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Schneider Electric TSXCCY1128 Image

Range: Modicon Premium

Standard environment

TSXCCY1128

Schneider Electric TSXCCY1128 Image
Range: Modicon Premium

Standard environment

TSXCCY1128

electronic cam module - 128 cams - 1 axis - 7 W

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  • Main
    range of product
    Modicon Premium Automation platform
    product or component type
    Electronic cam module
    number of cams
    128
    number of tracks
    32
    function of module
    Elimination of axis backflash
    Generation of events
    Measurement capture
    Parts counter
    Position, monostable, brake
    Position recalibration
    Switching feedforward
    I/O modularity
    1 axis
    electrical circuit type
    Auxiliary input positive conforming to EN/IEC 61131 type 1
    Incremental encoder with 10...30 V positive or negative
    Incremental encoder with RS422 differential
    Complementary
    clock frequency
    200 kHz SSI absolute encoder
    incremental encoder frequency x1
    500 kHz
    incremental encoder frequency x 4
    250 kHz
    power dissipation in W
    7 W
    output refresh cycle
    <= 100 µs 32
    <= 200 µs 128
    <= 50 µs 16
    input compatibility
    Absolute encoder SSI serial output
    Incremental encoder 10...30 V totem pole
    Incremental encoder 5 V DC RS422/485 line emitter
    Absolute encoder parallel output ABE7CPA11
    input voltage
    24 V auxiliary input
    24 V encoder with 10...30 V
    input current
    8 mA auxiliary input
    10 mA RS422
    15.5 mA encoder with 10...30 V
    input voltage limits
    <= 5.5 V RS422
    19...30 V auxiliary input
    19...30 V encoder with 10...30 V
    voltage state 1 guaranteed
    > 3 V RS422
    >= 11 V auxiliary input
    >= 11 V encoder with 10...30 V
    current state 1 guaranteed
    >= 5 mA encoder with 10...30 V
    >= 5.8 mA RS422
    >= 3 mA auxiliary input
    voltage state 0 guaranteed
    < 5 V auxiliary input
    < 5 V encoder with 10...30 V
    <= -3 V RS422
    current state 0 guaranteed
    <= 1.5 mA auxiliary input
    <= 2 mA encoder with 10...30 V
    <= -5.8 mA RS422
    response time
    < 100 µs auxiliary input
    input impedance
    3000 Ohm for nominal U auxiliary input
    1500 Ohm for nominal U encoder with 10...30 V
    output type
    Track output conforming to EN/IEC 61131-2
    output voltage
    24 V DC
    nominal output current
    0.5 A
    rated current
    <= 12 A per module
    <= 6 A per connector
    <= 0.6 A per output
    output voltage limits
    19...30 V
    output compatibility
    Positive logic DC inputs (resistance <= 15 kOhm)
    tungsten load
    10 W
    switching frequency
    < 0.6/LI² inductive
    preactuator voltage detection threshold
    < 14 V fault state
    > 18 V OK state
    output overload protection
    Current limiter
    Thermal circuit breaker
    output short-circuit protection
    Current limiter
    Thermal circuit breaker
    output overvoltage protection
    Zener diode
    reverse polarity protection
    Reverse diode on power supply
    checks
    Monitoring peactuator power supply
    local signalling
    1 LED green channel diagnostics operative (CH0)
    1 LED green processor running (RUN)
    1 LED red I/O module or configuration fault (I/O)
    1 LED red processor or system fault (ERR)
    electrical connection
    1 connector HE-10 20 pins for connecting the auxiliary inputs and the encoder power supply
    1 connector HE-10 20 pins for connecting the track outputs on group 0 and 1
    1 connector HE-10 20 pins for connecting the track outputs on group 2 and 3
    1 connector SUB-D 15 for connecting incremental or absolute encoder
    current consumption
    660 mA 5 V DC
    15 mA 24 V DC
    module format
    Standard
    product weight
    0.48 kg
    Environment
    electromagnetic discharge time
    < L/R s
    protective treatment
    TC
    ambient air temperature for operation
    0...60 °C
    ambient air temperature for storage
    -25...70 °C
    relative humidity
    10...95 % without condensation for operation
    5...95 % without condensation for storage
    operating altitude
    0...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
    • Spanish
    • French
    • Italian
    • Chinese
    • German
    Certificate
    Date
    Size
    Add to My Documents
    Date 8/6/18
    Size 80.1 KB
    Instruction sheet
    Date
    Size
    Add to My Documents
    Date 1/15/15
    Size 985.2 KB
    Date 1/15/15
    Size 411.9 KB
    Date 1/15/15
    Size 994.3 KB
    Date 12/13/17
    Size 394.4 KB
    Date 1/15/15
    Size 987.2 KB
    Date 1/15/15
    Size 402.7 KB
    Date 12/13/17
    Size 988.4 KB
    Date 1/15/15
    Size 992.4 KB
    Date 1/15/15
    Size 400.7 KB
    Date 1/15/15
    Size 403.8 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 1/17/18
    Size 1.6 MB
  • 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

    Connecting an Encoder to an Electronic Cam Module



    Connecting an Incremental Encoder with RS422 Outputs
    Pinouts of the Module’s 15-pin SUB D Connector

    Diagram (front view)

    Pin No.

