The versatile Sarasota 200 clamp-on flowmeter is engineered for accuracy and superior uptime.
The advanced transit time system works along with the clamp-on transducers to provide a non-intrusive measurement solution that offers several benefits, including:
· Multi-drop feature allows up to four Sarasota 200 systems to be used in parallel for process optimization
· Measurement of a wide range of bi-directional flows with no change required to the transducers or path positions to minimize programming and increase productivity
· Multi-path feature reduces flow profile uncertainties, particularly in more challenging flow measurement applications
· Comprehensive internal fault diagnostics increase uptime
· Front-end processing within the transducers minimizes the effect of external interference
· Clamp-on system installs easily with no downtime or process interrruption; also, there are no pipe modifications, spool pieces or drilling required during installation
· Minimal power consumption keeps operating costs low
· Non-intrusive design and no moving parts prolong instrument life
· Remote access capability increases worker safety and productivity
The Sarasota 200 flowmeter is also engineered for superior performance and ease-of-use:
· Errors caused by external interference, signal distortion and signal detection are automatically minimized by the system to increase measurement accuracy
· 1 MB of internal data logging with the capability of recording up to 24 discrete parameters
· RS232 for PC communications and RS232 for modem
· Field-proven Thermo Scientific GAFA PC software for local or remote operation via modem
· Easy-to-use software facilitates set-up, diagnostics, data downloads and new operating software uploads
Compatible with: Sarasota 200 Open Channel Flowmeter
Certifications: Sarasota 200 operating platform is capable of complying with ISO 6416, IEC 41 and ASME PTE 18.
CE compliant and communication protocols include RTU and ASCII Modbus.
Recommended for: Applications for the Sarasota 200 Clamp-On Flowmeter include:
· Hydroelectric power generation
· Large pipes for cooling and condenser water
· Power plants
· Turbine efficiency monitoring systems
· Wastewater applications (WWTP, Sewer CSO)
· Water resource management
· Abstraction compliance and legislation compliance