Yokogawa DR1015B512
- Product Name: Yokogawa DR1015B512 Paperless Recorder
- Product Series: DR Series Digital Paperless Recorder
- Technical Specifications: Channel configuration: multi‑channel analog input (voltage, current, thermocouple, RTD); display: high‑resolution LCD screen; data storage capacity: built‑in large‑capacity memory (B512 variant); sampling rate: high‑speed data acquisition; output: alarm relay and communication interface
Detailed content
- Functional Features: Real‑time display of process measurement data; continuous historical data recording and storage; curve trend display; alarm monitoring and event logging; data export capability for industrial audit and analysis
- Performance Parameters: Measurement accuracy: ±0.1% FS; operating temperature: 0 °C to +50 °C; storage temperature: −20 °C to +70 °C; data retention time: ≥10 years with proper power backup
- Material Composition: Front casing: IP65‑rated polycarbonate; rear housing: flame‑retardant ABS plastic; internal circuit: industrial‑grade PCB with data storage chips
- Structural Characteristics: Panel‑mount compact design; integrated touch‑key operation; sealed front panel against dust and moisture; standardized rear wiring terminals
- Working Principle: Converts analog process signals to digital data via A/D converter; stores data in non‑volatile memory; displays real‑time values and historical trends; triggers alarms when measurements exceed predefined thresholds
- Advantages & Highlights: Paper‑free low‑maintenance operation; long‑term data storage; intuitive trend visualization; high anti‑interference capability; compliance with industrial data logging standards
- Applicable Industries: Pharmaceutical manufacturing, food processing, chemical plants, power generation, water treatment, semiconductor production, environmental monitoring
- Installation Requirements: Panel cutout mounting in control cabinet; install in low‑vibration, dust‑free environment; ensure stable power supply with backup capability
- Usage Precautions: Regular data backup; avoid exposure to strong magnetic fields; calibrate input channels periodically for measurement accuracy












