[Home]EpoCAT FR1000

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Difference (from prior major revision) (minor diff)

Changed: 1c1
EpoCAT? FR1000 is a control board for axes in frequency/burst.
EpoCAT FR1000 is a control board for axes in frequency/burst.

Changed: 3c3
The board is compatible with EtherCAT protocol. With a maximum output frequency up to 1MHz, it is ideal for applications with step motors, and applications with burst piloted brushless motors. The board manages up to 5 axes in frequency, 4 inputs, 2 outputs, 1 DAC of 12 bit and 2 ADC of 12 bit. The board is supplied with all connectors and can be installed on DIN guide. Since it is a compatible slave EtherCAT board, it is possible to use it with any EtherCAT Master board of AxesBrain? or LinuxCNC type or other.
The board is compatible with EtherCAT protocol. With a maximum output frequency up to 1MHz, it is ideal for applications with step motors, and applications with burst piloted brushless motors. The board manages up to 5 axes in frequency, 4 inputs, 2 outputs, 1 DAC of 12 bit and 2 ADC of 12 bit. The board is supplied with all connectors and can be installed on DIN guide.

Added: 24a25,28

Here is a photo of the board:

http://www.bausano.net/images/EpoCAT_Piccola.png

EpoCAT FR1000 is a control board for axes in frequency/burst.

The board is compatible with EtherCAT protocol. With a maximum output frequency up to 1MHz, it is ideal for applications with step motors, and applications with burst piloted brushless motors. The board manages up to 5 axes in frequency, 4 inputs, 2 outputs, 1 DAC of 12 bit and 2 ADC of 12 bit. The board is supplied with all connectors and can be installed on DIN guide.

Characteristics

 •5-CH 5Volt for frequency signals pulse
 •5-CH 5Volt for direction signals
  The frequency and direction signals can be in:
  1 differential mode (1MHz)
  2 single ended positive mode (250KHz)
  3 single ended negative mode (250KHz)
 •5-CH 5Volt for enable/boost signals
 •5-CH DI 24Volt for motor drives OK
 •1-CH DI 24Volt for inverter drive OK
 •5-CH DI 24Volt for home microswitch
 •4-CH DI 24Volt for general purpose
 •5-CH DI fast input for motor index (Z)
 •5-CH DO 24Volt-200mA NPN to enable motor servodrive
 •1-CH DO 24Volt-200mA NPN to enable inverter servodrive
 •2-CH DO 24Volt-200mA NPN for general output
 •1-CH 12 bit analog-output +- 10Volt
 •2-CH 12 bit analog-input 0+10Volt, input impedance 1Mohm, high precision for measuring device
 •1 source output 5V for precision Switch
 •1 receive low current, high speed signal from precision Switch

Here is a photo of the board:


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Last edited June 4, 2014 6:47 am by A.Bausano (diff)
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