CAN Peripherals
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CAN Peripherals |  |
CAN Basis
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CAN I/O-node
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4 plug-in slots for I/O-modules
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CANopen protocol
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Up to 1 Mbaud
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Power supply: 24V AC or DC
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Power input: max. 20 VA (dependent on attached modules)
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Switch on current: 3 A/4 msec.
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Operating temperature: +5..+50 °C
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CAN connection, electrically isolated
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Function control: supply voltage, Connetion to CAN-master, Watch-Dog
- Housing: 127 x 117mm, depth 28mm + 7mm
- In case of using XL-modules, a preferred measuring channel per module is available

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CAN I/O-Module Analog Inputs (Actual Value Processing)
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CAN-IW4-XL CAN-IW8-XL High-End actual value input board with 4/8 inputs ■ Standard signals : 0..+10 V, 0(4)..20mA ■ Thermocouples: all types freely configurable ■ Pt100: 3-wire or 4-wire technique ■ Channels electrical isolated against each other and against CPU ■ Resolution: 18 bit ■ Measurement period per thermocouple and standard signal ■ Input: approx. 160 mS ■ Measurement period per Pt100 input: approx. 500 mS |
CAN-IW4-XLS CAN-IW8-XLS High-End actual value input board with 4/8 inputs ■ Standard signals : 0..+10 V, 0(4)..20mA ■ Thermocouples: all types freely configurable ■ Pt100: 3-wire or 4-wire technique ■ Channels electrical insulated against each other and against CPU ■ Resolution: 18 bit ■ Measurement period per thermocouple and standard signal input: approx. 160 mS ■ Measurement period per Pt100 input: approx. 200 mS ■ Preferred channel measuring for 1 channel possible (from base version 1.17) |
CAN-IW8-Q CAN board for 8 standard signals ■ -Standard signals : 0..+10 V, 0(4)..20mA ■ Electrical isolation against CPU ■ Resolution: 12 bit ■ Measuring time: 100 ms for all channels possible |
CAN-IW8-QB CAN board for 8 standard signals ■ Bipolar standard signals : -10...+10 V, ■ -20...20mA (with external resistrors) ■ Electrical isolation against CPU ■ Resolution: 12 bit ■ Measuring time: 100 ms for all channels possible |
CAN I/O-Module Analog Outputs (DAC) |
CAN-DAC1 CAN module, 1 analog output ■ Plug-on module, size 100 x 100 x 22 mm ■ 1 analog output 0..+10 V/0(4)..20 mA, 12 bit resolution ■ Electrically isolated to the CAN-Base-4 |
CAN-DAC2 CAN module, 2 analog output ■ Plug-on module, size 100 x 100 x 22 mm ■ 2 analog output 0..+10 V/0(4)..20 mA, 12 bit resolution ■ Electrically isolated to the CAN-Base-4 |
CAN-DAC4 CAN module, 4 analog outputs ■ Plug-on module, size 100 x 100 x 22 mm ■ 4 analog outputs 0..+10 V/0(4)..20 mA, 12 bit resolution ■ Electrical isolation of the channels from each other and to the CAN-Base-4 |
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CAN I/O-Module Digital inputs/outputs |
CAN-E32 CAN module, 32 digital inputs ■ Plug-on module, size 100 x 100 x 22 mm ■ 16 digital inputs via optocoupler, 24 V DC ■ LED for each input
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CAN-E16A16 CAN module, 16 digital inputs /16 digital outputs ■ Plug-on module, size 100 x 100 x 22 mm ■ 16 digital inputs via optocoupler, 24 V DC ■ 16 digital outputs, via optocoupler, 500 mA per output ■ LED for each input and each output |
CAN-A32 CAN module, 32 digital outputs ■ Plug-on module, size 100 x 100 x 22 mm ■ 32 digital outputs, via optocoupler, 500 mA per output ■ LED for each output |
CAN-REL8-8A CAN module, 8 relay outputs ■ Plug-on module, size 100 x 100 x 22 mm ■ 8 relay outputs 230 V/8 A, 6 change- over contacts, 2 make contacts ■ LED for each output |
Data Sheet
Remote CAN Peripherals I/Os
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| CANopen | A short system reaction time makes CANopen possible by effective use of the bus range with comparatively low data rates. The CAN advantages like high data security and multi-master remain.
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