About Brodersen
Founded in 1969
Brodersen is a market-leading provider of remote telemetry units, sensors & loggers and business optimization software providing complete end-to-end automation and optimization solutions to clients around the world.
Brodersen is used across many sectors such as Water, Electricity, Oil & Gas, Infrastructure, Transportation, Defense, Communications, and Renewable Energy.
We at ACE-ISS are partnering with Brodersen to provide a full SCADA solution along with the needed hardware.
Showcase
Features ✨️
Start with powerful CPU and a power supply, but then add I/O or System Modules (Serial, Ethernet, VGA and more)
Each module comprises of a lower backplane bus
portion that mounts on the DIN rail and an upper
module portion.
A module can be replaced/swapped while the RTU is operational. Module configuration parameters will then be automatically updated.
Flexible
Up to
250 IOs
Smart
Modules
Easy
Assembly
DIN
Rail
Create an RTU solution using up to 250 I/O modules,
that can be distributed in multiple segments/blocks.
In addition to reporting of data values – modules also report
data quality, firmware and hardware revision, status,
timestamp of last change (1ms resolution) and serial numbers.
Add another power supply to share the load and takeover if the other unit fails, or add another CPU module to increase the system availability.
The RTU32M includes HSR (High Availability Seamless Redundancy) and PRP (Parallel Redundancy Protocol) and Network Bonding. More Info.
Worksuite
Setup IO with Auto Discovery
Import the layout from the RTU, or manually create the layout.
Communication Protocols
Includes many protocols but of note: MODBUS TCP, IEC60870, DNP3,
IEC61850, Profinet, MQTT and SNMP.
Logic Programs
Ladder Logic, Function Blocks and Structured Text are all supported.
Web Server
Web Configuration
Port Settings
Update Firmware
Restart device
I/O Board Settings
Web Monitoring
Tempetures
Network Activity
Security
Firewall
Whitelist or blacklist a range of IP addresses (uses iptables) with a simple user interface
Secure Applications and Firmware Updates
Use of ‘signed’ application logic and firmware using RSA public-key cryptosystem techniques
Encryption of Sensitive Data
Store sensitive data in an encrypted ‘container’ area of the SD card to protects against theft
Secure Network Connections and Protocols
Protecting data ‘in flight’ using dual VPNs and secure SCADA protocols such as DNP3 Secure
Management of System Services
Various system services can be enabled/disabled to restrict access to only the required services
User Management and Authentication
Limit use of default passwords, user group passwords and user privileges managed from a central location via LDAP