UT-101
       Micro controller based 16 channel.
       Available in three configurations
         o Accepts RTD type PT-100 / Cu-53
         o Accepts TC type J, K & E
         o Accepts TC type R, S & T
       Universal Power Supply.
       All settings done using front Sealed membrane keyboard.
       Battery free NVRAM based operation.
       Fully user programmable including Full Flexibility for Relay Grouping.
       Pass word protection for supervisory Functions.
       Eight built in relays or 32 open collector outputs to connect
         external relays.
       Easy Calibration.
       Adjustable delay for alarm and trip.
       Flush panel mounting.
       All terminations are caged screw type available on rear side of
         the scanner.
 
 
m
           UT-102
       Micro controller based 8 channel.
       Accepts RTD type PT-100 / Cu-53
         Universal Power Supply.
       All settings done using front Sealed membrane keyboard.
        Battery free NVRAM based operation.
       Fully user programmable including Full Flexibility for Relay Grouping.
       Pass word protection for supervisory Functions
         Eight built in relays.
       Easy Calibration.
       Adjustable delay for alarm and trip.
       Flush panel mounting.
       All terminations are caged screw type available on rear side of
         the scanner.
       UT-101/10, a variant model for this is available with 10 channels and
         6 in-built relays.
       UT-101/12, a variant model for this scanner is available with 12
         channels and 4 in-built relays.
 
   
  Top
            M-80
        All solid state circuitry.
        Individual and continuous signal processing for complete protection.
        Digital temperature display.
        Sensor open indication.
       Built in delay in trip circuits to avoid transient malfunction.
mg src="image/applicationbutton.gif" name="Image168" border="0" id="Image168" width="105" height="30" />
 
 
Top
m
m
Home   I   About us   I   Products   I   Make an Enquiry   I   Quality policy   I  Contact us
Copyright Power Electronics & Control 2007