Taking the Government Technology Superhighway


Government organizations in emerging countries are, increasingly, looking to digital transformation to better engage with citizens, empower their workers, and optimize operations and processes. These governments see the digital revolution as their opportunity to leapfrog their public service offerings to a future-ready economy.

Read more.

http://www.opengovasia.com/blogs/5-opengov-expert-opinion/post/7699-taking-the-government-technology-superhighway

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SCADA. Keep business operation data closely monitored.

Supervisory Control and Data Acquisition. SCADA

Local and Remote Monitoring to address constraints of distance, time, and space in your business operation.

We integrate, program and customize the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.

https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/

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Jess C. Gregorio

Affiliate Marketing and Project Lead Generation Manager for the Philippine Territory

gregoriojess@yahoo.com

Treasure Chest of Life Hacks and Solutions                                              

View story at Medium.com

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IoT, Edge Analytics and Security


So with this acquisition in our pocket, it makes sense for us to look at partnering with companies that are working on public sector projects, large companies that have experience working with the government but not necessarily have great edge analytics capabilities, and we help them with the government projects.

How do you think governments can benefit from IoT?

The opportunities are obviously tremendous. Let’s look at the area of energy, not just electricity but also petrol and consumption. For most countries, fuel is an import and that can be a very substantial import bill. By using IoT from an industrial perspective, if you are able to cut down the amount of fuel consumption by vehicles on the road by even 2 or 3%, that can amount to billions of dollars in savings. It’s the small things that add up.

Similarly, if you look at the power readings, by embedding IoT into power meters, instead of the government sending out someone to read the meters every other month, and incurring a significant delay between consumption and report, the consumer can see what is happening with the energy on a daily or hourly basis, or whenever he likes, because ultimately the meter is reading all the time. It’s a matter of giving more granular access to that information.

If you enable the consumer to save by making him more aware of his consumption, that makes a huge difference again. Take a look at water, the management of water supply and the cases of flooding. If you are able to monitor in real time what’s happening, that gives us the ability to respond faster. In fact, IoT, without being called IoT, has been on Singapore roads for the longest time. Look at the controlled traffic lights. They were actually based on vehicular traffic. They weren’t connected to the Internet but they are networked. So IoT is really about technology that’s been around for a while, with incremental benefits.

Read more.

http://www.opengovasia.com/blogs/5-opengov-expert-opinion/post/7228-iot-edge-analytics-and-security

Ad.

SCADA. Keep business operation data closely monitored.

Supervisory Control and Data Acquisition. SCADA

Local and Remote Monitoring to address constraints of distance, time, and space in your business operation.

We integrate, program and customize the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.

https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/
Browse related information on system integration.

https://jcgregsolutions.wordpress.com/category/solutions-scada-bms-fdas-hmi-cctv-system-integration/

Significance of notifications platform in real-time health systems


A notification platform in healthcare can help hospitals in reducing the constant buzzing and beeping of systems that alert caregivers of patient requests, changes in vitals, and so on. They also help ensure that appropriate staff members receive relevant notifications on their mobile devices.

Real-Time health systems based on big data are designed for delivering time-critical information in real-time, thereby improving the quality of and providing safer healthcare services. This system can gather machine data from various devices and then integrate them in a big data framework to enable real-time processing, enabling a cost-effective solution. Recent advancements in healthcare technology have given rise to the development of one such platform called the ‘notifications platform’. This intelligent notification platform in healthcare facilitates experts and medical teams do wonders. In fact, the healthcare notification platform can enable medical facilities to reach such areas that are marred by interruptions like outages, bomb threats, and natural disasters. Notification platform is a key in managing such events while preserving resources and protecting lives.

Take a look at some scenarios, where a notification platform is useful:

Read more.

https://www.linkedin.com/pulse/significance-notifications-platform-real-time-health-systems-joshi

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SCADA. Keep business operation data closely monitored.

Supervisory Control and Data Acquisition. SCADA

Local and Remote Monitoring to address constraints of distance, time, and space in your business operation.

