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Kimo CA 310 User Manual

Configuration transmitters by keypad
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Configuration of CA 310 transmitters by
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Summary of Contents for Kimo CA 310

  • Page 1 Configuration of CA 310 transmitters by keypad...

  • Page 3: Table Of Contents

    Table of contents 1. Introduction..............................4 1.1. Description of the transmitter..........................4 1.2. Description of the keys............................4 1.3. Protection tips of the sensor..........................4 2. Modbus................................5 2.1. Configuration of parameters..........................5 2.2. Functions................................5 2.3. Access code to register............................5 3. Access to the different functions........................8 4.

  • Page 4: Introduction

    1.1. Description of the transmitter CA310 transmitter can be configured via the keypad. It is possible to set the measurement units, to activate or not a channel... Principle: the different settings are in the form of folders and sub-folders numbers. The digital codes are fully detailed in this manual.

  • Page 5: Modbus

    2.1. Configuration of parameters Communication speed: between 2400 and 115200 bauds, 19200 bauds by default • Data bits: 8 bits • Stop bit: 1 bit • Parity: None • Flow control: None • Transmitter addressing: between 1 and 255 (automatically answers the requests from address 0) •...
  • Page 6 Type Size Description Example Serial number 8 octets Class (1 byte) '3' (0x33) Range (1 byte) 'F' (0x46) Year (2 bytes) 13 (0x000D) Month (1 byte) 8 (0x08) Number (3 bytes) 98765 (0x0181CD) Format Byte 2 (range) Byte1 (class) Byte 4 (year) Byte 3 Byte 6 Byte 5...
  • Page 7 Kj/KG °C td °F td °C Tw Combustion °F Tw inWg Electricity µA mbar Pressure mmHg daPa “Enumerations” table: Corresponding values Modbus Com speed 2400 4800 9600 19200 38400 115200 Unused Channel x Unit See list of unit Channel x Transmitter none probe 1...

  • Page 8: Access To The Different Functions

    This step is compulsory for each configuration. First, to access to the transmitter functions, and for safety, a safety code must be entered. The default safety code is 0101. The transmitter must be energized. • ➢ Connect the transmitter. ➢ Wait until the initializing period is over. ➢...

  • Page 9: F 100: Configure The Transmitter

    This folder allows to configure the following parameters of the transmitter: safety code, modbus, options and factory configuration. It also indicates the serial number and the firmware version of the transmitter. 4.1. Access to the serial number: F100 The serial number allows to get activation codes for the options. F 100 is displayed (see previous page).

  • Page 10: Configure The Modbus Communication (Optional)

    4.5. Configure the Modbus communication (optional) Modbus option must be activated (see chapter 4.6). 4.5.1 Set the slave number: F150 F141 sub-folder is displayed. ➢ Press + key. “F 150” is displayed on the main screen. ➢ Press OK. “F150” blinks on the second screen and the slave number is displayed on the main screen (ex: 255). ➢...

  • Page 11: Activate The Digital Inputs: F180

    “F170” blinks and “1” is displayed on the main screen, meaning the option is activated. - Modbus option: F171 ➢ Go to the F171 sub-folder and perform the same procedure as for high resolution option. - Air velocity and air flow option: F172 (this option is only available with a pressure board type SPI-2) ➢...

  • Page 12: F 200: Configuration Of The Channels And Measurement Units

    This folder allows to activate the channels and to set measurement unit for each channel. 5.1. Activate a channel The transmitter is powered on. ➢ Press OK. ➢ Enter the activation code (see page 8). ➢ Press OK. ➢ Press + key to go to F200 folder. ➢...
  • Page 13 ➢ Press + and – keys to go to the 1 segment of the following digit once the 1 digit is configured. The new measurement unit can have a maximum of 4 typefaces. Order of turn of the digits segments: List of available units: °C °F...

  • Page 14: F 300: Manage Analogue Inputs And Outputs

    CA310 transmitters have 3 analogue outputs, 2 digital inputs/outputs as option and 3 analogue inputs as option with the MVA board. With MVA board: analogue inputs are activated and analogue outputs are deactivated, so this is the inputs that have to be configured. Without MVA board: analogue outputs are activated and analogue inputs are deactivated, so this is the outputs that have to be configured.
  • Page 15 3 – Displaying of measured values via pressure boards or probes via the analogue outputs ➢ Disable the digital inputs: “F180” on “ OFF” Active analogue outputs 4 – Displaying of measured values via pressure boards or probes and transmission of the value via digital outputs, Ethernet or Modbus ➢...

  • Page 16: Set The Analogue Inputs And Outputs

    6.1. Set the analogue inputs and outputs The transmitter is powered on. ➢ Press OK. ➢ Enter the safety code (see page 8). ➢ Press OK. ➢ Press + key to go to F300 folder corresponding to the analogue output of the channel 1 then press twice OK. “F300”...

