Level Transmitterr

EG Magnetostrictive Level Transmitter FINE-TEK

 EG series FINE-TEK Magnetostrictive Level Transmitter was created from the principle of magnetic field strength of two different directions thus sending out a signal to determine the exact level of the medium. Therefore even if there should be a power failure and reconnection is needed, it will not affect the previous setting so there is no reconfiguration involved. Moreover there is no contact of the sensing element which is internally in the stem itself, so even if during repeat operation, there will be no damage done to the sensing element that might caused due to wear and tear.
 As Magnetostrictive Level Transmitter signal output was direct, therefore additional installation of output interface was not needed thus any transfer interface. As the resolution was very accurate and reliable, this will enable to reduce the malfunction of the product and cause production down time of the company. Moreover, due to the durability of the sensing element, lifespan is exceptionally long, minimal maintenance and correction is needed, thus stocking up on replacement parts for maintenance is not needed.
 For PC connection to enable distant monitoring of one EG transmitter ( use RS232 / RS485 communication port) or multiple EG transmitters ( use RS485) .( RS 232 / RS485 are optional accessories) .

 Features

 High performance.
 Absolute position output.
 Short response time.
 High stable & high reliable.
 Non contact & long operation life span.
 Multi output selection.
 Easy installation & no periodic maintenance

Fine-Tek FG Magnetic Float Level Transmitter

FINE-TEK FG Magnetic Float Level Transmitter

The FINE TEK" Magnet Float Level Indicator" is composed of the float and sensing rod ( shown as below) . As the float raised or lowered by liquid level, the sensing rod will have a resistance output, which is directly proportional to the liquid level. Also, the float level indicator can be equipped with the TAB-1531 ( please see page 3) to produce a 0/ 4~ 20mA signal. In addition, we can use with PB series bargraphic display scaling panel meter for level control and display. Anyway, " Magnet Float Level Indicator" is a great benefit to all kinds of industries with its easy working principle and reliability.

 Features

 Every sensing element is protected by a plastic package, safety in use and transport.
 High performance and reliability of electric circuit modular designed.
 Lower installation costs, less maintenance, reduced personnel training, and decreased plant shock down time.

Paddle Level Sensor

Paddle Level Switch

Kategori:Level Sensor

Deskripsi:

Paddle Level Switch
Paddle Level Sensor
Powder Level Sensor
Grain Level Switch

Introduction

The paddle of the sensor rotates 1 time per minute. As the content in the tank fills up and influences the rotation of the paddle to stop, the relay in the sensor activates.

Paddle Level Switch
Paddle Level Sensor
Powder Level Sensor
Grain Level Switch

Introduction

The paddle of the sensor rotates 1 time per minute. As the content in the tank fills up and influences the rotation of the paddle to stop, the relay in the sensor activates.

Paddle Level Switch
Paddle Level Sensor
Powder Level Sensor
Grain Level Switch

Introduction

The paddle of the sensor rotates 1 time per minute. As the content in the tank fills up and influences the rotation of the paddle to stop, the relay in the sensor activates.

Paddle Level Switch
Paddle Level Sensor
Powder Level Sensor
Grain Level Switch

Introduction

The paddle of the sensor rotates 1 time per minute. As the content in the tank fills up and influences the rotation of the paddle to stop, the relay in the sensor activates.

Feature

■ Easy to install, and used in low or high temperature.
■ Used for fodder, grain, powder, etc.
■ Robust structure and able to adjust the length of axis.
Applications

• Plastic surgery equipment
• Plastic mixer
• Paint solid mixer
• Tube conveyor equipment
• Pulverizer
• Various types of molding equipments
• Rice cleaner
• Grain mixer
• Dryer
• Mill
• 
• A/S Check Point
  
  If you find any abnormal symptom during operation, please try to check below points.
  ■ Is the sequence circuit set correctly?
  ■ Isn't the lead line cut or short-circuit?
  ■ Is the float installed correctly regarding the direction or point?
  ■ Is there output through the lead line when you move the float up and down?
  

Level Sensor

Level Sensor

Level sensor is a sensor that serves to determine or control the level of a material can be increased or decreased height. This level can be used to determine the level of the fluid is liquid, solid or powder or slurry. Level sensors in many installations mounted on tanks, silos, river or creek. Level sensors monitor the remedy can be used directly decrease or increase of a liquid in a tank or can also be used to control functions such as limit switches which can be used to provide information or command level is at the lowest point or highest point of the sensor is commonly called Level Switch. While that serves to provide more info to either analog output 4-20 mA or 0-10V RS323 or commonly called the level transmitter.

Flowmeter With Batter

Product Over view

·        Stratified fluid piping design for two-channel measurement, measurement accuracy

·        Range than the width, and less than 0.01m / s starting flow

·        Display large amount of information, with the screen display 9 digital display four cumulative flow and instantaneous flow figures

·        Design of energy-saving, power-saving features such as automatic meter will empty tube or long-term fluid standstill

·        Full IP68 protection class design, the components completely sealed to protect, even if the water can be long-term work

·        Design at the time, there were a total of records and data collection functions on the month, day

·        With multiple communication interface mode; TTL level pulse output and USART interface for easy connection to other low power devices; standard RS485 interface; infrared communication interface; support CJ-188 communication protocol.

