POWERLINK X20CP1483, X20CP1483-1 Technical data

Page 1

X20CP1483 and X20CP1483-1

1 General information

The x86 100 MHz-compatible X20CP1483 is the entry-level X20 CPU. With an optimal price/performance ratio, it has the same basic features as the larger CPUs and offers sufficient performance for most standard applications.

USB and Ethernet are included in every CPU. In addition, every CPU has a POWERLINK connection for real-time communication. In addition, a multi-purpose slot is provided for an additional interface module.

•

Intel x86 100 MHz-compatible with additional I/O processor

•

Onboard Ethernet, POWERLINK V1/V2 and USB

•

Modular expansion of interfaces

•

CompactFlash as removable application memory

•

Fanless

2 Order data - X20CP148x

Model number Short description

X20CP1483 X20 CPU, x86 100 MHz (Intel compatible), 32 MB DRAM, 128 kB SRAM, removable application

X20CP1483-1 X20 CPU, x86 100 MHz (Intel compatible), 64 MB DRAM, 128 kB SRAM, removable application

0CFCRD.0512E.01 CompactFlash 512 MB extended temp. 0CFCRD.2048E.01 CompactFlash 2048 MB extended temp. 5CFCRD.016G-06 CompactFlash 16 GB B&R (SLC) 5CFCRD.032G-06 CompactFlash 32 GB B&R (SLC) 5CFCRD.0512-06 CompactFlash 512 MB B&R (SLC) 5CFCRD.1024-06 CompactFlash 1 GB B&R (SLC) 5CFCRD.2048-06 CompactFlash 2 GB B&R (SLC) 5CFCRD.4096-06 CompactFlash 4 GB B&R (SLC) 5CFCRD.8192-06 CompactFlash 8 GB B&R (SLC)

0AC201.91 Lithium batteries 4 pcs., 3 V / 950 mAh button cell 4A0006.00-000 Lithium battery, 3 V / 950 mAh, button cell

X20 CPUs

memory: CompactFlash, 1 insert slot for X20 interface modules, 2 USB interfaces, 1 RS232 interface, 1 Ethernet interface 10/100BASE-T, 1 POWERLINK interface, including power supply module, 1x terminal block X20TB12, slot cover and X20 end cover plate X20AC0SR1 (right) included, order application memory separately!

Required accessories CompactFlash cards

Optional accessories Batteries

Table 1: X20CP1483, X20CP1483-1 - Order data

Data sheet V 2.38 1

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X20CP1483 and X20CP1483-1

Included in delivery

Order number Short description

4A0006.00-000 Backup battery (see also "Battery" on page 14)

- Interface module slot covers X20AC0SR1 X20 end cover plate (right) X20TB12 X20 terminal block, 12-pin, 24 V coding

Table 2: X20 CPUs - Content of delivery

3 X20CP148x - Technical data

Model number X20CP1483 X20CP1483-1 Short description

Interfaces 1x RS232, 1x Ethernet, 1x POWERLINK (V1/V2), 2x USB, 1x X2X Link System module CPU

General information

B&R ID code 0xA239 0xAEC5 Cooling Fanless Status indicators CPU function, Ethernet, POWERLINK, CompactFlash, battery Diagnostics

Battery Yes, using LED status indicator and software CPU function Yes, using LED status indicator CompactFlash Yes, using LED status indicator Ethernet Yes, using LED status indicator POWERLINK Yes, using LED status indicator Temperature Yes, using software register

Support

ACOPOS support Yes Visual Components support Yes

Power consumption without memory card, interface module and USB

Power consumption for X2X Link power supply Power consumption

Internal I/O 0.6 W

Additional power dissipation caused by actuators (resistive) [W]

Certifications

CE Yes ATEX Zone 2, II 3G Ex nA nC IIA T5 Gc

UL cULus E115267

HazLoc cCSAus 244665

DNV GL Temperature: B (0 - 55°C)

