Control rooms must be dependable and exhibit correct data both on-site and remotely. Additionally, they must offer secure access to information and sufficient flexibility and scalability to meet changing customer needs and adopt new technologies.
Control switches can be found throughout the plant in control rooms and control panels.
Hardened Enterprise-grade switches
Unmanaged Industrial Switches are "plug and play" devices designed to connect equipment in network environments subject to harsh operating temperatures ranging from -40°C to 75°C, vibrations, and shocks. They are designed to outperform commercial switches, with industrial safety certification and permission for hazardous places, making them perfect for operation in extreme environmental circumstances.
Feature-rich unmanaged switches with selectable port types, features, and approvals
The Managed DIN Rail & Compact Switches offer distinctive real-time capability combinations, high bandwidth, security, and high-power PoE/PoE+ support.
Features and Benefits
Full Gigabit managed modular switches with selectable features and approvals as well as user hotswappable media modules for almost limitless copper/fibre combinations.
Hardened managed switches with the new HiOS operating system
Cost-effective, fast Ethernet redundancy entry-level switch supporting PRP, HSR, or DLR Offered in two, four-port versions:
Ultra-hardened switches, operating temperature -40 ‘C to +85 ‘C, DC or AC power input
Fast Ethernet RSB switches with basic software version
Lite managed switch
The first industrial switch worldwide to provide advanced security and real-time communication through time-sensitive networking(TSN) technology on all ports for standardized Ethernet usage in even the most demanding application
Managed Full Gigabit PoE/PoE+Switches
Fully configurable managed switches with selectable features and approvals
Ultra-hardened switches, fully configurable operating temperature -40 ‘C to +85 ‘C, optionally for all variants 4 PoE ports
Fast/Gigabit Ethernet switches designed for use in harsh industrial environments
A switch is used to transmit communications signals. A switch provides an exclusive way for telecom signals to go between any two network nodes it connects. An Ethernet switch is the most common type; other types include voice telephone switches, optical fiber switches, and many others.
Depending on the requirements of the two communicating endpoints, switching is the automated transmission of specified data to a corresponding router, either manually or via devices. Advantages of using switches:
With pluggable modules, high-end switches can be customized for specific network requirements.
Theta Controls provides a diverse range of Layer 2 and 3 rugged Managed DIN Rail & Compact Ethernet Switches of Hirschmann Electronics, Germany, designed for reliable operation in harsh industrial environments. The versatile product portfolio includes management features as well as the option of network monitoring.
Single box cellular routers offering high speed wireless connectivity and remote access options.
24 FE/GE Cu Ports and 4 1G/10GE fiber Ports
48 FE/GE POE/POE+ Cu Ports and 4 1G/10GE fiber Ports
48 FE/GE Cu Ports and 6 1G/10GE fiber Ports.
High density and high speed backbone switch with layer 3 /routing and speeds up to 10 Gigabit
Network segmentation, VPN and deep packet inspection.
MIPP :
Hardened pre-terminated and factory tested cordsets
Extending the reach of copper for serial & fieldbus protocols via fiber
End devices with a serial interface can be easily and reliably connected to ethernet network
A simple and secure way to provide remote network access and diagnostics through a three-component system:
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Single box cellular routers offering high speed wireless connectivity and remote access options.
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SROV –System consists of the following
Daksh is a remotely operated robotic vehicle for multipurpose applications in hazardous environments. It is designed to be a valuable equipment for Army/Paramilitary forces in challenging missions. One lot has been supplied for IED (Improvised Explosive Device) retrieval.
ROV-Daksh system consists of the following
CSROV –System consists of the following
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Theta has made Test Equipment for the various equipment it has developed. Many of them have been supplied to our Customers like R&DE, BEL, Mahindra Defence, as well to the End Users, MOD
We have also made an integrated Test Equipment for MOD, which can test around 10 units which were manufactured by us for ROV 'Daskh'
While most of the test units made are operated manually, we have also made Automated Test Equipment, which are controlled by the PC.
Rugged Ethernet Switch Description
Theta is a distributor of hirschmann for over 20 years & have the capability of giving complete support for networking solutions, including design. We can now ruggedize those switches for you to conform to JSS-55555 applications, for land and sea. We can offer both managed and unmanaged switches, including PoE ports.
