Page 25 - ax_catalogue
P. 25

X


            Ap p l  i  c a t i  o n  E x a m  p l  e

            I - S AD  1  9 "  &  I  - S  AD  1  9 " - S
            e n  a b l  e s  a  re m  o te  c o n  tro l
            c e n  te r  to  m  a n  a g  e  a n d  s p e rv i s e
            v a ri  o u  s  i  n -  a n  d  o u  tp u  t  c ri te ri  a s
            fro m  s u  b s i  d i  a ri  e s .








            Te c h n i c a l  S p e c i fi c a t i o n s

                                                P  to p  a n d  b o tto m  th re s h  o l  d
            N  e t wo rk  I  /F  ( L AN  )                                     S  wi  t c h
                                                                               ■
                                                                                 V L AN  fu  n c ti o n  a l i  ty
                                                   s e tta b l  e ;  a n a l  o g  i  n  d i c a ti  o n
            I - S AD  1  9 " :
                                                P  C o n  n e c to r:  R J 4 5  ■  6 4  V L AN  e n  tri  e s
            ■
               2  x  1  0 /1  0 0 B  a s e T x
            ■
               C o n n  e c to r:  R J  4 5                                    E  n  v i ro n  m e n  t a l
                                              M a n  a g  e m  e n  t
                                              ■  S  N  M  P,  i  n te g ra te d  W E  B  O P I  ,  ■  O p e ra ti n  g  :  - 2  0  to  + 7 0 ° C
            I - S AD  1  9 " - S  :
                                                Te l  n  e t
                                                                               ■
                                                                                 S to ra g  e :  - 2 0  to  + 7 0 °  C
            ■
               2  x  1  0 /1  0 0 B  a s e T x  ( R J  4 5 )
                                              ■  S  e tta b l e  u p  to  3 x  d  e s ti n  a ti o n
                                                                               ■
                                                                                 H  u m  i  d  i  ty :  m a x.  8 0 %  ,  n  o n  -
            ■
               1  x  1  0 0 B  a s e F X:
                                                a d d  re s s e s  fo r  S N  M  P  Tra p s
                                                                                 c o n  d e n s i  n g
               P  L i  n  e  c o d  e :  4 B /5 B
                                              ■  F re e  e d  i  ta b l  e  R E AD /W R I T E
               P  P l  u  g g  a b l  e  S F P  ty p e s                       P o we r
                                                c o m m  u  n  i  ti  e s  ( Tra p  n  a m  e s )
               P  C o n  n  e c to r:  S  F P                                  ■
                                                                                 4 8  V D C  -  2 3 0  VAC  ( w i d  e
                                              ■  D  H  C P  c l i  e n  t
                                                                                 ra n  g  e )
            ■
               E  th  e rn e t  S w i  tc h  :
                                              ■  C L I  /O P I  ( l o c a l  m  a n  a g  e m  e n  t
                                                                               ■  P ro te c ti  o n  c l  a s s  l
               P  U p  to  1  0 2  4  M  AC
                                                I  /F )
                                                P  As y n  c h ro m  o u  s  R S 2  3 2
                 a d d  re s s e s
                                                                               P h  y s i  c a l
               P  M  T U  :  1  5 2 2  b y te s  P  Tra n  s fe r  ra te :  1  1  5 k2 /8 /N  /1
                                                                               ■
                                                                                 We i  g h  t:  2  . 0 kg
               P  V L AN  a c c o rd  i n  g  to
                                                   ( d e fa u  l  t)
                                                                               ■
                                                                                 D  i  m e n  s i  o n  s  ( H  x  W  x  D  ) :
                                                P  C o n  n e c to r:  D - S U  B 9
                 8 0 2  .  1  p /Q
                                                                                    4 5 m m  x  4 4 0 m m  x  2  0 5 m  m
                                                                                 P
               P  M  a x.  6 4  d  i ffe re n  t  V L AN
                                                   ( fe m  a l e )
                                                                               ■  F o rm  fa c to r:  E  l  A  1  9 " ,  1  R U
                 e n tri  e s
                                              ■  R S 2  3 2  I /F  ( c o n  n  e c ti  n g  th  i  rd  -
               P  V L AN - I D  :  0  -  4 0 9 5  p a rty - s y s te m  )
                                                P  As y n  c h ro m  o u  s  R S 2  3 2
            S e rv i  c e  I  /F
                                                P  Tra n  s fe r  ra te :  1  1  5 k2 /8 /N  /1
            An  o v e rv i e w  to  a l  l  a v a i l a b l  e
                                                   ( d e fa u  l  t)
               m o d u  l e s  i  s  p re s e n  te d  h e re
                                                P
               a fte r                             C o n  n e c to r:  D - S u  b
                                                   ( fe m  a l e )
            ■
               Te m  p e ra tu re  I  /F  ( fo r  s p e c i  fi  c
               e q  u  i  p m  e n  t)
               P  to p  a n  d  b o tto m  th  re s h o l d  P  P o rt  s p e c i  fi  c  I  P  a d  d re s s
                 s e tta b l  e ;  a n  a l  o g  i  n d  i  c a ti  o n  s e tta b l  e
                 ( te m p .  ra n  g e :      ■  Ac c e s s  to  th  i  rd  - p a rty
                                                s y s te m  s  v i  a  Te l  n  e t
                 - 2 0 . .  .  +  8 0 °  C )
               P  C o n  n  e c to r:  R J  4 5
            ■
               H  u  m i d  i  ty  I /F  ( fo r  s p e c i fi
               e q  u  i  p m  e n  t)
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