LR ENV1 KR Yes ABS Yes EAC Yes KC Yes

CPU and X2X Link power supply

Input voltage 24 VDC -15% / +20% Input current Max. 2.2 A Fuse Integrated, cannot be replaced Reverse polarity protection Yes

X2X Link power supply output

Nominal output power 7 W Parallel connection Yes Redundant operation Yes

Input I/O power supply

Input voltage 24 VDC -15% / +20% Fuse Required line fuse: Max. 10 A, slow-blow

Output I/O power supply

Nominal output voltage 24 VDC Permissible contact load 10 A

Power supply - General information

Status indicators Overload, operating status, module status, RS232 data transfer

IP20, Ta (see X20 user's manual)

Industrial control equipment

Process control equipment

Class I, Division 2, Groups ABCD, T5

Humidity: B (up to 100%)

EMC: B (bridge and open deck)

Table 3: X20CP1483, X20CP1483-1 - Technical data

6 W

1.42 W

FTZÚ 09 ATEX 0083X

for hazardous locations

Vibration: B (4 g)

2 Data sheet V 2.38

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X20CP1483 and X20CP1483-1

Model number X20CP1483 X20CP1483-1

Diagnostics

RS232 data transfer Yes, using LED status indicator Module run/error Yes, using LED status indicator and software Overload Yes, using LED status indicator and software

Electrical isolation

I/O supply - I/O power supply No CPU/X2X Link supply - CPU/X2X Link power

supply

Controller

CompactFlash slot 1 Real-time clock Nonvolatile, resolution 1 s, -10 to 10 ppm accuracy at 25°C FPU Yes Processor

Type x86 100 (compatible) Clock frequency 100 MHz L2 cache -

L1 cache for data and program code 16 kB Integrated I/O processor Processes I/O data points in the background Modular interface slots 1 Remanent variables Max. 32 kB Shortest task class cycle time 1 ms Typical instruction cycle time 0.09 μs Data buffering

Battery monitoring Yes

Lithium battery At least 3 years Standard memory

RAM 32 MB SDRAM 64 MB SDRAM

User RAM 128 kB SRAM

Interfaces

Interface IF1

Signal RS232

Variant Connection made using 12-pin terminal block X20TB12

Max. distance 900 m

Transfer rate Max. 115.2 kbit/s Interface IF2

Signal Ethernet

Variant 1x RJ45 shielded

Cable length Max. 100 m between 2 stations (segment length)

Transfer rate 10/100 Mbit/s

Transfer

Physical layer 10BASE-T/100BASE-TX Half-duplex Yes Full-duplex Yes Autonegotiation Yes Auto-MDI/MDIX Yes

Interface IF3

Fieldbus POWERLINK (V1/V2) managing or controlled node

Type Type 4

Variant 1x RJ45 shielded

Cable length Max. 100 m between 2 stations (segment length)

Transfer rate 100 Mbit/s

Transfer

Physical layer 100BASE-TX Half-duplex Yes Full-duplex POWERLINK mode: No / Ethernet mode: Yes Autonegotiation Yes Auto-MDI/MDIX Yes

Interface IF4

Type USB 1.1

Variant Type A

Max. output current 0.5 A Interface IF5

Type USB 1.1

Variant Type A

Max. output current 0.5 A Interface IF6

Fieldbus X2X Link master

Electrical properties

Electrical isolation Ethernet (IF2), POWERLINK (IF3) and X2X (IF6) isolat-

ed from each other, from other interfaces and from PLC

Table 3: X20CP1483, X20CP1483-1 - Technical data

Yes

Data sheet V 2.38 3

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X20CP1483 and X20CP1483-1

Model number X20CP1483 X20CP1483-1 Operating conditions

Mounting orientation

Horizontal Yes

Vertical Yes Installation elevation above sea level

0 to 2000 m No limitation

>2000 m Reduction of ambient temperature by 0.5°C per 100 m Degree of protection per EN 60529 IP20

Ambient conditions

Temperature

Operation

Horizontal mounting orientation -25 to 60°C

Vertical mounting orientation -25 to 50°C Derating See section "Derating". Storage -40 to 85°C Transport -40 to 85°C

Relative humidity

Operation 5 to 95%, non-condensing Storage 5 to 95%, non-condensing Transport 5 to 95%, non-condensing

Mechanical properties

Note Order application memory (CompactFlash) separately

Dimensions

Width 150 mm Height 99 mm Depth 85 mm

Weight 300 g

Table 3: X20CP1483, X20CP1483-1 - Technical data

1) The specified values are maximum values. For examples of the exact calculation, see section "Mechanical and electrical configuration" in the X20 system user's manual.

