IS220PDOAH1A 336A4940CSP2 Discrete Output Pack

Description

Overview

Essential details：IS220PDOAH1A 336A4940CSP2 Discrete Output Pack

Product Description

IS220PDOAH1A Technical Specifications

Compatible With	Six Discrete Output Terminal Boards, including SRLY and TRLY
Connectors	3; 1 DC Connector and 2 RJ45 Connectors
Dimensions	3.25″ high x 1.65″ wide x 4.78″ deep
Memory Types	Flash and RAM
Number of Ethernet Ports	Two
Number of LEDs	Four; Power, Attention, TxRx, and Link
Power Management	28 V Input
Relay Channels Quantity	12
Technology	Surface-Mount

IS220PDOAH1A

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IS220PDOAH1A 336A4940CSP2 Discrete Output Pack

Product Description

Characterized as a Discrete Output Pack the IS220PDOAH1A model was designed with interfacing up to two I/O Ethernet networks and other discrete output terminal boards in mind. One special function of this model is that it can control up to twelve relays as well as accept feedback signals from other terminal boards. The typical relays that can be used with this model are solid-state relays and electromagnetic relays. The solid-state relays are used with the TRLYH1B, C, D, and F terminals whereas the electromagnetic relays are used with the TRLYH1E boards. The inputs that will be received on this pack with come through the double RJ45 Ethernet connectors as well as a three-pin power input.

There is a processor board embedded in the IS220PDOAH1A pack. There are multiple processors which include but are not limited to status-indicating LEDs, local power supplies for monitoring and sequencing, a high-speed processor which includes flash and RAM memory, and even more. All of the information on processors can be found in the GEH-721G Mark VIe Control System Guide, information can be found on pages two hundred and twenty-three to two hundred and thirty.

There is an output enable feature that is used with the IS220PDOAH1A pack. During the application in which power is given to the pack, all of the outputs will be disabled until a number of internal self-tests have been fulfilled. The enable function can provide paths that are independent of the command which will ensure that the relays are staying dropped out during the initialization and power-up of the pack.