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Measurement Technology
Coriolis Effect
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System Description
Dedicated control system with capacity for dual master meter configurations.
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Key Features
Includes user-friendly wizard interface for streamlined proving configuration.
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Operating Temperature
–10 to +55 °C (+14 to +131 °F)
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Enclosure Materials
Control panel construction options:
Stainless steel
Painted sheet steel
Anodized aluminum -
Protection Rating
IP66/67, type 4x enclosure (hazardous area certified)
IP54 for standard environments -
Interface
15.6″ capacitive touch LCD display
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Output Channels
4 x Digital outputs (alarm, warning, error signals)
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Input Channels
6 x 4-20 mA (active/passive)
4 x Pulse/frequency (active/passive)
2 x RS485 MODBUS serial -
Network Connectivity
Ethernet, OPC UA
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Electrical Supply
Input: AC 100-230 V
Output: DC 24 V -
Hazardous Area Certifications
ATEX, IECEx, QPS C/US, CCC, INMETRO, EAC, UK Ex
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Safety Compliance
CE Marked
Application Scope
This control unit forms an integral part of our Master Meter System, engineered to gather, display, and oversee the entire master meter verification process. Its intuitive interface simplifies configuration for both master and duty meters along with proving parameters. Capable of handling both mass and volumetric verification, it generates reports compliant with either API or OIML standards.
The integrated flow computer archives all verification operations, meter adjustment factors, and any operational anomalies to guarantee the accuracy of routine calibration processes.
Among limited market offerings, this system uniquely accommodates multiple verification techniques including pulse counting, timed duration, mass/volume measurement, and manual triggering. Available in versions suitable for both hazardous and non-hazardous locations.
Advantages
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Integrated support for wired, wireless, 3G and 4G connectivity
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Compatible with various hazardous environment classifications
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Configuration change tracking via audit trail ensures operational transparency
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User-friendly 12″ touchscreen human-machine interface (HMI)
