BARTON
Showing 49–58 of 58 results
Barton 764 Differential Pressure Transmitter
The Model 764 Differential Pressure Transmitter provides a 4-20 mA or 10-50 mA proportional-to-differential pressure transmission for remote collection, control or viewing equipment. Model 764 electronic transmitter parts are positioned in a pressurized enclosure. Under such adverse conditions as may be discovered in containing a atomic energy facility under urgent and post-accident conditions, the instruments are designed to operate for a limited time beyond their normal operating environment demands. They include severe changes in air pressure, temperature and humidity, seismic events, and exposure to radiation. The Model 764 transmitter includes an electronic circuit DPU. Production of 4-20 mA or 10-50 mA is compatible with a wide range of collection, energy and writing equipment. The instrument utilizes electronic circuits and a molecular-bonded strain gage tracking cantilever beam, powered directly through flying bellows within the DPU.If you need a different model other than those listed, please contact us at contact@ittcontrols.com.
Barton 316C-318C
The 318, 318A and 318C ITT Barton Model are 4 1/2 “differential pressure switches with MIL-S-901C Shock Grade A and MIL-STD-167 vibration criteria. The scale of ITT Barton Model 318, 318A and 318C can be continually upgraded to evaluate differential flow or fluid or square root flow rate.
The Models 316C DP Indicator and the 318C DP Indicating Switch are designed for apps with differential pressure flow and liquid concentration. In the system cycle, the instrument is connected to the elevated and low pressure sides of the primary instrument with tubing. The M381C energizes a single or dual alarm circuit when the recorded DP reaches predetermined boundaries
If you need a different model other than those listed, please contact us at contact@ittcontrols.com.
316C l 318C
BARTON
Barton 752A Differential Pressure Transmitter
The Model 752A Differential Pressure Transmitters provide a 4-20 mA or 10-50 mA message equal to the differential pressure and transmit it to separate instruments for observation, tracking or scanning. Differential stress sources include liquid volume and particular vessel geometry adjustments; fluid and water stream through orifice tubes, nozzles or venturis; pressure drop across pads and set line circumstances, etc. Model 752A generators incorporate a shear pressure detector (DPU) digital loop. The Model 752A Differential Pressure Transmitters provide a 4-20 mA or 10-50 mA message equal to the differential pressure and transmit it to separate instruments for observation, tracking or scanning. Differential stress sources include liquid volume and particular vessel geometry adjustments; fluid and water stream through orifice tubes, nozzles or venturis; pressure drop across pads and set line circumstances, etc. Model 752A generators incorporate a shear pressure detector (DPU) digital loop.If you need a different model other than
Barton 226C dp indicator
ITT Barton Model M226C is a DP indicator operated by ITT Barton’s M224C rupture-proof DPU. The indicator of the ITT Barton indicator travels through a 270 ° loop over a wide3-inch (75 mm) panel. Scales are calibrated in constant increments for DP or liquid level measurement. Square root radations are open for immediate flow rate analysis and unique scales are accessible to indicate the amount of fluid in reservoirs.
In apps where weight and room are at a cost, the ITT Barton Model M226C is used. Widespread use in jet engine and rocket test programs, ground support equipment for aircraft, water treatment, and air conditioning systems. Many liquefied gas producers and retailers specify it for liquid tier indicator of products such as: LOX, CO2, ammonia, nitrogen, helium, hydrogen, and argon. The M226C’s primary elements are the M224C Differential Pressure Unit (DPU) and the Indicator. For detailed information about the actuating DPU.
If
Barton 224C dp unit
The Barton Model 224C Differential Pressure Unit (DPU) is a mechanical device that controls a gas or liquid moving through a process system or the amount of liquid deposited in a process tank. The DPU is connected to a primary device (e.g., venturi, orifice monitor, or stream pipe) in the factory-stream assessment method system. The DPU can be linked in a multitude of respects for liquid concentration readings to evaluate the range of stress induced by fluid density differences in the ship unit.
