PM-LD31A (Weight Indicator)

PM-LD31A (Weight Indicator)

PM-LD31A weight indicator with the ability to connect 6 load cells at the same time and having an analog output with high accuracy is a good option for weighing devices. The variety of input and output functions allows the PM-LD31 to fully control a Turin process.

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PM-LTD11A (Weight Transmitter/Indicator)

PM-LTD11A (Weight Transmitter/Indicator)

The weight transmitter PM-LTD11A is the new generation of Pars Mega transmitters, which has a 24-bit ADC chip, like its previous generation (PM-LT11A), and has achieved an extraordinary resolution of 1:100,000.

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PM-LD01 (Weight Indicator)

PM-LD01 (Weight Indicator)

Weight indicator or load cell indicator is used to display, transfer and convert weight. The PM-LD01 weight indicator is one of the most powerful and accurate load cell indicators with a 24-bit ADC and a resolution of 1:100,000 .

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PM-AD11(Analog Indicator)

PM-AD11(Analog Indicator)

24-bit analog to digital converter

4 digit display with scaling capability

Modbus RS485 serial communication

With inputs: 4~20ma, 0~20ma, 0~5V, 0~10V

The possibility of connecting a resistance ruler

Ability to connect to PLC, HMI and computer

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PM-WI01-DIS (Weight controller)

PM-WI01-DIS (Weight controller)

5 ingredients mixer program (manual emptying)

4 ingredients mixer program (automatic draining)

Tanker and silo emptying program

5 relay output

3 digital inputs

Two rows of 7-segment displays

Displays the status of the outputs

4 buttons to set menus

RS485 and RS232 ports

24-bit analog to digital converter

It has a 16-bit analog output

Ability to connect to PLC and HMI

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PM-CTR11A (True RMS Current Transmitter)

PM-CTR11A (True RMS Current Transmitter)

Wide range of port 485 baud rate (from 2400 to 230400)

Module status LED Indicator

10-bit Analog to Digital converter

1 CT input

Working temperature range: -30 ~ +75 degrees Celsius

RS485 serial communication with MODBUS protocol support

Current and voltage analog output

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PM-CT11A (Current Transmitter)

PM-CT11A (Current Transmitter)

Wide range of port 485 baud rate (from 2400 to 230400)

Module status LED Indicator

10-bit Analog to Digital converter

1 CT input

Working temperature range: -30 ~ +75 degrees Celsius

RS485 serial communication with MODBUS protocol support

Current and voltage analog output

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PM-RD01 (Remote Display)

PM-RD01 (Remote Display)

LED display panel with large dimensions

RS485 serial communication

RS232 serial communication

The possibility of specifying different weight units

Support for common displays in the market

ParsMega, Keli, Laumas, Yaohua

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PM-RIO18L (Remote IO Module with 5 Amp Relay Output)

PM-RIO18L (Remote IO Module with 5 Amp Relay Output)

8 isolated inputs

8 Isolated Relay output(5 Amp)

LED display of input and output status

RS485 serial communication

Ability to connect to PLC, HMI and computer

Has a power indicator LED

Has a LED indicator for performance (Status)

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PM-US01 (USB to RS485 isolated converter)

PM-US01 (USB to RS485 isolated converter)

No need for a separate power supply (powered via USB)

Isolated electric circuit between USB and bus 485 up to ±15KV ESD

Data sending and receiving rate up to 3Mbps

With screw terminal for RS485

It has an LED display for sending, receiving and feeding

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PM-LD01A (Weight Indicator)

PM-LD01A (Weight Indicator)

Can be installed on the board

Two rows of 7Segment displays with the ability to display various parameters

Analog output 4~20mA and 0~10V

RS485 port

Modbus RTU and Modbus ASCII protocol

3 digital inputs and 5 relay outputs

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PM-RD02 (Remote Display)

PM-RD02 (Remote Display)

The ability to support a variety of network settings

It has RS232 and RS485 ports

It has a segment 7 display with a character height of 5 cm

Supply voltage 12 to 36 volts (220 volts if ordered)

It has a frame with IP68 degree of protection

The working temperature range is -30 ~ +75 degrees Celsius

RTU/ASCII Modbus support

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About Parsmega

We believe customers are the best judges of the quality of our products.

Parsmega Sanat Engineering Group with Pars Mega brand was formed in 2010 with the aim of working in the field of industrial automation and electronic services. Pars Mega Engineering Group with the support of years of experience in the field of industrial automation and using the latest products from reputable global brands Is one of the pioneers in providing and developing industrial automation and control services in Iran.This group, with its educated and experienced staff who are proficient in using the latest tools and control devices in the world, designs and implements industrial automation projects in It has a wide range of market and industry needs.

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What is the difference between sensor, transducer and transmitter?

What is the difference between sensor, transducer and transmitter?

To check the difference between sensor, transducer and transmitter, we must first check the meaning of each of them.
Sensor: A sensor/device that detects or measures a physical property and records, displays, or otherwise responds to it.
Transducer: It is a converter/device that converts the changes of a physical quantity such as pressure or brightness into an electrical signal and vice versa.
Transmitter: a transmitter/set of equipment used to generate and transmit electromagnetic waves carrying messages or signals, especially radio or television waves.

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What is a Transmitter?

What is a Transmitter?

Transmitter literally means sender, in the world of communication, a transmitter is a device that sends radio waves through an antenna.

In the world of process control (industrial automation), a transmitter is a device that converts a signal produced by a sensor into an instrument signal that represents a parameter being measured and controlled.

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The Difference Between 4 and 6 Wire Load Cells

The Difference Between 4 and 6 Wire Load Cells

Depending on the model, the load cells have 4 or 6 wires with a wire shield. 6 wire types in addition to power +, power -, signal + and signal – terminals (Ext+, Ext-, Sig+, Sig-) have two other wires, sense + and sense – (Sen+, Sen-) or reference+ and reference- are.
The resistance of electric wires depends on factors such as temperature and length. Considering this, it can be said that changes in temperature and length can cause changes in the voltage drop on the wire, which the 6-wire system allows to compensate for these changes.

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