Bartec Syscom MR3000C User Manual

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Figure 5.5.2. Real-time visualization of background data.
5.6 Master functionality
To use this feature the option must be activated in one of the instruments – the Master. The other
instruments are standard instruments – called Slaves. Communication in the network is handled by
the Master.
With this feature up to 32 MR3000SB or MR3000C can be integrated in a network to perform
common sampling, common trigger and common alarm.
Common sampling means that all the MRs in the network are synchronized. This is essential when
studying wave propagation, modal analysis and cross-correlation. This is achieved by
synchronizing the clocks of all MRs in the network by one single MR (not necessarily the Master).
This MR may be equipped with a GPS clock or itself be synchronized by an NTP server. If common
sampling is not needed, all MRs in the network may be configured to individually synchronize to an
external NTP server (default setting).
Common trigger means that all MRs in the network start recording if a single MR or a group of MRs
meet the trigger criteria. A group is defined by a logical AND combination of individual MRs. It is
possible to define several groups. The groups are combined with a logical OR condition.
Common alarm provides an alarm voting logic. The set-up is – similar to the common trigger –
made by logical AND and OR combinations.

Bartec Syscom MR3000C Specifications

General

Category	Measuring Instruments
Type	Seismic Recorder
Channels	3
GPS Synchronization	Yes
Data Storage	Internal Flash Memory
Communication Interface	Ethernet, USB
Operating Temperature	-20°C to +60°C
Protection Class	IP67
Resolution	24 bit
Sampling Rate	Up to 1000 samples per second
Accuracy	0.1%
Response Time	1 ms

Summary

1. INTRODUCTION

1.1 Features

Details the main capabilities and characteristics of the MR3000SB device.

1.2 Specifications

Lists the operational parameters and environmental limits of the MR3000SB.

1.3 Applications

Outlines the primary use cases for structural monitoring with the MR3000SB.

2. HARDWARE

2.1 Mechanical Drawing – Overview

Provides visual diagrams and dimensions of the MR3000SB unit.

2.2 Connectors

Describes the various input/output ports and their functions on the MR3000SB.

2.3 Status LEDs

Explains the meaning of the status indicator lights on the MR3000SB.

2.4 Opening the Lid

Details the procedure and precautions for accessing the internal components of the MR3000SB.

4. OPERATING WITH THE MR3000SB

4.1 Preparing the SB for field use

Guides on setting up the MR3000SB for deployment and data acquisition in the field.

4.2 Power Options

Explains the different methods for powering the MR3000SB, including battery and mains.

4.3 Additional services

Covers supplementary features like embedded SFTP server for data access.

5. The Web User Interface (WebUI)

5.1 Start

Details how to initiate recording sessions and access recent data via the WebUI.

5.2 Status

Describes how to monitor the operational status and key indicators of the MR3000SB.

5.3 System

Covers configuration of hardware interfaces and software services like LAN, DDNS, and VPN.

5.4 User Parameters

Explains how to configure alerting and general device parameters not related to acquisition.

5.5 VIEW

Describes how to view real-time waveform data and background recording levels.

5.6 Master functionality

5.6.1. Config / Status and Master/slave configuration

Explains how to set up and manage a network of MR3000SB/MR3000C devices.

5.6.2. Common Trigger

Details configuring synchronized trigger events across multiple networked MR3000SB units.

5.7 Recording List

Provides access to stored event files and options for immediate download.

5.8 System warning

Describes how the system alerts users to configuration issues or errors.

5.9 Rest API

Information on the REST API for programmatic interaction with the MR3000SB.

6. Available spare parts and accessories

Appendix A: SAFETY INSTRUCTIONS

Crucial safety guidelines for installation, operation, and handling of the MR3000SB.