Product Description:DS200RTBAG3A
- Board Layout and Relay Placement
- The DS200RTBAG3A is a printed circuit board with a well - organized
layout to accommodate its components. The ten relays are
strategically placed on the board. The seven DPDT (Double - Pole
Double - Throw) relays, located from K20 to K26, are a significant
part of the board's design. Each of these DPDT relays has two C -
type contacts. The C - type contacts are a standard configuration
that allows for a variety of connection possibilities, such as
switching between different power sources or controlling multiple
circuits with a single relay. The three 4PDT (Four - Pole Double -
Throw) relays, positioned from K27 to K29, offer more poles for
connection, providing additional flexibility in routing signals.
- Protection and Coil Components
- Each relay's input - output (I/O) is safeguarded by a 130 VAC Metal
- Oxide Varistor (MOV). The MOVs play a crucial role in protecting
the relays from voltage surges and transient over - voltages. In an
industrial environment where electrical fluctuations are common,
these MOVs act as a buffer to prevent damage to the sensitive relay
contacts. Additionally, each relay is equipped with an 110 VDC
coil. The coil is an essential part of the relay's operation as it
provides the magnetic force required to change the state of the
contacts. The 110 VDC voltage is a standard value that ensures
consistent and reliable operation of the relays, allowing them to
respond quickly to control signals.
- Function - Specific Features
- Control Options
- The relays on the DS200RTBAG3A can be controlled in two main ways.
One option is remote control by the user. This allows for
flexibility in operating the relays from a distance, which is
useful in large - scale industrial settings or in applications
where direct access to the board may be inconvenient. The other
option is through the on - board LAN I/O Terminal Control Board.
This provides a local control mechanism and also enables
integration with other components in a networked environment. The
ability to control the relays through different means offers
versatility in various control - system architectures.
- Maintenance - Friendly Design
- A notable feature of the DS200RTBAG3A is its ease of maintenance.
In the event of a relay failure, any of the relays on the board can
be quickly and easily removed and replaced. This is a significant
advantage as it minimizes downtime in industrial processes. The
design of the board likely allows for easy access to the relays,
and the components are probably modular in nature, enabling a
straightforward replacement process without the need for extensive
disassembly or re - calibration of the entire board.
Features:DS200RTBAG3A
- Diverse Relay Types and Ratings
- The combination of seven DPDT relays with 10A contact rating and
three 4PDT relays with 1A contact rating provides a wide range of
switching capabilities. The DPDT relays with higher current -
handling capacity are suitable for power - hungry applications such
as controlling the power supply to large motors or high - wattage
heating elements. For example, in a manufacturing plant, they can
be used to switch the power to industrial ovens or heavy - duty
conveyor - belt motors. The 4PDT relays, on the other hand, are
excellent for applications where multiple, lower - power circuits
need to be controlled simultaneously. They can be used to manage
the operation of indicator lights, small solenoids, or other low -
power actuators.
- Robust Protection and Reliable Coil Operation
- The 130 VAC MOV protection for each relay's I/O is a crucial
feature. It safeguards the relays from voltage spikes and
electrical transients that are common in industrial environments.
This protection significantly extends the lifespan of the relays
and reduces the risk of unexpected failures. The 110 VDC coil in
each relay ensures reliable operation. The consistent coil voltage
allows for quick and accurate switching of the relay contacts. It
also simplifies the power - supply requirements as it is a standard
voltage value, making it easier to integrate the board into
existing electrical systems.
- Control and Connectivity Features
- Remote and Local Control Capabilities
- The ability to control the relays remotely is a valuable feature.
It enables operators to manage the board's functions from a central
control room or a remote location. This is especially useful in
large industrial facilities or in applications where the physical
location of the board may be in a hazardous or hard - to - reach
area. The option to also control the relays through the on - board
LAN I/O Terminal Control Board provides flexibility in terms of
local operation and integration with other network - connected
components. For example, in a building - automation system, the
relays can be controlled remotely to manage lighting and HVAC
systems, while local control can be used for maintenance or
troubleshooting purposes.
- Network - Integrated Operation
- The board's compatibility with the on - board LAN I/O Terminal
Control Board implies that it can be easily integrated into a
networked control system. This allows for seamless communication
between the DS200RTBAG3A and other components such as Programmable
Logic Controllers (PLCs), sensors, and actuators. The network -
integrated operation enables real - time monitoring and control of
the relay - based functions, enhancing the overall efficiency and
flexibility of the system.
