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VERTEX VD 26 SERIES 

USER MANUAL 

 
 
 
 
 

The Vertex VD series Temperature Controllers are a “Low Cost” Digital alternative to analog 
controllers

, designed for use in simple applications where three term (PID) control is not required.

    It 

comes from the factory with default settings making it an “on/off” controller but can be user configured to have 
proportional action “proportional”.    It has a single digital display allowing access to all the parameters including 
the “Process Variable” and “Set Point”.    It is fully configurable on input including PT100 (RTD). 
 
There are three simple steps required to get you up and running: 
 

1. 

Installation  2. Wiring 3. Commissioning 

 

Installation 

 
Select the panel cut-out sizes from the table depending on the Model VD controller you have chosen and install 
the controller accordingly in your panel. 
 

PANEL CUTOUT

   

 

 

                     

 

 

Model A B C D E a  b  c  d 

VD-2600 

48 48  6 100 45 

45

+0.5

 

45

+0.5

 

60 48 

VD-2601 72 72  9  80 67 

68

+0.5

 

68

+0.5

 

90 72 

VD-2603 96 48  9  80 45 

92

+0.5

 

45

+0.5

 

48 120 

VD-2604 96 96 10 80 91 

92

+0.5

 

92

+0.5

 

120 96 

 
Wiring 

WIRING DIAGRAM

   

 

1

 

Summary of Contents for VD 26 Series

Page 1: ...the parameters including the Process Variable and Set Point It is fully configurable on input including PT100 RTD There are three simple steps required to get you up and running 1 Installation 2 Wiri...

Page 2: ...play will change and read Type 5 Use the up or down keys to select the input type you require 6 Now press the set key once and the display will read Type 7 Now press the set key a few times until you...

Page 3: ...ill be charged for repairing it 6 2 All controllers are Relay output as factory standard To have SSR you must especially order them with this option 7 Relay output If you are using a relay output cont...

Page 4: ...w Scale of Linear Input 1999 9999 199 9 999 9 0 0 High Scale of Linear Input 1999 9999 199 9 999 9 100 0 10 Commissioning Having correctly wired the unit you are now ready for the initial turn on 1 Tu...

Page 5: ...e next programmable parameter press for 5 seconds to move from one programming level to next 2 UP KEY Press to increase the set point or parameter value 3 DOWN KEY Press to decrease the set point or p...

Page 6: ...PROGRAMMING LEVEL PARAMETERS lst Prog Level 2nd Prog Level 3rd Prog Level Press 5 seconds Press 5 seconds Press 5 seconds 6...

Page 7: ...ON OFF control mode 0 0 300 0 0 0 Derivative Rate This value is automatically calculated by activating the Auto tune function When 0 0 this parameter will not appear 0 900sec 0 Hysteresis for ON OFF...

Page 8: ...000 58 1832 B 0 1800 32 3272 R 50 1750 58 3182 S 50 1750 58 3182 N 50 1300 58 2372 C 50 1800 58 3272 D PT 200 850 328 1652 J PT 200 600 328 1112 LINE 1999 9999 Refer to figure K Unit of process value...

Page 9: ...efer to alarm function section for detail nonE Hi Lo dif H dif L bd Hi bd Lo t on t oFF Alarm 3 mode Refer to alarm mode section for detail nonE Stdy Lath St La HH mm mm SS RS485 address 0 255 0 Commu...

Page 10: ...CTION SELECTION ALMD DESCRIPTION Normal alarm mode Startup inhibit When selected in any alarm function prevents an alarm on power up The alarm is enabled only when the process value reaches the alarm...

Page 11: ...ck correct input sensor selection Sensor break error Sensor not connected Replace sensor Check the sensor is connected correctly Keypad no function Keypads are locked Keypads defective Set to a proper...

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