Showing results: 1 - 13 of 13 items found.
-
Alicat Scientific, Incorporated
Your flow needs will change. Alicat’s COMPOSER™ is ready to adapt with you, on the fly. The day of disposable flow instruments is over.
-
LC-series -
Alicat Scientific, Incorporated
The LC-series liquid flow controller uses Alicat’s patented laminar flow design to provide users with fast, accurate, and stable volumetric flow control for water or selected other liquids (see Quick Specs below). At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.
-
L Series -
Alicat Scientific, Incorporated
Alicat’s L-series liquid flow meters uses our patented laminar flow design to provide users with fast, accurate, and repeatable volumetric flow measurement for water or selected other liquids (see Quick Specs below). At the heart of Alicat’s L-Series liquid flow meters is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.
-
Alicat Scientific, Incorporated
Use pressure transducers to rapidly measure absolute, gauge, or differential pressure. Common configurations include portable and anti-corrosive designs. Custom build options include anti-corrosive and portable configurations.
-
Alicat Scientific, Incorporated
Use mass flow controllers to measure and control gas flow from 0.5 SCCM to 10,000 SLPM, with accuracies as good as ±0.5% of reading or ±0.05% of full scale and a control ranges as good as 0.01-100% (10,000:1 turndown).
-
Alicat Scientific, Incorporated
Use liquid flow meters to measure liquid flow rates up to 100 kg/hr, with accuracy up to ±0.2% of reading or ±0.05% of full scale.
-
Alicat Scientific, Incorporated
Fast pressure controllers keep your process stable and repeatable. Alicat offers pressure controllers for use in flowing, dead-ended, or vacuum applications. Dual-valve models for closed volumes eliminate the need to continuously bleed expensive process gases. Instruments are available with absolute, gauge, or differential pressure sensors for pressure control as high as 3000 PSIA/PSIG (or 150 PSID) and as low as 2 inH₂O.
-
Alicat Scientific, Incorporated
Use dual-valve pressure controllers to measure and control absolute, gauge, or differential pressure in closed volumes. Pressure controllers are accurate to ±0.25% of full scale, with a measurement range from 0.01-100% of full scale.
-
-
Alicat Scientific, Incorporated
use Coriolis or laminar flow technology to accurately control liquid flows across a wide range of applications. Coriolis flow controllers can accurately control liquid flow rates up to 100 kg/h, including for aggressive liquids and unknown compositions. For water and other non-corrosive liquids, our laminar liquid flow controllers provide real-time control of process flow and pressure.
-
Alicat Scientific, Incorporated
Use pressure controllers when gas is flowing through a process. They control absolute, gauge, or differential pressures, and can measure in-line pressures or be plumbed to measure process pressures at any point.
-
Alicat Scientific, Incorporated
Use mass flow meters to measure gas flow from 0.5 SCCM to 10,000 SLPM, with accuracies as good as ±0.5% of reading or ±0.05% of full scale and a measurement range of 0.01-100% (10,000:1 turndown).
-
Alicat Scientific, Incorporated
Use low-flow CODA Coriolis mass flow meters and controllers for measurement and control of true mass flow at an accuracy to ±0.6% of reading at prices starting at $2,100.