    Signal

    Designation

    1

    A+ 5V

    Encoder input, pulse A+ (5VDC)

    2

    A-

    Encoder input, pulse A-

    3

    -

    -

    4

    Z+ 5V

    Encoder input, zero latch pulse Z+ (5VDC)

    5

    Z-

    Encoder input, zero latch pulse Z-

    6

    -

    -

    7

    10…30 V

    Encoder supply output (+ 10…30VDC)

    8

    0 V

    Encoder supply output (- 0VDC)

    9

    -

    -

    10

    B+

    Encoder input, pulse B+ (5VDC)

    11

    B-

    Encoder input, pulse B-

    12

    -

    -

    13

    EPSR

    Positive encoder supply feedback input. Receives positive supply feedback from the encoder, which allows the module to verify the encoder’s presence.

    14

    -

    -

    15

    5 V

    Encoder supply output (+ 5VDC)


    Connecting an Incremental Encoder with Totem Pole Outputs
    Pinout Configuration of the Module’s 15-pin SUB D Connector

    Diagram (front view)

    Pin No.

    Signal

    Designation

    1

    -

    -

    2

    A-

    Input to be connected to 0V encoder

    3

    B+ 24V

    Encoder input, pulse B+ (10…30VDC)

    4

    -

    -

    5

    Z-

    Input to be connected to 0V encoder

    6

    -

    -

    7

    10…30 V

    Encoder supply output (+ 10…30VDC)

    8

    0 V

    Encoder supply output (- 0VDC)

    9

    A+ 24V

    Encoder input, pulse A+ (10…30VDC)

    10

    -

    -

    11

    B-

    Input to be connected to 0V encoder

    12

    Z+ 24V

    Encoder input, zero latch pulse Z+ (10…30VDC)

    13

    EPSR

    Positive encoder supply feedback input. Receives positive supply feedback from the encoder, which allows the module to verify the encoder’s presence.

    14

    -

    -

    15

    5 V

    Encoder supply output (+ 5VDC)


    Connecting an Absolute SSI Encoder
    Pinout Configuration of the Module’s 15-pin SUB D Connector

    Diagram (front view)

    Pin No.

    Signal

    Designation

    1

    positive SSI data

    Encoder input, positive SSI data (5VDC)

    2

    negative SSI data

    Encoder input, negative SSI data

    3

    -

    -

    4

    -

    -

    5

    -

    -

    6

    CLK +

    Encoder output, positive SSI CLK (5VDC)

    7

    10…30 V

    Encoder supply output (+ 10…30VDC)

    8

    0 V

    Encoder supply output (- 0VDC)

    9

    -

    -

    10

    -

    -

    11

    -

    -

    12

    -

    -

    13

    EPSR

    Positive encoder supply feedback input. Receives positive supply feedback from the encoder, which allows the module to verify the encoder’s presence.

    14

    CLK -

    Encoder output, negative SSI CLK

    15

    5 V

    Encoder supply output (+ 5VDC)


    Connecting Auxiliary Inputs and Track Outputs



    Connection of the Auxiliary Inputs
    Pinout Configuration of the Module’s HE10 Connector

    Diagram (front view)

    Pin No.

    Signal

    Designation

    1

    5 V

    Encoder supply input +5 VDC

    2

    0 V

    Encoder supply input – 0VDC

    3

    10..30V

    Encoder supply input + 10…30VDC

    4

    VRef

    Reference input voltage for encoder supply monitoring

    5

    IREC

    Auxiliary adjustment input

    6

    -

    Not wired

    7

    ICAPT0

    Auxiliary capture input 0

    8

    ICAPT1

    Auxiliary capture input 1

    9

    -

    Not wired

    10

    -

    Not wired

    11

    -

    Not wired

    12

    -

    Not wired

    13

    -

    Not wired

    14

    -

    Not wired

    15

    Not wired

    16

    Not wired

    17

    24 V

    Sensor supply input + 24VDC

    18

    0 V

    Sensor supply input - 0VDC

    19

    24 V

    Sensor supply input + 24VDC

    20

    0 V

    Sensor supply input - 0VDC


    Connection of the Track Outputs
    Wiring Diagram