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$10 USD/uro
Zastava PAKISTAN
lahore, pakistan
$10 USD/uro
Trenutno je 9:06 pop. tukaj
Datum pridružitve december 20, 2014
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Muhammad M.

@mminhaj23

 5,0 (1 ocena)
0,0
0,0
100%
100%
$10 USD/uro
Zastava PAKISTAN
lahore, pakistan
$10 USD/uro
100 %
Opravljeno delo
100 %
V okviru proračuna
100 %
Pravočasno
Ni relevantno
Stopnja ponovnega najema

Electronic Engineer

I am an experienced Electronic Design Engineer. I have more than 6 years of industrial experience in PCB Design, Digital Electronic, Analogue Electronic and Microcontrollers Programming. My areas of expertise are in Embedded System, Product Prototyping, PCB layouts and Firmware Development. If you are looking for quality hardware (and software) developer or you need help with your electronic design or maybe you want to convert your idea to successful product? Then you are right place and I would be happy to help you and fulfil your requirements.
Freelancer Electronics Engineers Pakistan
Glej vse Electronics Engineers v Pakistan

Stopite v stik s/z Muhammad M. glede vašega dela

Prijavite se, da se o podrobnostih pogovorite v klepetu.

Portfelj

6799383
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
6799338
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
6799438
This is the single rectifier IC base multi output power supply for low power requirments like LED display, relays and switches. AC Voltage 115 V - 230 V Voltage Out 12 V,5V , ISOLATED 5V. Current Out 350 mA Output Power 4.2 W Features Light Load Mode Short Circuit Protection Thermal Protection Under Voltage Protection, Brown-Out Zero Load Regulation
Low cost 4.2 W multi-output(12V,5V,ISO5V) power supply
This is the single rectifier IC base multi output power supply for low power requirments like LED display, relays and switches. AC Voltage 115 V - 230 V Voltage Out 12 V,5V , ISOLATED 5V. Current Out 350 mA Output Power 4.2 W Features Light Load Mode Short Circuit Protection Thermal Protection Under Voltage Protection, Brown-Out Zero Load Regulation
Low cost 4.2 W multi-output(12V,5V,ISO5V) power supply
This is the single rectifier IC base multi output power supply for low power requirments like LED display, relays and switches. AC Voltage 115 V - 230 V Voltage Out 12 V,5V , ISOLATED 5V. Current Out 350 mA Output Power 4.2 W Features Light Load Mode Short Circuit Protection Thermal Protection Under Voltage Protection, Brown-Out Zero Load Regulation
Low cost 4.2 W multi-output(12V,5V,ISO5V) power supply
This is the single rectifier IC base multi output power supply for low power requirments like LED display, relays and switches. AC Voltage 115 V - 230 V Voltage Out 12 V,5V , ISOLATED 5V. Current Out 350 mA Output Power 4.2 W Features Light Load Mode Short Circuit Protection Thermal Protection Under Voltage Protection, Brown-Out Zero Load Regulation
Low cost 4.2 W multi-output(12V,5V,ISO5V) power supply
6799397
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
6799295
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
6799279
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
6799383
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
The goal was to design a very accurate, long lasting, microprocessorbase industrial pH Controller to analyze and control pH parameter in various water application. Specifications Descriptions Measuring Range (pH) 0.00 - 14.00 scale, 0.01pH resolution, +/- 0.01 accuracy, +/- 1 digit Measuring Range (Temperature) 0.0-200.0 °C, 0.1 °C resolution, +/- 1.0 °C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 pH & Temperature values with corresponding Date & Time Calibration Mode Up to 3 points with any NIST standard and TCT standard buffers
Online industrial pH controller (Accurate and long lasting)
6799338
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
The aim of the project was to design a digital ORP controller used to analyze and control Oxidation Reduction Potential parameter and Free Chlorine detection in various water applications. Specifications Descriptions Measuring Range (ORP)) -2000 mV to +2000 mV, 1 mV resolution, +/- 1 mV accuracy Measuring Range (Temperature) 0.0 - 200.0°C, 0.1°C resolution, +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 ORP & Temperature values with corresponding Date & Timee Calibration Mode ORP Calibration can be done through Offset method (Max. Offset Value: +/- 200 mV) Analog Output 1 4-20mA corresponding to ORP, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) .
ORP Process Controller
6799438
This is the single rectifier IC base multi output power supply for low power requirments like LED display, relays and switches. AC Voltage 115 V - 230 V Voltage Out 12 V,5V , ISOLATED 5V. Current Out 350 mA Output Power 4.2 W Features Light Load Mode Short Circuit Protection Thermal Protection Under Voltage Protection, Brown-Out Zero Load Regulation