·        Supports standard MODBUS, M-BUS, HART communication protocol, compatible communications protocol Haifeng ASCⅡ code

·        Output signal and diverse: Available two isolated pulse signal output, (which pulse and pulse width equivalent programmable); may also 4-20mA two-wire output

·        With online software upgrades

·        With Dual PT1000 temperature measurement function, can achieve heat measurement

·        Built-quantitative control can be achieved manually or set the time automatically start controller, thus achieving automatic timing quantitative or quantitative irrigation water

·        Depending on customer needs to select a variety of units, including cubic US gallons, cubic feet and liters

·        Built-in lithium battery, the battery life of more than 6 years

Technical Parameter

· 

Project Parameters Accuracy class 2 (measurement period: 1 second) Turndown ratio 100, initiating a flow rate of less than 0.006m / s Measurement Range Water, sewage, water (other liquids to be customized), and full pipeline Measuring medium temperature 0.1-30 ℃ Work environment Temperature: -10 ~ 45 ℃; humidity ≤100% (RH) Pressure Rating 1.6MPa / 2.5MPa optional Upstream of the flow field sensitivity level U3 Downstream flow field sensitivity level D0 Climatic and mechanical environmental safety rating Grade C Electromagnetic Compatibility Level E2 level Communication Interface RS485 / USART / IR / USART serial communication bus, etc. Optional The output signal 4-20mA analog two-wire output (two-way isolation OCT or TTL optional, pulse width programmable) Communication protocol Haifeng fully compatible protocol (individual very distinct command) also supports the standard MODBUS, M-BUS, CJ-188 communication protocol Heat measurement Access Dual PT1000 achieve heat measurement Power supply Built-in lithium battery (3.6V) / External DC5 ~ 40V Protection class IP68 Local Display Two-line display includes nine cumulative amount, four instantaneous flow, as well as prompt and unit status Data Storage Using EEPROM / FLASH to store data, cumulative flow automatically record 128 months ago, the first 512 days Flow measurement cycle Measuring status: 1 times / sec (also can be set to 2 to 4 times / sec); verification status: 4 times / sec Power and Power Built-in 3.6V lithium battery can be used continuously for more than six years, external DC8-36V

Flow Range

Nominal diameter (Mm) Turndown ratio R Flow rate (m3/ h) Starting flow Minimum flow Q1 Transitional flow Q2 Common flow Q3 Overload flow Q4 DN15 200 0.003 0.0125 0.020 2.500 3.125 DN20 200 0.0035 0.016 0.030 3.200 4.000 DN25 200 0.007 0.020 0.030 4.000 5.000 DN32 200 0.010 0.032 0.0504 6.300 7.875 DN40 200 0.015 0.100 0.160 20.000 25.000 DN50 100 0.030 0.400 0.640 40.000 50.000 DN65 100 0.059 0.630 1.008 63.000 78.750 DN80 100 0.064 1.000 1.600 100.000 125.000 DN100 100 0.094 1.600 2.560 160.000 200.000 DN125 100 0.120 2.000 3.200 200.000 250.000 DN150 100 0.270 2.500 4.000 250.000 312.500 DN200 100 0.315 4.000 6.400 400.000 500.000 DN250 100 0.508 4.000 6.400 400.000 500.000 DN300 100 0.770 6.300 10.080 630.000 787.500

Size and Weight

Nominal Dimensions Threaded connection Effective thread length Weight kg Pressure Rating MPa L H1 H2 W1 W2 A pipe thread Port Thread B DN15 110 168 17.5 58 90 G3/4B G3/4B 10 2.2 2.5 DN20 130 173 24 58 90 G1B G1B 12.5 2.3 2.5 DN25 160 175 25 58 90 G11/4B G11/4B 13 2.5 2.5 DN32 180 177 31 58 90 G11/2G G11/2G 14.5 2.8 2.5 DN40 200 181 31 58 90 G2B G2B 188 3.3 2.5 DN Dimensions Flange size Weight kg Pressure Rating MPa L H1 H2 W1 W2 Diameter D Bolt hole circle diameter D1 Bolt aperture × number Φ × n Sealing surface Flange thickness c D2 f DN50 200 70 131 76 76 165 125 18 × 4 102 2 19 10.0 1.6 DN65 200 75 135 79 79 185 145 18 × 4 122 2 20 11.5 1.6 DN80 225 94 132 94 94 200 160 18 × 8 138 2 20 13.6 1.6 DN100 250 104 140 104 104 220 180 18 × 8 158 2 22 18.6 1.6 DN125 275 117 148 117 117 250 210 18 × 8 188 2 22 23.5 1.6 DN150 300 134 153 114 114 285 240 22 × 8 212 2 24 30.0 1.6 DN200 350 165 170 165 165 340 295 22 × 12 268 2 26 35.5 1.6 DN250 450 197 202 197 197 405 355 26 × 12 320 2 29 58.0 1.6 DN300 500 223 228 223 223 460 410 26 × 12 370 2 32 76.0 1.6