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schneiderSystem Planning and Installation Guide for Model PC-E984-3811385 & PC-E984-385D

From:schneider | Author:LIAO | Time :2025-08-22 | 645 Browse: | 🔊 Click to read aloud ❚❚ ▶ | Share:

This guide describes the PC-E984-381 and PC-E984-385/385D Programmable 

Logic Controller systems together with system planning information and installation procedures. 

For brevity and your convenience, the PC-E984-381/385 controller is referred to 

in context as the Model 381 E or 385E. Both Model 381 E and 385E are enhanced 

with an extra Modbus Port.. The 385D is a 125 VDC version which is otherwise 

just like a 385E. 

In the context of this manual, the terms “Programmable Controller” and “Programmable Logic Controller” have been abbreviated to “PLC” for brevity. References to 

IBMs ’ personal computer are written out or in context with IBMs ’ initials. 

It is necessary to say that the information in this document is subject to change 

without notice and should not be construed as a commitment by MODICON, Inc., 

Industrial Automation Systems. MODICON, Inc. assumes no responsibility for any 

errors that may appear in this document. Further, no part of this document may be 

reproduced in any form or by any means, electronic or mechanical, without the express written permission of MODICON, Inc., Industrial Automation Systems. All 

rights reserved. 

The following are MODICON, Inc. trademarks: 

Modicon@ Pi90 984A 984-380 984-381 E984-381 

984-385 E984385 D984-385 Micro 984 984 9848 

984-480 E984-480 984-485 E984-485 984-680 ModbusB 

984x 984-885 E984-885 984-780 984-785 E984-785 

984-785L 984-i 20 984-l 30 984-l 45 984-351 984-455 

Modsoft@ Modbus Plus 

IBM8 is a registered trademark of International Business Machines, Inc.; IBM PC 

is a trademark of International Business Machines, Inc. 

0 Copyright 1992 Modicon, Inc. 

This manual has been written to help you plan, configure, mount, wire, connect, 

check out and, if necessary, troubleshoot your PC-E984_381/385/385D PC system. After reading this publication: 

A Control Engineer will be able to identify and physically plan the location and 

mounting of system components. 

A Plant Electrician/Installer will be able to install, power-up and check out the 

system. 

A Maintenance Technician will be able to recognize, locate, identify and resolve 

or report system failures. 

How To Use This Manual 

Chapter 1 describes the E984-38x model PC systems ’ functions. 

Chapter 2 offers information for planning your installation with Local I/O. 

Chapter 3 is an installation procedure for your controller with local I/O. 

Appendix A gives system specifications including a summary table of l/O module 

specifications. 

Appendix B gives Stopped Error Codes, MODBUS cable connector pinouts, a 

table of MODICON 381 E/385E/385D system end-user part numbers, Customer 

Service/Technical Support telephone numbers, and Installation Verification troubleshooting charts. 

GM-MSFT-001 

GM-0984-SYS 

Modsoft Programmer User Guide 

984 Programmable Controller Systems 

Manual 

Incoming Inspection Guidelines 

Procedure Guidelines for inspection 

Step 1 Before you do anything, verify your shipment is complete and undamaged. If the shipment is incomplete or 

damaged, notify the carrier and your distributor. 

Step 2 Remove everything from its packing and check for 

physical defects or damage. If the equipment is physically 

defective or damaged, notify your MODICON representative. 

li7 Note Save shipping materials until installation is complete. 

Sending Something Back? 

o To the extent possible, use the original packing materials supplied by 

MODICON. 

o All equipment should be firmly packed so that it cannot move around in its shipping container. 

o All equipment should be protected against impact during shipment. 

Overview 

The Modicon 984 Model 381 E, 385E and 385D Controller is a mid-range Programmable Logic Controller in a modular, expandable, architecture. It employs 

Modicon 800 series housings, interfaces and I/O modules. The Model “E” is supported by the same instruction set as the other 984 Controller models and is programmed by the Modicon Modsoft Programming Panel. 

IF Note The 385D Model is the same as the 385E except it is the 

125VDC version. 

Figure 1 is a perspective view of the 381 E/385E and 385D systems ’ controller 

module with built-in power supply. Certain physical features are noted. 

System Features 

The Model 381 E/385E/385D systems ’ features are described below followed by 

somewhat more detailed functional descriptions. 

System Capacity 

The Model 381 E/385E memory provisions are summarized in Table 1: 

The user logic and state RAM support one local drop. This local drop has a maximum I/O module capacity of 21 I/O Modules (19 modules if an auxiliary power 

supply is required) and up to 512 discrete points of local I/O (any mix). 