- Maintenance - Ease Features
- Easy Relay Replacement
- The design of the DS200RTBAG3A that allows for quick and easy
removal and replacement of any relay is a significant advantage. In
a critical industrial process, a relay failure can lead to
significant downtime. The ease of replacement means that
maintenance personnel can quickly swap out a faulty relay without
having to shut down the entire system for an extended period. This
feature also reduces the complexity of maintenance tasks, as it
doesn't require specialized tools or extensive technical knowledge
to replace a single relay. The modular design of the relays likely
enables a simple "plug - and - play" - type replacement process.
Technical Parameters:DS200RTBAG3A
- DPDT Relays
- Number and Location: There are seven DPDT (Double - Pole Double - Throw) relays
located from K20 to K26 on the board.
- Contact Configuration: Each DPDT relay contains two C - type contacts. The C - type
contact configuration provides flexibility in circuit connections,
allowing for different switching arrangements such as switching
between two separate circuits or connecting a single input to two
different outputs.
- Contact Rating: The contact rating of these DPDT relays is 10A. This high current
- handling capacity enables them to control relatively high - power
loads. For example, they can handle the power requirements of
motors, heaters, or other high - power electrical devices commonly
found in industrial applications.
- Coil Voltage: The coil voltage of the DPDT relays is 110VDC. The coil voltage
is a crucial parameter as it determines the amount of electrical
energy required to activate the relay and change the state of its
contacts. The 110VDC value is a standard voltage, which simplifies
the power - supply design and integration with other electrical
components.
- 4PDT Relays
- Number and Location: Three 4PDT (Four - Pole Double - Throw) relays are located from
K27 to K29.
- Contact Configuration: Each 4PDT relay has four C - type contacts. This provides more
connection points compared to the DPDT relays, allowing for more
complex circuit - switching operations. The four contacts can be
used to control multiple independent circuits or to provide
different switching combinations for a single input.
- Contact Rating: The contact rating of these 4PDT relays is 1A. This lower current
- handling capacity makes them suitable for controlling low - power
components such as indicator lights, small solenoids, or sensors.
- Coil Voltage: Similar to the DPDT relays, the coil voltage of the 4PDT relays
is 110VDC. This consistency in coil voltage across different relay
types on the board simplifies the power - supply requirements and
ensures reliable operation of all relays.
- Protection Device Specification
- All relays' I/O is protected by 130VAC Metal - Oxide Varistors
(MOVs). MOVs are non - linear voltage - dependent resistors that
conduct heavily when the voltage across them exceeds a certain
threshold. In this case, the 130VAC rating indicates the voltage
level at which the MOVs start to conduct and divert excessive
voltage, safeguarding the relays from voltage surges and transient
over - voltages. This protection is essential in industrial
environments where electrical noise, power - line fluctuations, and
transient voltages are common.
- Control and Communication Parameters
- Control Options
- The relays can be controlled remotely by the user. The specific
communication protocol or interface for remote control may vary
depending on the system's configuration and requirements.
Additionally, the relays can be controlled through the on - board
LAN I/O Terminal Control Board. The details of the LAN - based
control, such as the supported protocols (e.g., Ethernet/IP, Modbus
TCP/IP), data - transfer rates, and communication - port
configurations, would depend on the specific design of the board
and its integration with the control system.
- Network - Integration Capabilities
- As the board is designed to work with the on - board LAN I/O
Terminal Control Board, it implies certain network - integration
capabilities. It likely supports standard Ethernet - based
communication protocols for seamless connection to a local - area -
network (LAN). This allows the DS200RTBAG3A to communicate with
other network - enabled devices such as Programmable Logic
Controllers (PLCs), Human - Machine Interfaces (HMIs), and other
industrial - automation components. The network - integration
parameters may include support for TCP/IP, UDP, and other related
protocols, with the ability to handle data - packet sizes and
transmission frequencies according to the requirements of the
control system.
Applications:DS200RTBAG3A
- Motor - Driven Equipment
- In manufacturing plants, the DS200RTBAG3A is used to control a wide
range of motor - driven equipment. The seven DPDT relays with 10A
contact rating are ideal for controlling the power supply to large
industrial motors. For example, in a steel - rolling mill, these
relays can be used to start, stop, and reverse the motors that
drive the rollers. The relays can handle the high - current demands
during motor startup and operation, ensuring reliable and efficient
control of the equipment. The ability to control the relays
remotely allows operators to manage the motors from a central
control room, improving safety and operational convenience.
