Dini Argeo DGT4 - User Manual

+24Vdc GND
3
COM
4
IN1
5
IN2
6
RL1
7
RL2
8
COM I+ I- V+ V-
13
A(+)
14
B(-)
15
TX
RX
16
17
GND
POWER
INPUT
RELAYS
RS232
RS485
ANALOG
9 10 11 12
1 2
34
SIG-
33
SIG+
32
EXC-
31
EXC+
30
EXC-
29
SIG+
28
SIG-
27
EXC+
26
EXC+
25
SIG+
24
23
22
21
20
19
CELL1CELL2CELL4
CELL3
35
EXC- SIG- EXC+
EXC- SIG+
SIG-SEN-
SEN+
18
www.diniargeo.com
DGT4
Digital weight transmitter with 4 channels
ENGLISHUSER MANUAL
For DGT4 with firmware release minimum 08.03

Summary

Transmitter Installation

Installation Requirements

Conditions for correct installation of the transmitter and load receiver.

Electrical Precautions

Guidelines for safe and proper electrical connections and installations.

Earthing of the System

Instructions for correctly earthing load cells, junction boxes, and weighing structures.

Technical Features

Load Cell Installation

Wiring Diagrams

DGT4 Wiring Diagram

Electrical connection diagram for the DGT4 model.

DGT4 AN Wiring Diagram

Electrical connection diagram for the DGT4AN model.

DGT4 PB Wiring Diagram

Electrical connection diagram for the DGT4PB model.

DGT4 ETHIP, DGT4 ETHCAT, DGT4 PRONET, DGT4 MODTCP Wiring Diagrams

Electrical connection diagrams for Ethernet-based DGT4 models.

DGT4 CANOP Wiring Diagram

Electrical connection diagram for the DGT4CANOP model.

DGT4 DEVNET Wiring Diagram

Electrical connection diagram for the DGT4DEVNET model.

Display and Function of the Keys

Advanced Programming Menu

Access to the Menu and Saving Changes

Steps to access the advanced menu and save configuration changes.

Function of the Keys in the Menu

Description of key operations within the programming menu.

Block Diagram of the Menu

Menu Structure Details

Continuation of the menu structure with parameter details and cross-references.

Mode of Use of the DGT4

Mode 1 DEP.CH

Description of the "DEP.CH" mode for connecting load cells.

Mode 2 IND.CH

Description of the "IND.CH" mode for single or multi-cell scales.

Mode 3 TRANSM

Description of the "TRANSM" mode for managing multiple scales.

Theoretical Calibration

Dependent Channels Theoretical Calibration

Theoretical calibration procedure for dependent channels.

Independent Channels; Transm Theoretical Calibration

Theoretical calibration procedure for independent channels or transm mode.

Calibration with Sample Weights

Dependent Channels Calibration with Sample Weights

Calibration using sample weights for dependent channels.

Acquiring Calibration Points

Step-by-step guide for acquiring calibration points with sample weights.

Independent Channels; Transm Calibration with Sample Weights

Calibration using sample weights for independent channels or transm mode.

Acquiring Calibration Points for Independent Channels

Calibration

Manual Calibration

Filter and Stability

Filter Adjustment

Stability Detection Sensitivity

Gravity

Zeroing Parameters

Auto-zeroing on Ignition

Maximum Percentage of Manual Zeroing

Zero Tracking

Semi-automatic Zeroing

Tare Functions and Parameters

Tare Mode

Semi-automatic Tare

Predetermined Tare

Alibi Memory

Enabling the Alibi Memory

Saving a Weighing Operation in the Alibi Memory

Reading the Alibi Memory

Initialising the Alibi Memory

Use Functions

Input Configuration

Output Configuration

Analog Output Configuration

Analog Output Calibration Procedure

Serial Communication Configuration

Selection of the PC Serial Port

Configuration of the Printer Port (COM.PRN)

Configuration of the PC Port (COM.PC)

Transmission Mode

Baud Rate, Parity, Data Bits, Stop Bits

Communication Protocols

Standard String Protocol

Extended String Protocol

Multi-scale String Protocol

Serial Commands

Weight Reading Commands

Tare and Zeroing Commands

Simulating Key Presses

Scale Information Structure

Reading Data via Serial Commands

Diagnostics

Cells; Converter Test

Analog Output Test

Programming the Setpoints

Restoring Factory Settings

Alarms

Dini Argeo DGT4 Specifications

General

Brand	Dini Argeo
Model	DGT4
Category	Transmitter
Language	English