2) When operated at temperatures above 55°C, a derating of the nominal output power to 5 W for the X2X Link power supply must be taken into account.

3) In parallel operation, it is only permitted to expect 75% of the nominal power. It is important to make sure that all power supply units operated in parallel are switched on and off at the same time.

4) The memory size for remanent variables is configurable in Automation Studio.

5) Minus the set remanent variables.

6) For additional information, see section "Communication / POWERLINK / General information / Hardware - IF/LS" in Automation Help.

Backup battery included in delivery

X20 end cover plate (right) included in delivery

12-pin X20 terminal block included in delivery

Interface module slot covers included in delivery

4 Data sheet V 2.38

Page 5

4 X20 CPUs - Status LEDs

X20CP1483 and X20CP1483-1

Figure LED Color Status Description

1) The process can take several minutes depending on the configuration.

R/E

S/E Green/Red Status/Error LED. The statuses of this LED are described in section "LED "S/

Green

Red

Green On CompactFlash inserted and detectedCF Yellow On CompactFlash read/write access Yellow On CPU power supply OK Red On Backup battery empty

On Application running Blinking Boot mode system start:

Double flash Mode BOOT (during firmware update) On SERVICE mode Blinking The "R/E" LED blinks red and the "RDY/F" LED blinks yellow when there is a

On SERVICE or BOOT modeRDY/F Yellow Blinking The "RDY/F" LED blinks yellow and the "R/E" LED blinks red when there is a

On A link to the POWERLINK peer station has been established.PLK Green Blinking A link to the POWERLINK peer station has been established. The LED blinks

On A link to the peer station has been established.ETH Green Blinking A link to the peer station has been established. Indicates Ethernet activity is

CPU initializing the application, all bus systems and I/O modules

license violation.

E" (LED "Status/Error")" on page 5.

when Ethernet activity is taking place on the bus.

taking place on the bus.

4.1 LED "S/E" (LED "Status/Error")

This LED is a green/red dual LED and indicates the state of the POWERLINK interface. The LED states have a different meaning depending on the operating mode of the POWERLINK interface.

4.1.1 Ethernet mode

In this mode, the interface is operated as an Ethernet interface.

LED "S/E" Green Red Description

On Off The interface is operated as an Ethernet interface.

Table: LED "S/E": Interface in Ethernet mode

4.1.2 POWERLINK V1 mode

LED "S/E" Green Red Current state of the POWERLINK node

On Off The POWERLINK node is running with no errors.

Off On A system error occurred. The type of error can be read using the PLC logbook. An irreparable problem has occurred. The system

Blinking alternately The POWERLINK managing node has failed. This error code can only occur when operated as a controlled node. This means

Off Blinking System stop. The red blinking LED indicates an error code (see "System stop error codes" on page 7). Off Off The interface is either not active or one of the following states or errors is present:

can no longer properly carry out its tasks. This state can only be changed by resetting the module.

that the set node number lies within the range 0x01 - 0xFD.

•

The device is switched off.

•

The device is in the startup phase.

•

The interface or device is not configured correctly in Automation Studio.

•

The interface or device is defective.

Table 4: LED "S/E": POWERLINK V1 mode

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X20CP1483 and X20CP1483-1

LED "S/E"

Status

green

Error

red

4.1.3 POWERLINK V2

LED "S/E" Green Red Description

Off On The interface is in error mode (failed Ethernet frames, increased number of collisions on the network, etc.).

