Analog Current Input I/O Modules in Eindhoven, North Brabant, Netherlands
New
Doubleclick to zoom in
Contact the seller for
additional photos and information.
Specifications
- Condition
- new
- Stock number
- AM-3428-0000
- Field bus
- EtherCAT
- Analog inputs
- 4 (single-ended)
- Power supply
- 24VDC(-15%/+20%)
- Signal current
- 0mA..20mA
- Resolution
- 16 bit
- Internal resistance
- ~400Ω
- Input filter cut-off frequency
- 10KHz
- Conversion time
- ~200us
- Bit width in process image
- Input 16 bits
- Measure error
- < 0.1% (at 0°C .. +55°C, relative to the full scale value)
- Module current consumption
- Typically 165mA
- Distributed clocks
- Yes
- Electrical isolation
- 500V(EtherCAT/field voltage)
- Dimensions
- 12mm x 62mm x 55mm
- Weight
- Approx. 25g
- Mount
- On signal distribution board
- Work temperature
- -25°C .. +60°C
- Storage temperature
- -40°C .. +85°C
- Relative humidity
- 95% (Non-condensing)
- Degree of protection
- AM module: IP20 AM system: depend on signal distribution board and housing
- Approvals
- CE
- Subcategory
- Ethercat i/o modules
- Listing ID
- 77216979
Description
8 x AI(Single-ended), 0mA..20mA, 16 bit
8-channel analog input, current,
0mA..20mA
, 16 bit, single-ended
PCB mount for signal distribution
Fast EtherCAT communication
Ultra compact chassis, diversified and flexible
Very suitable for mass production
Plug And Play
The signal distribution board has distributed signals and power to
the I/O modules and connectors.
Just plug in the modules and pre-made harnesses for I/O system
assembly quickly.
Ultra-compact design
AM series modules have been extremely compressed in size
while retaining the same signal and number of current products on the market.
Module intergration type connector
Communication connection, module power supply,
integrated terminals are all combined in one.
Mechaincal clip-on
Mechanical protective clip offers extra tight guarantees for AM module.
No extra operations will be needed during installing and removing.
Flexible Combinations
Provides rich signal type of functional module and system,