UNITROL 1010 is an indirect excitation system for small and medium synchronous generators and industrial machines.
Its advanced microprocessor technology and IGBT semiconductors allow for current output up to 10 ADC for continuous operation.
With built-in dual channel support, advanced load sharing between machines operating in parallel, rotating diode monitoring, automatic synchronizing and several integrated communication options, UNITROL 1010 provides high performance in a wide range of temperature and vibration conditions.
The UN1020 device can be operated and controlled in different ways as described in the
rest of this section.
3.3.2.1 Digital and analog IO
The UN1020 can be controlled by means of digital and analog inputs and can therefore set
up several configurations to fulfill most target applications. Digital and analog IO has
highest priority and cannot be overridden by any other controls.
3.3.2.2 Keyboard and Panel Display
REM
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SETPNT
12:45
MENU
The 4-line display and the 8 keys allow full operation.
All settings can be carried out directly on the unit without
additional equipment:
Configuration of inputs and outputs
Parameter setting
Display of important measuring values.
The operation of the Panel is described in detail in section
6.3 Panel Operation.
3.3.2.3 Remote Access using MODBUS protocol
The Remote Access feature allows device access and control from local or remote
locations by using MODBUS as application protocol. The communication can be
performed either via RS485 or Ethernet. More information about the connection
possibilities can be found in Chapter 3.3.9 – Communication Ports.
Basic features and advantage of Remote Access
Configuration of parameters and I/O signals.
Measurement reading.
Setpoint adjustment and PID tuning.
Possibility to create a custom application that uses Remote Access to fully control the
device.
Monitor only and full control possible.
The Remote Access feature is fully interoperable with the CMT1000 software; both
interfaces can access and read from the device at the same moment. Control permission
(write parameters) is handled automatically by the AVR microcontroller. The Remote
Access feature is described in detail in Chapter 3.4.6 – Modbus for Remote Access.
It combines performance control and power circuits with a simple mechanical design and provides high performance in a wide range of temperature and vibration conditions.
With built-in dual channel support, advanced load sharing between machines operating in parallel, rotating diode monitoring, automatic synchronizing, and several integrated communication options, this automatic voltage regulator (AVR) is manufactured using the most advanced microprocessor technology and IGBT semiconductors, allowing current output up to 20 ADC for continuous operation.
The ABB UNITROL® 1000 product family covers a wide range of applications for voltage regulation tasks of a synchronous machines ranging from 100kVA to 80MVA which ensures stable control of synchronous generator or motor voltage, providing rapid response to load changes and maintaining required voltage levels, even in harsh environments.
With over 40.000 installations worldwide across various industries such as power plants, marine systems, diesel-electric locomotives and emergency power systems, UNITROL 1000 is a reliable and crucial and component for efficient and consistent power generation.
The UNITROL 1000 series comprises three Automatic Voltage Regulators (AVRs) – UNITROL 1005. 1010. and 1020 – which can be easily integrated in combination with automation and electrical systems and advanced digital services.
UNITROL® 1000 is also available as part of pre-engineered systems, COMPACT and FLEXplus. Conveniently mounted on a backplate, pre-wired, pre-tested, and ready for installation, these systems are the ideal solution for fast and efficient projects where time is of the essence.
Key benefits of the UNITROL 1000:
Maximized operating time
Ensures safe machine operation
Guarantees the quality of delivered energy
Seamless integration with the power plant control systems
Easy of use of commissioning and maintenance platform (CMT1000)
Enhanced features to ensure a leaner and faster grid code compliance process
Record breaking AVR
2024 – DNV Certified – World first Automatic Voltage Regulator to receive DNV Cyber security (Essential) Type approval (IACS UR E27)
2019 – TUV Certified – World first excitation system compliant to the German Grid Code VDE-AR-N 4110 and VDE-AR-N 4120.
Products & systems
The UNITROL 1000 series comprises three Automatic Voltage Regulators (AVRs) – UNITROL 1005. 1010. and 1020 – which can be easily integrated In combination with automation and electrical systems, rotating machine control, instrumentation and advanced digital services.
UNITROL 1000 AVR is available also as part of pre-engineered solutions. Conveniently mounted on a backplate, the UNITROL 1000 COMPACT and FLEXplus systems are pre-wired, pre-tested, and ready for installation.
Bently Nevada 3500/65 145988-02 temperature monitor
16 temperature monitoring channels, accepting RTD and isolated tip TC temperature inputs.
