HOPLUC TECHNOLOGY CORPORATION

SITRANS F C MASS 2100 DI 1.5

Measuring range	From 0 to 65 kg/h (0 to 143 lb/h)
Nominal size	DI 1.5 (1/16")
Accuracy	≤ 0.1 % of rate
Nominal pressure	Liquid pressure max 365 bar / max 5294 psi (Hastelloy) Liquid pressure max 230 bar / max 3330 psi (Stainless steel)
Medium temperature	From -50 to 180 °C (-58 to 356 °F)
Sensor design	One tube bended
Enclosure	IP65 (NEMA 4)
Approvals	EEx (ia) IIC T3-T6

Description:

The SITRANS F C MASS 2100 DI 1.5 has demonstrated superior performance in numerous applications and field trials relating to mass flow- and density accuracy and turn down ratio.
The single continuous tube design without internal welds, reductions or flow splitters, offers optimal hygiene, safety and CIP cleanability for food & beverage and pharmaceutical applications
The SITRANS F C MASS 2100 DI 1.5 is today the preferred meter for research and development and mini-plant applications for liquid or gas measurement, where measuring very small quantities (e.g. drops per hour) is important
In order to make a complete flowmeter, the SITRANS F C MASS 2100 flow sensor must be combined with one of the following MASS transmitters
SITRANS F C MASS 6000 (only remote installation): For general industry applications
SIFLOW FC070: For direct integration into SIMATIC based systems

Typical applications: Dosing with chemical industry (dosing of chemicals), Food & beverage industry (concentrates, ketchup, pastes) and Pharmaceutical industry (preparation, dialysis liquids).

Benefits:

Dual-drive pick-up and driver construction facilitate ultra low-weight pipe construction giving the markets smallest and most stable zero point
Markets biggest wall thickness, ensure optimal lifetime, corrosion resistent and high pressure durability
Multiplug electrical connector and SENSORPROM enables true Plug & Play facilitating cost efficient installation and commisioning
Enhanced safety due to standard intrinsically safe EEx ia design
4-wire Pt1000 temperature measurement ensures optimum accuracy on mass flow, density and % fraction.