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EMX Industries, Inc. 

Tech support: 216-834-0761 

4/7

 

ULT-MVP_Rev2.0_082319                                   [email protected]

 

 

 

Automatic 
Sensitivity  
Boost 

DIP Switch 1 

The 

Automatic  Sensitivity  Boost

  causes  the  sensitivity  

to  increase  following  initial  detection.  This  feature  is  useful  
to  prevent  dropout  when  detecting  high-bed  vehicles.  
The sensitivity returns to its normal setting after the vehicle exits 
the  loop.  The  decimal  point  on  the  ULTRAMETER

TM

  display 

indicates ASB is on. 

ASB Enabled 

on 

ASB Disabled 

off 

 

 

 

 

Presence 

DIP Switch 2 

Infinite

 presence mode causes the output to remain in detect 

as long as the vehicle remains on the loop. 

Normal

 presence 

mode causes the output to reset after 5 minutes. 

Do not use 

Normal presence mode for reversing loop applications. 

Normal 

on 

Infinite 

off 

 

 

 

 

Delay 

DIP Switch 3 

Turning on the delay setting provides a 2 second delay before 
activating  the  relay  after  the  sensitivity  threshold  is  met.  

Do not use the Delay mode in reversing loop applications

Delay On 

on 

Delay Off 

off 

 

 

 

 

Output B 

DIP Switch 

The  Output  B  relay  is  configurable  for  four  possible  modes.  
In 

Pulse  on  Entry/Exit 

mode,  Output  B  will  be  activated  

for approximately 500ms when a vehicle is entering or exiting 
the  detection  zone.  The 

Detect-On-Stop

  (DOS

®

)

  feature 

requires that a vehicle must come to a complete stop over the 
loop for a minimum of 1-2 seconds before Output B activates. 

Do  not  use  DOS

®

  feature  for  reversing  loop  applications.  

In 

Loop Fault

 mode, Output B will trigger if a loop fault occurs. 

Mode 

Pulse on Entry 

on 

on 

Pulse on Exit 

on 

off 

DOS

®

 

off 

on 

Loop Fault

 

off 

off 

 

 

 

 

Fail Safe / Secure 

DIP Switch 6 

The 

Fail  Safe

  setting  causes  the  ULT-MVP  to  activate  

the  presence  output  in  the  event  of  a  loop  failure.  
The 

Fail Secure

 setting will cause the ULT-MVP not to activate 

the  presence  output  in  the  event  of  a  loop  failure.  

Do not use Fail Secure for reversing loop applications. 

Fail Safe 

on 

Fail Secure 

off 

 

 

 

 

Frequency Settings 

DIP Switch 

DIP  switches  7  and  8  are  used  to  assign  the  loop  operation 
frequency.  The  primary  purpose  of  the 

frequency  setting

  

is  to  allow  the  installer  the  ability  to  set  different  operating 
frequencies  for  multi-loop  installations  and  is  recommended  
to prevent crosstalk/interference from multiple loops. 
 

Low 

on 

on 

Medium Low 

on 

off 

Medium High 

off 

on 

High 

off 

off 

 
 

 
 

Summary of Contents for ULT-MVP

Page 1: ...e feature Detect on Stop DOS The ULT MVP features automatic sensitivity boost ASB delay fail safe fail secure and infinite or normal 5 minute presence Four frequency settings provide flexibility in pr...

Page 2: ...ntact rating 2A 30 VDC 0 5A 125 VAC Output B configurable for Pulse on Entry Pulse on Exit Detect On Stop or Loop Fault modes Description US DIN Rail Socket for ULT MVP U EU DIN Rail Socket for ULT MV...

Page 3: ...ashing 4 Power Loop Fault Indicator Green LED Normal Operation on Upon power up the detector initializes by automatically tuning to the loop The green LED indicates that the detector is powered and op...

Page 4: ...e for four possible modes In Pulse on Entry Exit mode Output B will be activated for approximately 500ms when a vehicle is entering or exiting the detection zone The Detect On Stop DOS feature require...

Page 5: ...ris from the finished cut with compressed air Place sand over the loop wire to the surface and pack tightly Lay new asphalt GRAVEL OR SOIL INSTALLATION While this is not a recommended installation for...

Page 6: ...loops and detectors are utilizing the same or very similar frequency configure DIP switches 7 and 8 on one of the devices For example Move one ULT MVP to the low frequency setting and the second ULT...

Page 7: ...ose connection Perform a megger test from loop lead to ground it should be more than 100 megaohms Check loop connections to terminals Verify splices are properly soldered and sealed against moisture O...

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