Developed
THETA has been developing Controllers and Instruments, mainly for DRDO, for the last 30 years. Many of the units developed by us have gone in production / field use.
We had been involved with the development of ROV 'Daksh' for several years, and had developed several major subassemblies for it. We were also privileged to be selected as one of the 4 production partners for manufacturing complete
Theta is also involved in other projects of R&DE, like the SROV, CSROV, UXOR etc.
We are presently working with multiple users across Various DRDO's, PSU's and also private Defence Manufacturers. We handle development of units as per required specifications, and also manufacturing capabilities to provide required
The ability to monitor and adjust a process to produce the desired output is process control. Process control is used in industries to maintain and improve quality. A process control system ensures that a continuous industrial process will operate consistently, smoothly, and reliably at the desired efficiency level with only normal variance. A properly thought out and implemented process control system can offer businesses many advantages.
Process Control Instruments
Instrumentation and control describe the analysis, measurement, and control of industrial process variables using process control tools and instruments, such as temperature, pressure, flow, level sensors, analyzers, electrical and mechanical actuators, automated control systems, and more. To increase the effectiveness of control systems, many types of controllers are used.
Process control instruments monitor and manage process variables in an industrial setting with hardware and software technologies. Mathematical models of the systems and processes used in industry are used to create Controller Control Systems.
Almost every sector with repeatable manufacturing requires Industrial Control Systems and Process Control Instruments. We offer numerous Temperature Control Systems and Accessories to ensure customer satisfaction in various industries.
PID controller
PID controllers, also known as three-term controllers, are control loop mechanisms that use feedback and are frequently employed in Industrial Control Systems and other applications that call for continuous regulated control. A PID controller regulates temperature, pressure, flow, speed, and other process variables in industrial control applications.
The difference between the desired setpoint and a measured process variable is the error value that a PID controller continually calculates and applies a correction based on proportional, integral, and derivative terms. An accurate and responsive correction is automatically made to a control function by PID.
PID control is a well-known method of directing a system toward a specific position or level. As a method of temperature management, it is practically ubiquitous and used in various scientific and chemical, and automated processes.
Different Types of Process Controllers
On-off, Proportional, and PID controllers are the three basic types. Depending on the system to be handled, the operator can employ one type to control the operation.
The simplest form of the temperature control device is an on-off controller. There is no intermediate state; it is either on or off. When the temperature exceeds the set point, an on/off controller will switch the output. Limit controllers are one unique variety of on-off control. When a specific temperature is achieved, this controller uses a latching relay that must be manually reset to shut down a process.
On-off control cycling is intended to be eliminated using proportional controls. As the temperature gets closer to the setpoint, a proportional controller reduces the average power provided to the heater. This has the effect of slowing down the heater so that it does not overrun the setpoint but instead approaches it and maintains a consistent temperature.
This standard PID controller combines integral and derivative control (PID) with proportional control to assist the device in automatically accounting for system changes. These modifications, integral and derivative, are stated in time-based units; they are also known by their reciprocals, RESET, and RATE, respectively.
Each proportional, integral, and derivative term needs to be "adjusted" to a specific system through trial and error. It provides the most accurate and steady control of the three controller types and is best suited in systems with a low mass that responds quickly to changes in energy input.
Application of PID Controller
Adjusting some of the physical parameters in control systems, including pressure, flow value, temperature, and others is the primary use of the PID controller. This device is also useful for keeping these physical parameters constant. Some other PID controller uses are:
Our atest TH.PID 1 series with many innovations
Manufacturing businesses are spending more money on industrial automation technology and industrial control system to boost system efficiency and reliability while eliminating production inefficiencies. With the widespread use of automation solutions in the manufacturing, oil & gas, chemicals & materials, and pharmaceutical industries, the market for industrial automation is expanding quickly. Companies can significantly reduce operating and labor expenses by implementing automation components and enterprise control solutions.
Using control systems, computers or robots, and information technology for managing various processes and machinery in an industry to replace humans comes under industrial automation.
