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B&R X90CP154.60-00M – Interfaces, 1x Ethernet/POWERLINK (switchable)

Name: B&R X90CP154.60-00M – Interfaces, 1x Ethernet/POWERLINK (switchable)
Brand: B&R
SKU: X90CP154.60-00M

MPN: X90CP154.60-00M · Brand: B&R

Price on request

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12-month warranty (new) · 3-month (used/refurbished)

30-day returns, no restocking fee on unused parts

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Quick facts

Availability	Confirmed on request
Category	X90 mobile control
Lifecycle	Active
Warranty	12-month (new) · 3-month (used/refurbished)
Weight	0.17 kg

Shipping & availability

When can X90CP154.60-00M be shipped?

X90CP154.60-00M is sourced on request — request a quote and we'll confirm the exact availability and shipping timeline for this specific unit.

Can I pick up X90CP154.60-00M in person?

Local pickup from our Groningen, Netherlands warehouse may be possible — contact us before ordering to check availability and arrange a collection time.

Is express delivery available?

Yes — mention it when you request a quote for X90CP154.60-00M and we'll include express shipping options in our reply.

My factory is down and I need this urgently — can you help?

For a critical breakdown, contact us directly at +31 (0)50-7110348 or sales@partnerplc.com — we can look into same-day courier or dedicated taxi/hotshot delivery for X90CP154.60-00M, subject to availability and destination.

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 DNV certification

Accessories

Optional accessories (3)

X90AC-BB.15-00	BreakOut Box — X90 mobile 150, breakout box for development and testing
X90TB150.02-00	CMC connector — X90 mobile 150, connector set for CMC header, with connector contacts and dummy plugs
X90CA150.02-00	Wire harness — X90 mobile 150, wiring harness starter set for X90CP15x, 2 m, for CMC header

Specifications

Short description

Interfaces	1x Ethernet/POWERLINK (switchable), 1x POWERLINK, 3x CAN bus, 1x LIN bus, 1x RS232, 1x USB
System module	Controller

General information

Diagnostics – Module run/error	Yes, using LED status indicator, software and diagnostic output
Diagnostics – CPU function	Yes, using LED status indicator
Diagnostics – Ethernet	Yes, using LED status indicator
Support – Controller redundancy	No
Support – Storage health data support	Yes
Support – ACOPOS support	Yes
Support – reACTION-capable I/O channels	No
Support – Visual Components support	Yes
Certifications – CE	Yes
Certifications – UKCA	Yes
Certifications – CRA (Cyber Resilience Act)	In preparation
Certifications – DNV	Temperature: D (-25 to 55°C) ; Humidity: B (up to 100%) ; Vibration: B (4 g) ; EMC: B (bridge and open deck) ; Enclosure: B (engine room)
Insulation voltage for GND and housing	500 V eff " data-placement="top" data-html="true" data-container="body" data-content="Connected to capacitors and 60 V VDR protective element.">
B&R ID code	0x352C
Cooling	Fanless
Status indicators	Controller function, operating mode, overtemperature, Ethernet, POWERLINK
Power consumption " data-placement="top" data-html="true" data-container="body" data-content="Without USB">	CPU at U e = 9 / 32 V: 4.8 / 6.0 W