We integrate, program and customize the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.

https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/
Browse related information on system integration.

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Automation Fundamentally Reshaping the Manufacturing Landscape, Survey Finds


Widespread automation investment suggests a fundamental reshaping of the production landscape that could eventually impact most aspects of manufacturing activity, a national survey of U.S. manufacturers has found.

Read more.

http://insights.globalspec.com/article/2986/automation-fundamentally-reshaping-the-manufacturing-landscape-survey-finds

Ad

SCADA. Keep business operation data closely monitored.

Supervisory Control and Data Acquisition. SCADA

Local and Remote Monitoring to address constraints of distance, time, and space in your business operation.

We integrate, program and customize the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.

https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/

Browse related information on system integration.

https://jcgregsolutions.wordpress.com/category/solutions-scada-bms-fdas-hmi-cctv-system-integration/

HMIs Adapt to Reality on the Plant Floor


TwinCAT HMI software scales the display according to the device. Image courtesy of Beckhoff Automation.
Modern HMIs can offer easy-to-understand graphics, better event response and improved visibility throughout all levels of an enterprise. That leaves industrial plants with big decisions about how to leverage their HMI systems to boost productivity and uptime in the age of mobility, big data and the Industrial Internet of Things.

Read more.

http://insights.globalspec.com/article/2521/hmis-adapt-to-reality-on-the-plant-floor

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Monitoring and Control System Integration
We integrate, program and do customization of the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.
Check us out.

https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/

For Inquiries and Request for Quotation, email me at: gregoriojess@yahoo.com

Best Regards,

Jess C. Gregorio

Sales & Marketing

InSpecIT Inc.

Unit 719/722 City & Land Mega Plaza Bldg.

ADB Ave. cor. Garnet Road, Ortigas Center

San Antonio, Pasig City, Philippines 1605

gregoriojess@yahoo.com
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https://jcgregsolutions.wordpress.com/

PLC Manual. Basic Guide to PLCs.


Everything you need to know about Programmable Logic Controller.  An industry standard online reference publication.

Read more.

http://www.plcmanual.com/

********

Monitoring and Control System Integration.

We integrate, program and do customization of the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.
Check us out.
https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/
For Inquiries and Request for Quotation, email me at: gregoriojess@yahoo.com
Best Regards,
Jess C. Gregorio

Sales & Marketing

InSpecIT Inc.

Unit 719/722 City & Land Mega Plaza Bldg.

ADB Ave. cor. Garnet Road, Ortigas Center

San Antonio, Pasig City, Philippines 1605

gregoriojess@yahoo.com
For more news and information on system integration, check out techno blogsite, subscribe for auto updates.

https://jcgregsolutions.wordpress.com/

RS-232 Communications


* curated information from The PLC Manual

RS-232 is an asynchronous communications method (a marching band must be “in sync” with each other so that when one steps they all step. They are asynchronous in that they follow the band leader to keep their timing).

We use a binary system to transmit our data in the ASCII format. PLCs serial port is used for transmission/reception of the data, it works by sending/receiving a voltage, With RS232, normally, a 1 bit is represented by a voltage -12 V, and a 0 by a voltage +12 V. (The voltage between +/- 3 volts is considered There are 2 types of RS-232 devices.)

DTE – Data Terminal Equipment and a common example is a computer.

DCE – Data Communications Equipment and a common example is a modem.

PLC may be either a DTE or DCE device.

When plc and external device are both DTE, (or both DCE) devices they can’t talk to each other. The solution is to use a null-modem connection.

Usually, The plc is DTE and the external device is DCE.

Using RS-232 with PLC

Some manufacturers include RS-232 communication capability in the main processor. Some use the “programming port” for this. Others require a special module to “talk RS-232” with an external device.

External device may be an operator interface, an external computer, a motor controller, a robot, a vision system, etc.

To communicate via RS-232 we have to setup:
1. Where, in data memory, will we store the data to be sent?
2. Where, in data memory, will we put the data we receive from the external device?

*******

The SCADA Advantage. Industrial and Commercial Real-time Data Monitoring for any Business Operation.

