Documente tehnice
Specificatii
Marca
ebm-papstTip afisare
Digital
Numarul de iesiri de comutare
1
Producator
DPC200
Protectie IP
IP54
Supply Current
10 mA@ 10 V dc, 12 mA@ 24 V dc
Tensiunea de alimentare
10 → 30 V dc, 24 V ac
Dimensiuni
95 x 54 x 70mm
Inaltime
70mm
Temperatura maxima de lucru
+50°C
Frecventa minima de auto-rezonanta
-10°C
Lungime
95mm
Latime
54mm
Tara de origine
Germany
Detalii produs
ebm-papst Differential Pressure Controller DPC200-EP1000
This ebm-papst DPC200-EP1000 differential pressure controller measures the low pressure differential between two masses of non-aggressive gases, particularly air.
The DPC200-EP1000 supplies a linear output signal for measured differential pressure, or alternatively a square-root-extracted output signal according to the calculated volumetric flow rate. This differential pressure controller also fulfils closed loop control functions, whereby fans can be directly controlled via a control variable. All features can be set directly in the controller to achieve the desired control behaviour.
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Documente tehnice
Specificatii
Marca
ebm-papstTip afisare
Digital
Numarul de iesiri de comutare
1
Producator
DPC200
Protectie IP
IP54
Supply Current
10 mA@ 10 V dc, 12 mA@ 24 V dc
Tensiunea de alimentare
10 → 30 V dc, 24 V ac
Dimensiuni
95 x 54 x 70mm
Inaltime
70mm
Temperatura maxima de lucru
+50°C
Frecventa minima de auto-rezonanta
-10°C
Lungime
95mm
Latime
54mm
Tara de origine
Germany
Detalii produs
ebm-papst Differential Pressure Controller DPC200-EP1000
This ebm-papst DPC200-EP1000 differential pressure controller measures the low pressure differential between two masses of non-aggressive gases, particularly air.
The DPC200-EP1000 supplies a linear output signal for measured differential pressure, or alternatively a square-root-extracted output signal according to the calculated volumetric flow rate. This differential pressure controller also fulfils closed loop control functions, whereby fans can be directly controlled via a control variable. All features can be set directly in the controller to achieve the desired control behaviour.