Input power supply

Input voltage V_CPU, V_I/O " data-placement="top" data-html="true" data-container="body" data-content="Always connect V_CPU and V_I/O to a common voltage source. Supplying from different voltage sources is not permitted."> – Nominal voltage 12 V	9 to 16 VDC
Input voltage V_CPU, V_I/O " data-placement="top" data-html="true" data-container="body" data-content="Always connect V_CPU and V_I/O to a common voltage source. Supplying from different voltage sources is not permitted."> – Nominal voltage 24 V	16 to 32 VDC
Input current – V_CPU	During operation ; Typ. 420 mA at 12 V; Typ. 240 mA at 24 V; In standby mode ; Typ. 18 mA at 12 V ; Typ. 13 mA at 24 V
Input current – V_I/O	Max. 10 A per connection pin
Integrated protective function – V_CPU	No, required fuse 5 A slow-blow
Integrated protective function – V_I/O	No, required fuse 10 A slow-blow per connection pin
Input voltage	9 to 32 VDC
Reset switching threshold	5.4 V
Overvoltage " data-placement="top" data-html="true" data-container="body" data-content="Per ISO 15003:2019, tested for 5 minutes">	Max. 48 V
Overvoltage protection	Load dump pulse A 202 V R i = 4 Ω " data-placement="top" data-html="true" data-container="body" data-content="V_CPU and V_I/O connected externally.">
Reverse polarity protection " data-placement="top" data-html="true" data-container="body" data-content="Per ISO 15003:2019, tested for 5 minutes">	Max. -48 V

Controller

Processor – Data code	32 kB
Processor – Program code	32 kB
Processor – Type	ARM Cortex-A9
Processor – Clock frequency	650 MHz
Processor – L2 cache	512 kB
Standard memory – RAM	256 MB DDR3 SDRAM
Application memory – Guaranteed	100 TB
Application memory – Results for 5 years	54.8 GB/day
Application memory – Type	4 GB flash memory
Application memory – Data retention	10 years
Application memory – Guaranteed erase/write cycles	100,000
Application memory – Error-correcting code (ECC)	Yes
Real-time clock	Resolution 1 s, retention min. 48 hours, typ. 250 hours at 25°C, precision ±30 ppm over the entire temperature range
Floating point unit (FPU)	Yes
Integrated I/O processor	Processes I/O data points in the background
Option boards	Not available
Remanent variables	32 kB FRAM, retention >10 years " data-placement="top" data-html="true" data-container="body" data-content="Configurable in Automation Studio.">
Shortest task class cycle time	400 µs

Interfaces

Interface IF1 – Type	RS232
Interface IF1 – Variant	Connection on CMC header X1.A
Interface IF1 – Max. distance	3 m
Interface IF1 – Transfer rate	Max. 115.2 kbit/s
Interface IF2 – Physical layer	10BASE-T/100BASE-TX
Interface IF2 – Half-duplex	Yes
Interface IF2 – Full-duplex	Yes
Interface IF2 – Autonegotiation	Yes
Interface IF2 – Auto-MDI/MDIX	Yes
Interface IF2 – Type	Ethernet / POWERLINK " data-placement="top" data-html="true" data-container="body" data-content="For daisy-chain wiring of multiple controllers, interface IF2 can be defined in Automation Studio as a POWERLINK hub in parallel with interface IF3.">
Interface IF2 – Variant	M12, D-coded
Interface IF2 – Line length	Max. 100 m between 2 stations (segment length)
Interface IF2 – Transfer rate	10/100 Mbit/s
Interface IF3 – Physical layer	100BASE-TX
Interface IF3 – Half-duplex	Yes
Interface IF3 – Full-duplex	No
Interface IF3 – Autonegotiation	Yes
Interface IF3 – Auto-MDI/MDIX	Yes
Interface IF3 – Fieldbus	POWERLINK managing or controlled node " data-placement="top" data-html="true" data-container="body" data-content="For daisy-chain wiring of multiple controllers, interface IF2 can be defined in Automation Studio as a POWERLINK hub in parallel with interface IF3.">
Interface IF3 – Type	Type 6 " data-placement="top" data-html="true" data-container="body" data-content="For additional information, see section "Communication / POWERLINK / General information / Hardware - IF/LS" in Automation Help.">
Interface IF3 – Variant	M12, D-coded
Interface IF3 – Line length	Max. 100 m between 2 stations (segment length)
Interface IF3 – Transfer rate	100 Mbit/s
Interface IF4 – Type	USB 1.1/2.0
Interface IF4 – Variant	Type A (under service access window)
Interface IF4 – Max. output current	500 mA
Interface IF5 – Type	LIN
Interface IF5 – Variant	Connection on CMC header X1.A
Interface IF5 – Max. distance	40 m
Interface IF5 – Transfer rate	Max. 19.2 kbit/s
Interface IF7 – Connection designation	CAN1
Interface IF7 – Type	CAN bus
Interface IF7 – Variant	Connection on CMC header X1.A
Interface IF7 – Max. distance	1000 m
Interface IF7 – Transfer rate	Max. 1 Mbit/s
Interface IF7 – Terminating resistor	External 120 Ω must be provided.
Interface IF8 – Connection designation	CAN2
Interface IF8 – Type	CAN bus
Interface IF8 – Variant	Connection on CMC header X1.A
Interface IF8 – Max. distance	1000 m
Interface IF8 – Transfer rate	Max. 1 Mbit/s
Interface IF8 – Terminating resistor	External 120 Ω must be provided.
Interface IF9 – Connection designation	CAN3
Interface IF9 – Type	CAN bus
Interface IF9 – Variant	Connection on CMC header X1.A
Interface IF9 – Max. distance	1000 m
Interface IF9 – Transfer rate	Max. 1 Mbit/s
Interface IF9 – Terminating resistor	External 120 Ω must be provided.