Executive NV RAM 

The Model “E” controller has its ’ bootable memory and executive software downloaded to Non Volatile RAM during the manufacturing process and is not accessible to the user. 

  • DEIF RMF-112D Frequency relay
  • DEIF RMC-142D Current relay
  • DEIF RMC-132D Current relay
  • DEIF RMC-131D Current relay
  • DEIF RMC-122D Current relay
  • DEIF RMC-121D Current relay
  • DEIF RMC-111D Current relay
  • DEIF MVR-V211 Busbar Protection
  • DEIF MVR-T257 Transformer Differential Protection
  • DEIF MVR-T256 Transformer Differential Protection
  • DEIF MVR-T216 Transformer Differential Protection
  • DEIF MVR-T215 Transformer Protection
  • DEIF MVR-M257 Motor Differential Protection
  • DEIF MVR-M255 Motor Protection
  • DEIF MVR-M215 Motor Protection
  • DEIF MVR-M210 Motor Protection
  • DEIF MVR-G257 Generator Differential Protection
  • DEIF MVR-G215 Generator Protection
  • DEIF MVR-F255 Directional Feeder Protection
  • DEIF MVR-F215 Directional Feeder Protection
  • DEIF MVR-F210 Feeder Protection
  • DEIF MVR-F205 Directional Feeder Protection
  • DEIF MVR-F201 Basic Feeder Protection
  • DEIF MVR-200 series Medium Voltage Relay
  • DEIF MDR-2 Multi-differential relay
  • DEIF LMR-122D Loss of mains relay
  • DEIF LMR-111D Loss of mains relay
  • DEIF APU-4 Advanced G59 and G99 protection unit
  • DEIF iE 650 PLC - The most robust programmable automation controller available
  • DEIF iE 350 PLC - Programmable Automation PLC Controller
  • DEIF iE 250 PLC Versatile and modular intelligent energy PLC controller
  • DEIF PPM-3 EDG Protection and Power Management
  • DEIF AGC 3X 4198000234E AUTOMATIC GENSET CONTROLLER
  • SAUTER ASF123 Damper actuator with spring return
  • SAUTER ASF122 Damper actuator with spring return
  • SAUTER ASF113F122 Damper actuator with spring return
  • SAUTER ASF113F120 Damper actuator with spring return
  • SAUTER ASF112F122 Damper actuator with spring return
  • SAUTER ASF112F120 Damper actuator with spring return
  • SAUTER ASM 124/134 series - ASM134F130 Damper actuator
  • SAUTER ASM 134 series - ASM134SF132 Damper actuator
  • SAUTER ASM 124/134 series - ASM124SF132 Damper actuator
  • SAUTER ASM 124/134 series - ASM124F122 Damper actuator
  • SAUTER ASM 124/134 series - ASM124F120 Damper actuator
  • SAUTER Valve actuator ASM 105S/115S series ASM115SF152
  • SAUTER Valve actuator ASM 105S/115S series ASM105SF152
  • SAUTER Valve actuator ASM 105S/115S series ASM115SF132
  • SAUTER Valve actuator ASM 105/115 series ASM105SF132
  • SAUTER Valve actuator ASM 105/115 series ASM115F122
  • SAUTER Valve actuator ASM 105/115 series ASM115F120
  • SAUTER Valve actuator ASM 105/115 series ASM105F122
  • SAUTER Valve actuator ASM 105/115 series ASM105F120
  • SAUTER Valve actuator ASM 105/115 series ASM105F10
  • SAUTER AKF113S Rotating actuator AKF 112/113 series
  • SAUTER AKF113F122 Rotating actuator AKF 112/113 series
  • SAUTER AKF113F120 Rotating actuator AKF 112/113 series
  • SAUTER AKF112F122 Rotating actuator AKF 112/113 series
  • SAUTER AKF112F120 Rotating actuator AKF 112/113 series
  • SAUTER AKM115SAF332: Smart Actuator for ball valve, BACnet/IP
  • SAUTER AKM115SAF232  Rotating Actuator  AKM 115SA Smart Actuator
  • SAUTER AKM115SF152  Rotating Actuator  AKM 105S/115S Series
  • SAUTER AKM115SF132  Rotating Actuator  AKM 105S/115S Series
  • SAUTER AKM105SF132  Rotating Actuator  AKM 105S/115S Series
  • SAUTER AKM115F122 Rotating actuator  AKM 105/115 series
  • SAUTER Rotating actuator  AKM 105/115 series AKM115F120
