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Category Archives Allen-Bradley Cable

Model:USB-XW2Z-200S, USB programming cable for OMRON PLC

Model:USB-XW2Z-200S, USB programming cable for OMRON PLC

 

USB interface Omron PLC communications programming cable, USB/RS232 interface (DB9), 3 m.

    USB-XW2Z-200S is the programming cable in which USB interface provided both the serial connection and RS232 signal conversion. Under the control of computer-driven driver, the programming cable makes it possible for the computer's USB interface to simulate the traditional serial (known as COM interface), thus various existing programming software such as communications software, monitoring software and other applications can be normally used. The working power supply of this cable is directly from the USB port, but not the PLC programming interface. The two-color LED on the converter box indicates datas transceiving status.

    USB-XW2Z-200S is applicable to Omron PLC, with a direct connection to the RS232 interfaces (DB9F- Hole Block) on all models of Omron PLC or the Omron touch panel RS232 interface (DB9F-Hole Block).

Features and technological index:

Support USB-XW2Z-200S operating system: Windows2000/XP (WinNT4/95/98/Me/DOS not included )
Support USB-XW2Z-200S programming software version: CX-Programmer V1.0 and above
Fully compatible with USB V1.1 norms and USB CDC V1.1
USB-bus powered, with current consumption of 50 mA
Baud rate: 300 bps ~ 1Mbps automatically adapt to the standard baud rate
Support UART data format: data bits: 7-8; stop bit: 1, 2; check-bit: odd / even / no parity
Each PC only supports one USB cable programming
Working temperature: -20 ~ +75
Cable length: 3 m; Color: black

Usage:

    USB device drivers should be installed before using USB-XW2Z-200S programming cable, which are available on the CD-ROM sold together with the cable. And for the specific installation steps, please refer to the instruction files on the CD-ROM drivers, and details are not necessarily listed here.

    After completing Driver installation, the corresponding COM port for the USB-XW2Z-200S programming cable will be displayed in the Device Manager of Window. The step next is just to choose this COM port in the programming software and other application software and keep other communication parameters as in the Default settings. And the following steps are exactly the same as in the traditional programming cables with RS232 interfaces.

Long-distance communications:

    USB-XW2Z-200S programming cable does not support long-distance communications. For long-distance communications, RS485/422 communication module can be chosen (model: FS-CIF11, products of Kollewin as well), which makes networking communications of dozens of PLC achievable, with the largest communications range of up to 2 Km.
Please Note: USB interface cable cannot be extended.
 
 
Model:USB-XW2Z-200S, USB programming cable for OMRON PLC

—–>buy-button$37.00

  Good quality, Best price, Greatest service!!!

If you'd like to get more, you can click here to visit our company store directly.
 

 

Pls feel free to contact me if any question.

Tel:86-755-26898905-8002

Email:crystal@kollewin.com




USB-1761-CBL-PM02:USB programming adapter for AB MicroLogix 1000 Series PLC

USB-1761-CBL-PM02:USB programming adapter for AB MicroLogix 1000 Series PLC

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—–>buy-button$45.00

 

 

USB interface ALLEN BRADLEY MicroLogix 1000 Series PLC programming adapter

Not made by ALLEN BRADLEY,OEM replacement cables

Introduction
USB-1761-CBL-PM02 programming cable simulates the computer's USB interface as the traditional serial (known as COM interface), thus various existing programming softwares,communication softwares, monitoring softwares and other applications can be normally used. The two-color LED on the converter box indicates data’s transceiving status.
USB-1761-CBL-PM02 programming cable is applicable to Allen
Bradley MicroLogix 1000 series PLC.

USB-1761-CBL-PM02 principle and figure structure:

3

Functions
●Support USB-1761-CBL-PM02 operating system: Windows2000/XP (WinNT4/95/98/Me/DOS not included)
● support USB-1761-CBL-PM02 programming software version:RS Logix 500 and above
● fully compatible with USB 2.0 standard
● USB bus-powered, the current consumption of about 50 mA
● each PC only supports a USB cable programming
● temperature: -20 ~ +75 ℃
● Cable length: 2.5 meters, colors: black

System requirement
Please make sure your PC is IBM PC compatible and has the following system requirements before using the USB programming cable.
● Intel is compatible with 586DX4-100MHz CPU or higher
● A standard USB port (4-pin A plug)
● Operating system is Windows2000 or Windows XP

 

 

Setting of RSLogix
After completing Driver installation, the corresponding COM port for the USB-1761-CBL-PM02 programming cable will be displayed in the “Device Manager” of Window.

The step next is just to choose this COM port in the programming software and other application software and keep other communication parameters as in the Default settings.

And the following steps are exactly the same as in the traditional programming cables with RS232 interfaces.

More related Products:

1747-UIC : 1747-UIC, USB to DH485 adapter for Allen-Bradley PLC

1747-PIC : 1747-PIC adapter for SLC 5/00,5/01,5/02,5/03 PLC 

USB-1747-CP3 : USB adapter for AB SLC 5/03,5/04,5/05 PLC

 

If you'd like to get more, you can click here to visit our company store directly.

 

Pls feel free to contact me if any question.

Tel:86-755-26898905-8002

Email:crystal@kollewin.com




1761-CBL-PM02:Allen-Bradly Rockwell MicroLogix 1000 Series PLC programming cable

Allen Bradley PLC Programming Cable Adapter 1761-CBL-PM02 programming cable for Micrologix Series. Fully supports RS Linx communications DF1 or DH-485. This is an exact cable replacement, except shorter, 1 Meter long this batch only. Next batch will be 3 Meters long. This cable is an OEM replacement and not made by Allen-Bradley/Rockwell Automation.

