aryaelectronics

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Why To Use SMPS Battery Charger ?

SMPS stands for Switched Mode Power Supply. SMPS Battery Charger is an electronic circuit that converts power using switching devices that are turned on and off at high frequencies, and storage components such as induct-or or capacitors to supply power when the switching device is in its non-conduction state.

SMPS Battery Charger series are fixed output voltage, current limited battery chargers specially designed for permanent connection to Genset starter batteries. They maintain the batteries fully charged, without overcharging.  The chargers are designed in switch mode technology.

The main advantage of the SMPS battery Charger is greater effectiveness than linear regulators because the switching transistor dissolves slight power when acting as a switch.

Other advantages include smaller size and lighter weight from the removal of heavy line-frequency transformers, and comparable heat generation. Temporary power loss is frequently much less than transformers. In industrial use the SMPS battery charges plays a dynamic role for the long life and durability of industrial batteries. The best quality of SMPS battery chargers are light and compact but are of the highest proficiency.

Types of Battery Chargers :-

1) BATTERY CHARGER : 12V 6A 

2) BATTERY CHARGER : 12V 10A 

3) BATTERY CHARGER : 24V 5A 

4) BATTERY CHARGER : 24V 10A  

BATTERY CHARGER FOR ENGINE START APPLICATIONS SUITABLE FOR CHARGING :-

1) 12 V/24V-60AH

2) 12 V/24V-90AH BATTERIES 

Arya Electronics SMPS battery charger are pure DC battery chargers are microprocessor controlled based for fast and accurate charging of all deep-cycle batteries. A wide AC input voltage range enables proper delivery of a full three-stage charge, even when charging from less than perfect quality grid power or generator power.

For getting more detail information about the specifications and protections of our product

You can contact us at :-

9822534825

Or

Visit our website at :-

https://aryaelectronicsandcontrols.com/battery-charger-2/

[aryaelectronics]

Information About Data Loggers

A Data Logger is an electronic device that records data over time.

A data loggers can measure temperature, humidity, Carbondioxide, pH Balance, Pressure, Voltage, Current, Pulse.

Data loggers are either standalone or wireless.

A. Standalone – Store data which can be reviewed later on a PC

B. Wireless – Transmit data in real-time to connected devices.

How does data loggers work ?

Data loggers use a microchip, an inner memory for data storage, and a sensor to collect data. They are generally small and battery powered devices. Data loggers can either interface with a computer and use software to view and examine the collected data or be used as a stand-alone device with a local interface or connect wirelessly to a device.

Common Applications –

1. Food Processing Application – Monitoring meat temperature.

2. Medical Application – Monitoring vaccine storage.

3. Industrial Application – Monitoring Machinery

Typical Users -

1. Energy Auditors

2. Facility Managers

3. Consultants

4. Building Managers

5. Process Engineers

6. Water/Wastewater Engineers

7. Scientists

Advantages –

1. Simplicity and ease of use

2. Can run unattended

3. Record different data types

4. Data storage and download

We at Arya Electronics and Controls offer Multi Channel data logger. This is a equipment used to store data. This contains several data purchase policies such as plug-in boards or serial communication systems which use processor as a real time data recording system.

The benefit of Arya Wireless Datalogger is that they can activate independently of a computer, unlike many other types of data acquisition policies.

For getting more detail information about the above product

You can contact us at :-

9822534825

Or

Visit our website at :-

 https://aryaelectronicsandcontrols.com/datalogger-cloud-management/

[aryaelectronics]

Protocol Converter

A Protocol Converter is a method used to transform ordinary or registered protocol of one device to the protocol appropriate for the other device or tools to accomplish the interoperability.

There are varieties of protocols used in different fields like power generation, oil and gas, automation, utilities, and remote monitoring applications.

Architecture of a protocol converter

Inner master protocol communicating to the outer serf devices and the data collected is used to update the inner database of the converter. When the outer master requests for data, the inner serf collects data from the database and send it to the outer master. There will be different schemes for handling the impulsive reporting of events and commands. There is a different physical medium for communication on protocol - X & Y, which include RS-232, RS-485, Ethernet, etc.

The applications of protocol converters are as follows :-

1. Building automation

2. Process automation

3. Substation automation 

4. Hardware converter

5. Software converter

6. Integrated converter

Arya Electronics and Controls provide Customized Protocol Converters.

Our some Customized Protocol Converters are as follows :-

A. RS485 to Ethernet 

B. USB to RS485

For getting more detail information about the above products

You can contact us at :-

9822534825

Or

Visit our website at :-

https://aryaelectronicsandcontrols.com/protocol-converters/

[aryaelectronics]

What is Diesel Engine Controller ? It’s Uses and It’s Applications

Diesel Engine Controller is an intelligent electronic control product and solution.

In Diesel Engine Controller System, In the combustion chamber, the amount of fuel to be injected is measured electronically based on certain factors and the accurate quantity of fuel is injected with accurate timing, accurate pressure and accurate automization.

Various applications of Diesel Engine controller are as follows :-

  1) Power Generation

  2) Engine Control Unit

  3) AMF Controllers

  4) Air compressor controller, along with associated accessories and software.