Multi-function inputs

Multifunction digital inputs MF-DI (std) – Quantity	2
Multifunction digital inputs MF-DI (std) – Function	Digital input ; Sink/Source circuit - Configurable per channel, configurable software input filter
Multifunction digital inputs MF-DI (CI) – Quantity	8
Multifunction digital inputs MF-DI (CI) – Function	Digital input ; Sink/Source circuit - Configurable per channel, configurable software input filter, counter function up to 50 kHz counter frequency (max. 4x AB, max. 2x ABR, max. 2x DF, max. 8x edge counter), edge detection with timestamp (for period duration, gate time measurement, differential time measurement)
Multifunction analog inputs MF-AI (std) – Quantity	4
Multifunction analog inputs MF-AI (std) – Function	Digital input ; Sink/Source circuit - Configurable per channel, configurable software input filter, fixed or ratiometrically configurable switching threshold. ; Analog input ; Measurement range 0 to 10 V / 0 to 32 V / 0/4 to 20 mA, configurable analog filter, configurable ramp limit, configurable threshold values, integrated input protection
Multifunction analog inputs MF-AI (AT) – Quantity	8
Multifunction analog inputs MF-AI (AT) – Function	Digital input (without diagnostics) ; Sink/Source circuit - Configurable per channel, configurable software input filter, fixed or ratiometrically configurable switching threshold. ; Digital input (with diagnostics) ; Configurable software input filter, open-circuit and short-circuit detection. ; Analog input ; Measurement range 0 to 10 V / 0 to 32 V / 0/4 to 20 mA / 0 to 4000 Ω / temperature inputs (Pt1000 characteristic curve), configurable analog filter, configurable ramp limit, configurable threshold values, integrated input protection
Multifunction analog inputs MF-AI (PVG) – Quantity	8
Multifunction analog inputs MF-AI (PVG) – Function	Digital input (without diagnostics) ; Sink/Source circuit - Configurable per channel, configurable software input filter, fixed or ratiometrically configurable switching threshold.; Digital input (with diagnostics) ; Configurable software input filter, open-circuit and short-circuit detection.; Analog input ; Measurement range 0 to 10 V / 0 to 32 V / 0/4 to 20 mA / 0 to 4000 Ω / temperature inputs (Pt1000 characteristic curve), configurable analog filter, configurable ramp limit, configurable threshold values, integrated input protection ; Ratiometric analog output (smoothed PWM signal) ; Short-circuit current 5.5 mA max. at 24 V, PWM frequency 25 kHz; PVG ; Short-circuit current 5.5 mA max. at 24 V, PVG frequency 25 kHz.

