Chase-durer Special Forces 1000XL UDT Manuel d'utilisateur

ETA Cal. 251.262 CHASE-DURER9601 Wilshire Blvd. #1118Beverly Hills, CA 90210 USATel: 800.544.4365 / 310.550.7280Fax: 310.550.1830E-mail: Customer-Serv

8.Tachymetre316040 2008 2469 3126NSWE510152025305340455055SPECIALFORCES1000XLUNDERWATERDEMOLITIONTEAMCHASE-DURERBLACK STEEL1000FT DEPTH9 3126316040 20

9.Navigation316040 2008 2469 3126NSWE510152025033540455055SPECIALFORCES1000XLUNDERWATERDEMOLITIONTEAMCHASE-DURERBLACK STEEL1000FT DEPTH9 3126316040 20

10.MiscellaneousAt 68 F (20 C), sound travels at 344m or 376yds / 1,129ft per second in air at sea level.° °Example: Sea level temp is and lightning

Specifications11.SPECIAL FORCES 1000 / 1000XL Underwater Demolition Team Technical Specifications ®® Chronograph: 1

ETA Cal. 251.262 CHASE-DURER9601 Wilshire Blvd. #1118Beverly Hills, CA 90210 USATel: 800.544.4365 / 310.550.7280Fax: 310.550.1830E-mail: Customer-Serv

Display and Screw Down Crown/Pushbuttons ® Setting Date and Time Zone ® Setting Time® Resetting Chronograph Hands to Zero ® Timing Mode • Simple Chro

1.316040 2008 2469 3126NSWE510152052303540450555SPECIALFORCES1000XLUNDERWATERDEMOLITIONTEAMCHASE-DURERBLACK STEEL1000FT DEPTH9 3126CHRONOGRAPH HANDSWA

Setting Date and Time Zone2.316040 2008 2469 3126NSWE510152025303540455055SPECIALFORCES1000XLUNDERWATERDEMOLITIONTEAMCHASE-DURERBLACK STEEL1000FT DEPT

3.Setting TIME 316040 2008 2469 3126NSWE510152025303540455055SPECIALFORCES1000XLUNDERWATERDEMOLITIONTEAMCHASE-DURERBLACK STEEL1000FT DEPTH9 31262 3 1D

4.Resetting Chronograph Hands to Zero316040 2008 2469 3126NSWE501152052303504455055SPECIALFORCES1000XLUNDERWATERDEMOLITIONTEAMCHASE-DURERBLACK STEEL10

5.Timing Mode • Simple Chronograph Function316040 2008 2469 3126NSWE510152025303540455055SPECIALFORCES1000XLUNDERWATERDEMOLITIONTEAMCHASE-DURERBLACK S

6.Timing Mode • Split-Time or Intermediate Times Function316040 20NSWE50115202530354045505508 2469 3126SPECIALFORCES1000XLUNDERWATERDEMOLITIONTEAMCHAS

7.Tachymetreslower, such as a bicycle, you must use a shorter distance because the elapsed time must fall within the second range. For this examp