Oxygen Sensor (Flow System Sensor using the galvanic principle)

The major advantages of this Oxygen Sensor are its long term stability and the long service life.

Newly developed sensor electro-nics enable the Oxygen Sensor to work without an additional supply battery.

The replacement of the sensor element is simplified by the special construction. The sensor can be modified to the customer's needs regarding measuring range and accuracy. The response time is less than 15 seconds.

For reliable measurement it is necessary to have an linear flow rate of at least 10 cm/s. This sensor is also available in combination with a temperature sensor.

Item-Number	48 806 400 D0 B
Range	0 to 20 mg/l
Accuracy	+/- 0.5 mg/l
Response time	< 15 seconds
Resolution	0.1 mg/l
Ambient temperature limit	Storage: -10°C to +60°C Operation: - 4°C to +60°C
Power supply	24 VDC, 2 W
Dimensions (widthxheightxdepth)	80x122x75 mm ( without tube)
Weight	approx. 650 g (without tube)
Type of sensor/Measuring principle	Galvanic cell
Protection class	IP 65
Interface	CAN-Bus

* Data Acquisition Module (DAM)

Oxygen Sensor (Submersible Sensor using the galvanic principle)

The major advantages of this Oxygen Sensor are its long term stability and the long service life.

Newly developed sensor electro-nics enable the Oxygen Sensor to work without an additional supply battery.

For reliable measurement it is necessary to have an linear flow rate of at least 10 cm/s. This sensor is also available in combination with a temperature sensor.

Item-Number	48 806 500 T0 A
Range	pH 2 to pH 12
Accuracy	0,1 pH
Response time	< 60 seconds
Resolution	0,1 pH
Ambient temperature limit	Storage: -10°C to +60°C Operation: - 4°C to +60°C
Power supply	24 VDC, 2 W
Dimensions (widthxheightxdepth)	Sensor: 60x200x60 mm DAM:* 75x55x70 mm
Weight	approx. 1000 g
Type of sensor/Measuring principle	ISFET technology
Protection class	IP 65
Interface	CAN-Bus

* Data Acquisition Module (DAM)

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