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7CP474.60-1

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B&R 7CP474.60-1 is a System 2003 CPU with 100 kB SRAM, 512 kB FlashPROM, isolated CAN networking and four screw-in module slots.
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Technical specifications for 7CP474.60-1

  • Manufacturer:
    B&R
  • Part Number:
    7CP474.60-1
  • Product Family:
    B&R System 2003
  • Product Type:
    System 2003 CPU with CAN
  • Stock:
    1
  • SRAM:
    100 kB
  • FlashPROM:
    512 kB
  • Power supply:
    24 VDC, 12.6 W
  • Serial:
    1 RS232 interface
  • CAN:
    1 electrically isolated, network-capable interface
  • Screw-in module slots:
    4
  • Maximum digital I/O:
    208
  • Maximum analog I/O:
    80
  • Typical instruction cycle time:
    0.8 µs
  • RS232 connector:
    9-pin D-sub plug
  • RS232 maximum transfer rate:
    57.6 kbit/s
  • RS232 maximum distance:
    15 m at 19.2 kbit/s
  • CAN connector:
    9-pin D-sub plug
  • CAN maximum transfer rate:
    500 kbit/s
  • CAN maximum distance:
    1000 m
  • Logical module slots:
    Maximum 12
  • Analog module slots:
    Maximum 4
  • Analog module addresses:
    1 to 8
  • IF module compatible slots:
    Slots 1 to 3
  • Tariff Code:
    8537101190
  • Country of origin:
    Germany
  • Place of shipment:
    Xiamen, Fujian, China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Memory Communications I/O Capacity Application
  • Combines System 2003 CPU control with four local screw-in module positions
  • Provides RS232 communication and an electrically isolated CAN interface
  • Supports configurations containing up to 208 digital and 80 analog I/O points

7CP474.60-1 is a B&R System 2003 CPU designed for machine control with local screw-in modules and CAN network communication.

The controller provides 100 kB SRAM, 512 kB FlashPROM, four screw-in module positions, an RS232 interface and an electrically isolated, network-capable CAN interface.

Before installation or replacement, verify the 24 VDC supply, CAN node and termination, screw-in module positions, field-terminal mapping, application backup and actual I/O configuration.

Availability, condition, price, and shipping time for 7CP474.60-1 are confirmed during quotation.

B&R 7CP474.60-1 System 2003 CPU Manuals, Datasheets, Links

Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

  • Provides 100 kB SRAM for the user application and retained operating data
  • Includes 512 kB FlashPROM for nonvolatile application storage
  • Supports battery-backed data retention using the specified replaceable lithium battery
  • Provides one RS232 interface for programming or supported serial devices
  • Provides one electrically isolated and network-capable CAN interface
  • Supports CAN connection through the documented bus connector and termination arrangement
  • Accepts four System 2003 screw-in I/O or interface modules
  • Supports configurations containing up to 208 digital I/O points
  • Supports configurations containing up to 80 analog I/O points
  • System 2003 machine control using local screw-in I/O and interface modules
  • Communication with other control systems through an electrically isolated CAN network
  • Distributed automation and remote I/O control using compatible CAN-connected equipment
Description
B&R 7CP474.60-1 is a System 2003 CPU with 100 kB SRAM, 512 kB FlashPROM, isolated CAN networking and four screw-in module slots.

It provides compact PLC control for a System 2003 station and supports up to the documented maximum of 208 digital and 80 analog I/O points.

Before installation or replacement, verify the 24 VDC supply, CAN network, screw-in module positions, field-terminal mapping, application image and the actual I/O count.
Alternative Names
7CP474.60-1 7CP474601 7CP474 60 1 B&R 7CP474.60-1 B&R System 2003 7CP474.60-1
Technical notes
B&R 7CP474.60-1 must be matched by complete material number, compatible System 2003 CPU or station, slot and terminal map, power and field wiring, saved project and connected devices. Back up the configuration and perform a controlled functional test after replacement.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Can B&R 7CP474.60-1 replace B&R 7CP476.60-1 directly?
Do not assume so. Memory, expansion architecture and project requirements differ, so confirm the complete hardware configuration and application resource use.
What must be recorded before removing B&R 7CP474.60-1?
Record every screw-in module position, terminal assignment, CAN node and termination, RS232 device, expansion I/O layout and the verified application backup.
Why can B&R 7CP474.60-1 start but show missing I/O?
The restored project may not match the physical expansion layout, module order or terminal mapping; also check expansion power and connector seating.
How should the CAN network be checked after replacing B&R 7CP474.60-1?
Confirm baud rate, node number, end termination, shield and ground practice, connector pinout, polarity and live diagnostics before enabling machine motion.
How can a customer confirm that B&R 7CP474.60-1 has enough capacity for an existing application?
Check the compiled application size, SRAM and FlashPROM usage, actual digital and analog I/O count, screw-in module arrangement, communication load and required cycle time. The published maximum I/O figures alone do not confirm that the complete existing project will fit or perform correctly.
What should be checked if retained values are lost on B&R 7CP474.60-1?
Verify battery condition where used, SRAM retention behavior, application settings, power-down procedure and whether the correct project and data image were restored.
What should be tested after installing B&R 7CP474.60-1?
Verify boot, retained values, four screw-in slots, all mapped I/O, CAN and RS232 communication, diagnostics, interlocks and a controlled production cycle.