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Dyno Nobel Inc.

ELECTRIC SUPER™ MS - New Series

ELECTRIC SUPER MS is a high strength, millisecond delay electric detonator featuring 30 delay periods designed to provide precision and accuracy in all delay periods. The ELECTRIC SUPER MS legwires are HDPE insulated, which offers excellent resistance to cuts, abrasion, oil, low temperature and high humidity. Easy-to-read delay tags display the delay number and nominal firing time of each period near the legwire ends.

ELECTRIC SUPER™ MS - New Series
ELECTRIC SUPER MS is a high strength, millisecond delay electric detonator featuring 30 delay periods designed to provide precision and accuracy in all delay periods. The ELECTRIC SUPER MS legwires are HDPE insulated, which offers excellent resistance to cuts, abrasion, oil, low temperature and high humidity. Easy-to-read delay tags display the delay number and nominal firing time of each period near the legwire ends.
 
Field results with the ELECTRIC SUPER MS have shown impressive improvements in both vibration control and fragmentation.
 
Recommended firing current:
• Series wiring: a minimum of 2 amps AC or 1.5 amps DC
• Parallel wiring: a minimum of 1 amp AC or DC per detonator
• Series-in-parallel wiring: a minimum of 2 amps AC or 1.5 DC per series The maximum recommended continuous firing current is 10 amps per detonator.
 
APPLICATION RECOMMENDATIONS
 
• NEVER use the ELECTRIC SUPER MS with other types of Dyno Nobel electric detonators or electric detonators from another manufacturer. Wiring different brand electric detonators together in a blast circuit may result in misfires and is in violation of federal regulations. Even though some types of Dyno Nobel electric detonators are electrically compatible, they should never be planned to be used together as a standard blasting practice. Where special circumstances demand a larger number of standard delay periods, always contact a Dyno Nobel representative for specific recommendations before planning the blast design.
• NEVER use electric detonators near radio frequency transmitters unless in accordance with IME SLP 20.