  • SAUTER Rotating actuator  AKM 105/115 series AKM105F122
  • SAUTER Rotating actuator  AKM 105/115 series  AKM105F120
  • SAUTER Continuous actuator for unit valves, with stroke AXS215S
  • SAUTER Linear valve actuator AXT/AXS series AXT211
  • SAUTER Linear valve actuator AXT/AXS series AXT201
  • SAUTER Linear valve actuator AXM/AXF series AXF217S
  • SAUTER Linear valve actuator AXM/AXF series AXM217S
  • SAUTER AXM217SF404 is an electric actuator for unit valves.
  • SAUTER AXM217SF402 is an electric actuator for unit valves.
  • SAUTER Linear valve actuator AXM/AXF series AXM217
  • SAUTER Linear valve actuator AVF 124/125 series AVF125S
  • SAUTER Linear valve actuator AVF 124/125 series AVF124S
  • SAUTER Linear valve actuator AVF 124/125 series AVF124S
  • SAUTER AVM322S-R Linear valve actuator AVM 234S series
  • SAUTER AVM322-R Linear valve actuator AVM 234S series
  • SAUTER AVM322SF132 Linear valve actuator AVM 234S series
  • SAUTER AVM321SF132    Linear Valve Actuator
  • GE Power Conversion P112-6053 Advanced Micro Controller (AMC2)
  • GE Power Conversion P111-6053 Advanced Micro Controller (AMC2)
  • GE Power Conversion P110-6053 Advanced Micro Controller (AMC2)
  • GE Power Conversion P122-6052 Advanced Micro Controller (AMC2)
  • GE Power Conversion P121-6052 Advanced Micro Controller (AMC2)
  • GE Power Conversion P112-6152 Advanced Micro Controller (AMC2)
  • GE Power Conversion P110-6152 Advanced Micro Controller (AMC2)
  • GE Power Conversion P112-6052 Advanced Micro Controller (AMC2)
  • GE P106-6052 AMC2 Advanced Micro Controller Unit
  • SAUTER AVF234SF232 Linear valve actuator AVM 234S series
  • SAUTER AVF234SF132 Linear valve actuator AVM 234S series
  • SAUTER Linear valve actuator AVM 234S series AVM234SF132-6
  • SAUTER Linear valve actuator AVM 234S series AVM234SF132-5
  • SAUTER Linear valve actuator AVM 234S series AVM234SF132
  • SAUTER Linear valve actuator AVM215SF132-7
  • SAUTER Linear valve actuator AVM215SF132R
  • Linear valve actuator AVM 115SA Smart Actuator AVM115SAF332
  • Linear valve actuator AVM 115SA Smart Actuator AVM115SAF232
  • SAUTER Linear valve actuator AVM 105S/115S series AVM115SF132
  • SAUTER Linear valve actuator AVM 105S/115S series AVM105SF132
  • SAUTER AVM115F901 Linear Valve Actuator
  • SAUTER AVM115F122 Linear Valve Actuator
  • SAUTER AVM115F120 Linear Valve Actuator
  • SAUTER AVM105F122 Linear Valve Actuator
  • SAUTER AVM105F120 Linear Valve Actuator
  • SAUTER AVM105F100 Linear Valve Actuator
  • AEROTECH SM Series High-Performance Stepper Motors
  • AEROTECH BLMSC Series Linear Motors
  • AEROTECH Custom Linear Motors
  • AEROTECH BMS Series Brushless, Slotless Rotary Motors
  • AEROTECH BM Series Brushless Rotary Motors
  • AEROTECH BLMX Series Linear Motors
  • AEROTECH BLMH Series Linear Motors
  • AEROTECH BLM Series Linear Motors
  • AEROTECH BLMC Series Linear Motors
  • AEROTECH BLMUC-143  Linear motor forcer with thermistor
  • AEROTECH BLMUC-111    Linear motor forcer with thermistor
  • AEROTECH BLMUC-95  Linear motor forcer with thermistor
  • AEROTECH BLMUC-79 Linear motor forcer with thermistor
  • AEROTECH BLMUC Series Linear Motors
  • AEROTECH Automation1 FLEX Distributed Amplifier Multi-Axis Servo Control System
  • AEROTECH Automation1 HXA4 6-Axis Hexapod Servo Drive
  • AEROTECH Automation1 iHXA4 6-Axis Hexapod Servo Drive with Motion Controller
  • AEROTECH Modular System Control Console
  • AEROTECH TV Series Transformers
  • AEROTECH TM Series Transformers