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I/O Systeme > X20 System > 8AC140.60-2
General Description Technical Data

Technical Data - 8AC140.60-2
General information 8AC140.60-2
Module type ACOPOS plug-in module double-width
B&R ID code 0x1E38
Slot 1)Slots 1 + 2
Power consumption Max. 4.5 W
ACOPOS capability Yes
Visual Components capability Yes
Certification types  
c-UL-us Yes
Controllers 8AC140.60-2
Operating system AC140 (version V2.67 and higher)
DRAM 16 MB
Processor clock 100 MHz
SRAM 32 kB
Inputs/outputs 8AC140.60-2
Connection, module-side 8-pin connector
Configuration of the digital inputs/outputs Can be configured individually as input or output
Incremental encoder 8AC140.60-2
Counter size 16-bit
Input frequency Max. 20 kHz
Evaluation 4x
Signal form Square wave pulse
Encoder monitoring No
Counter frequency Max. 80 kHz
Reference frequency Max. 20 kHz
Distance between edges Min. 5 µs
Inputs  
Input 1 Channel A
Input 2 Channel B
Input 3 Reference pulse R
Digital inputs 2)8AC140.60-2
Amount Max. 3
Modulation compared to ground potential Max. ±30 V
Wiring Sink
Input current at rated voltage Approx. 4.2 mA
Input delay <5 µs
Switching threshold  
LOW <5 V
HIGH >15 V
Input voltage  
Rated 24 VDC
Maximum 30 VDC
Electrical isolation  
Channel - ACOPOS Yes
Channel - Channel No
Event counters 8AC140.60-2
Signal form Square wave pulse
Input frequency Max. 100 kHz
Pulse length Min. 5 µs
Counter size 32-bit
Inputs  
Input 1 Counter 1
Gate measurement 8AC140.60-2
Signal form Square wave pulse
Counter frequency  
Internal 31.25 kHz or 4 MHz
External Max. 100 kHz
Pulse length Min. 5 µs
Gate frequency Max. 100 kHz
Period measurement 8AC140.60-2
Signal form Square wave pulse
Input frequency Max. 100 kHz
Pulse length Min. 5 µs
Counter frequency  
Internal 31.25 kHz or 4 MHz
External Max. 100 kHz
Analog inputs 8AC140.60-2
Digital converter resolution 12-bit
Conversion time <50 µs
Output format INT 16 $8001 - $7FFF
LSB = $0010 = 4.88 mV
Design Differential input
Electrical isolation  
Input - ACOPOS 3)No, max. modulation: ±13 V
Input signal  
Rated -10 to +10 V
Maximum -13 to +13 V
Operating modes Cyclic measurement non-synchronous to 50 µs ACOPOS clock
Non-linearity ±2 LSB
Conversion procedure Successive approximation
Differential input impedance 20 MΩ
Input filter Analog low pass 3rd-order
Cut-off frequency: 10 kHz
Common-mode rejection  
DC Min. 73 dB
50 Hz Min. 73 dB
Digital outputs 8AC140.60-2
Amount Max. 3
Readable outputs Yes
Continuous short circuit current at 24 V Typ. 4 A
Continuous current Max. 500 mA
Switching frequency (resistive load) Max. 100 Hz
Switching delay Max. 500 µs (typ. 250 µs)
Type High-side transistor outputs
Electrical isolation  
Output - ACOPOS Yes
Output - Output No
Switching voltage  
Minimum 18 VDC
Rated 24 VDC
Maximum 30 VDC
Protection  
Short circuit protection Yes
Overload protection Yes
Interfaces 8AC140.60-2
Interface IF1  
Type RS232
Design 9-pin DSUB plug
Indicators X1 LED
Electrical isolation No
Max. baud rate 115.2 kBaud
Max. distance 15m / 19,200 baud
Interface IF2  
Type CAN-Bus
Design 9-pin DSUB plug
Indicators RX / TX LEDs
Bus termination resistor Externally wired
Electrical isolation Yes
Max. distance 1000 m
Network-capable Yes
Max. transfer rate  
Bus length ≤ 60 m 500 kbit/s
Bus length ≤ 200 m 250 kbit/s
Bus length ≤ 1000 m 50 kbit/s
Interface IF3  
Type RS485
Design 9-pin DSUB socket
Indicators RX / TX LEDs
Bus termination resistor External T-connector
Controllers ASIC SPC3
Electrical isolation Yes
RAM 1.5 kB
Max. distance 1000 m
Network-capable Yes
Transfer protocol Profibus DP
Max. transfer rate  
Bus length ≤ 100 m 12 Mbit/s
Bus length ≤ 200 m 1.5 Mbit/s
Bus length ≤ 400 m 500 kbit/s
Bus length ≤ 1000 m 187.5 kbit/s
Environmental conditions 8AC140.60-2
Temperature  
Operation  
Rated 5 to 40°C
Maximum 55°C
Storage -25 to 55°C
Transport -25 to 70°C
Relative humidity  
Operation 5 to 85% 4)
Storage 5 to 95%
Transport Max. 95% at 40°C
 
1) The AC140 is a module with double-width and occupies slots 1 and 2.
2) Shielded cables must be used for inputs 1 - 3.
3) An external electrical isolation of the connected sensors is recommended because the analog input is not electrically isolated.
4) ACOPOS plug-in modules can be used in an ACOPOS servo drive; the corresponding values can be found in the technical data of the respective ACOPOS servo drive.
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