- For smaller motors used in conveyor belts, packaging machines, or
material - handling equipment, the 4PDT relays with 1A contact
rating can be utilized. These relays can control additional
functions such as the operation of sensors and indicator lights
associated with the motors. For instance, in a conveyor - belt
system, the 4PDT relays can switch on an object - detection sensor
and the corresponding indicator light when an item is passing
through a specific point on the belt.
- Process - Automation Systems
- In chemical - processing plants or food - manufacturing facilities,
the DS200RTBAG3A plays a crucial role in process - automation
systems. The relays can be programmed to control the opening and
closing of valves, the operation of pumps, and the activation of
heaters or mixers. The combination of different relay types and the
flexibility of their control options (remote and through the LAN
I/O Terminal Control Board) enable the implementation of complex
process - control sequences. For example, in a chemical - reaction
process, the relays can be used to add different chemicals to a
reactor in a specific order and at precise times, based on the
readings from temperature, pressure, and level - sensors connected
to the system.
- Power - Generation and - Distribution
- Generator Control and Protection
- In power - generation plants, the DS200RTBAG3A is involved in the
control and protection of generators. The DPDT relays can be used
to switch the excitation current of the generator, which is crucial
for controlling the output voltage and reactive power. The 110VDC
coil voltage of the relays ensures a quick response to control
signals, allowing for efficient adjustment of the generator's
operation. The 130VAC MOV - protection of the relays safeguards
them from voltage surges during power - system disturbances such as
lightning strikes or grid - faults, ensuring the reliable operation
of the generator - control system.
- The relays can also be used for generator - protection functions.
For example, they can trigger the isolation of the generator from
the power grid in case of over - current, over - voltage, or under
- frequency conditions. The remote - control and network -
integration capabilities of the board enable the monitoring and
control of these protection functions from a central - control
center or a remote - monitoring station.
- Substation Automation
- In electrical substations, the DS200RTBAG3A is applied in
substation - automation systems. The 4PDT relays can be used to
control the indication and operation of circuit breakers,
isolators, and other switching devices. The relays can handle the
control - signal requirements of these devices and provide feedback
on their status. The LAN - based control and network - integration
features allow for seamless communication with other substation -
automation components such as Intelligent Electronic Devices
(IEDs), Remote Terminal Units (RTUs), and Supervisory Control and
Data Acquisition (SCADA) systems. This enables the remote -
monitoring and - control of the substation's operation, improving
the overall reliability and efficiency of the power - distribution
system.
- Building Automation and Facility Management
- HVAC System Control
- In Heating, Ventilation, and Air - Conditioning (HVAC) systems, the
DS200RTBAG3A can control the operation of various components. The
DPDT relays can be used to manage the power supply to large -
capacity compressors and fans. For example, in a commercial -
building HVAC system, these relays can start and stop the chiller -
compressor and the cooling - tower fans according to the
temperature - set - points and occupancy - sensors. The 4PDT relays
can be used to control the operation of smaller components such as
dampers and zone - valves, as well as the indication lights and
sensors associated with the HVAC system. The remote - control and
network - integration features allow for the integration of the
HVAC - control system with a building - management system, enabling
energy - management and remote - operation capabilities.
- Lighting - System Control
- The DS200RTBAG3A is also applicable in lighting - system control.
The 4PDT relays can be used to switch the power supply to different
lighting circuits. For example, in a multi - floor building, the
relays can control the lighting of different zones such as
corridors, offices, and common - areas. The relays can also be
programmed to implement lighting - schedules based on time - of -
day and occupancy - sensing. The remote - control option allows for
the adjustment of lighting - settings from a central - control room
or a mobile - device - based building - management application,
improving energy - efficiency and user - comfort.
Customization:DS200RTBAG3A
- Function - Specific Relay Grouping
- The three 4PDT relays with 1A contact rating can be grouped to
handle the control of various low - power components such as
sensors, indicator lights, and small actuators associated with a
particular process or equipment area. For instance, in a chemical -
processing plant, these relays can be configured to control the
operation of temperature and pressure sensors and their
corresponding indicator lights for a specific reaction vessel.
