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B&R X90CP154.60-00

X90 mobile controller, ARM Cortex A9-650, 256 MB DDR3 RAM, 32 kB FRAM, 4 GB flash memory, 1 POWERLINK to M12, 1 Ethernet 10/100BASE-T to M12, 3 CAN on CMC header, 1 LIN on CMC header, 1 RS232 on CMC h…

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Description

X90 mobile controller, ARM Cortex A9-650, 256 MB DDR3 RAM, 32 kB FRAM, 4 GB flash memory, 1 POWERLINK to M12, 1 Ethernet 10/100BASE-T to M12, 3 CAN on CMC header, 1 LIN on CMC header, 1 RS232 on CMC header, 60 multifunction I/O, 1 sensor power supply, die-cast aluminum housing, service access window, LED status indicators

Specification

Interfaces

1x Ethernet/POWERLINK (switchable), 1x POWERLINK, 3x CAN bus, 1x LIN bus, 1x RS232, 1x USB

System module

Controller

Insulation voltage for GND and housing

500 Veff

B&R ID code

0x29AD

Cooling

Fanless

Status indicators

Controller function, operating mode, overtemperature, Ethernet, POWERLINK

Module run/error

Yes, using LED status indicator, software and diagnostic output

CPU function

Yes, using LED status indicator

Ethernet

Yes, using LED status indicator

Controller redundancy

No

Storage health data support

Yes

ACOPOS support

Yes

ReACTION-capable I/O channels

No

Visual Components support

Yes

Power consumption

CPU at Ue = 9 / 32 V: 4.8 / 6.0 W

CE

Yes

UKCA

Yes

CRA (Cyber Resilience Act)

In preparation

Input voltage

9 to 32 VDC

Nominal voltage 12 V

9 to 16 VDC

Nominal voltage 24 V

16 to 32 VDC

Reset switching threshold

5.4 V

V_CPU

No, required fuse 5 A slow-blow

V_I/O

No, required fuse 10 A slow-blow per connection pin

Overvoltage

Max. 48 V

Overvoltage protection

Load dump pulse A 202 V Ri = 4 Ω

Reverse polarity protection

Max. -48 V

Real-time clock

Resolution 1 s, retention min. 48 hours, typ. 250 hours at 25°C, precision ±30 ppm over the entire temperature range

FPU

Yes

Type

CAN bus

Clock frequency

650 MHz

Data code

32 kB

Program code

32 kB

L2 cache

512 kB

Integrated I/O processor

Processes I/O data points in the background

Option boards

Not available

Remanent variables

32 kB FRAM, retention >10 years

Shortest task class cycle time

400 µs

RAM

256 MB DDR3 SDRAM

Data retention

10 years

Guaranteed

100 TB

Results for 5 years

54.8 GB/day

Guaranteed erase/write cycles

100,000

Error-correcting code (ECC)

Yes

Variant

Connection A2 – Source

Max. distance

1000 m

Transfer rate

Max. 1 Mbit/s

Line length

Max. 100 m between 2 stations (segment length)

Physical layer

100BASE-TX

Half-duplex

Yes

Full-duplex

No

Autonegotiation

Yes

Auto-MDI/MDIX

Yes

Fieldbus

POWERLINK managing or controlled node

Max. output current

500 mA

Connection designation

CAN3

Terminating resistor

External 120 Ω must be provided.

Quantity

1

Function

Digital output
6 A nominal current, push-pull circuit, integrated output protection per channel, configurable overload monitoring per channel, central cutoff via relay,parallel connection, current measurement, error state with configurable error filter.
PWM output
6 A nominal current, PWM frequency 15 Hz to 4 kHz, 8 kHz in full-bridge mode, push-pull circuit, integrated output protection per channel, configurable overload monitoring per channel, central cutoff via relay, parallel connection, current measurement, configurable load current distribution of the PWM outputs, dither.
Digital input
Sink/Source circuit configurable per channel, configurable software input filter

Functions

Digital output:
4 A nominal current, source circuit, integrated output protection per channel, configurable overload monitoring per channel, central cutoff via relay,
parallel connection, current measurement, error state with configurable error filter.
Digital input:
Sink/Source circuit configurable per channel, configurable software input filter

Nominal voltage

12 / 24 VDC

Input current at 24 VDC

MF-DI (CI + std): Typ. 1.1 / 2.5 mA, configurable
MF-AI (AT + PVG): Typ. 1.1 / 5.3 mA, configurable
MF-AI (std): Typ. 1.1 mA
MF-DO (std): Typ. 2.5 mA
MF-PWM (all): Typ. 2.5 mA

Input circuit

Sink/Source, configurable

Hardware

MF-DI: 3 µs
MF-AI (all): 300 µs
MF-DO: 150 µs
MF-PWM (bridge): 200 µs
MF-PWM (std): 150 µs

