Dew Point Loop-Powered Transmitter Model HDT - with Aluminum Oxide Sensor Technology
Dew Point Loop-Powered Transmitter Model HDT - with Aluminum Oxide Sensor Technology
The COSA XENAUR™ Model HDT™ dew point transmitter uses a our HTF™ high capacitance aluminum oxide sensor with a measuring range of -100ºC to +20ºF or -60ºC to +20ºC. Customers can also request special ranges for special applications. The dew point sensors provide a high degree of accuracy, speed, of response and stability unavailable from instruments using conventional aluminum oxide or polymer sensors.
Pricing for US, LATAM, and Canada Only.
Outside of US, LATAM, or Canada, please request a quote. sales.hou@process-insights.com
HART-Compliant Dew Point Transmitter
The HDT is a HART compliant dewpoint transmitter, providing loop powered analog as well as a digital output. Housed in a 32mm dia. Stainless steel housing it has an overall length of 136mm including the Industrial Standard 9.4mm 4-pin connector.
Measurement Accuracy & Stability
The HDT transmitter uses a multipoint calibration table which provides temperature compensated dewpoint readings for temperatures from -10ºC to +70ºC with the option of going below -10ºC. Thus, the HDT provides accurate dewpoint measurements over its full range even under extreme temperature conditions, such as when installed outdoor or close to heat sources.
Features
- HTF™ Sensor Technology
- Small Size
- Capable of Liquid Hydrocarbon Measurements
- Programmable Alarm Signal
- Temperature Compensated Calibration
- Digital Communications (HART Protocol)
- Analog Communications (4-20mA)
HDT-100 |
HDT-100 Loop Powered Dewpoint Meter with XTR-100 sensor, sensor fitting, 2 wire transmitter with HART Interface. FM and ATEX approved for Class 1, Div 1 applications. Range -100ºC to +20ºC Accuracy: ±3°C (±5.5°F)
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HDT-60 |
HDT-60 Loop Powered Dewpoint Meter with XTR-60 sensor, sensor fitting, 2 wire transmitter with HART Interface. FM and ATEX approved for Class 1, Div 1 applications. Range -60ºC to +20ºC Accuracy: ±3°C (±5.5°F) |