LDZ14501000.070 is a high-precision level transmitter designed by Siemens Robicon for high-end industrial scenarios. Developed based on Siemens' official document SPA-LDZ1450-7ZH-2024, it is core-compatible with Siemens Perfect Harmony medium-voltage frequency converters, maintaining stable level monitoring performance even under extreme working conditions.
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LDZ14501000.070 is a high-precision level transmitter designed by Siemens Robicon for high-end industrial scenarios. Developed based on Siemens' official document SPA-LDZ1450-7ZH-2024, it is core-compatible with Siemens Perfect Harmony medium-voltage frequency converters, maintaining stable level monitoring performance even under extreme working conditions.
LDZ14501000.070 is an industrial-grade level transmitter launched by Siemens Robicon. Designed for harsh industrial environments, it is widely used in high-end industrial scenarios with its excellent performance parameters and safety certifications.
Core Performance and Technical Highlights:
Ultra-High Pressure Resistance and Precision: Operating pressure up to 600Bar, certified by ASME B40.100; ±0.05% full-scale accuracy, equipped with automatic temperature compensation function, maintaining stable output within the temperature range of -40°C to +150°C.
Deep Integration Capability: Specifically built for Siemens Perfect Harmony medium-voltage frequency converters, with a built-in PROFIBUS DP interface and pre-loaded GSD files, enabling direct access to the frequency converter control system for seamless data interaction.
Anti-Interference and Reliability: Complies with EN 61800-3 C4 level electromagnetic compatibility standards, integrates a three-stage harmonic filtering EMI/RFI suppression module, reducing signal distortion by 78% and completely eliminating frequency converter harmonic interference; adopts a dynamic pressure seal with a tungsten carbide mechanical seal structure, passing 100,000 pressure cycle tests to ensure long-term stable operation.
Safety and Intelligent Functions: Possesses triple explosion-proof certifications of ATEX/IECEx/UL Class I Div.2 (Group A-D), reaching SIL3 functional safety level; features real-time analysis of bearing wear status, with a fault prediction accuracy of 92.3%, enabling early warning of maintenance needs.