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          Non-Wetted Electrode Electromagnetic Flow SensorsFD-M series

          FD-T1

          Temperature Sensor for Flow Rate Sensor Separate Type

          SPECIFICATIONS

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          Model

          FD-T1

          Connected model

          FD-MH10A/50A/100A/500A*1

          Display, alarm outputcompatible models

          FD-MA1A (P)/MA2A (P)/MA5A (P)

          Possible ranges to set

          0.1 to +99.9°C (No freezing)

          Connection diameter

          R3/8 (10A)

          Detectable temperature range

          0 to 90.0°C (No freezing)*2

          Possible detection fluid

          Water or non-corrosive fluid

          Display resolution

          0.1°C

          Display speed

          ±2.5°C

          Display / Output response

          5 s *3

          Hysteresis

          1°C fixed*4

          Alarm output

          Window settings x1 output

          Power/current consumption

          2 µW (20 µA) : When using 85°C*5

          Environmental resistance

          Enclosure rating

          IP67

          Pressure resistance

          2.0 MPa

          Applied pressure range

          1.0 MPa or less

          Ambient temperature

          0 to +50 °C (No freezing)

          Relative humidity

          35 to 85 % RH (No condensation)

          Vibration resistance

          10 to 55 Hz, Double amplitude 1.5 mm, 2 hours in each of the X, Y, and Z directions

          Material

          Metal parts : SUS304, Plastic parts : PBT,
          Cables : PVC, Protective cap : PE

          Accessories

          None

          Weight

          Approx. 130 g

          *1 The FD-M built-in type cannot be connected.
          *2 The operating fluid temperature for the FD-MH Series is "0 to +85°C". Do not use the FD-MH Series with fluid exceeding +85°C. The
          temperature limit for the sensor part of the FDT1 temperature sensor is 90°C. Although the display shows up to 99.9°C, the temperature
          sensor may be damaged if it is used over 90°C.
          *3 The display/output response is fixed regardless of the FD-MA settings.
          *4 Set the hysteresis within the window (enters in the window).
          *5 Consumption power (current consumption) is the value just for the temperature sensor. Power is supplied from the connected model.

          • High Temperature Sensors
          • For Liquid Level Control

          Process Controls / Process Sensors