The MKS i-Baratron® DA01A DeviceNet™ Absolute Capacitance Manometer is a dual-output absolute vacuum transducer with both DeviceNet™ digital communications and legacy 0-10 VDC analog output signals.
The following options are available for the DA01A Baratron® Heated Capacitance Manometers
|Configuration Option||Option Code|
|DA01A Absolute Capacitance Manometers||DA01A|
|Full Scale Range|
|0.1 (heated models only)||.1|
|0.25 (heated models only)||RE|
|Units of Measurement|
|1/2 in. OD tube||BA|
|4 female VCR (ranges > 2 Torr only) (V sensor only)||CD|
|8 VCR female||CE|
|8 VCR male||CF|
|8 VCR female, short tube||CR|
|NW16 ISO-KF, short inlet tube||GD|
|8 VCO® female||DA|
|1.33 in. OD CF||HA|
|2.75 in. OD CF||HC|
|Standard sensor, standard inlet tube length||S|
|Etch sensor (range ≤ 100 Torr only), standard inlet tube length||E|
|¼ in. dia. tube (CD fitting only)||V|
|DeviceNet 5-pin bayonet-style with female 9-pin D-subminiature analog connector||A|
|Standard (ranges ≥ 1 Torr)||O|
|Vertical (ranges < 1 Torr only)||V|
|Horizontal (ranges < 1 Torr only)||H|
These Baratron® pressure transducers are referenced to vacuum for absolute pressure measurement. Applications include: vacuum furnaces, freeze-drying of fruits and vegetables, gas lasers, automotive component testing, bottle coatings, and vacuum distillation.
These pressure transducers feature Inconel® and Incoloy® nickel alloy construction of the pressure sensor allowing it to operate without damage in virtually any chemical environment, including halogens, deionized water and steam, and ozone. The sensor is fully welded with no intermediate brazing or joining materials.
These Baratron® capacitance manometers feature a high-level 0-10 VDC analog output signal that is linear with pressure. This analog output can be interfaced with an MKS pressure controller, an MKS power supply/display instrument, or any instrument that meets these requirements.
These capacitance manometers feature DeviceNet™ digital communications allowing the pressure to be measured, digital trip points and hysteresis to be set, units to be selected (Torr, Pa, mbar, in H2O, psi), zero to be set, factory defaults reset, transducer trip point status to be monitored, and user tags and device address to be changed remotely over DeviceNet. The DeviceNet communications and main power are fed through a bayonet-style 5-pin connector on the top of the sensor enclosure.