Low cost 4.2 W multi-output(12V,5V,ISO5V) power supply
This is the single rectifier IC base multi output power supply for low power requirments like LED display, relays and switches. AC Voltage 115 V - 230 V Voltage Out 12 V,5V , ISOLATED 5V. Current Out 350 mA Output Power 4.2 W Features Light Load Mode Short Circuit Protection Thermal Protection Under Voltage Protection, Brown-Out Zero Load Regulation
Low cost 4.2 W multi-output(12V,5V,ISO5V) power supply
This is the single rectifier IC base multi output power supply for low power requirments like LED display, relays and switches. AC Voltage 115 V - 230 V Voltage Out 12 V,5V , ISOLATED 5V. Current Out 350 mA Output Power 4.2 W Features Light Load Mode Short Circuit Protection Thermal Protection Under Voltage Protection, Brown-Out Zero Load Regulation
Low cost 4.2 W multi-output(12V,5V,ISO5V) power supply
This is the single rectifier IC base multi output power supply for low power requirments like LED display, relays and switches. AC Voltage 115 V - 230 V Voltage Out 12 V,5V , ISOLATED 5V. Current Out 350 mA Output Power 4.2 W Features Light Load Mode Short Circuit Protection Thermal Protection Under Voltage Protection, Brown-Out Zero Load Regulation
Low cost 4.2 W multi-output(12V,5V,ISO5V) power supply
6799397
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
To power different parts of board we need stable and noise free dc power supplies. This product was designed to provide specific voltage to different components or module with high efficiency and low noise. Input: 14-40VDC Output1: 12VDC@1A Output2: 5VDC@2A Output3: 5VDC@200mA (ISOLATED)
Step down DC to DC convertor
6799295
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
The goal was to develop extremely accurate microprocessor-based conductivity controller to analyze and control Conductivity / TDS parameter in various water applications. Usually it doesn’t require any calibration. Measuring Range (Conductivity) 0.00 μS/cm - 10.00 S/cm, 0.01 μS/cm resolution, +/- 0.5% accuracy Measuring Range (TDS) 0.00 - 10000 PPT, 0.01 PPM resolution, +/- 0.5% accuracy Measuring Range (Temperature) 0.0-200.0°C, 0.1°C resolution, Linear Coefficient +/- 1.0°C accuracy Clock Internal Clock, 24 Hr format, +/- 1 min / month accuracy Logger Internal Logger can save up to 60 Conductivity & Temperature values with respective Time & Date Calibration Mode Usually No Calibration is required but 1 point Calibration through any NIST or TCT standard buffers can be done if required Analog Output 1 4-20mA corresponding to conductivity, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω Analog Output 2 4-20mA corresponding to temperature, +/- 0.1mA accuracy, 0.1mA reso
On-line Conductivity Process Controller
6799279
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter
The goal of the reseach was to design a microprocessor-based Control System used to measure and control Flow parameter in a variety of water/fluid applications. Specifications Descriptions Measuring Range (Flow) Unit: m ³/hr (0 – 99999) Unit: liter/min (0 – 99999) Unit: US gallon/min (0 – 99999) Unit: Imperial gallon/min (0 – 99999) Accuracy +/- 0.5% Totalizer 0 – 99999 units Measuring Units m ³/hr liter/min US gallon/min Imperial gallon/min Calibration Mode User Input ( k-factor ) Analog Output 1 4-20mA corresponding to flow, +/- 0.1mA accuracy, 0.1mA resolution, maximum load 500Ω/td> Sensor Type Paddle Wheel (Rotor Type) Relays 1 (HI) – 200 VDC, 0.5A – On/Off Programmable 2 (LO) – 200 VDC, 0.5A – On/Off Programmable Display Large Graphical LCD (128x64) with adjustable Contrast and Adjustable Backlight Dimensions (Volume Based) L x W x D (113.5mm x 113.5mm x 83mm) Mounting Type Panel Mount
Paddle Wheel Flow Meter

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Use PIC18 microcontroller to implement vehicle entry system
Muhammad is able to commit and complete the project within the desire time. Working with him has been esay and he has been responsive. He is able to deliver as asked.
C Programming
Electronics
Microcontroller
Electrical Engineering
Arduino
O
Zastava Omar O.
@omarsparkz
•
pred 4 leti

Izkušnje

Senior R&D Engineer

RCB Chemicals and Services
jan. 2015 - Trenutno
I am working as an electronic R&D engineer since 2015.During this time, I have designed and developed hundreds of printed circuit boards, and many products, which are available in field of automation and control. I am a specialist in Embedded System, analogue electronics, Product design, PCB layouts and Firmware Development.

Izobrazba

Electronics engineering

North West Frontier Province University of Engineering and Technology, Pakistan 2010 - 2014
(4 leta)

Stopite v stik s/z Muhammad M. glede vašega dela

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