The Bently Nevada 3500/65 temperature monitor provides 16 temperature monitoring channels and accepts temperature inputs from resistance temperature detectors (RTD) and isolated tip thermocouples (TC). The monitor adjusts these inputs and compares them with the user-programmable alarm set points.
The monitor is programmed using the 3500 rack configuration software. You can configure the 16-channel temperature monitor to accept a combination of isolated tip thermocouples, 3-wire RTDS, 4-wire RTDS, or TC and RTD inputs.
Its strong emergence has led the Q series to a new height.Due to the adoption of a basic command processing program with nanometer-level speed, the system and machine performance of the next-generation MELSEC-Q series can be significantly improved.
With the rapid development of equipment and production facilities, this series can achieve high-speed, high-precision and large-capacity data processing and machine control.
CPU
The CPU module of PLC
The CPU lineup can be applied to any purpose.
Base unit
This module is used for installing soft components such as power modules, CPU modules, and input/output modules.
We can provide a lineup of base units that meet the requirements of various systems
Power supply
Power modules for CPU modules, input/output modules, and other modules.
I/O module
This module is used to connect input and output soft components.
We can provide various I/O modules to meet your system requirements.
Analog I/O module
These modules use analog methods for data input/output. These modules can respond to processing control requirements and are more suitable for high-speed and high-precision control.
Pulse I/O, counter module
This pulse input high-speed counter unit supports high-resolution soft components and can handle high-speed and high-precision control.
Positioning module
These modules are used for high-speed and high-precision positioning control.
We can provide various positioning modules to meet the needs of different customers.
Information Module
This module group can achieve information exchange with the host control system.
The rich and diverse lineup of modules can enhance production efficiency by collecting and controlling various production information.
Control network module
A group of interface modules used for the control system network.
Seamlessly integrate various levels of industrial automation with networks for different purposes and uses. Experience network diversity.
Electric energy measurement module
The power measurement module group is used to measure and monitor various power information.
The Mitsubishi Electric MELSEC-F series has undergone comprehensive innovation. The new generation of MELSECiQ-F series features a high-speed system bus, rich built-in functions,
and can achieve rich motion control through SSCNET III/H, significantly improving the setting of various functional parameters of the engineering software GX WORKS3.
From single-machine applications to customer system network applications, MELSEC iQ-F will bring new improvements to customers.
CPU
All-in-one power supply, CPU, and I/O main body. The built-in functions include: built-in high-speed counting and positioning functions, built-in Ethernet port and built-in SD memory.
I/O extension
It includes [I/O expansion units] with built-in power supply and [I/O expansion blocks] without power supply in various I/O sizes and configurations.
Analog quantity control
It can provide optional accessories such as analog two inputs and outputs, temperature sensor input, and temperature control. It can be connected to the FX3 series temperature intelligent module. High-speed counting
High-speed counting module. It can be connected to the FX3 series high-speed counting module.
Positioning control/simple motion control
It is equipped with a corresponding SSCNET III/H simple motion control and positioning module. It can be connected to the FX3 series pulse output module.
Network/Communication
RS-232, RS-485, RS-422 communication accessories. It can be connected to the CC-Link master module.
Optional accessories
Bus conversion module, power supply, battery lineup.
The new generation of controllers creates a new era of automation.
As the core of the next-generation automated environment, the automated controller not only adds value but also reduces the total cost of ownership. The MELSEC iQ-R series is built from scratch based on common customer issues, covering seven key areas: production efficiency, engineering design, maintenance, quality, connectivity, safety and compatibility.
Adopt the three-part method to solve these problems: reduce the total cost of ownership, enhance reliability and reuse existing assets.
CPU
A rich variety of CPU products meet different application requirements.
Base unit
For equipment installation such as power supply, CPU and input/output modules.
Provide different series of substrate products to meet system requirements.
Power supply
This module is used to power the CPU, input/output and other modules on the substrate.
I/O module
Switches, indicator lights and sensors and other devices can be easily connected to the control system through digital input/output modules.
Analog I/O module
The analog module is the main interface between the control process and the automatic system, and is specially designed to interface with sensors that handle various voltage and current signals.
Motion, positioning, high-speed counter
The positioning module is a group of particularly high-precision components
With intelligent modules that can quickly control and respond, they are ideal for high-speed applications that require high precision.
Information/Network module
This module group realizes information interaction with the host control system.
