Nothing Special   »   [go: up one dir, main page]
Scribd Logo
Upload

Welcome to Scribd!

  • 22 views

    FBS - 2atc4

    Uploaded by

    Djalmo Koppe
    The FBs-2ATC4 module provides 2 analog input channels with 12-14 bit resolution that can measure voltage or current signals. It also provides 4 thermocouple temperature input channels with 0.1-1°C resolution. The module has software-configurable features like input code format, filtering, and thermocouple type. Jumpers are used to select the analog input resolution and code format, while temperature measurement settings are software-configured.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd

    FBS - 2atc4

    Uploaded by

    Djalmo Koppe
    22 views4 pages
    The FBs-2ATC4 module provides 2 analog input channels with 12-14 bit resolution that can measure voltage or current signals. It also provides 4 thermocouple temperature input channels with 0.1-1°C resolution. The module has software-configurable features like input code format, filtering, and thermocouple type. Jumpers are used to select the analog input resolution and code format, while temperature measurement settings are software-configured.

    Original Title

    FBS - 2ATC4

    Copyright

    © © All Rights Reserved

    Available Formats

    PDF, TXT or read online from Scribd

    Did you find this document useful?

    Is this content inappropriate?

    The FBs-2ATC4 module provides 2 analog input channels with 12-14 bit resolution that can measure voltage or current signals. It also provides 4 thermocouple temperature input channels with 0.1-1°C resolution. The module has software-configurable features like input code format, filtering, and thermocouple type. Jumpers are used to select the analog input resolution and code format, while temperature measurement settings are software-configured.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    22 views4 pages

    FBS - 2atc4

    Uploaded by

    Djalmo Koppe
    The FBs-2ATC4 module provides 2 analog input channels with 12-14 bit resolution that can measure voltage or current signals. It also provides 4 thermocouple temperature input channels with 0.1-1°C resolution. The module has software-configurable features like input code format, filtering, and thermocouple type. Jumpers are used to select the analog input resolution and code format, while temperature measurement settings are software-configured.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    You are on page 1of 4

    FBs-2ATC4

    2 Channel A/D Input Module /4 Channel Thermo


    -Couple Temperature Input Module

    Analog Input Thermo-Couple


    Specification Specification
    Channels－2CH Channels－4CH
    Resolution－14 or 12 bits Resolution－0.1℃ or 1℃
    Signal Resolution－ I/O Points Occupied－
    0.3mV(Voltage), 0.61uA(Current) 2 IR(Input Register)
    I/O Points Occupied－ 8 DO(Discrete Output)
    2 IR(Input Register) Conversion Time－2 or 4 Sec.
    Conversion Time－Updated each Accuracy－±(1%+1℃)
    scan Sensor Type－J,K,R,S,E,T,B
    Accuracy－±1 % ,N
    Max. Absolute Input Rating－ Software Filter－Moving average
    Introduction ±15V,30mA Average Samples－1~16
    FBs-2ATC4 is one of the Analog and Temperature Software Filter－Moving average configurable
    mixed input modules of FATEK FBs series PLC. For Average Samples－1~16 Compensation－Built in cold
    analog input it provides 2 channels A/D input with 12 configurable junction compensation
    or 14 bit effective resolution. Base on the different Input Impedance－ Measurement Range－
    jumper settings it can measure the varieties of current 63.2kΩ(Voltage)、 J:-200~900℃; K:-190~1300℃
    or voltage signal. The reading value is represented by 250Ω(Current) R:0~1800℃; S:0~1700℃
    a 14 bit value no matter the effective resolution is set Measurement Range－-10~+10V, E:-190~1000℃; T:-190~380℃
    to 12 or 14 bit The output code also can be configured -5~+5V B:350~1800℃; N:-200~1000℃
    as unipolar or bipolar which makes the relation of ,0~10V, 0~5V, -20~+20mA,
    input code and real input signal more intuitive.. In -10~+10mA, 0~20mA, 0~10mA
    order to filter out the field noise imposed on the signal,
    it also provides the average of sample input function.
    For temperature measure it provides 4 channels of
    Comm. Specification
    thermo-couple temperature measurement input with Isolation－Transformer(Power) and photo-coupler(Signal)
    0.1 ℃ or 1 ℃ resolution. The scan rate for 0.1 ℃
    Indicator(s)－5V PWR LED
    resolution is 4 seconds, while the scan rate for 1 ℃
    Supply Power－24V-15%/+20%,2VA
    resolution is 2 seconds. The cold junction
    Internal Power Consumption-－5V, 100mA
    compensation is carried out inside the module, also it
    Operating Temperature－0 ~ 60 ℃
    provides wire broken detection feature. To give the
    Storage Temperature－-20~ 80 ℃
    user more choices for the selection of thermo-couple
    Dimensions－40(W) X 90(H) X 80(D)mm
    type and in order to enhance the noise immunity, the
    isolation scheme is per channel basis. All the optional
    features of this module are software configurable,
    there are no hardware jumpers or switches for user to
    setup.