Advantages of Industrial Automation
Paperless data collection and analysis are made possible with paperless recorders that offer a secure, reliable, and affordable solution. Paperless recorders from the PR series are available with amazing features and specifications and can have built-in PID controls.
Features
Numerous display features, including a trend display, a bar graph display, and a numerical display with a touch pen, characters and, images can be drawn on the screen and saved as data where Ethernet and upper / lower communication are optional.
Benefits
For data recording, storage, and reading-in of settings, hybrid recorders contain an integrated SD card port (cards available separately). Additionally, these recorders feature an LCD digital display for easy monitoring of the measured values. THETA Control is the leading Paperless Temperature Recorder Supplier in India.
Features
To regulate and record the data, most furnace applications often require a separate Controller and Recorder. Ramp & Dwell controls are required for some furnace applications. Using the new process control Card PC201, the new generation Paperless Recorder offers PID Control, Ramp & Dwell Control and Recording in a single device. For furnace applications, this single-loop controller is used. This reduces the cost, space, and wiring required to use the controller and recorder independently.
Fuzzy Logic and PID microprocessor technologies regulate the Process Control Card. PID microprocessor-based technology and Fuzzy Logic allow a process to achieve a predetermined set point in the least amount of time, with the least overshoot during power-up or external load disruption. The module is simply connected to the paperless recorder's back-side IO slots. The touchscreen menus and navigation allow for a simple configuration of several control and input parameters. The device's Configuration Menu or the PC-based Configuration Software can be used to configure this Process Control Card.
Features
Thyristor power regulators
Power or voltage delivered to a load is controlled using Thyristor Power Controllers (SCR power controllers). Typical applications are found when power needs to be adjusted and converted into thermal energy. Thyristor power controllers are single-phase or three-phase alternating voltage devices. They vary the mains voltage for the load's activation time and are controlled by a controller.
The Thyristor Controller can reliably and consistently control the process according to the control signal. They offer a seamless method of adjusting the amount of power given to the load. Thyristors don't have any electromechanical movement, unlike contractors, which could result in arcing, sparking, and the creation of carbon. They increase the load's operational life by gradually supplying electricity to the load and preventing electrical surges and transients.
Thyristor Operation Modes
There are three operating modes for thyristors. They include
• Forward Blocking
• Reverse Blocking
• Forward Conducting
Applications
The thyristor is mainly used
• In variable-speed motor drives
• To control electrical applications requiring high power
• Mainly used in AC motors, lights, welding equipment, etc.
• In circuit breakers and fault current limiters
• To control the speed of electric fans
• In ignition switches for cars
Advantages
• Easy to control and requires less time to operate
• Can control AC power and can handle large voltage/ current
• Thyristor switches have a high operating frequency
• When compared to mechanical switches, it requires less space
• Can be used for heavy-duty operations
• Thyristor maintenance costs are quite low
• Extremely simple to use for complex controls
• Thyristors only conduct current in one direction and can be coupled in parallel or series to give electronic control at high power levels
• They can be used as oscillators in digital circuits
Options available in Phase Angle and Zero Cross control
Thyristor Switches for Capacitors
Thyristor Switches provide transient-free switching by eliminating inrush currents linked to electromechanical contactor switching. They also work without noise. The capacitors can withstand an infinite number of switching operations. Because of the seamless connection and disconnection, capacitor life increases the normal life.
Static switches with specific capacitors for power factor banks are used
1 Phase / 3 Phase SSRs
When an external voltage (AC or DC) is applied across the control terminals of a solid-state relay (SSR), the device turns on or off electronically. They perform the same task as an electromechanical relay but are more durable because solid-state electronics don't have any moving parts.
SSRs are made up of three parts:
They can be designed to switch either AC or DC loads. To switch currents up to about 100 amperes, packaged SSRs require power semiconductor components such as thyristors and transistors.
Energy efficiency for electric motors is again getting emphasized as industries around the world prepare for Industry 4.0, posing new technical problems at the component level regarding power, size, performance, dependability, and safety. More current is expected to be driven by modern motors, and they are also expected to have the best high-voltage protection, high efficiency, and reliability.