Multi-function outputs

Multifunction digital outputs (MF-DO) – Quantity	8
Multifunction digital outputs (MF-DO) – 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
Multifunction PWM outputs MF-PWM (std) – Quantity	16
Multifunction PWM outputs MF-PWM (std) – Function	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. ; PWM output ; 4 A nominal current, PWM frequency 15 Hz to 1 kHz, source circuit, integrated output protection per channel, configurable overload monitoring per channel, central cutoff via relay, parallel connection, current measurement, configurable switching edge shift to avoid load peaks, dither. ; Digital input ; Sink/Source circuit configurable per channel, configurable software input filter
Multifunction PWM outputs MF-PWM (bridge) – Quantity	6
Multifunction PWM outputs MF-PWM (bridge) – 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

Digital inputs

Input filter – Hardware	MF-DI: 3 µs; MF-AI (all): 300 µs; MF-DO: 150 µs; MF-PWM (bridge): 200 µs; MF-PWM (std): 150 µs " data-placement="top" data-html="true" data-container="body" data-content="At switching threshold = 50% supply voltage">
Input filter – Software	Default 1 ms, configurable between 0 and 25 ms in 0.1 ms increments
Quantity	8 to 60, depends on the use of multifunction inputs/outputs
Nominal voltage	12 / 24 VDC
Input voltage	9 to 32 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 " data-placement="top" data-html="true" data-container="body" data-content="Input current for MF-DI and MF-AI corresponds to the selected input resistance.">
Input circuit	Sink/Source, configurable
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

Analog inputs

Output format – Data type	INT
Output format – Voltage	0 to 10 V: INT 0x0000 - 0x7FFF / 1 LSB = 0x0008 = 2.441 mV ; 0 to 32 V: INT 0x0000 - 0x7FFF / 1 LSB = 0x0008 = 7.812 mV
Output format – Current	0x0000 - 0x7FFF / 1 LSB = 0x0008 = 4.883 µA
Output format – Resistance	0 to 4000, resolution 1 Ω " data-placement="top" data-html="true" data-container="body" data-content="The values measured in the lower part of the measurement range are inaccurate due to the hardware; measurements in this range should therefore be avoided.">
Output format – Temperature input	-200 to 850, resolution 0.1°C
Input impedance in signal range – Voltage	>100 kΩ
Input impedance in signal range – Current	-
Load – Voltage	-
Load – Current	100 Ω
Max. error " data-placement="top" data-html="true" data-container="body" data-content="At 25°C."> – Gain	<1.5% " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Max. error " data-placement="top" data-html="true" data-container="body" data-content="At 25°C."> – Offset	<1.5% " data-placement="top" data-html="true" data-container="body" data-content="Based on the 10 V or 32 V measurement range.">
Max. error " data-placement="top" data-html="true" data-container="body" data-content="At 25°C."> – Gain	<1.5% " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Max. error " data-placement="top" data-html="true" data-container="body" data-content="At 25°C."> – Offset	<1.5% " data-placement="top" data-html="true" data-container="body" data-content="Based on the 20 mA measurement range.">
Max. error " data-placement="top" data-html="true" data-container="body" data-content="At 25°C."> – Resistance	<5% " data-placement="top" data-html="true" data-container="body" data-content="Based on the 4 kΩ measurement range.">
Max. error " data-placement="top" data-html="true" data-container="body" data-content="At 25°C."> – Temperature input	<5% " data-placement="top" data-html="true" data-container="body" data-content="Based on the maximum measurement range (-200 to 850°C).">
Max. gain drift – Voltage	<0.03%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Max. gain drift – Current	<0.04%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Max. gain drift – Resistance	<0.034%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Max. gain drift – Temperature input	<0.024%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Max. offset drift – Voltage	<0.06%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the 10 V or 32 V measurement range.">
Max. offset drift – Current	<0.06%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the 20 mA measurement range.">
Max. offset drift – Resistance	<0.018%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the 4 kΩ measurement range.">
Max. offset drift – Temperature input	<0.027%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the maximum measurement range (-200 to 850°C).">
Quantity	0 to 20, depends on the use of multifunction inputs
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	160 μs
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
Nonlinearity	<0.05% (resistance) ; <0.2% (temperature inputs)