Blinking On If an error occurs in the following modes, then the green LED blinks over the red LED:

LED "S/E" Green Red Description

Off Off Mode: NOT_ACTIVE

Note: Several red blinking signals are displayed immediately after the device is switched on. These are not errors, however.

•

PRE_OPERATIONAL_1

•

PRE_OPERATIONAL_2

•

READY_TO_OPERATE

Table: LED "S/E" - Error message (interface in POWERLINK mode)

The interface is either in mode NOT_ACTIVE or one of the following modes or errors is present:

•

The device is switched off.

•

The device is in the startup phase.

•

The interface or device is not configured correctly in Automation Studio.

•

The interface or device is defective.

Flickering

(approx. 10 Hz)

Single flash

(approx. 1 Hz)

Double flash

(approx. 1 Hz)

Managing node (MN)

The network is monitored for POWERLINK frames. If a frame is not received within the configured time window (timeout), the interface immediately enters mode PRE_OPERATIONAL_1. If POWERLINK communication is detected before the time has elapsed, however, the MN is not started.

Controlled node (CN)

The network is monitored for POWERLINK frames. If a frame is not received within the configured time window (timeout), the interface immediately enters mode BASIC_ETHERNET. If POWERLINK communication is detected before this time expires, however, the interface immediately enters mode PRE_OPERATIONAL_1.

Off Mode: BASIC_ETHERNET

The interface is in mode BASIC_ETHERNET. The interface is operated in Ethernet mode.

Managing node (MN)

This mode can only be exited by resetting the controller.

Controlled node (CN)

If POWERLINK communication is detected during this mode, the interface enters mode PRE_OPERATIONAL_1.

Off Mode: PRE_OPERATIONAL_1

The interface is in mode PRE_OPERATIONAL_1.

Managing node (MN)

The MN is in "reduced cycle" mode. The CNs are configured in this mode. Cyclic communication is not yet taking place.

Controlled node (CN)

The CN can be configured by the MN in this mode. The CN waits until it receives an SoC frame and then switches to mode PRE_OPERATIONAL_2.

On Controlled node (CN)

If the red LED lights up in this mode, this means that the MN has failed.

Off Mode: PRE_OPERATIONAL_2

The interface is in mode PRE_OPERATIONAL_2.

Managing node (MN)

The MN starts cyclic communication (cyclic input data is not yet evaluated). The CNs are configured in this mode.

Controlled node (CN)

The CN can be configured by the MN in this mode. A command then switches the mode to READY_TO_OPERATE.

On Controlled node (CN)

If the red LED lights up in this mode, this means that the MN has failed.

Table: LED "S/E" - Interface state (interface in POWERLINK mode)

6 Data sheet V 2.38

Page 7

LED "S/E"

200

1000

200

1000

200

All times in ms

Flickering

Blinking

Single flash

Triple flash

200

1000

Double flash

All times in ms

RAM error

Hardware error

150 150 150300 300 300 600 2000

150

300

300300600 2000600

Green Red Description

Triple flash

(approx. 1 Hz)

Off Mode: READY_TO_OPERATE

The interface is in mode READY_TO_OPERATE.

Managing node (MN)

Cyclic and asynchronous communication. Received PDO data is ignored.

Controlled node (CN)

The configuration of the CN is completed. Normal cyclic and asynchronous communication. The transmitted PDO data corresponds to the PDO mapping. However, cyclic data is not yet evaluated.

On Controlled node (CN)

If the red LED lights up in this mode, this means that the MN has failed.

On Off Mode: OPERATIONAL

The interface is in mode OPERATIONAL. PDO mapping is active and cyclic data is evaluated.

Blinking

(approx.

Off Mode: STOPPED

The interface is in mode STOPPED.

2.5 Hz)

Managing node (MN)

This mode does not occur for the MN.

Controlled node (CN)

Output data is not being output, and no input data is being provided. This mode can only be reached and exited by a corresponding command from the MN.