Electric motors are widely used in industrial sectors. Electric motors are essential for functioning motorized machines for a wide range of industrial automation, robotics, and control applications, whether of the DC type, AC type, or a specific kind like a stepper motor or a brushless DC motor.
Why choose a DC motor?
High starting torque is required for many applications. The D.C. motor can easily handle high resistive torques and quickly increase in load because of its inherent high torque vs. speed characteristic; the motor speed adjusts to the load. Furthermore, D.C. motors are a perfect solution to achieve the downsizing designers need because they are more efficient than other technologies.
Four main types of direct connection motors used are:
Advantages of using DC Motors
Applications of DC Motors
Because of their high starting torque and variable speed, DC motors are used in the following applications.
Theta Controls has a particular line of products to solve many technical issues that motor system designers face. DC Motors of Theta Controls have distinct advantages like exceptionally long service life, extremely low noise level, high efficiency, and superior dynamics.
Our motors are simple to use and integrate. They are perfect for various industries, valve and pump applications, access control, and the energy sector because of their excellent power density, integrated electronics, and multiple features for speed, torque, and positioning control with precise precision.
Theta Controls have a wide range of Brushless DC Motor Controllers, Brushless DC Motors, PMDC / Brushed DC Motor Controllers, PMDC / Brushed DC Motors, Stepper Motor Drives, and Stepper Motors. Our products and solutions can assist you in implementing the appropriate type of motor control for your application.
Brushless DC motors run quieter, with reduced wear and higher reliability. They are increasingly the preferred choice in electric vehicles and industrial systems. Choose from over 10 product references of single and dual-channel controllers ranging from 30A to 150A per channel. All Roboteq controllers share advanced features, including:
Brushless DC or BLDC motors for a wide range of applications.
Permanent Magnet / Brushed DC motors are the most common and least expensive. Choose from over 30 product references of single and dual-channel motor controllers for brushed DC motors, ranging from 20A to 500A per channel. All Roboteq controllers share advanced features, including:
Brushed DC or PMDC motors for a wide range of applications.
Magnetic Sensors:
The MGS1600GY is a sensor capable of detecting and reporting the position of a magnetic field along its horizontal axis. The sensor is intended for line-following robotic applications, using magnetic tape to form a track guide on the floor.
Magnetic tape of 25mm (1")and 50mm (2") width in 45.7 meters (150ft) rolls available
No Control system is complete without the correct set of accessories. For the convenience of our customers, we carry an entire range of accessories that are required to interface with our systems. Each of these products provides a high level of Accuracy, Quality and is tested with the unit it will be used with. For higher accuracy requirements, the Sensor and the Required unit (Recorder / Controller) can be calibrated as a set and NABL certification for the same is also available. Some of the products usually required with these systems that are available with us are listed below:
- 12 Temperature Inputs
- 10 Thermocouple + 2 RTD
- 12 Pressure Sensor Inputs
- Dual Power Supply - 230 V AC OR 11 - 36 V DC
-High-speed Pulse input ( 4,500 Hz+)
- DC Voltage measurement
- Provision for Ethernet and RS485 connections
on the front panel
Measures Active, Reactive, Apparent Energy, Power and THD, along with all the other energy parameters-V1, PF etc.
Sensors and Control Panel Accessories Description
Manufacturing businesses are spending more money on industrial automation technology and industrial control system to boost system efficiency and reliability while eliminating production inefficiencies. With the widespread use of automation solutions in the manufacturing, oil & gas, chemicals & materials, and pharmaceutical industries, the market for industrial automation is expanding quickly. Companies can significantly reduce operating and labor expenses by implementing automation components and enterprise control solutions.
Using control systems, computers or robots, and information technology for managing various processes and machinery in an industry to replace humans comes under industrial automation.
