Camille Bauer SINEAX AM1000 Network diagnostics

Multi-functional power monitoring device for recording all electrical quantities. 96 x 96 mm for panels or DIN rail mounting. The SINEAX AM1000 is a compact device for measurement and monitoring in high-voltage power supplies. It impresses with the quality of the display and intuitive operation. The device offers a wide range of functions, which can be expanded even further with optional components. The modern, multi-lingual design permits the device to operate or parameterise intuitively via the device website (option Ethernet necessary) or the high-resolution color TFT display. The web server enables remote query, display and analysis of the measurement data. No additional software is required. . Configuration With TFT display, for panel installation 3 current transformer inputs (1/5A), 42...50/60…69.5Hz rated voltage 100...230 V AC/DC Ethernet (Modbus/TCP) + RS485 (RTU) Modbus + REST interface Periodic data + events 1 digital output passive 1 digital input / output passive PME central test protocol English communication Ethernet (Modbus/TCP, http/https, NTP, SFTP, SYSLOG REST API) Modbus/RTU Automated data export (CSV and PQDIF files) to SFTP server Cyber Security (OT) / Cyber Protection Role-based access authorization (RBAC) Hypertext Transfer Protocol Secure (https) Client whitelist Audit log [registration of all manipulations] Sys-Log Secure firmware updates Data export PEN-Test Further features 3 Current and 3 voltage measurement channels with 0.2% accuracy Measurement category 600V, CAT III (voltage) 300V, CAT III (Current) Standard I/Os: 1 digital input, 1 digital I/O passive 16 GB data memory Sampling rate: 18kHz Monitoring and alarming via limit values and monitoring functions For control panel installation 96x96mm Identical operation as devices of the SINEAX® AM/DM series and CENTRAX® CU test protocol Included in the scope of supply Digital network management With the SMARTCOLLECT® SC2 software a complete eco-system for Power quality and Power monitoring can be developed.

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