background image

 

 7

Out

Return to parent menu [

]

Factory reset

Confirm by selecting [

]. 

Select [ ] to go back to menu [

]

Zero pressure calibration

Confirm by selecting [

]. 

Select [ ] to go back to menu [

]

Out

Return to parent menu [

]

Invert LED

[

] Value < Setpoint => Green, [ ] Value < Setpoint => Red

Invert relay

[

] normal output state, [ ] Inverted output state

Hysteresis

[01 - 50 % of maximum setpoint]

Relay activation delay

[0000 - 3600 Sec.]

Out

Return to parent menu [

]

Analog output type

[0 - 10V / 0 - 20mA / 2-10V / 4-20mA]

Damping

[01 - 30 sec.]

Flow setpoint

[0.000 - 9999]

First set the dot possition, then set the value

Flow range

[0.000 - 9999]

First set the dot position, then set the value

k-factor

[0.001 - 9999]

First set the dot position, then set the value

Pressure setpoint

[0000 - 2500 Pa]

Pressure range

[0010 - 2500 Pa]

Pressure / flow mode

 (Pressure Pa); 

 (Flow)

Out

Leave the menu

k

2

 = k

1

 * 

value (k-factor to enter into PTH-3202-DR)

k

1

 (k-fact

or given fr

om equipment)

m

3

/h

m

3

/h

l/s

l/s

m

3

/h x 1000

m

3

/h x 1000

l/s x 1000

l/s x 1000

m

3

/s

m

3

/s

cfm

cfm

0.278

3.6

0.001

3600

3600

1.699

1000

1000

0.472

1000

471.9

2119

2119

0.278

0.278

588.6

0.0036

1699

0.001

0.001

2.119

1000

0.589

BR1032A010a

© 2015 OJ Electronics A/S

K-factor conversion table (Flow only)

The k-factor given by the equipment (k₁) is entered into the equation and the result (k₂) is entered into the MD.

Example of calculation:

The k-factor data for the equipment is declared to be 5.6 based on liter per seconds [l/s]. You want the MD to handle flow in cubicmeters per hours [m³/h].

On the second row you will find the equations for k₁ in [l/s].

In the first column you will find equations for k₂ in [m³/h].

k₂ = k₁ * 3.6

k₂ = 5.6 * 3.6

k₂ = 20.16

Enter 20.16 into menu point Set4 [

]. Please remember to set the dot position before setting the value.

The MD display will now show the calculated air flow in cubicmeters per hours. Remember to place the m

3

/h sticker on the MD front.

k-Factor conversion table

BR1032A010a

k₂ = k₁ * value (k-factor to enter into MD-DPC-24)

Summary of Contents for MD-DPC-24

Page 1: ...he flow at which the analogue output reaches the maximum value Setup Flow setpoint Use Setup menu 6 to enter the air flow setpoint The scale is 0 000 to 9999 The dot position shall be set before enter...

Page 2: ...stromgeregelt MD ist mit 24 V zu versorgen siehe Abb 4 Einstellungsmen Zur Navigation im Men die Tasten 5 6 und OK benutzen Die Tasten befinden sich rechts unten auf der Frontabdeckung Das Men teilt...

Page 3: ...gemeinsam mit Haushaltsm ll entsorgt werden sondern m ssen entsprechend den geltenden lokalen Richtlinien bei einer Abfallsammelstelle abgeliefert werden HERSTELLER TROX GmbH Heinrich Trox Platz D 475...

Page 4: ...te d alimentation L inversion du relais doit tre r gl e ON pour obtenir cette fonction Relais Inversion DEL Utilisez le menu 4 du relais pour inverser la couleur par d faut de la DEL du vert au rouge...

Page 5: ...es produits marqu s de ce symbole ne doivent pas tre rebut s avec les d chets domestiques mais doivent tre livr s un centre de collecte de rebuts en conformit avec la r gle mentation locale en vigueur...

Page 6: ...n Value Setpoint Red Invert relay normal output state Inverted output state Hysteresis 01 50 of maximum setpoint Relay activation delay 0000 3600 Sec Out Return to parent menu Analog output type 0 10V...

Page 7: ...t k is entered into the MD Example of calculation The k factor data for the equipment is declared to be 5 6 based on liter per seconds l s You want the MD to handle flow in cubicmeters per hours m h O...

Page 8: ...s A S ON 1 2 3 BR1009B01a 2014 OJ Electronics A S ON 1 2 3 BR1009B01a 2014 OJ Electronics A S ON 1 2 3 BR1009B01a 2014 OJ Electronics A S ON 1 2 3 BR1032A006a BR1032A013a Fig 4 Wiring diagram BR1032A0...

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