Advantages of Industrial Automation
Automated Test Equipment / End of Line Tester :
Motor, Alternator Test System:
Shock Absorber Test System:
Electrical Contactor Test Bench:
ECU Tester
Car Door Handle Tester :
Gear Box Testing:
Body Control Module :
Ultra High Speed Switch tester :
Cluster Tester:
Generator test system :
Data Acquisition Systems (DAQ) :
Chiller monitoring System:
Customized of Power Analyzer:
Crank Shaft hardening:
DAQ for Gear profile :
DAQ for PID :
Temperature and Energy monitoring system:
DAQ for flow meter calibration
DAQ for Calorimeter
Distributed Gauging system:
NI Hardware Trading :
:
:
IO Ninja
A Professional, scriptable, multi-purpose terminal emulaor, network sniffer and IO monitor
:
I2C/SPI Tap
Taps and monitors I2C and spi communications
:
Serial Tap
Taps and monitors RS232, RS485, & TTL-level UART communications
:
Web232/485 board
works as standard USB-to-RS232/485 adaptor, but with WebUSB support
:
Brought to you by TIBBO Technologies, Taiwan.
A powerful range of cost-effective, easy-to-use, Basic & C Pro
time.
- Easy to upload / download program
- Easy to debug program without any additional hardware
Features
For more details & TIDE download visit - www.tibbo.com
EM 203+ RJ45 :
EM 500/510 :
EM 100-04 :
DS 1102 :
RS232/422/485/ MODBUS Port
DS1100 :
RS232 Port
DS1101 :
3.5 - RS232 Port
Rapid Prototyping of Hardware :
Normally, for any project, there is a need to quickly prove the system, without having to wait for hardware development. And, athe
required quantity is small, it makes even less sense to develop/procure/ debug the hardware
Presenting TPS. It is a modular system. Just assemble the I0 modules in the empty slots of the base board, to
choose the functionality you need. No soldering, no drilling, And put the whole PCB in the enclosure your unit can be ready for trais
in less than an hour
You have two options of base boards (which includes Tibbo programmable controller and a power supply) and a wide variety
of O Modules to choose from. You even have a sturdy exercise to go with it.
The Tibbo controller programs in Tibbo Basic or "C" or both
PCB Boards :
Enclosures :
IO Modules - Over 50 type available :
Dino-Lite Edge 3.0 :
Dino-Lite Edge :
Dino-Lite Premier :
Dino-Lite Egde :
DinoLite Egde PLUS :
Dino-Lite Premier :
VGA :
RK-04 :
The RK-04 is Robust, lightweight and compact rack design. The Dino-Lite RK-04 rack is designed with portability and convenience in mind
RK-06 :
The Dino-Lite RK-06 tabletop stand is designed for general purpose but built with quality. With smooth focus adjustment and quick vertical movement. The ease-of-assembly and adaptable extension arm design adds further mobility and flexibility to user’s applications.
RK-05 :
If you want to observe your object or specimen from a different perspective, the Dino-Lite RK-05 stand provides a multi-angle view with its 30 degrees inclinable pole feature. RK-05 is a light-weight, ultra-portable stand with a one-step assemble/disassemble design.
RK-10 :
The RK-10 features a quick release button for fast and convenient vertical movement and a fine-focus adjustment knob that is especially useful at high magnification. This model also includes an adjustable safety stop that helps prevent accidental collisions between the microscope and the object under view.
RK-02 :
The RK-02 is a durable gooseneck rack designed for flexible and ergonomic usage for Dino-Lite. The C-clamp of RK-02 fits to most desk surface or pole up to 3-inch in thickness, horizontally or vertically. With excellent shaping capability of the gooseneck arm, the Dino-Lite can be easily positioned by bending the arm and by adjusting the rotating head.
MS52B-A2 :
Articulating flex-arm and desktop base rack for tightening and positioning the arm for examining 360 degree rotation with microscope.
MS23B :
An articulating desktop clamp allows you to clamp a stand onto a tabletop or attach to any surface up-to 3cm thick.
MS35B :
Is economical and rigid vertical desktop stand designed in such a way that it gives 360 degrees of horizontal axis rotational perspective.
Industrial Microscopes :
PCB Microscopes :
Medical Microscopes :
Dermatology / Nail Circulation / Iridology / Trichology / Laboratory / Veterinary
Laboratory Microscopes :
Forensic Science Microscopes :
Hobbies / Jewellery / Coins / Stamps / Antiques / Art restoration / Culture preservation
Natural Science Microscopes :
Educational Microscopes :
Jewerly/ Collectibles :
UV 395nm With MSAA502 :
Without Fluorescence and With Fluorescence :