Rich module products enhance production efficiency by collecting and controlling various production information.
The Panel 800 operator panel is developed to satisfy the demands of human machine communication. Built-in functions such as displaying and controlling text, dynamic indication, time channels, alarm and recipe handling are included. The operator panel work, for the most part, in an object-oriented way, making it easy to understand and use. The configuration operation of the panel is made in a personal computer, using the configuration tool Panel Builder 800.
The project is then transferred and stored in the operator panel. The operator panel can be connected to many types of automation equipment, such as PLCs, servos or drives. In this manual the expression “the controller“ is used as a general term for the connected equipment. This manual explains how to install the operator panel. Please refer to the manual Panel Builder 800, Programming and Installation (3BSE043445Rxxx) for further information.
The release history of the Panel 800 is presented below.
UL and cUL Installation • This equipment is suitable for use in Class I, Division 2. Groups A, B, C and D OR non-hazardous locations only. [Combinations of equipment in your system are subject to investigation by the local Authority Having Jurisdiction at the time of installation]. • Maximum ambient temperature 40 °C when mounted horizontal or 50 °C when mounted vertical. • WARNING – EXPLOSION HAZARD – Do not disconnect equipment unless power has been removed or the area is known to be non-hazardous. • For Canada also AVERTISSEMENT – RISQUE D’EXPLOSION – AVANT DE DECONNECTER L’EQUIPEMENT, COUPER LE COURANT OUS’ASSURER QUE L‘EMPLACEMENT EST DESIGNE NON DANGEREUX. • WARNING – EXPLOSION HAZARD – Substitution of components may impair suitability for Class I, Division 2. • For Canada also AVERTISSEMENT – RISQUE D’EXPLOSION – LA SUBSTITUTION DE COMPOSANTS PEUT RENDRE CE MATERIEL INACCEPTABLE POUR LES EMPLACEMENTS DE CLASSE I, DIVISION 2. • WARNING – EXPLOSION HAZARD – only UL and cUL approved expansion units are allowed to be connected to the port designated “EXPANSION”. At the moment there are no such units evaluated or allowed
The M25RGB14 is a Mentor II DC motor speed controller developed by Control Techniques. This industrial-grade controller is designed to provide precise speed regulation for DC motors in production environments. This device operates at 50/60Hz with an AC power supply voltage of 220/480V in a three-phase configuration and provides a DC output of 240/530V at 25A. The M25RGB14 is recognized for its consistent performance and reliability, making it suitable for demanding automation applications where downtime must be minimized. Its sturdy structure ensures reliable operation even in dense industrial environments. The M25RGB14 can be integrated into various manufacturing processes, providing precise motor control and supporting higher process efficiency.
A large inventory is available for the rapid delivery of M25RGB14
The refurbishment option of M25RGB14 comes with a standard 2-year warranty and offers a sustainable and cost-effective solution
Control technology quality ensures long-term reliability and stable performance
MENTOR II AC power supply 220/480V 50/60HZ 3PH DC output 240/530V 25A MENTOR II DC motor speed controller
The N-Tron® NT24k 10-Port Managed Gigabit Industrial Ethernet Switch is one of the easiest to deploy Ethernet switches in the industry. Simplified use, uncompromised performance and multiple configurations to fit your automation and industrial needs. Eight copper 10/100/1000BaseTX ports that each support PoE+ and two 100BaseFX 2km, multimode fiber ports with SC connectors.
Fast Healing Ring network redundancy
Comes with N-Tron’s N-Ring™ ~30ms healing technology. Pre-configured N-Ring ports make it easy to add new NT24k-series switches. Reconfigure by changing the ring from “auto-member” to “manager.”
Design enhancements to simplify VLAN configuration
Ease of use enhancements make VLAN configurations easier than ever. The graphical display shows a logical view of the switch, including the VLAN port and tag configuration.
N-View™ monitoring technology
Monitor multiple N-View™-capable switches from a single window. This Windows-based software reduces downtime by centralizing firmware management, grouping devices and scheduling firmware updates.
Advanced features designed to meet future needs
With advanced management, performance and security features provided right out of the box, you have tools you need now—and as your network needs grow.
Leading certifications for industrial environments
Suitable for hazardous environments with UL Class I, Division 2 listing and CE certifications. IEEE 1613 and NEMA TS1/TS2 compliance. ABS Type approval for shipboard applications. Over 2 million hours MTBF.
