7ME6920-1AA10-1AA0

SKU: 7ME6920-1AA10-1AA0

BRAND: Siemens


MAG 6000 Transmitter, IP67 / NEMA 4X/6, With Display, Polyamide Housing, 115-230V AC 50/60 Hz

MAG 6000 Transmitter

Specifications

  • Product Name / Series: SITRANS FM MAG 6000 Transmitter (with display, AC-powered)
  • Article Number / MLFB: 7ME6920-1AA10-1AA0
  • Enclosure / Material: Polyamide (fibreglass reinforced) enclosure; IP67 / NEMA 4X/6 rated
  • Display Yes — integral display for local readings and operation
  • Supply Voltage : 115-230 V AC, 50/60 Hz
  • Siemens Industry Mall
  • Product Lifecycle Status: Announced product; phase-out since 16.06.2025; PM400 lifecycle
  • Net Weight: Approx. 0.830 kg
  • Packaging Dimensions : 231 × 323 × 170 mm
  • RoHS / Environmental Compliance: RoHS-compliant since 20.07.2017
  • Siemens Industry Mall
  • Application Electromagnetic flow transmitter for MAG sensors; used for flow measurement in water/wastewater, general process industries etc.
  • Operating Temperature: −20 … +50 °C
  • Storage Temperature: −20 … +70 °C
  • Mechanical / Vibration / Shock: Mechanical load ~1 g, vibration 1 … 800 Hz (sinusoidal) in all directions (as per spec)
  • Communication Options / Interfaces: Optional plug-in communication modules available; modules for HART, Modbus RTU/RS485, PROFIBUS PA Profile 3, PROFIBUS DP Profile 3, DeviceNet, FOUNDATION Fieldbus H1
  • Accuracy / Key Features: Measuring accuracy ~ ±0.2 % of flow rate; includes diagnostic menu, "SENSORPROM" for setup & replacement, USM II platform for add-ons etc.

Downloads

Additional Information

Device Transmitte
Type MAG | Transmitte
Experience precise flow measurement with the MAG 6000 Transmitter (7ME6920-1AA10-1AA0), featuring robust IP67/NEMA 4X/6 polyamide housing and an easy-to-read display. Designed for water and wastewater industries, this reliable electromagnetic flow transmitter ensures accuracy of ±0.2% and operates seamlessly in various environments. Elevate your process monitoring with advanced communication options and diagnostic capabilities for optimal performance.

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