Sensor power supply

Voltage	5/10 V " data-placement="top" data-html="true" data-container="body" data-content="At 10 V sensor power supply, the V_CPU power supply must be ≥12 VDC.">
Current	Max. 400 mA ±3%

Digital outputs

Switching frequency – Resistive load	MF-DO: Max. 250 Hz
Switching frequency – Inductive load	MF-DO: Load current 4 A: Max. 4 mH (see section "Switching inductive loads")
Output voltage – Nominal	9 to 32 VDC
Current measurement – Gain	MF-DO: <12%; MF-PWM (bridge): <0.5%; MF-PWM (std): <3% " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Current measurement – Offset	MF-DO: <1% ; MF-PWM (bridge): <0.25%; MF-PWM (std): <1.5% " data-placement="top" data-html="true" data-container="body" data-content="Based on the 20 A measurement range.">
Current measurement – Current measurement range	MF-DO: 0 to 20 A; MF-PWM (bridge): ±10 A; MF-PWM (std): 0 to 10 A
Current measurement – Resolution	INT ; MF-DO: INT 0x0000 to 0x7FFF / 1 LSB = 610 µA ; MF-PWM (bridge): INT 0x8001 to 0x7FFF / 1 LSB = 305 μA ; MF-PWM (std): INT 0x0000 to 0x7FFF / 1 LSB = 305 μA
Current measurement – Max. gain drift	MF-DO: <0.2%/°C; MF-PWM (bridge): <0.04%/°C; MF-PWM (std): <0.2%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Current measurement – Max. offset drift	MF-DO: <0.005%/°C; MF-PWM (all): <0.005%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the 20 A measurement range.">
Quantity	0 to 30, depends on the use of multifunction outputs
Variant	MF-DO: Current-sourcing sinking FET, channels can be connected in parallel in pairs.; MF-PWM (bridge): Current-sourcing/Current-sinking FET, channels can be connected in parallel.; MF-PWM (std): Current-sourcing sinking FET, channels can be connected in parallel in pairs. " data-placement="top" data-html="true" data-container="body" data-content="For additional information about the parallel connection, see section "Derating".">
Nominal voltage	12 / 24 VDC
Switching voltage	MF-DO, MF-PWM: V_IO -15%; MF-PVG, MF-AI (ratiometric output) : V_CPU - 15%
Digital converter resolution	12-bit
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.; MF-PWM only (all): 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
R DS(on)	MF-DO: <80 mΩ; MF-PWM (all): <50 mΩ
Residual voltage	<1 V at 4 A nominal current
Peak short-circuit current	MF-DO: 90 A; MF-PWM (bridge): 50 A; MF-PWM (std): 90 A
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
Sampling time	MF-DO: 160 μs; MF-PWM (bridge): 40 µs; MF-PWM (std): 80 μs