SCADA = Supervisory Control and Data Acquisition

We do design, programming, and system integration of local-to-remote-real-time data monitoring and control. Just orient us what you do and what you think is important, we will do the rest.

Integrate and customize the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.

Check it out.

https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/
Email me for RFQ’s and interest on system integration services.

Jess C.Gregorio

InSpecIT Inc.

Unit 719/722 City & Land Mega Plaza Bldg.

ADB Ave. cor. Garnet Road, Ortigas Center

San Antonio, Pasig City, Philippines 1605

gregoriojess@yahoo.com

PLC Communication II


* Curated information from The PLC Manual

START/STOP Bits

start bit. This is a synchronizing bit added just before each character we are sending. This is considered a SPACE or negative voltage or a 0.

stop bit. This bit tells us that the last character was just sent.
This is considered a MARK or positive voltage or a 1.

Parity bit

Parity bit is added to check whether corruption has occurred. Common forms of parity are: None, Even, and Odd. During transmission, the sender calculates the parity bit and sends it. The receiver calculates parity for the character and compares the result to the parity bit received. If the calculated and real parity bits don’t match, an error occurred and we act appropriately.

Baud rate

it is the number of bits per second that are being transmitted or received. Common values (speeds) are 1200, 2400, 4800, 9600, 19200, and 38400.

RS232 data format

RS232 data format (baud rate-data bitsparity-stop bits). 9600-8-N-1 means a baud rate of 9600, 8 data bits, parity of None, and 1 stop bit.

Software handshaking

Software handshaking (flow control) is used to make sure both devices are ready to send/receive data. The most popular “character flow control” is called XON/XOFF. The receiver sends the XOFF character when it wants the transmitter to pause sending data. When it’s ready to receive data again, it sends the transmitter the XON character.

STX & ETX

Sometimes an STX and ETX pair is used for transmission/reception as well. STX is “start of text” and ETX is “end of text”. The STX is sent before the data and tells the external device that data is coming. After all the data has been sent, an ETX character is sent.

ACK / NAK Pair

The transmitter sends its data. If the receiver gets it without error, it sends back an ACK character. If there was an error, the receiver sends back a NAK character and the transmitter resends the data.

*******

The SCADA Advantage. Industrial and Commercial Real-time Data Monitoring for any Business Operation.

SCADA = Supervisory Control and Data Acquisition

We do design, programming, and system integration of local-to-remote-real-time data monitoring and control. Just orient us what you do and what you think is important, we will do the rest.

Integrate and customize the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.

Check it out.
https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/

Wonder if you need the above mentioned offered leverage?

Jess C.Gregorio

InSpecIT Inc.

Unit 719/722 City & Land Mega Plaza Bldg.

ADB Ave. cor. Garnet Road, Ortigas Center

San Antonio, Pasig City, Philippines 1605

gregoriojess@yahoo.com

PLC Communications


* curated information from The PLC Manual

PLC Communications

Extension modules

PLC I/O number can be increased through certain additional modules by system extension through extension lines. Each module can contain extension both of input and output lines.
Extension modules can have inputs and outputs of a different nature from those on the PLC controller. When there are many I/O located considerable distances away from the PLC an economic solution is to use I/O modules and use cables to connect these, over the long distances, to the PLC.

Remote I/O connections
When there are many I/O located considerable distances away from the PLC an economic solution is to use I/O modules and use cables to connect these, over the long distances, to the PLC.

Remote PLCs
In some situations a number of PLCs may be linked together with a master PLC unit sending and receiving I/O data from the other units.

Cables
Twisted-pair cabling, often routed through steel conduit. Coaxial cable enables higher data rates to be transmitted and does not require the shielding of steel conduit.

Fiber-optic cabling has the advantage of resistance to noise, small size and flexibility.

Parallel communication
Parallel communication is when all the constituent bits of a word are simultaneously transmitted along parallel cables. This allows data to be transmitted over short distances at high speeds. Might be used when connecting laboratory instruments to the system.