Table: LED "S/E" - Interface state (interface in POWERLINK mode)

X20CP1483 and X20CP1483-1

4.2 System stop error codes

A system stop error can occur due to incorrect configuration or defective hardware. The error code is indicated by LED "S/E" blinking red. The blinking signal of the error code consists of 4 switch-on

phases with short (150 ms) or long (600 ms) duration. The error code is repeated every 2 seconds.

Error Error description RAM error The device is defective and must be replaced. Hardware error The device or a system component is defective and must be replaced.

Data sheet V 2.38 7

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X20CP1483 and X20CP1483-1

Top-hat rail locking mechanism

Operating mode switch

CompactFlash LED status indicators

IF1 - RS232

Ethernet Station address

IF2 - Ethernet

Battery

IF4 - USB IF5 - USB

Slot for interface modules

Terminal block for CPU and I/O supply, RS232 connection

IF6 - X2X Link

IF3 - POWERLINK

Reset button

5 LED status indicators for the integrated power supply

For a description of the various operating modes, see section "Additional information - Diagnostic LEDs" in the X20 system user's manual.

Figure LED Color Status Description

r Green

e + r Solid red / Single green flash Invalid firmware

Off No power to module Single flash Mode RESET Blinking Mode PREOPERATIONAL On Mode RUN Off Module not supplied with power or everything OKe Red Double flash The LED indicates one of the following states:

•

The X2X Link power supply of the power supply is overloaded.

•

I/O power supply too low

•

The input voltage for the X2X Link power supply is too low.

Off No RS232 activityS Yellow On The LED lights up when data is being transmitted or received via the RS232

Off The X2X Link power supply is within the valid range.l Red On The X2X Link power supply of the power supply is overloaded.

interface.

6 Operating and connection elements

8 Data sheet V 2.38

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X20CP1483 and X20CP1483-1

Reset button

7 Slot for application memory

Program memory is required to operate the CPUs. The application memory is provided in the form of a CompactFlash card. It is not included with the CPUs, but must be ordered separately as an accessory.

Information:

The CompactFlash card must not be removed during operation.

8 Operating mode switch

The operating mode switch is used to set the operating mode.

Switch position Operating mode Description

BOOT BOOT In this switch position, Boot AR is started and the runtime system can be installed via the online

RUN RUN Mode RUN DIAG DIAGNOSE The CPU boots in diagnostic mode. Program sections in User RAM and User FlashPROM are

interface (B&R Automation Studio). User flash memory is erased only when the download begins.

not initialized. After diagnostic mode, the CPU always boots with a warm restart.

Table 5: X20 CPUs - Operating mode

Information:

A switch position other than those described here is not permitted!

9 Reset button

The reset button is located below the USB interfaces on the bottom of the housing. It can be pressed with any small pointed object (e.g. paper clip). Pressing the reset button triggers a hardware reset, which means:

•

All application programs are stopped.

•

All outputs are set to zero.

The PLC then starts up in service mode by default. The startup mode that follows after pressing the reset button can be set in Automation Studio.

Data sheet V 2.38 9

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X20CP1483 and X20CP1483-1

GND

+24 V I/O

GND

+24 V CP/X2X L.

Reserved

Reserved Reserved

GND

+24 VDC

I/O

Power supply

CPU/X2X Link

Power supply

10 A slow-blow

GND

+24 VDC

I/O

Power supply

10 A slow-blow

Jumper

10 CPU power supply

A power supply unit is integrated in the X20 CPUs. It is equipped with a supply for the CPU, X2X Link and the internal I/O power supply. The bus power supply and internal I/O power supply are galvanically isolated from each other.

Integrated power supply unit - Pinout

Connection example with 2 separate power supplies

Connection example with power supply and jumper

10 Data sheet V 2.38

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X20CP1483 and X20CP1483-1

TX RX

GND

11 RS232 interface (IF1)

The non-electrically isolated RS232 interface is designed as an online interface for communication with the programming device.

