Yokogawa 701265 High Precision Temperature Input Module

YOKOGAWA 701265 HIGH PRECISION TEMPERATURE INPUT MODULE

Meet the intricacies of measurement with the Yokogawa 701265 High Precision Temperature Input Module. Designed to provide dual functionality, this module offers 2 channels for precise temperature (thermocouple) or voltage measurement, empowering professionals across medical and industrial applications.

Specifications of the Yokogawa 701265 High Precision Temperature Input Module include:

• Function: Select between temperature (thermocouple) or voltage measurement with a simple switch.
• Effective Measurement Range: For voltage measurement, the effective range is twice that of the setting range.
• Number of Input Channels: 2 channels available for concurrent measurement.
• Input Coupling:
  • TC: Temperature measurement via thermocouple.
  • DC: Voltage measurement through DC coupling.
• Voltage Measurement Maximum Sample Rate: 100 kS/s for rapid data acquisition.
• Temperature Measurement Data Update Rate: High update rate of 500 Hz to ensure real-time performance.
• Voltage Details:
  • RMS: 1.5 mV.
  • Peak-to-Peak: 10 mV.
• Measurement Range/Accuracy:
  • Voltage Measurement:
    • Sensitivity: Ranges from 1 mV to 100 V (1-2-5 steps).
    • Accuracy: ±(0.08% of range + 2 µV).
• Frequency Characteristics:
  • Voltage Measurement: Provides DC to 100 Hz range.
  • Temperature Measurement: Also maintains DC to 100 Hz capability.
• Maximum Input Voltage:
  • Temperature Input: 42 V (DC + AC peak).
  • Voltage Input: 42 V (DC + AC peak).
• Maximum Allowable Common Mode Voltage:
  • Temperature Input: 42 V (DC + AC peak), compliant with CAT I and CAT II (30 Vrms).
  • Voltage Input: 42 V (DC + AC peak), compliant with CAT I and CAT II (30 V).
• Vertical Resolution:
  • Voltage Measurement: Achieves 2400 LSB/division.
  • Temperature Measurement: Offers 0.1 °C resolution.
• -3 dB Point with AC Coupled Low Frequency Attenuation: Voltage measurement below 0.5 Hz.
• Input Connector: Equipped with a reliable binding post.
• Input Impedance: Approximately 1 MΩ for minimal loading.
• Common Mode Rejection Ratio:
  • Voltage Measurement: Typically 80 dB (50/60 Hz).
  • Temperature Measurement: Exceeds 120 dB (50/60 Hz, with 2-Hz filter ON, signal source resistance of 500 Ω or less).
• Residual Noise Level:
  • Voltage Measurement: ±4 µV or ±0.1% of range, whichever is greater (typical).
• A/D Conversion Resolution: Voltage measurement with a high resolution of 16 bits (24000 LSB/range).
• Temperature Coefficient:
  • Voltage Measurement:
    • Zero Point: ±(0.01% of range)/°C (typical).
    • Gain: ±(0.02% of range)/°C (typical).
• Bandwidth Limit (Digital Filter): Options include OFF, 30 Hz, 8 Hz, and 2 Hz.
• Input Bias Current: Maintains low levels of 20 nA or less for precision.