Delta EMC-PG01U PG Card

$186.40

  • Add on card for C2000 CH2000 VFD’s
  • PG Card

SPECIFICATIONS

Model Name EMC-PG01U
PG1 VP Output voltage for power: +5 V / +12 V ± 5% (use FSW3 to switch +5 V / +12 V)
Max. output current: 200 mA
PG1 DCM Common for power and signal
A1, ￣A￣1 ,
B1, ￣B￣1, Z1, ￣Z		 Encoder input signal (Line Driver)
1-phase or 2-phase input.
Max. input frequency: 300 kHz
U1, ￣U￣1,
V1, ￣V￣1,
W1, W￣￣		 Encoder input signal
PG2 A2, A2 ￣￣,
B2, ￣B￣2		 Pulse input signal
Open collector input: +5 V / +24 V *Note1
1-phase or 2-phase input; Max. input frequency: 300 kHz
PG OUT AO, ￣A￣O,
BO, ￣B￣O,
ZO, ￣Z￣O, SG		 PG card output signals.
Division frequency function: 1 ~ 255 times
Max. output voltage for Line driver: 5 VDC
Max. output current: 15 mA
Max. output frequency: 300 kHz
SG: The GND of PG card is the same as the host controller or PLC, so a common
output signal is attained

FILES

Catalog Delta C2000 Series Catalog
Users Manual Delta C2000 Series Users Manual
Catalog Delta CH2000 Series Catalog
Users Manual Delta CH2000 Series Users Manual

PRODUCT DESCRIPTION

The EMC-PG01U is a high-performance PG (pulse generator) card designed for encoder and pulse input applications. It provides a selectable output voltage of +5V or +12V (±5%), configurable via FSW3, with a maximum output current of 200 mA. The card features a common ground (DCM) for power and signal, ensuring stable operation. It supports encoder input signals via a Line Driver, handling both 1-phase and 2-phase inputs with a maximum input frequency of 300 kHz. Additionally, the U, V, and W terminals allow for encoder signal processing. The PG2 section enables pulse input signals with an Open Collector input of +5V or +24V, supporting 1-phase or 2-phase operation at up to 300 kHz. For output, the PG OUT terminals provide signals with a division frequency function (1 to 255 times), ensuring adaptability. The maximum output voltage for the Line Driver is 5 VDC, with a current limit of 15 mA and a maximum output frequency of 300 kHz. The SG (Signal Ground) is shared with the host controller or PLC, ensuring a common and reliable output signal for seamless integration in industrial automation systems.

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