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Schneider Electric TSXCTY2CC Image

Range: Modicon Premium

Harsh environment

TSXCTY2CC

Schneider Electric TSXCTY2CC Image
Range: Modicon Premium

Harsh environment

TSXCTY2CC

2 channels measurement and counter module - 1000kHz - 15mA (24VDC), 850mA (5VDC)

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  • Main
    range of product
    Modicon Premium Automation platform
    product or component type
    Measurement and counter module
    I/O modularity
    2 channels
    electrical circuit type
    Auxiliary output
    Complementary
    counting frequency
    1000000 Hz
    incremental encoder frequency x1
    500 kHz
    incremental encoder frequency x 4
    250 kHz
    power dissipation in W
    7...10 W
    cycle time
    1 ms
    discrete input logic
    Current sink auxiliary input (preset, enable and read) conforming to IEC 1131 Type 2
    Resistive 2/3-wire proximity sensors PNP/NPN conforming to IEC 1131 Type 2
    Resistive encoder input
    input logic
    Positive
    input compatibility
    Absolute encoder SSI serial output
    Incremental encoder 10...30 V totem pole
    Incremental encoder 5 V DC RS422
    Absolute encoder parallel output ABE7CPA11
    input voltage
    24 V 16 mA 2/3-wire proximity sensors PNP/NPN
    24 V 8 mA auxiliary input (preset, enable and read)
    5 V 18 mA encoder input
    input voltage limits
    <= 5.5 V encoder input
    19...30 V 2/3-wire proximity sensors PNP/NPN
    19...30 V auxiliary input (preset, enable and read)
    voltage state 1 guaranteed
    >= 11 V 2/3-wire proximity sensors PNP/NPN
    >= 11 V auxiliary input (preset, enable and read)
    >= 2.4 V encoder input
    current state 1 guaranteed
    >= 6 mA 2/3-wire proximity sensors PNP/NPN
    >= 6 mA auxiliary input (preset, enable and read)
    >= 3.6 mA encoder input
    voltage state 0 guaranteed
    <= 1.2 V encoder input
    <= 5 V 2/3-wire proximity sensors PNP/NPN
    <= 5 V auxiliary input (preset, enable and read)
    current state 0 guaranteed
    <= 1 mA encoder input
    <= 2 mA 2/3-wire proximity sensors PNP/NPN
    <= 2 mA auxiliary input (preset, enable and read)
    response time
    < 10 ms sensor voltage at return of 24 V auxiliary input (preset, enable and read)
    < 2.5 ms sensor voltage at loss of 24 V auxiliary input (preset, enable and read)
    input impedance
    > 270 Ohm at U = 2.4 V encoder input
    1500 Ohm at Un 2/3-wire proximity sensors PNP/NPN
    3400 Ohm at Un auxiliary input (preset, enable and read)
    400 Ohm at Un encoder input
    output voltage
    24 V DC
    nominal output current
    0.5 A
    output voltage limits
    19...30 V
    voltage drop
    < 0.5 V at state 1
    output compatibility
    Positive logic DC inputs (resistance <= 15 kOhm) auxiliary output
    leakage current
    < 0.1 mA
    switching time
    < 0.250 ms
    switching frequency
    < 0.6/LI² Hz on inductive load
    output overload protection
    Current limiter
    Thermal tripping via program or automatically
    output short-circuit protection
    Current limiter
    Thermal tripping via program or automatically
    output overvoltage protection
    Zener diode
    reverse polarity protection
    Reverse diode on supply
    checks
    Sensor power supply
    current consumption
    15 mA 24 V DC
    850 mA 5 V DC
    module format
    Standard
    local signalling
    2 LEDs green axis diagnostics available (CH.)
    1 LED green module operating (RUN)
    1 LED red external fault (I/O)
    1 LED red internal fault, module failure (ERR)
    electrical connection
    1 connector HE-10 20 pins
    2 connectors SUB-D 15
    product weight
    0.34 kg
    Environment
    protective treatment
    Conformal coating Humiseal 1A33
    TC
    ambient air temperature for operation
    0...60 °C
    ambient air temperature for storage
    -25...70 °C
    relative humidity
    5...95 % without condensation
    operating altitude
    <= 2000 m
    Offer Sustainability
    RoHS (date code: YYWW)
    REACh
    Product end of life instructions
    Need no specific recycling operations
    Contractual warranty
    Warranty period
    18 months
  • Documents and Downloads

    Language
    • English
    • French
    User guide
    Date
    Size
    Add to My Documents
    Certificate
    Date
    Size
    Add to My Documents
    Date 8/6/18
    Size 80.1 KB
    Declaration of conformity
    Date
    Size
    Add to My Documents
    Date 8/6/18
    Size 478.2 KB
    Date 6/19/18
    Size 1.9 MB
    Marine certificate
    Date
    Size
    Add to My Documents
    Date 5/23/18
    Size 78.9 KB
    Date 1/17/18
    Size 164.4 KB
    Date 1/17/18
    Size 1.6 MB
    Date 1/17/18
    Size 750.3 KB
    Date 1/17/18
    Size 785.6 KB
    BV Marine Certificate PREMIUM PLCs
  • Technical FAQs

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  • Dimensions Drawings

    Standard and Extendable Racks for Modules Mounting
    Dimensions of Modules and Racks


    (1) With screw terminal block modules.

    (2) Maximum depth for all types of modules and their associated connectors.


  • Connections and Schema

    15-pin SUB-D Connectors of the Measurement and Counting Module
    Pinout Configuration


    5 Vdc signal

    Pins

    + IA input

    1

    - IA input

    2

    + IB input

    10

    - IB input

    11

    + IZ input

    4

    - IZ input

    5

    Encoder power supply:

    +5 Vdc

    15

    -0 Vdc

    8

    Encoder power supply feedback

    13

    10…30 Vdc signals

    Pins

    + IA input

    9

    - IA input

    2

    + IB input

    3

    - IB input

    11

    + IZ input

    12

    - IZ input

    5

    Encoder power supply:

    +10…30 Vdc

    7

    -0 Vdc

    8

    Encoder power supply feedback

    13

    Serial signals (absolute encoder with serial or parallel outputs, using a TELEFAST ABE7CPA11 adapter)

    Pins

    + SSI Data

    1

    - SSI Data

    2

    + SSI CLK input

    6

    - SSI CLK input

    14

    Encoder power supply:

    +5 Vdc

    15

    -0 Vdc

    8

    Encoder power supply feedback

    13


    20-pin HE10 Connector of the Measurement and Counting Module
    Wiring Diagram


    24 Vdc signals

    Pins

    Channel 0 auxiliary input:

    Preset IPres0

    5

    Confirmation IVal0/Output Q2

    6

    Capture ICapt0

    7

    Output Q3

    8

    Channel 1 auxiliary input:

    Preset IPres1

    9

    Confirmation IVal1/Output Q2

    10

    Capture ICapt1

    11

    Output Q3

    12

    Channel 0 reflex output:

    Output Q0

    13

    Output Q1

    14

    Channel 1 reflex output:

    Output Q0

    15

    Output Q1

    16

    Power Supplies

    Pins

    Encoder power supply:

    +5 Vdc

    1

    - 0 Vdc

    2

    +10...30 Vdc

    3

    Encoder reference voltage +10…30 Vdc

    4

    Sensor power supply:

    +24 Vdc

    17 or 19

    -0 Vdc

    18 or 20