12 Ethernet interface (IF2)

IF2 is designed as a 10BASE-T/100BASE-TX interface. The INA2000 station number of the Ethernet interface is set using the two hex switches. For information about wiring X20 modules with an Ethernet interface, see section "Mechanical and electrical con-

figuration - Wiring guidelines for X20 modules with Ethernet cables" in the X20 user's manual.

Information:

The Ethernet interface is not suitable for POWERLINK.

When using the POWERLINK interface, the Ethernet interface is not permitted to be operated with an IP address from the POWERLINK address range. POWERLINK address range: 192.168.100.x

Pinout

Pin Ethernet

1 TXD Transmit data 2 TXD\ Transmit data\ 3 RXD Receive data 4 Termination 5 Termination 6 RXD\ Receive data\

Shielded RJ45

7 Termination 8 Termination

PinoutInterface

Data sheet V 2.38 11

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X20CP1483 and X20CP1483-1

13 POWERLINK interface (IF3)

POWERLINK V1

Switch position Description

0x00 Operation as managing node. 0x01 - 0xFD Node number of the POWERLINK node. Operation as controlled node. 0xFE - 0xFF Reserved, switch position not permitted

POWERLINK V2

Switch position Description

0x00 Reserved, switch position not permitted. 0x01 - 0xEF Node number of the POWERLINK node. Operation as a controlled node (CN).

0xF0 Operation as a managing node (MN). 0xF1 - 0xFF Reserved, switch position not permitted.

Ethernet mode

Starting with Automation Studio Version V2.5.3 and with Automation Runtime V2.90, the interface can be operated as an Ethernet interface.

The INA2000 station number can be set using the B&R Automation Studio software.

Pinout

For information about wiring X20 modules with an Ethernet interface, see section "Mechanical and electrical configuration - Wiring guidelines for X20 modules with Ethernet cables" in the X20 user's manual.

PinoutInterface

Shielded RJ45

Pin Ethernet

1 RXD Receive data 2 RXD\ Receive data\ 3 TXD Transmit data 4 Termination 5 Termination 6 TXD\ Transmit data\ 7 Termination 8 Termination

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X20CP1483 and X20CP1483-1

Ambient temperature [°C]

-25

40 45 50 55

Mounting orientation:

Horizontal

Vertical

Nominal output power

[W]

14 USB interfaces (IF4 and IF5)

IF4 and IF5 are non-electrically isolated USB interfaces. The connection is made using a USB 1.1 interface. The USB interfaces can only be used for devices approved by B&R (e.g. floppy disk drive, DiskOnKey or dongle).

Information:

•

USB interfaces cannot be used for online communication with a programming device.

•

Only devices isolated from GND can be connected to the USB interfaces.

•

Current-carrying capacity is listed in the technical data.

15 Slots for interface modules

The CPUs have one or three slots for interface modules. Different bus or network systems can be flexibly integrated into the X20 system by selecting the appropriate inter-

face module.

16 Overtemperature cutoff

To prevent damage, a shut-off/reset is triggered on the CPU when the processor reaches 100°C. The following errors are entered in the logbook:

Error number Error description

9204 WARNING: System halted because of temperature check 9210 WARNING: Boot by watchdog or manual reset

Table 6: X20 CPUs - Logbook entries after overtemperature cutoff

17 Derating

There is no derating when operated below 55°C. Above 55°C, the nominal output power for the X2X Link power supply must be reduced to 5 W.

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X20CP1483 and X20CP1483-1

18 Battery

X20 CPUs are equipped with a lithium battery. The lithium battery is located in a separate compartment and protected by a cover.

Backup battery data

Order number

4A0006.00-000

0AC201.91 Short description Lithium battery, 3 V / 950 mAh, button cell Storage temperature -40 to 85°C Storage time Max. 3 years at 30°C Relative humidity 0 to 95% (non-condensing)

The following areas are buffered:

•

Remanent variables

•

User RAM

•

System RAM

•

Real-time clock

Battery monitoring

The battery voltage is checked cyclically. The cyclic load test of the battery does not considerably shorten its service life; instead, it gives an early warning of weakened buffer capacity.