1761-CBL-PM02:Allen-Bradly Rockwell MicroLogix 1000 Series PLC programming cable

plc-ab-1761-cbl-pm02

—–>buy-button$22.00

ALLEN BRADLEY MicroLogix 1000 Series PLC programming cable

Not made by AB,OEM product as the replacement.

The cable has two kinds of color.

1761-CBL-PM02 1761-CBL-PM02
black white
   

Specifications

1.1761-CBL-PM02
2.new and original
3hot parts in stock
4.best price, reliable quality

Note

1.Our Operation Orinciple: 1) Quality first, customer supreme.2) Integrity management, credit highest.
2.Our service:1) We provide professional one-stop electronic components supporting services.

More related Products:

1747-UIC : 1747-UIC, USB to DH485 adapter for Allen-Bradley PLC

1747-PIC : 1747-PIC adapter for SLC 5/00,5/01,5/02,5/03 PLC 

USB-1747-CP3 : USB adapter for AB SLC 5/03,5/04,5/05 PLC

 

If you'd like to get more, you can click here to visit our company store directly.

 

Pls feel free to contact me if any question.

Tel:86-755-26898905-8002

Email:crystal@kollewin.com

 




Allen-Bradley PLC Instructions/Allen-Brandley 1747-PIC

A programmable logic controller (PLC) is an electronic device that resembles a computer and is used to monitor specific incoming and outgoing actions. The machines can be used for any number of processes, including monitoring temperatures or fluid levels, automating livestock water and feedings, and even to control timed or synchronized lighting setups. An Allen-Bradley PLC comes with its own operating system which, when used in conjunction with a PC and emulator, is fully customizable. Most of the needed supplies are included with the Allen-Bradley PLC. Setting up a PLC is a technical process; it is recommended for inexperienced users to seek professional assistance when setting up and operating a PLC for the first time.

Instructions

  • 1

    Remove any source of power input from the hardware. Turn the power button to the "OFF" position while working with hardware. Failure to do so can result in serious injury to yourself and damage to your equipment. Adjust the backplane switches to the appropriate settings. This will vary between users. Put Switch 1 to the “ON” position. This controls whether the outputs remain in their current state in the event of a failure. Turning Switch 1 to the “OFF” position also will turn the outputs off in case of failure. Switches 2 and 3 always should remain in the “OFF” position. Switches 4 and 5 controls the number of slots you will be using. Turn them both “OFF” for 2-slot use; turn 4 to “OFF” and 5 to “ON” when using one slot, or turn 4 to the “ON” position and 5 to the “OFF” position when using a half-slot. Turning on 4 and 5 simultaneously is not allowed. Turn off switches 6 and 7 to transfer memory at powerup. Turn them both on to transfer only when the processor memory is not valid. To restrict memory transfers, switch 6 to “ON” and 7 to the “OFF” position. Turn switch 8 on or off to enable or disable memory protection, respectively.

  • 2

    Key the chassis to accept the proper power supply module. Use the plastic bands that shipped with your system. Slide the keying bands between 40 and 42 and again between 54 and 56. Position the power module between the key bands, and press the module firmly into the chassis slot. Swing the latch located on the end of the chassis slot closed to secure the power module in place.

  • 3

    Ground the chassis to the chassis mounting bolt attached to the enclosure wall. Remove the bolt and nut with a wrench. Use the wrench to scratch away any paint where the head of the bolt would rest. Fit a star washer on the bolt and insert it back into the chassis. Slide the ground lug and equipment conductor from the power module on the bolt, followed by a second star washer, and secure the assembly on the chassis wall with the nut.

  • 4

    Remove the battery cover door from the side of the chassis using a Phillips screwdriver to unscrew it. Connect the supplied batter to the battery connector cable and insert the battery into the slot. Reattach the battery cover door and tighten the screw into place.

  • 5

    Locate the Station Address switches on the back of the processor. Looking at the processor from the side, push the station address switch down if using 57.6 Kbaud station or slide it up if using a 230 Kbaud station.

  • 6

    Locate the two ControlNet knobs. Set the left knob to “00” and set the right knob to “1.” These are the default settings for the processors' NET address.

  • 7

    Install the chassis into the assembly container by pushing out the side wings on the locking bar located on the top of the assembly container. With the wings gently pushed out, lift the bar up. Release the wings and slide the chassis into an open slot along the pair of card guides inside of the container. Push the locking bar’s wings back out and lock the bar back into place.

  • 8

    Press the “Power” button on the front side of the container to power up your system. Once the LED turns red, it should stay on to signify proper function. Connect the system to your computer using the provided Ethernet cable. Plug one end of the cable into the Ethernet slot on the PLC system and the opposite end directly into your computer or Ethernet hub.

1747-PIC adapter for SLC 5/00,5/01,5/02,5/03 PLC 

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—–>buy-button$33.00

This is a direct replacement cable for Allen Bradley Programming Cable 1747-PIC SLC500-503 necessary for communication/programming the SLC 5/00, 5/01, 5/02 or 5/03

The quality is guaranteed.It's tested before shippment.Not made by AB,OEM product as the replacement.

 

More related AB 1747

1747-UIC : 1747-UIC, USB to DH485 adapter for Allen-Bradley PLC

1747-CP3 : Allen-Bradley Rockwell SLC 5/03,5/04,5/05 PLC programming cable

USB-1747-CP3 : USB adapter for AB SLC 5/03,5/04,5/05 PLC

 

If you'd like to get more, you can click here to visit our company store directly.
 

 

Pls feel free to contact me if any question.

Tel:86-755-26898905-8002

Email:crystal@kollewin.com





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