RSJDLSeries quantitative controllerCooperate with various flow sensors and transmitters to achieve quantitative canning and ingredient control.

• The error is less than 0.2% F.S, and it has calibration and digital filtering functions, which can help reduce the errors of sensors and transmitters and effectively improve the measurement and control accuracy of the system
• Flow sensors suitable for current, voltage, and pulse output
• 3-point switch input, used for starting, restoring, and resetting accumulated values each time
• 3-point control output, used for graded control of large and small valves and instantaneous flow lower limit alarm
• The transmission output can output the instantaneous flow value in the form of standard current and voltage for use by other devices
• The 8-segment line calculation function can reduce the nonlinear error of flow sensors
• Instantaneous flow can be measured in hours or minutes
• A fully transparent, high-speed, and efficient networked communication interface enables complete data transmission and control between computers and instruments. The unique control transfer function allows the computer to directly control the working status and transmission output of the instrument. The time to read measurement data once is less than 10ms
  Provide technical support for testing software, configuration software, and application software
• Equipped with a printing interface and printing unit with hardware clock, realizing manual, timed, and alarm printing functions. If an intelligent printing unit is selected, multiple instruments can share one printing unit
  Basic configuration:
  Dual display, 2-point input and 3-point output, external transmitter power supply
  Selection Table

  content	Code and Description
  	XSJDL/	Dual display, 3-point input and output, external transmitter power supply
  input signal		I	direct current
  		V	DC voltage
  		K	pulse
  external power supply				B0	No external power supply
  				B1	External supply 24V DC, error less than ± 5%, 50mA
  				B2	External supply 12V DC, error less than ± 5%, 50mA
  				B3	other
  transmitter output					A0	No output
  					A1	Current output (4~20) mA, (0~10) mA, or (0~20) mA
  					A2	Voltage output (0~5) V, (1~5) V
  					A3	Voltage output (0~10) V
  					A4	Other outputs
  Communication interface (independent power supply, fully isolated, 2400~19.2K instrument address 0~99, response delay less than 500 μ s)						S0	No communication interface
  						S1	RS-232 interface
  						S2	RS-485 interface
  						S3	RS 422 interface
  instrument power supply							V0		220V AC
  							V1		24V DC
  							V2		12V DC
  Print function								P		P represents the printing interface, which can be omitted if not included
  Non standard functions										N	N represents non-standard function