The Barton Model 224C DPU is available in distinct stress results to assess specific ranges between 0-30 inches of water column and 0-1000 psi, with 500 to 10,000 psi (224C Non-C limited to 500 to 3,000 psi SWP) of safe job stress (SWP). Table 1-1, paragraph 4. The Bellows Unit Assembly 224CC (BUA) is produced in three dimensions: 1-5/8 inch, 5/8 inch and 3/4 inch. BUA can manage
Barton Model 247
Barton Model 247’s DPU thrust pipe belt is linked to the indicator’s control rod. In reaction to DPU, the torque tube system rotates bellows motion and this rotation is mechanically transferred through the steering wheel and related system to place the pointer to the sign closest to the DPU differential stress. In relation to modifications in differential pressure observed at the main unit mounted in the process system. The Barton Model 247 bellows within the DPU shift.
If you need a different model other than those listed, please contact us at contact@ittcontrols.com.
247C l 246C
BARTON
Barton 200 dp indicator
BARTON model 200 differential pressure indicators are applicable for a multitude of secure operating conditions and differential pressure ranges. The Barton model 200 is commonly used to measure differential stress, flow rate and liquid concentration requirements. BARTON M200 functions BARTON Differential Pressure Unit (DPU) detector, NEMA-4/IP65 applications, broad range of variable stress values (including complete, zero-center and divided values), pulsation dampening.
The showing pointer traverses an angle of 270 degrees, offering great readability. It is guided by a precision-jeweled rotary motion that multiplies the torque tube’s rotation to the pointer through a hub and pinion. The motion uses a thermally stable Ni-Span-C skin loop. The motion has a micrometer nut for easy distance adjustment. Without withdrawing the scale tray or pointer, zero / range modifications can be created. Linearity modifications are easily available after extraction of the scale slab.
If you need a different model other than those listed, please contact us
Barton Model 199
The Barton Model 199 Differential Pressure Unit (DPU) is a mechanical device that correctly measures differential pressure relative to a vapor or liquid flowing through a process system or to the point of a liquid stored in a process tank. The Barton model 199 DPU is linked to a main unit (a venturi, an orifice plate or a fluid pipe) situated in the factory scheme for process stream readings. For liquid level readings, the DPU can be linked in a multitude of ways to assess the variation in stress induced by fluid level differences in the system ship.
The Barton Model 199 DPU is a dual bellows installation contained within pressure housings. The dual bellows installation comprises of two competing interconnected liq-Venting uid-filled bellows, a base plate, connection range springs, overrange valves, torque tube and a torque tube installation. Shaft Pressure housings are linked to the main unit situated in the
Barton F2500 Series Floco Positive Displacement Meter
Barton F2500 Series Floco Positive Displacement Meter is a flow meter developed by Barton. The flowmeter of the Floco series product range of F reflects the volume form tool varying in the special configuration of a rotor maintaining the calculation precision even under adverse conditions.
The unit of a F type range calculates liquid intake by its division into two equivalent sections and their volume measurements. Liquid flows from the inlet channel to a flowmeter, where it deviates down through a crossing point and lands on the rotor surface, causing it to spin. Then, liquid flows into the final channel with the inlet channel situated along one side. A rotor's unique nature enables strong particles and a deposit to be moved through the system, without fearing its failure and defective operation. Crossing point condensing components avoid the flow of material to the final channel that is
Barton 288A dp indicating switch
The six differential stress indicators are used to energize sensors and regulate circuits at default stream boundaries, liquid concentrations in pressurized ships, or pressures in systems such as filters, and are used in combination with a major DP component such as an orifice or a venturi. The DPU torque tube rotor’s ITT Barton MODELS 288A/288C/290D rotation is combined by linking connection within the switch box to shift the pointer across the scale tray. An actuating cam, directly connected to the torque tube motor, rotates with the movement of the shaft. By entering and locking the buttons as they drive on and off the cam, two rotor feeder roller / actuator frame units, one for each button, react to torque tube spin. With elevated and small door button modifications, the DP rates at which the buttons are actuated can be adjusted on the scale panel.If you need a different model
