IMMPI01

Description

ABB’s IMMPI01 is a multi-function processor interface module,mainly used in the field of industrial automation,especially in process control systems and distributed control systems.The following is a detailed product introduction about ABB IMMPI01:

1.Product Overview

Brand:ABB

Model:IMMPI01

Type:Multi-function processor interface module

Purpose:Used to handle the I/O interface between the host and INICT03 module,supporting SCSI or RS-232-C computer interface.

2.Product Features

High-performance interface:

Provides 2 RS-232-C and 1 SCSI communication ports,supports multiple communication protocols,and meets different communication needs.

Flexibility:

Can communicate as a data communication equipment(DCE)or data terminal equipment(DTE)through the RS-232-C port to adapt to different communication scenarios.

Modular design:

The IMMPI01 module is a printed circuit board that occupies one slot in the module installation unit,which is convenient for system expansion and upgrade.

Reliable power supply requirements:

A power supply of+5 VDC at 415 mA is required,with a power consumption of 2.08 watts(typical)to ensure stable operation of the module.

Rich connection options:

Three card edge connectors(P1,P2,and P3)are provided for external signals and power supplies,of which P1 is connected to the common power supply and+5 VDC power supply,and P3 is used to connect the module to the NTMP01 terminal unit.

3.Technical parameters

Power supply requirements:+5 VDC at 415 mA,power consumption 2.08 watts(typical)

Communication ports:2 RS-232-C and 1 SCSI

Connectors:

P1:connected to the common power supply and+5 VDC power supply

P2:not used

P3:used to connect the module to the NTMP01 terminal unit

4.Application scenarios

IMMPI01 modules are widely used in industrial automation control systems,distributed control systems,and process control systems.As an interface module between the host and field devices,it realizes reliable transmission and processing of data and improves the overall performance and reliability of the system.