Parallel standards
The standard interface most commonly used for parallel communication is IEEE-488, and now termed as General Purpose Instrument Bus (GPIB).
Parallel data communications can take place between listeners , talkers , and controllers. There are 24 lines: 8 data (bidirectional), 5 status & control, 3 handshaking, and 8 ground lines.

Serial communication
Serial communication is when data is transmitted one bit at a time. A data word has to be separated into its constituent bits for transmission and then reassembled into the word when received. Serial communication is used for transmitting data over long distances. Might be used for the connection between a computer and a PLC.

Serial standards
RS-232 communications is the most popular method of plc to external device communications. RS 232 is a communication interface included under SCADA applications. Other standards such as RS422 and RS423 are similar to RS232 although they permit higher transmission rates and longer cable distances.

 There are 2 types of RS-232 devices:
DTE – Data Terminal Equipment and a common example is a computer.
DCE – Data Communications Equipment and a common example is a modem.
 PLC may be either a DTE or DCE device.

ASCII
ASCII is a human-readable to computer-readable translation code
(each letter/number is translated to 1’s and 0’s). It’s a 7-bit code, so we can translate 128 characters (2^7 is 128).

Protocols
It is necessary to exercise control of the flow of data between two devices so what constitutes the message, and how the communication is to be initiated and terminated, is defined. This is termed the protocol.
One device needs to indicate to the other to start or stop sending data.
Interconnecting several devices can present problems because of compatibility problems.
In order to facilitate communications between different devices the International Standard Organization (ISO) in 1979 devised a model to be used for standardization for Open System Interconnection (OSI).

*******

SCADA Advantage. Industrial and Commercial Real-time Monitoring Leverage

We do design, programming, and system integration of local-to-remote-real-time data monitoring and control. 

Integrate and customize the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.

Check it out.

https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/

Wonder if you need the above mentioned leverage in business?

Jess C.Gregorio

InSpecIT Inc.

Unit 719/722 City & Land Mega Plaza Bldg.

ADB Ave. cor. Garnet Road, Ortigas Center

San Antonio, Pasig City, Philippines 1605

gregoriojess@yahoo.com

PLC Operation


* curated information from The PLC Manual

PLC Operation

Input Relays
These are connected to the outside world. They physically exist and receive signals from switches, sensors, etc. Typically they are not relays but rather they are transistors.

Internal Utility Relays
These do not receive signals from the outside world nor do they physically exist. They are simulated relays and are what enables a PLC to eliminate external relays.

There are also some special relays that are dedicated to performing only one task.

Counters
These do not physically exist. They are simulated counters and they can be programmed to count pulses.

Typically these counters can count up, down or both up and down. Since they are simulated they are limited in their counting speed.

Some manufacturers also include highspeed counters that are hardware based.

Timers
These also do not physically exist. They come in many varieties and increments.

The most common type is an on-delay type.

Others include off-delay and both retentive and non-retentive types. Increments vary from 1ms through 1s.

Output Relays
These are connected to the outside world. They physically exist and send on/off signals to solenoids, lights, etc.

They can be transistors, relays, or triacs depending upon the model chosen.

Data Storage
Typically there are registers assigned to simply store data. Usually used as temporary storage for math or data manipulation.

They can also typically be used to store data when power is removed from the PLC.

*******

SCADA Advantage. Industrial and Commercial Real-time Monitoring Leverage
We do design, programming, and system integration of local-to-remote-real-time data monitoring and control. 
Integrate and customize the following- SCADA. FDAS. HMI. FMS. PLC. PAC. DCS. RTU. SMS.
Check it out.

https://jcgregsolutions.wordpress.com/2017/04/28/scada-leverage-real-time-monitoring-wherever-you-are/
Wonder if you need the above mentioned leverage in business?
Jess C.Gregorio

InSpecIT Inc.

Unit 719/722 City & Land Mega Plaza Bldg.

ADB Ave. cor. Garnet Road, Ortigas Center

San Antonio, Pasig City, Philippines 1605

gregoriojess@yahoo.com