Software

Default 1 ms, configurable between 0 and 25 ms in 0.1 ms increments

Input resistance

MF-DI (CI + std): Typ. 9.15 / 20.2 kΩ, configurable
MF-AI (AT + PVG): Typ. 4.42 / 22.1 kΩ, configurable
MF-AI (std): Typ. 22 kΩ
MF-DO (std): Typ. 9.15 kΩ
MF-PWM (all): Typ. 9.15 kΩ

Input frequency

MF-DI: Max. 50 kHz

Switching threshold

MF-DI: 50% of supply voltage
MF-AI (all): Switching threshold and hysteresis configurable with software
MF-DO: 40% supply voltage
MF-PWM (all): 40% supply voltage

Input

0 to 10 V / 0 to 32 V / 0/4 to 20 mA / 0 to 4000 Ω / Temperature inputs (Pt1000 characteristic curve)

Digital converter resolution

12-bit

Conversion time

MF-PWM (bridge): 40 μs
MF-PWM (std): 80 µs

Data type

INT

Voltage

5/10 V

Current

Max. 400 mA ±3%

Resistance

<0.018%/°C

Temperature input

<0.027%/°C

Measuring current resistance / Temperature input

<2.2 mA

Open-circuit detection

From the application

Conversion procedure

SAR

Input filter

First-order low-pass filter / cutoff frequency of voltage input 350 Hz, current input 200 Hz

Gain

MF-PWM (bridge): <0.5%
MF-PWM (std): <3%

Offset

MF-PWM (bridge): <0.25%
MF-PWM (std): <1.5%

Nonlinearity

<0.05% (resistance)
<0.2% (temperature inputs)

Switching voltage

MF-DO, MF-PWM: V_IO -15%
MF-PVG, MF-AI (ratiometric output) : V_CPU – 15%

Nominal output current

MF-DO: 4 A
MF-PWM (bridge): 6 A
MF-PWM (std): 4 A

Output protection

Thermal shutdown in the event of overcurrent or short circuit, integrated protection for switching inductive loads

Diagnostic status

Overload

Leakage current when the output is switched off

MF-DO: Typ. 10 μA, max. 4.1 mA
MF-PWM (bridge): Typ. 20 μA, max. 4.1 mA
MF-PWM (std): Typ. 10 μA, max. 4.1 mA

RDS(on)

1.4 Ω

Residual voltage

<1 V at 4 A nominal current

Peak short-circuit current

50 A (max. 0.2 ms)

Resistive load

MF-DO: Max. 250 Hz

Inductive load

MF-DO: Load current 4 A: Max. 4 mH (see section "Switching inductive loads")

Braking voltage when switching off inductive loads

MF-DO: Typ. 64 VDC
MF-PWM (std): Typ. 64 VDC

Switching delay

MF-DO: Max. 150 μs
MF-PWM (all): Max. 150 μs

Nominal

9 to 32 VDC

Sampling time

MF-DO: 160 μs
MF-PWM (bridge): 40 µs
MF-PWM (std): 80 μs

Current measurement range

MF-PWM (bridge): ±10 A
MF-PWM (std): 10 A

Resolution

INT
MF-PWM (bridge): INT 0x8001 to 0x7FFF / 1 LSB = 305 μA
MF-PWM (std): INT 0x0000 to 0x7FFF / 1 LSB = 305 μA

Max. gain drift

MF-PWM (bridge): <0.04%/°C
MF-PWM (std): <0.2%/°C

Max. offset drift

MF-PWM (all): <0.005%/°C

Supply voltage (permissible range)

9 to 32 VDC

PWM frequency

MF-PWM (bridge): 15 Hz to 4 kHz
MF-PWM (std): 15 Hz to 1 kHz

Duty cycle

PWM (bridge): 0 to 32767 or -32767, min. resolution 160 ns depending on PWM frequency
PWM (std): 0 to 32767, min. resolution 160 ns depending on PWM frequency

Common mode error

MF-PWM (all): 0.01%/V

Max. continuous current

20 mA

Complete system

Max. 30 A

Inrush current

Typ. 500 A for <300 µs

Electrical isolation

Ethernet (IF2) and POWERLINK (IF3) isolated from each other and from other interfaces

Any

Yes

Installation elevation above sea level

Max. 4000 m

Degree of protection per EN 60529

IP69K

Horizontal mounting orientation

-40 to 85°C housing surface

Vertical mounting orientation

-40 to 85°C housing surface

Derating

See section "Derating".

Storage

5 to 95%, non-condensing

Transport

5 to 95%, non-condensing

Operation

5 to 100%, condensing

Width

225 mm

Length

219.5 mm

Height

43.5 mm

Weight

Max. 1740 g

Content of delivery

2x protective covers for unused female M12 connectors

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