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GE Fanuc IC693APU300K High Speed Counter Module

The high-speed counter allows direct processing of rapid pulse signals of up to 1 MHz for industrial applications such as material handling, meter proving and velocity measurement.

With the direct processing capability, the high-speed counter can detect inputs, count and respond with outputs without the need of communicating with a CPU.

 It’s configurable to count either up or down, both up and down or to count the difference existing between two variables.

The module can be configured to provide either 1 complex counter, 2 identical and complex counters, or 4 identical and independent simple counters.

The module comes with 12 positive source inputs with an input voltage range of either 5 V DV or 10 to 30 V DC.

Module Type :- High Speed Counter

Count Rate:- High Freq. - 80 kHz, Low Freq. - 20 Hz 

Input/Output Type: - Positive Logic

Output Protection :- 3 Amp Fuse for all points

Local Fast Inputs: - (12) 5 VDC or 10 to 30 VDC

Power Consumption:- 250 mA @ 5 VDC

GE Fanuc IC693APU300K High Speed Counter Module

The high-speed counter allows direct processing of rapid pulse signals of up to 1 MHz for industrial applications such as material handling, meter proving and velocity measurement.

With the direct processing capability, the high-speed counter can detect inputs, count and respond with outputs without the need of communicating with a CPU.

 It’s configurable to count either up or down, both up and down or to count the difference existing between two variables.

The module can be configured to provide either 1 complex counter, 2 identical and complex counters, or 4 identical and independent simple counters.

The module comes with 12 positive source inputs with an input voltage range of either 5 V DV or 10 to 30 V DC.

Module Type :- High Speed Counter

Count Rate:- High Freq. - 80 kHz, Low Freq. - 20 Hz 

Input/Output Type: - Positive Logic

Output Protection :- 3 Amp Fuse for all points

Local Fast Inputs: - (12) 5 VDC or 10 to 30 VDC

Power Consumption:- 250 mA @ 5 VDC