- In industrial applications, users can customize the grouping of
relays based on the specific functions they need to perform. For
example, in a manufacturing plant with multiple production lines,
the seven DPDT relays with 10A contact rating on the DS200RTBAG3A
can be divided into groups to control the motors of different
production - line segments. This way, each group of relays can be
dedicated to a specific set of motors, allowing for more efficient
and organized control of the equipment.
- Contact - Wiring Customization
- The C - type contacts of the relays offer flexibility in wiring.
Depending on the application requirements, users can customize the
wiring connections to achieve different circuit - switching
functions. For example, in a power - distribution system, the
contacts of the DPDT relays can be wired to create alternative
power - supply paths. This allows for backup power - supply
switching or the ability to isolate a particular load from the main
power source in case of a fault.
- The 4PDT relays' contacts can be wired to provide multiple control
- signal paths for different components. In a building - automation
system, the contacts can be wired to control both the power supply
and the status - indication signals of lighting circuits and HVAC
components such as dampers and zone - valves.
- Control - Mode Customization
- Remote - Control Customization
- The remote - control feature of the DS200RTBAG3A can be customized
according to the specific needs of the user and the system. The
communication protocol used for remote control can be adjusted. For
example, if the system is integrated into a large - scale
industrial - automation network that primarily uses a specific
protocol such as Modbus TCP/IP, the remote - control settings of
the board can be configured to communicate using this protocol.
- The user can also customize the remote - control access rights and
security settings. In a critical - infrastructure application such
as a power - generation plant, different levels of access can be
defined. For example, only authorized personnel can have the right
to remotely control the relays that are involved in generator -
protection functions, and advanced security measures such as
authentication and encryption can be implemented to safeguard the
remote - control process.
- LAN I/O Terminal Control Board Customization
- The on - board LAN I/O Terminal Control Board provides local -
control and network - integration capabilities. Users can customize
the functions of this control board to match the specific
requirements of the application. For example, in a building -
automation system, the control board can be programmed to interact
with a particular building - management software, enabling seamless
integration of the DS200RTBAG3A's relay - control functions with
other building - automation components such as occupancy - sensors
and energy - - management systems.
- The data - transfer settings between the LAN I/O Terminal Control
Board and other network - enabled devices can also be customized.
The transfer rate, packet - size, and communication - frequency can
be adjusted to optimize the performance of the system. For example,
in a process - automation application where real - time monitoring
of sensor data is crucial, the data - transfer settings can be
configured to ensure a high - speed and reliable communication
between the control board and the sensors.
- Integration and Expansion Customization
- Integration with External Devices
- The DS200RTBAG3A can be customized to integrate with a wide range
of external devices. For example, it can be connected to additional
sensors and actuators to expand its functionality. In a smart -
factory application, the board can be integrated with advanced -
manufacturing sensors such as vision - systems for quality -
control purposes. The relays can then be programmed to respond to
the signals from these sensors, for example, to reject a product if
a defect is detected by the vision - system.
- Custom interfaces can be developed to connect the DS200RTBAG3A to
other control systems or legacy equipment. In a power -
distribution substation, the board can be integrated with existing
Supervisory Control and Data Acquisition (SCADA) systems through
custom - developed communication interfaces. This allows for the
seamless exchange of data and control commands between the
DS200RTBAG3A and the SCADA system, enhancing the overall automation
and monitoring capabilities of the substation.
- Expansion Modules and Add - Ons
- Depending on the application's complexity and requirements,
expansion modules can be added to the DS200RTBAG3A. For example, an
additional communication - expansion module can be added to support
more advanced communication protocols or to increase the number of
communication ports. In a large - scale industrial - automation
network, this can enable the board to communicate with a wider
range of devices and systems.
- Signal - conditioning modules can also be added as an expansion. In
an environment with noisy electrical signals, such as a plant with
a lot of high - power equipment, a signal - conditioning module can
be attached to the board to filter and amplify the input signals to
the relays. This ensures more accurate and reliable relay - control
operations, especially for low - power or sensitive - signal
applications.
Support and Services:DS200RTBAG3A
Our technical support team is available 24/7 to assist with any
issues you may encounter with our product. You can reach us via
phone, email, or live chat. Our team is knowledgeable and
experienced in troubleshooting common issues and providing
solutions.
In addition to technical support, we also offer a range of services
to ensure that you get the most out of our product. These services
include:
- Installation and setup assistance
- Training and education on product features and functionality
- Customization and integration services
- Maintenance and support packages
We understand the importance of a reliable product and are
committed to providing exceptional support and services to our
customers.