PWM output

Max. error at 25°C – Gain	MF-PWM (bridge): <0.5%; MF-PWM (std): <3% " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Max. error at 25°C – Offset	MF-PWM (bridge): <0.25%; MF-PWM (std): <1.5% " data-placement="top" data-html="true" data-container="body" data-content="Based on the 20 A measurement range.">
Current measurement – Current measurement range	MF-PWM (bridge): ±10 A; MF-PWM (std): 10 A
Current measurement – Conversion time	MF-PWM (bridge): 40 μs; MF-PWM (std): 80 µs
Current measurement – Resolution	INT ; MF-PWM (bridge): INT 0x8001 to 0x7FFF / 1 LSB = 305 μA; MF-PWM (std): INT 0x0000 to 0x7FFF / 1 LSB = 305 μA
Quantity	MF-PWM (bridge): 0 to 6x 6 A ; MF-PWM (std): 0 to 16x 4 A ; Depends on the use of multifunction outputs
Nominal voltage	12 / 24 VDC
Supply voltage (permissible range)	9 to 32 VDC
Digital converter resolution	12-bit
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
Max. gain drift	MF-PWM (bridge): <0.04%/°C; MF-PWM (std): <0.2%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the current measured value.">
Max. offset drift	MF-PWM (all): <0.005%/°C " data-placement="top" data-html="true" data-container="body" data-content="Based on the 20 A measurement range.">
Common mode error	MF-PWM (all): 0.01%/V " data-placement="top" data-html="true" data-container="body" data-content="Based on the 20 A measurement range.">
Output protection	Thermal shutdown in the event of overcurrent or short circuit, integrated protection for switching inductive loads
Variant	MF-PWM (bridge): Current-sourcing/Current-sinking FET, channels can be connected in parallel.; MF-PWM (std): Channels can be connected in parallel in pairs. " data-placement="top" data-html="true" data-container="body" data-content="For additional information about the parallel connection, see section "Derating".">
Diagnostic status	Overload
Peak short-circuit current	50 A (max. 0.2 ms)

Status outputs

Quantity	1
Variant	Connection A2 - Source
RDS(on)	1.4 Ω
Max. continuous current	20 mA

Electrical properties

Summation current – 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

Operating conditions

Mounting orientation – Any	Yes
Installation elevation above sea level	Max. 4000 m
Degree of protection per EN 60529	IP69K " data-placement="top" data-html="true" data-container="body" data-content="Applied only if mating connector (M12/CMC) connected or with M12 protective covers (0.6 Nm torque) and closed service access window.">

Ambient conditions

Temperature – Horizontal mounting orientation	-40 to 85°C housing surface
Temperature – Vertical mounting orientation	-40 to 85°C housing surface
Temperature – Derating	See section "Derating".
Temperature – Storage	-40 to 85°C
Temperature – Transport	-40 to 85°C
Relative humidity – Operation	5 to 100%, condensing
Relative humidity – Storage	5 to 95%, non-condensing
Relative humidity – Transport	5 to 95%, non-condensing

Mechanical properties

Dimensions – Width	225 mm
Dimensions – Length	219.5 mm
Dimensions – Height	43.5 mm
Weight	Max. 1740 g

Brief overview

Content of delivery

2x protective covers for unused female M12 connectors

Downloads & documentation

Official documents from B&R, downloaded directly from the manufacturer.

Data sheets & manuals

Data sheet X90CP154.xx-00	PDF · 11 MB · 1.17 (07/09/2025) - EN
Open Source Licenses X90CPxxxx	ZIP · 1 MB · 1.00 (09/05/2024)
V4.12 CP Upgrade (CpLin) RevInfo	PDF · 57 KB · 1.01.0.0 (06/13/2024) - EN
V4.12 Library Upgrade (CpLin) RevInfo	PDF · 50 KB · 1.01.1.0 (08/08/2024) - EN
V6.0 CP Upgrade (CpLin) RevInfo	PDF · 57 KB · 1.1.0.0 (06/13/2024) - EN
V6.0 Library Upgrade (CpLin) RevInfo	PDF · 50 KB · 1.1.1.0 (08/08/2024) - EN
X90 mobile System User´s Manual	PDF · 27 MB · 2.40 (02/03/2026) - EN
X90CP15x pin allocation CMC connector	ZIP · 872 KB · 1.00 (07/16/2024)

CAD & dimension drawings

3D File STEP X90CP15x.xx-xx

ZIP · 2 MB · 1.00 (07/17/2024)

Certificates (2)

EU Data Act - X90 - Connected Product Information Notice	PDF · 92 KB · 1.00 (09/30/2025)
TAA00003GX DNV Type Approval Certificate X90	PDF · 176 KB · 1.00 R1 (05/04/2026)

12-month warrantyon all new stock

3-month warrantyon used & refurbished parts

30-day returnsno restocking fee on unused parts

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