Pressure Transmitters - Page 49

Manufacturer: Dwyer Instruments, Inc. Brand: Dwyer

The Series MS2 Magnesense® II Differential Pressure Transmitter combines the proven stable Hall Effect sensing technology of our original Series MS with additional features to reduce installation time and simplify ordering. In this second generation transmitter, we have added additional field selectable pressure ranges so that each model can have four selectable ranges along with four additional bidirectional ranges. When using the pluggable integral display or the portable remote display tool, both Metric and English engineering units can be selected via on board dip switches. Dual current and voltage outputs allow users to simultaneously take either a current or voltage output to their building controller and have a local test circuit for verification of the output reading. The voltage output can be selected to be either 0 to 5 VDC or 0 to 10 VDC, while the current is always 4 to 20 mA. Both the current and voltage output can also be inverted. The MS2 can also be ordered with either a BACnet® or MODBUS® Communications protocol output that will allow the transmitters to be daisy-chained together. Like the original Series MS, the second generation transmitter can be used as a linear pressure output or a linear velocity output with the square root extraction done in the transmitter. Additional parameters have been included to expand the square root capability to include flow measurements.

Manufacturer: PRM Brand: PRM

PRM 0-30 PSI 1/4" MNPT PRESSURE TRANSMITTER 316 SS 24VDC 4~20 mA OUTPUT ACCURACY: +/- 0.3% FULL SCALE TEMPERATURE RANGE: -40-185 DEGREES F ENCLOSURE: IP65 CONNECTION: ¼ INCH MNPT

Manufacturer: PRM Brand: PRM

PRM 0-100 PSI 1/4" MNPT PRESSURE TRANSMITTER 316 SS 24VDC 4~20 mA OUTPUT ACCURACY: +/- 0.3% FULL SCALE TEMPERATURE RANGE: -40-185 DEGREES F ENCLOSURE: IP65 CONNECTION: ¼ INCH MNPT

Manufacturer: PRM Brand: PRM

PRM 0-30"HG VACUUM TRANSMITTER 316 SS 1/4" MNPT 24VDC 4~20mA ACCURACY: +/- 0.3% FULL SCALE TEMPERATURE RANGE: -40-185 DEGREES F MOC: 316 STAINLESS STEEL CONNECTION:1/4 INCH MNPT

Manufacturer: HYDAC Brand: Hydac

NEW HYDAC 909118 HDA 4476-A-3000-000 ELECTRONIC PRESSURE TRANSMITTER D536330

Manufacturer: ROTORK Brand: ROTORK

NEW ROTORK PF-1010-90 DEG F001 POSITION TRANSMITTER D539466

Manufacturer: Automation Components Inc. (ACI) Brand: Automation Components Inc. (ACI)

A/DP2-1-5 | ACI | Differential Pressure Sensor Transducer Bidirectional | +/- 1" w.c. | 0-5 VDC |

Manufacturer: Dwyer Instruments, Inc. Brand: Dwyer

The Dwyer® Series 626 Pressure Transmitters possess a highly precise 0.25% full scale accuracy piezo-resistive sensor contained in a compact, rugged, NEMA 4X stainless steel general purpose housing or cast aluminum conduit housing. The corrosion resistant 316L stainless steel wetted parts allow the Series 626 and 628 transmitters to measure the pressure in a multitude of processes from hydraulic oils to chemicals. The Series 626 and 628 are available in ranges of vacuum, compound to 5000 psi with a variety of optional outputs, process connections and electrical terminations to allow you to select the right transmitter for your application.

Manufacturer: Dwyer Instruments, Inc. Brand: Dwyer

The Dwyer® Series 626 Pressure Transmitters possess a highly precise 0.25% full scale accuracy piezo-resistive sensor contained in a compact, rugged, NEMA 4X stainless steel general purpose housing or cast aluminum conduit housing. The corrosion resistant 316L stainless steel wetted parts allow the Series 626 and 628 transmitters to measure the pressure in a multitude of processes from hydraulic oils to chemicals. The Series 626 and 628 are available in ranges of vacuum, compound to 5000 psi with a variety of optional outputs, process connections and electrical terminations to allow you to select the right transmitter for your application.

Manufacturer: Ashcroft Inc. Brand: Ashcroft Model: CX8MB2422IWL

The Ashcroft CXLdp transmitter uses the patented Ashcroft Si-Glass variable capacitance sensor. This MEMS sensor provides extraordinary sensitivity and long term stability. New digital compensation is accomplished using a highly reliable application specific integrated circuit (ASIC).