Diesel engine controller is used in following things :-

  1) Generators Sets

  2) Large Motors, Pumps & Compressors application

  3) Off-Highway and Construction Equipment

  4) Industrial Machinery

  5) Agriculture Equipment

  6) Truck and Bus applications

  7) Military & Defences

We at Arya Electronics and Controls provide Diesel Engine Controller, We have experience in it, Our Diesel Engine Controller is highly flexible, intuitive, and scalable. 

We are sure that we are connected with our customers so they receive the best advice at every stage of our relationship. This way we fulfil their existing needs, as well as understand and meet their future requirements.

Some Features of Our Diesel Engine Controller are as follows :-

  1) Power Supply 9-36V DC

  2) Manual Engine start and stop

  3) Remote Start/Stop Function

  4) 128×64 graphics LCD Display with keypad

  5) Communication Port – RS485 & CAN

For getting more features and more details about our product,

You can contact us at :-

9822534825

Or

Visit our website at :-

https://aryaelectronicsandcontrols.com/compressor-controller/

[aryaelectronics]

IoT, How it works and It’s applications

The Internet of things (IoT) is a system of interconnected computing devices, mechanical and digital machines provided with unique identifiers (UIDs) and the capacity to transfer data over a network without requiring human-to-human or human-to-computer communication.

How IoT works ?

An IoT consists of web-enabled smart devices that use embedded systems, such as processors, sensors and communication hardware, to collect, send and act on data they obtain from their environments. IoT devices share the sensor data they gather by connecting to an IoT gateway or other frame device where data is either sent to the cloud to be analyzed or analyzed nearby. Sometimes, these devices correspond with other related devices and act on the information they get from one another. The devices do most of the work without human interference, although people can interact with the devices for instance, to set them up, give them instructions or access the data.

The connectivity, networking and communication protocols used with these web-enabled devices mostly depend on the specific IoT applications deployed.

IoT can also make use of artificial intelligence (AI) and machine learning to help in making data collecting processes easier and more energetic.

Some applications of IOT are :-

1. Smart Home.

2. Smart City.

3. Smart Grids.

4. Smart farming.

5. Smart Retail.

6. Smart supply chain

7. Self-driven Cars

8. Digital Health/Telehealth/Telemedicine

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Embedded hardware design challenges in IoT product development.

Embedded hardware design challenges in IOT product development are as follows :-

Design Key Design – Optimize various design metrics.

Design metric – A measurable feature of an embedded system’s implementation.

Common metrics – Unit Cost, NRE Cost, Size, performance, power, flexibility, time to prototype, time to market, maintainability.

Unit Cost – Monetary cost of manufacturing each copy of the system, excluding NRE Cost.

NRE Cost – NRE cost means non recurring engineering cost one-time monetary cost of designing the system.

Size – Physical space required by the system.

Performance – Execution time or throughput of the system.

Power – Amount of power consumed by the system.

Flexibility – Ability to change the functionality of the system without incurring heavy NRE cost.

Time to prototype – Time required to build a working version of the system.

Time to market – Time required to to develop a system to the point that it can be released and sold to customers.

Maintainability – Ability to modify the system after its initial release, correctness, safety etc.

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Embedded hardware design and embedded software design.

Embedded system design is limited to three main constraints :-

It is combination of hardware and software.

It is used to perform a particular task.

The task has to be completed in a given time.

Aspects and steps involved in both embedded software design and embedded hardware design :-

Aspects :-

Real time operation

Time

Size

cost

reliability

safety

energy

security

Steps :-

Determine the Requirements.

Design the System Architecture.

Select the OS.

Choose the Processor and Peripherals.

Choose the Development Platform.

Code the Applications and Optimize.

Verify the Software on the Host System.

Verify the Software on the Target System.

[aryaelectronics]

IIOT Smart 12 – The New IIOT Solution

Arya Electronics And Controls is designed and manufacture IIOT Smart 12 device, this device is a versatile device which reads the MODBUS memory map of any RS-485 MODBUS protocol device and sends the data to the cloud server. The stored data can be observed as per client necessity on dashboard.

IIOT Smart 12 is a data acquisition solution brings greater versatility for the Industrial Internet of Things (IIoT).

The IIOT Smart 12 has Wi-Fi connectivity, which will serve the growing number of devices and M2M Gateway with M2M Gateway solution providers with applications that require wireless communication.

Arya Electronics now offers a range of flexible data acquisition solutions for wired Ethernet, Wi-Fi, 2G GPRS and 3G networks. We want to create it as easy as possible for manufacturing operators to assemble and share sensor data in diverse situations and conditions.

IIOT Smart 12 mainly consist of GSM module and micro controller-based control circuit. IIOT Smart 12 supports generic MODBUS RTU protocol for data acquisition and uses MQTT protocol to communicate with IT application database on cloud. The Device can be easily configured within one minute to send your data on Any MQTT Server / Arya Electronics hosted dashboard.

Features

1. Supply Voltage 90-270V AC

2. Uarts 3 Nos :  RS232 +1

   – Non isolated RS485 + 1

   – GPRS or Wifi

3. Storage memory – SD Card available

4. Cloud-based support system

5. ADC – 16 channel add on module for 4-20mA or 0-5V input

6. DI – 4Nos.

7. DO – 2 Nos.

8. Microcontroller based

9. GSM/GPRS with External Antenna  or wifi module

10. Enclosure – Din rail mount IP20