SNAP 2-Axis Quadrature Position Input Module

 0,00

SNAP 2-Axis Quadrature Position Input Module

Out of stock

SKU: SNAP-IDC5Q Categories: , Brand:

Description

The SNAP-IDC5Q quadrature input module is designed to allow a SNAP brain to resolve two axes of rotating position information from quadrature encoder devices. The module outputs a pulse to the brain upon each change in quadrature state. The brain counts the module output pulses and keeps track of the direction and position.
The SNAP-IDC5Q is used with SNAP-PAC-EB1 brains and SNAP-PAC-R1 controllers. The module is also fully compatible with legacy SNAP-B3000-ENET and SNAP-UP1-ADS brains, as well as B3000 and B3000-HA brains using the mistic protocol.
The SNAP-IDC5Q can be used with most quadrature devices, including transducers with TTL, CMOS, and open collector outputs. All inputs are isolated from each other and do not share any common connections.

Attachments

Product features

  • Model: SNAP
  • ETIM Code: EC001419
  • ETIM Class: PLC digital I/O-module
  • Supply voltage DC: 4.9 - 5.1 Volt
  • Voltage type (supply voltage): DC
  • Number of digital inputs: 2
  • Power consumption: 0.6 Watt
  • Permitted voltage at input: 4 - 24 Volt
  • Type of voltage (input voltage): DC
  • Short-circuit protection, outputs available: No
  • Type of electric connection: Screw connection
  • Time delay at signal change: 0.025 - 0.025 Millisecond
  • Width: 85.5 mm
  • Height: 18.3 mm
  • Depth: 90.2 mm
  • Variant: Digital Input
  • Weight: 0.1 kg

Description

The SNAP-IDC5Q quadrature input module is designed to allow a SNAP brain to resolve two axes of rotating position information from quadrature encoder devices. The module outputs a pulse to the brain upon each change in quadrature state. The brain counts the module output pulses and keeps track of the direction and position.
The SNAP-IDC5Q is used with SNAP-PAC-EB1 brains and SNAP-PAC-R1 controllers. The module is also fully compatible with legacy SNAP-B3000-ENET and SNAP-UP1-ADS brains, as well as B3000 and B3000-HA brains using the mistic protocol.
The SNAP-IDC5Q can be used with most quadrature devices, including transducers with TTL, CMOS, and open collector outputs. All inputs are isolated from each other and do not share any common connections.

Attachments

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