Novatech Controls - Gas Analyser | 1735 Water Vapour Transmitter Get latest price

Gas Analyser | 1735 Water Vapour Transmitter

Atmospheres up to 600°C

In Stock

The 1735 / 1231HWV Water Vapour
analysis provides rapid payback for
processes such as:

• Drying ovens
• Baking ovens
• Paper drying hoods
• Gypsum and plasterboard dryers
• Timber drying kilns

 

The 1735 / 1231HWV water vapour
analysis can provide accurate moisture
control in atmospheres up to 600°C:
Easy to operate, reliable and no regular
calibration needed. Select the unit of
measure to display and output from:

• Water vapour %
• Dew point
• Mixing ratio
• Absolute humidity
• Specific humidity
• Dryer relative humidity
• Oxygen %
Accurate, rapid response, low drift, robust
zirconia oxygen sensor.
Highly responsive, eg: typically 3 seconds
for indirect heated applications.
• RS-232 / RS-485 ModbusTM interface
• Two isolated 4-20mA outputs
• Programmable alarms

To contact Intelligent Systems Pty Ltd about Novatech Controls Gas Analyser | 1735 Water Vapour Transmitter use Get a quote.

The 1735 / 1231HWV Water Vapour
analysis provides rapid payback for
processes such as:

• Drying ovens
• Baking ovens
• Paper drying hoods
• Gypsum and plasterboard dryers
• Timber drying kilns

 

The 1735 / 1231HWV water vapour
analysis can provide accurate moisture
control in atmospheres up to 600°C:
Easy to operate, reliable and no regular
calibration needed. Select the unit of
measure to display and output from:

• Water vapour %
• Dew point
• Mixing ratio
• Absolute humidity
• Specific humidity
• Dryer relative humidity
• Oxygen %
Accurate, rapid response, low drift, robust
zirconia oxygen sensor.
Highly responsive, eg: typically 3 seconds
for indirect heated applications.
• RS-232 / RS-485 ModbusTM interface
• Two isolated 4-20mA outputs
• Programmable alarms

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To contact Intelligent Systems Pty Ltd about Novatech Controls Gas Analyser | 1735 Water Vapour Transmitter use Get a quote.

1735(0.43MB)

1735-Operators-Manual(0.94MB)

1735-Technical-Manual(2.18MB)

5a90a9_581af3808c4d4b41aca366d324f297d8(0.05MB)