction manual for Eaton’s Magnum DS front- and rear-access low voltage switchgear including installation, inspection, operation and testing.
    (PDF 5 MB, 03/31/2020)
  3. Magnum breaker remote racking device instruction booklet
    This instruction manual reviews how Eaton’s MRR1000 provides a means of remotely inserting or removing any drawout circuit breaker in the Magnum DS family of Power Circuit Breakers.
    (PDF 555 KB, 07/01/2016)
  4. NEMA 3R low voltage switchgear instructions
    Instruction manual for Eaton’s NEMA 3R outdoor Magnum DS low voltage switchgear, including installation, inspection, testing and maintenance.
    (PDF 1 MB, 06/01/2011)
  5. Outdoor low voltage switchgear installation instructions for seismic applications
    Installation instructions for NEMA 3R outdoor Magnum DS low voltage switchgear for seismic applications.
    (PDF 80 KB, 07/01/2016)
Manuals and user guides
  1. Instructions for field testing of ground fault systems utilizing eaton magnum DS circuit breakers
    Instructions for field testing of ground fault systems utilizing eaton magnum DS circuit breakers
    (PDF 193 KB, 12/31/2010)
  2. Magnum breaker remote racking device instruction booklet
    This instruction manual reviews how Eaton’s MRR1000 provides a means of remotely inserting or removing any drawout circuit breaker in the Magnum DS family of Power Circuit Breakers.
    (PDF 555 KB, 07/01/2016)
Product specification guides
Switchgear – LV metal enclosed guide spec
This is a CSI formatted construction guide specification for low voltage, metal-enclosed switchgear Switchgear – LV metal enclosed.
(DOCX 306 KB, 03/01/2021)
Time current curves
  1. Digitrip 1150 IEEE -EI curve 70C1040
    (PDF 438 KB, 09/08/2021)
  2. Digitrip 1150 IEEE -MI curve 70C1038
    (PDF 438 KB, 09/08/2021)
  3. Digitrip 1150 IEEE -VI curve 70C1039
    (PDF 438 KB, 09/08/2021)
  4. Digitrip 1150 maintenance mode trip curve 70C1498
    (PDF 33 KB, 09/08/2021)
  5. Digitrip 1150/1150i ground (earth) time/current curve
    This document contains the circuit breaker ground time/current curve for Digitrip 1150 in Magnum DS circuit breakers
    (PDF 477 KB, 08/01/2018)
  6. Digitrip 1150/1150i I2T curve 70C1034
    (PDF 440 KB, 09/08/2021)
  7. Digitrip 1150/1150i I4T curve 70C1035
    (PDF 437 KB, 09/08/2021)
  8. Digitrip 1150/1150i instantaneous curve 70C1043
    (PDF 438 KB, 09/08/2021)
  9. Digitrip 1150i IEC-A 70C1031
    (PDF 438 KB, 09/08/2021)
  10. Digitrip 1150i IEC-B 70C1032
    (PDF 442 KB, 09/08/2021)
  11. Digitrip 1150i IEC-C 70C1033
    (PDF 438 KB, 05/17/2019)
  12. Digitrip 520 (G) curve 70C1008
    (PDF 439 KB, 09/08/2021)
  13. Digitrip 520 (I) curve 70C1007
    (PDF 437 KB, 09/08/2021)
  14. Digitrip 520 (LS) curve 70C1006
    (PDF 447 KB, 09/08/2021)
  15. Digitrip 520MC maintenance mode trip curve 70C1446
    (PDF 435 KB, 09/08/2021)
  16. Instantaneous Curve for Magnum MDSX/SBSE with Digitrip 1150 70C1586
    (PDF 437 KB, 09/08/2021)
  17. Instantaneous Curve for Magnum MDSX/SBSE with Digitrip 520 series 70C1585
    (PDF 47 KB, 09/08/2021)
  18. Magnum DSX current let through curve
    (PDF 145 KB, 01/31/2011)
  19. Magnum with 1150/1150i time/current curve index 70C1030
    (PDF 22 KB, 09/08/2021)
White papers
  1. Paralleling low voltage power breakers – a higher continuous current solution
    This white paper discusses two additional solutions for systems that require continuous current ratings higher than the standard product capabilities
    (PDF 408 KB, 03/01/2017)
  2. Safer by design: arc energy reduction techniques
    Strategies to protect electrical systems during maintenance and on-going operation
    (PDF 1 MB, 09/30/2017)
  3. Strategies for reliable arc flash detection in low-voltage switchgear
    This white paper discusses reliably detecting the ignition of an arc flash inside low-voltage metal enclosed switchgear using an arc flash detection system presents a number of technical challenges and requires careful system design to provide maximum equipment and personnel protection
    (PDF 619 KB, 09/02/2018)