Vacuum Transmitter
| Cat | Products Name | Key Features | Price |
|---|---|---|---|
| VMC-VT-001 | Vacuum Transmitter 1E-8 to 5E-3 mbar DN25 | 1E-8 mbar; DN25 Flange; Ultra-High Vacuum | |
| VMC-VT-002 | Vacuum Transmitter -1000 to 1000 mbar DN16 | -1000 to 1000 mbar; DN16 Port; Relative Pressure | |
| VMC-VT-003 | Vacuum Transmitter 0.1 to 200 mbar DN16 | 0.1 to 200 mbar; DN16 Interface; Low Range | |
| VMC-VT-004 | Vacuum Transmitter 1 to 2000 mbar DN16 | 1 to 2000 mbar; DN16 Connection; Rough Vacuum | |
| VMC-VT-005 | Vacuum Transmitter 133Pa to 0.0133Pa KF16 | 133 to 0.0133 Pa; KF16 Flange; Lab Grade | |
| VMC-VT-006 | Vacuum Transmitter 1E5 to 5E-6 Pa KF25 | 1E5 to 5E-6 Pa; KF25 Port; Wide Range | |
| VMC-VT-007 | Vacuum Transmitter 1E5 to 1E-2 Pa KF16 | 1E5 to 1E-2 Pa; KF16 Fit; FCC Plug | |
| VMC-VT-008 | Compound Transmitter 1E-2 to 1E5 Pa RJ45 | 1E-2 to 1E5 Pa; RJ45 Output; Vertical Mount | |
| VMC-VT-009 | Compound Transmitter 5E-2 to 2E5 Pa RJ45 | 5E-2 to 2E5 Pa; RJ45 Port; Real-Time | |
| VMC-VT-010 | Compound Transmitter 5E-2 to 3.5E5 Pa RJ45 | 5E-2 to 3.5E5 Pa; RJ45 Link; High Limit |
High-Precision Active Vacuum Transmitters
The evolution of industrial automation demands the transition from passive sensing to intelligent, decentralized metrology. AIMRSE specializes in active vacuum transmitters that consolidate high-sensitivity sensor elements with advanced digital signal processing (DSP) electronics into a single, robust housing. Unlike traditional passive gauges, our transmitters perform real-time linearization and temperature compensation at the point of measurement, mitigating signal degradation over long cable runs and ensuring absolute data integrity.
Engineered for Industry 4.0 architectures, these transmitters provide a wide dynamic range—from atmosphere to high vacuum—with standardized digital and analog outputs. By leveraging proprietary algorithms for transimpedance amplification and noise filtering, AIMRSE transmitters deliver the millisecond response times required for rapid cycle-time processes in semiconductor etching, thin-film deposition, and lithium-ion battery manufacturing.
Consult Our Metrology Engineers
Optimize your signal chain and discuss digital protocol integration (EtherCAT/RS485) with our senior specialists.
Engineering Architecture & Signal Intelligence
Microprocessor-Driven Linearization
Raw physical signals from Pirani or Ionization elements are inherently non-linear. AIMRSE transmitters utilize high-speed microprocessors to apply multi-point polynomial linearization and gas-species correction factors. This converts non-linear voltage fluctuations into a high-fidelity digital pressure output, maintaining ±5% accuracy across the entire decade range.
Advanced Electromagnetic Compatibility (EMC)
Industrial vacuum chambers often host high-frequency RF generators for plasma processes. Our transmitters are engineered with a multi-layered Faraday cage architecture and opto-isolated interfaces. This ensures that measurement signals remain immune to electromagnetic interference (EMI) and radio-frequency (RFI) noise, preventing data jitter in harsh plasma-etching environments.
Standardized Protocol Handshaking
AIMRSE active transmitters support a comprehensive suite of industrial communication protocols, including EtherCAT, Profinet, and RS485 (Modbus). The integrated firmware allows for seamless handshake with PLC and SCADA systems, enabling automated setpoint control, safety interlock management, and remote diagnostic monitoring of sensor health.
The Advantages of AIMRSE
Precision metrology integrated for high-throughput industrial vacuum loops.
Digital Precision
Integrated microprocessors eliminate analog drift, providing stable pressure quantification across a dynamic range of 10⁻⁹ to 10⁵ Pa.
Plug-and-Play Simplicity
Standardized interfaces (M12/D-Sub) and pre-calibrated sensor heads allow for rapid replacement with zero downtime.
Industrial Robustness
Designed with IP54/IP65 ingress protection and EMI-shielded housings for reliable operation in heavy industrial zones.
Smart Monitoring
Onboard diagnostics track filament health and sensor operating hours to enable predictive maintenance strategies.
Standards & Metrology Compliance
The electronic and metrological integrity of AIMRSE vacuum transmitters is governed by the highest global industrial standards. Our digital signal architectures comply with the EN 61326-1 electromagnetic compatibility directive, ensuring uncompromised performance in high-EMI environments. Sensor calibration follows ISO 3530 and ISO 19685, with every unit intrinsically verified against NIST Traceable benchmarks. Furthermore, our transmitter housings meet IP65/IP67 ingress protection standards, guaranteeing long-term reliability in demanding laboratory and factory settings.
Technical FAQ
What is the primary benefit of using an 'Active' transmitter over a 'Passive' gauge with a separate controller?
How does the AIMRSE transmitter handle measurements in environments with high electromagnetic interference (EMI)?
Are the transmitters field-calibratable or do they require factory service?
Related Products
Note: Our vacuum equipment is for research and industrial testing only. Industrial-grade components are fully rated for field deployment.
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