OXYMAC50.V.2 Honeywell, OXYMAC50.V.2 Datasheet

Flow Sensors Board Interface KGZ/GMS 0-100%

OXYMAC50.V.2

Manufacturer Part Number
OXYMAC50.V.2
Description
Flow Sensors Board Interface KGZ/GMS 0-100%
Manufacturer
Honeywell
Datasheet

Specifications of OXYMAC50.V.2

Accuracy/reliability
+/- 2 % Full Scale
Supply Voltage
24 V
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Oxymac50, DE800
and Elecdit
Oxygen Sensor Interface Boards
Accurate oxygen measurement
DESCRIPTION
The Oxymac 50, Elecdit and DE800 sensor interface boards
are control and measurement devices for Honeywell’s range
of dynamic highly accurate oxygen sensors. The ability of
these sensors to operate without any reference gas makes
them ideal for many applications including combustion and
environmental control.
Honeywell oxygen sensors using zirconia based sensing
elements require external connection to an electronic
measuring circuit to control sensor operation and signal
processing. A heating element on the sensor produces the
700 °C required for the ZrO
temperature. These interface boards supply the sensor with
the necessary circuits to provide this control and processing,
while also providing sensor calibration. The DE800 interface
also includes the heater supply, Oxymac50 and Elecdit
require an external heater power supply .
TYPICAL APPLICATIONS
• Heating boiler control
• Industrial process control
• Combustion systems
• Compost systems
• Environmental control
• Medical
• Aerospace
FEATURES
• Provides the necessary circuits to control Honeywell oxygen
• Functional testing and calibration in ambient air
• PCB board format
• Linear output of measured oxygen content in voltage or
• Low power consumption
sensors
current format
2
to achieve its operational
Oxymac50 is a recently upgraded interface that offers similar
performance to the Elecdit board but operates from a 24 Vdc
power supply.
The DE800 interface offers the features of the Oxymac50 but
also contains the heating element power source.
The Elecdit interface was developed for Industrial
applications and offers a level of noise protection. It operates
from a ±15 V supply.
Oxymac50 and DE800 are the recommended interfaces for
new applications.
The interfaces are supplied ready for mounting into
customers’ enclosures. Oxymac50 a 15-pin D type connector,
DE800 has screw connector block and Elecdit has 2,5 mm x
2,5 mm (0.1 in x 0.1 in) pin connector.
BENEFITS
• Removes the need to implement sensor control circuits
• Removes effects of barometric or application pressure
• Ease of mounting and access for calibration
• Flexible interconnection
• Lower running costs
within customers’ equipment
changes and sensor drift for best accuracy

Related parts for OXYMAC50.V.2

OXYMAC50.V.2 Summary of contents

Page 1

... The DE800 interface also includes the heater supply, Oxymac50 and Elecdit require an external heater power supply . FEATURES • Provides the necessary circuits to control Honeywell oxygen sensors • Functional testing and calibration in ambient air • PCB board format • ...

Page 2

... After approx impulse (blinking) signal should be present at Pin 1. Apply at the sensor 95 mbar air, adjust with Pot5 at Pin 9 to 0.8 V. Then apply at the sensor 1013 mbar air and adjust with Pot3 at Pin 9 Uout to 8 Adjust with Pot4 Pin 10. 5. Adjust with Pot5 Uout Pin 9. 2 www.honeywell.com/sensing DE800 oxygen (standard 100 % oxygen (option) +24 Vdc ±20 % ...

Page 3

... DE800 circuit, output 10V, measuring range DE800 circuit, output 10V, measuring range 100 % DE800 circuit, output 20mA, measuring range DE800 circuit, output 20mA, measuring range 100 % Elecdit circuit, ouput 10V, measuring range Elecdit circuit, ouput 10V, measuring range 100 % Honeywell Sensing and Control 3 ...

Page 4

... While we provide application assistance personally, through our literature and the Honeywell web site the customer to determine the suitability of the product in the application. Specifications may change without notice. The information we supply is believed to be accurate and reliable as of this printing. However, we assume no responsibility for its use ...

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