Onicon Model SYSTEM-10 BTU Meter Flowmeter for BACnet, MODBUS For Sale

The Onicon Model SYSTEM-10 BTU Meter Flowmeter is a high-quality device designed for measuring electrical usage and flow rates in a variety of industrial and commercial settings. It is equipped with BACnet and MODBUS communication protocols, making it compatible with a wide range of systems for efficient data transmission and analysis. This meter, manufactured by the trusted brand Onicon, provides accurate and reliable measurements to help businesses and industries monitor and optimize their energy consumption.
Single Source ResponsibilityOne manufacturer responsible for the manufacture, compatibility of components, and calibration of the entire BTU measurement system. ONICON is committed to providing highly accurate and reliable systems which guarantee successful installations.NIST Traceable Calibration with CertificationComplete system-wide calibration for the entire BTU measurement system for each specific application with certification of calibration.Precision Solid State Temperature SensorsCustom calibrated and matched to an accuracy better than ±0.15° F from 32-200° F.Simple Installation and CommissioningFactory programmed and ready to use upon delivery, all process data and programming functions are accessible via front panel display and keypad.Easy-to-Operate User InterfaceMenu driven display and membrane keypad make viewing data easy and simplifies field re-programming when necessary.Network Compatible Serial CommunicationsOptional communications card provides complete energy, flow and temperature data through a single network connection. Available with BACnet®, MODBUS®, Johnson Controls-N2® and Siemens-P1® interface cards.Highly Accurate Flow MetersEach System-10 BTU Meter works with ONICON's insertion, inline, electromagnetic, clamp-on ultrasonic and vortex flow meters.Installation Hardware PackageThermowells and the associated installation hardware are provided along with installation instructions to ensure error-free installation and accurate system performance.