TECO TMAX 1000 Universal Mag Meter Transmitter

The TMAX 1000 redefines transmitter flexibility by removing brand restrictions. Its universal compatibility means it can pair with any mag meter sensor to enhance performance and extend system life. With advanced diagnostics, selectable coil drive control, and a platform built for future upgrades, the TMAX 1000 is the most efficient way to achieve stable, accurate measurement across evolving industrial processes.

Features:

Manufacturer-Agnostic Compatibility
Integrates with ANY magnetic flowmeter sensor brand, allowing fast replacement and upgrade without hardware changes. This reduces total cost of ownership, shortens installation time, and minimizes process interruption. By eliminating compatibility issues and calibration mismatches, the TMAX 1000 simplifies integration and accelerates commissioning.

Selectable Coil Drive Parameters
Offers precise control of coil drive current and frequency for stable performance across varying conductivity levels and flow conditions. Advanced diagnostics such as electrode health, empty pipe detection, and grounding fault monitoring help identify abnormal flow or electrical issues before they cause downtime. These capabilities ensure accurate measurement and process continuity, even in harsh or rapidly changing environments.

Future-Proof Design
Built for long-term adaptability, the TMAX 1000 supports multiple communication protocols, including 4–20 mA, HART, MODBUS, and wireless (coming soon). Backward-compatible firmware and hardware updates allow easy integration of new features without system replacement. Its flexible platform architecture supports both current and next-generation control systems, protecting your investment and maintaining reliability over time.

Compatible Replacement for The Rosemount 8712H Flow Transmitter

Serves as a direct replacement for the obsolete Rosemount 8712H flow transmitter, allowing facilities to modernize legacy systems (in high noise applications) without replacing installed magnetic flow sensors. This simplifies upgrades, reduces downtime, and preserves existing infrastructure while restoring reliable, accurate flow measurement.