Status information "Battery OK" is available from system library function "BatteryInfo" and the CPU's I/O mapping.

1 pcs. 4 pcs.

Replacement interval for battery

The battery should be replaced every 4 years. The replacement intervals recommended by B&R reflect the batteries' average service life and operating conditions. They do not correspond to the maximum buffer duration!

Important information about the battery exchange

The product design allows the battery to be changed when the power to the PLC is switched off as well as when the power to the PLC is switched on. In some countries, safety regulations do not allow batteries to be changed while the module is switched on. To prevent data loss, the battery must be changed within 1 min when the power is switched off.

Warning!

The battery is only permitted to be replaced by a Renata CR2477N battery. The use of another battery may present a fire or explosion hazard.

The battery can explode if handled improperly. Do not recharge, disassemble or dispose of the battery in fire.

Procedure for replacing the battery

1. Perform electrostatic discharge at the top-hat rail or at the ground connection (do not reach into the power supply unit!)

2. Remove the cover for the lithium battery. Do this by sliding it down and away from the CPU.

Figure 1: X20 CPUs - Remove lithium battery cover

3. Push the empty battery out of the holder.

14 Data sheet V 2.38

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X20CP1483 and X20CP1483-1

4. It is important to ensure that the new battery is not handled with moist or greasy fingers. Plastic tweezers can also be used. Do not touch the battery with pliers or metal tweezers → short circuit!

5. To insert the battery into the holder, place it with the "+" side up on the right part of the battery holder. Then press the battery into the battery holder.

6. Replace the cover.

Information:

Lithium batteries are hazardous waste! Used batteries should be disposed of in accordance with applicable local regulations.

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X20CP1483 and X20CP1483-1

19 Programming the system flash memory

General information

In order for the application project to be executed on the CPU, the Automation Runtime operating system, the system components and the application project must be installed on the CompactFlash card.

Creating a CompactFlash using a USB card reader

The easiest way to perform an initial installation is by creating a fully programmed CompactFlash card using a USB card reader.

1. Creating and configuring a project in Automation Studio

2. In Automation Studio, select Tools / Create CompactFlash

3. In the dialog box that opens, select a CompactFlash card and then generate it

4. Insert the finished CompactFlash into the CPU and turn on the CPU's supply voltage

5. CPU booting

For details about commissioning: See help system under "Automation Software / Getting Started"

Installation over an online connection

The CPUs are delivered with a default B&R Automation Runtime system (with limited functions) already installed. This runtime system is started in Boot mode (operating mode switch in the BOOT position or no CompactFlash / invalid CompactFlash inserted). It initializes the Ethernet interface and onboard serial RS232 interface, making it possible to download a new runtime system.

1. Insert the CompactFlash card and switch on the power to the CPU. When the switch is in the BOOT position, a new or invalid CompactFlash card starts the CPU with the default B&R Automation Runtime system.

2. Establish a physical online connection between the programming device (PC or industrial PC) and the CPU (e.g. over an Ethernet network or the RS232 interface).

3. Before you can establish an online connection via Ethernet, the CPU must be assigned an IP address. In Automation Studio, select Settings from the Online menu and then click on the Browse targets button to search for B&R target systems on the local network. The CPU should appear in the list. If the CPU has not already received an IP address from a DHCP server, right-click on it and select Set IP parameters from the shortcut menu. All necessary network configurations can be made on a temporary basis in this dialog box (should be identical to the settings defined in the project).

4. Configure online connection in B&R Automation Studio. For details about the configuration: See help system under "Automation Software / Communication / Online communication"

5. Start the download procedure by selecting the Services command from the Project menu. Then select Trans- fer Automation Runtime from the pop-up menu. Now follow the instructions provided by B&R Automation Studio.

20 General data points

This CPU is equipped with general data points. These are not CPU-specific; instead, they contain general information such as system time and heat sink temperature.

General data points are described in section "Additional information - General data points" in the X20 system user's manual.

16 Data sheet V 2.38