  • Page 17: Position Of The Decimal Point

    ➢ Press OK when the last figure is configured. F 302 blinks, the high range is configured. To set the low and high ranges of the channel 2, go to the folder F311 (low range) and F 312 (high range) and follow the setting procedure of the channel 1.
  • Page 18 ➢ Press + key to go to F303 folder. ➢ Press OK. F 303 blinks, corresponding to the folder of the channel 1 diagnostic. ➢ Press OK. ➢ Press + and – keys to select the signal the transmitter must generate. Display Generated output Example...

  • Page 19: F 400: Manage The Alarms

    Three alarm modes are available: Rising edge (1 threshold): the alarm goes off when the measurement exceeds the threshold and stops when it is • below the threshold Falling edge (1 threshold): the alarm goes off when the measurement is below the threshold and stops when it •...
  • Page 20 OFF:OFF: alarm is deactivated • 1/3: rising edge mode • 2/3: falling edge mode • 3/3: monitoring mode • ➢ Press OK. “F400” blinks. ➢ Press + key to the “F401” folder of the alarm 1 (F411 for alarm 2 and F421 for alarm 3) then press OK. ➢...

  • Page 21: F 500: Set The Measurements

    New displayed value = [((10 - Coef.) x New Value) + (Coef. x Old value)] /10 Example: CA 310 (0-1000 Pa) – Current measurement: 120 Pa – New measurement: 125 Pa The pressure source being stable, the user selects a low integration. Integration: 1, maximum admitted variation ±10 Pa.

  • Page 22: Add A Coefficient

    ➢ Press OK. ➢ Press + key to go to F500 folder. ➢ Press OK. ➢ Press + key to go to F510 folder. ➢ Press OK. The duration between 2 self-calibrations is displayed. ➢ Set the duration with + and – keys. This delay time must be between OFF (no self-calibration) and 60 minutes.

  • Page 23: F 600: Configure The Boards And Probes

    This part allows to set the following parameters: for an air velocity and airflow probe: (hotwire or vane): the type of section, the correction factor, the integration • in air velocity and the compensation in atmospheric pressure (only available for hotwire probes) For a pressure board: air velocity and airflow (if the option is activated), the integration in pressure.

  • Page 24: Select The Measuring Device

    9.1.3 Select the measuring device The atmospheric pressure or the altitude has been configured. ➢ Press + key to go to F610 folder then press OK. ➢ Select the type of measuring device: 1/4: Pitot tube L (coefficient: 1.0015) • 2/4: Pitot tube S (coefficient: 0.84) •...

  • Page 25: Configure A Probe

    9.2. Configure a probe 9.2.1 Set the atmospheric pressure or the altitude The transmitter is powered on. ➢ Press OK. ➢ Enter the activation code (see page 8). ➢ Press OK. ➢ Press + key to go to F600 folder. ➢...

  • Page 26: Functions Recap And Modbus Connections

    10.1. F 100: configure the transmitter Code Register type Modbus Description Possibilities F 100 1000 Serial number of the transmitter F 101 Real 1010 Firmware version 1020 Device identification 1030 Probe identification F 135 Boolean 1350 Sound F 140 Boolean 1400 Keypad locking 0: deactivated...

  • Page 27: F 300: Manage Analogue Inputs And Outputs

    10.3. F 300: manage analogue inputs and outputs Code Register type Modbus Description Possibilities F 300 Enumeration 3000 Analogue output of the channel 1 4-20 mA / 0-20 mA / 0-10 V / 0-5 V F 310 Enumeration 3100 Analogue output of the channel 2 4-20 mA / 0-20 mA / 0-10 V / 0-5 V F 320 Enumeration...
  • Page 28 F 403 Real 4030 Threshold 2 or hysteresis setting According to connected probe of the alarm 1 F 404 4040 Delay-time 1 setting of the alarm 1 From 0 to 600 s F 405 4050 Delay-time 2 setting of the alarm 1 From 0 to 600 s F 406 Boolean 4080...

  • Page 29: 10.4.2 Relays

    10.4.2 Relays Code Register type Modbus Description Possibilities F 440 Enumeration 4400 Relay 1 selection 0: Off 1: On 2: Alarm 1 3: Alarm 2 4: Alarm 4 F 441 Enumeration 4410 Relay 1 security 0: Negative 1: Positive F 450 Enumeration 4500 Relay 2 selection...

  • Page 30: F 600: Configure The Board And Probe

    10.6. F 600: configure the board and probe 10.6.1 Pressure board parameters Code Register type Modbus Description Possibilities F 600 Enumeration 6000 Temperature mode 0: Value 1: Thermocouple 2: Probe n°1 F 601 Enumeration 6010 Temperature compensation unit 0: °C / 1: °F F 602 Real 6020...

  • Page 31: 10.6.3 Select A Standard

    From 0 to 3000.24 mmHg F 635 Real 6350 Altitude compensation value From 0 to 10 000 m F 642 Real 6420 Air velocity factor correction From 0.2 to 2 F 650 Enumeration 6500 Type of section 0: Rectangular 1: Circular 2: Coefficient F 651 Enumeration 6510...

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