    Dimensions

    1/4
    FBs-2ATC4
    2 Channel A/D Input Module /4 Channel Thermo
    -Couple Temperature Input Module

    Wiring Diagram

    Inputs
    FBs-2ATC4

    +15V 24V+ + 24VDC


    External power supply
    15V 24V

    + V I0+
    CH0 Input
    V
    I0 (Voltage source)
    I

    + V I1+
    CH1 Input
    I
    I1 (Current source)
    I

    AG

    J(K) extension cable


    +
    + TC0+
    J(K) type
    TC0 thermocouple

    +
    + TC1+
    J(K) type
    TC1 thermocouple
    Thermocouple
    Input

    +
    + TC3+
    J(K) type
    TC3 thermocouple

    Multiplexer
    J(K) extension cable
    (Shielding must be connected to FG)

    If it's FBs-TC6, n is 5
    If it's FBs-TC16, n is 15

    2/4
    FBs-2ATC4
    2 Channel A/D Input Module /4 Channel Thermo
    -Couple Temperature Input Module

    A/D Jumper Setup


    Input Code Format Selection
    There are two input data formats can be selected which are bipolar and unipolar. The range of input value is 0~16383 for
    unipolar format while bipolar is -8192~8191. The two extreme values of each range corresponding to the minimal and maximal
    input signal. For example, if chose the -10V~+10V type signal, for 10V input signal the input value is 16383 for unipolar format
    while the bipolar format is 8191. Normally the input code format setting is consistent with input signal type (bipolar coded for
    bipolar input signal, unipolar coded for unipolar input signal). Only when use the FUN32 for offset conversion should set the
    bipolar code for unipolar input signal (Please refer the FUN32 description). The code format of all input channels are set by the
    same JP1 jumper. The location and the setting of jumper of JP1 are shown at below

    Corresponding Input JP1 Setup Code Format

    U
    -10V～10V(-20mA～ 20mA) JP1 -8192～8191
    B

    -5V～5V(-20mA～20mA)
    0～16383

    0V～10V(0mA～20mA) U
    JP1 -8192～8191
    B

    0V～5V(0mA～10mA)
    0～16383

    JP3
    JP4

    JP5
    JP6

    JP1

    3/4
    FBs-2ATC4
    2 Channel A/D Input Module /4 Channel Thermo
    -Couple Temperature Input Module

    Voltage/Current input signal type setting

    Signal Type JP3 ～ JP4

    Voltage

    Current

    A/D Signal Type selection

    Signal Type Polarity Setting (JP5) Range Setting (JP6)


    0～10V
    or
    0～20mA

    0～5V
    or
    0～10mA

    -10～+10V
    or
    -20～+20mA

    -5～+5V
    or
    -10mA～+10mA

    The default factory settings of 2ATC4 analogue input/output module are


    Input code format – Bipolar(-8192~+8191)
    Input signal type and range – Bipolar(-10V ~ +10V)
    Output code format – Bipolar(-8192~+8191)
    Output signal type and range – Bipolar(-10V ~ +10V)
    For those applications that require the setting differ than the above default setting should make some modifications of jumper
    position according to above tables.
    While application, besides the setting of jumper should be conducted, the AI module configuration of Winproladder also need to
    be performed.

    4/4

    You might also like