- Phone
-
Address
Room 501, No. 18 Guanri Road, Xiamen Software Park Phase II, Fujian Province
Product Categories
Xiamen Longlide Environmental Technology Development Co., Ltd
Online conductive electrode
NegotiableUpdate on 05/22
- Model
- Nature of the Manufacturer
- Producers
- Product Category
- Place of Origin
Overview
Online conductive electrode
Product Details
Quadrupole conductivity electrodeandIQ SENSOR NET System HostSupporting use, constantly monitoring conductivity online!
TetraCon 325
Adopting WTW's unique quadrupole testing technology, with built-in temperature probe and graphite sensing electrode, the testing range ranges from 1uS/cm to 2000mS/cm, and is universal.
TetraCon DU/T
Adopting WTW's unique four pole testing technology, it comes standard with a 7ml flow slot and a built-in temperature probe. The testing range ranges from 1uS/cm to 2000mS/cm for industrial process detection.
TetraCon 700IQ
Digital IQ sensor, sturdy and durable conductivity sensor, using WTW's unique four pole testing technology, with dual temperature probes, graphite sensing poles, and a sturdy epoxy resin shell. The testing range ranges from 10 uS/cm to 500mS/cm.
Online pipeline type conductive electrode
The unit of conductivity is usually expressed in uS/cm or mS/cm. Sensors used to test conductivity typically have a fixed electrode constant, measured in cm-1, which is determined by the geometry of the electrode. The conductivity of pure water is usually less than 0.05uS/cm (at 25 ℃), while the conductivity of natural water such as drinking water or surface water ranges from 100-1000uS/cm. The conductivity of acidic and alkaline solutions will be higher, reaching up to 1000mS/cm.
Created by WTWQuadrupole conductivity sensorStrong anti-interference ability, stable and reliable operation.
TetraCon Quadrupole Testing Technology
By testing the conductivity of the electrolyte between two electrodes (reciprocal of resistance) and multiplying it by the electrode constant, the conductivity of the solution can be obtained. The simplest conductivity sensor consists of two plates, and alternating current is applied to both plates to generate a current between them, which is linearly proportional to the number of ions in the solution. The task of the host is to process the current signal transmitted by the sensor, combine it with the electrode constant, and finally convert it into a conductivity value for display.
The electrode type conductivity sensor of WTW has two additional plates, and no current flows between these two plates, only responsible for providing a stable and constant reference potential. When there is a change in the system, such as electrode contamination, the sensor automatically adjusts the voltage applied to the current plate based on the sensed signal, thereby achieving automatic background compensation.
Quadrupole typeThe greatest benefitThere are two points. Firstly, it completely solves the polarization problem during high conductivity testing; The second is to solve the problem of inaccurate readings caused by electrode contamination.
By testing the conductivity of the electrolyte between two electrodes (reciprocal of resistance) and multiplying it by the electrode constant, the conductivity of the solution can be obtained. The simplest conductivity sensor consists of two plates, and alternating current is applied to both plates to generate a current between them, which is linearly proportional to the number of ions in the solution. The task of the host is to process the current signal transmitted by the sensor, combine it with the electrode constant, and finally convert it into a conductivity value for display.
The electrode type conductivity sensor of WTW has two additional plates, and no current flows between these two plates, only responsible for providing a stable and constant reference potential. When there is a change in the system, such as electrode contamination, the sensor automatically adjusts the voltage applied to the current plate based on the sensed signal, thereby achieving automatic background compensation.
Quadrupole typeThe greatest benefitThere are two points. Firstly, it completely solves the polarization problem during high conductivity testing; The second is to solve the problem of inaccurate readings caused by electrode contamination.
TetraCon 700
Durable and sturdy conductivity sensor, utilizing WTW's unique four pole testing technology, equipped with dual temperature probes, graphite sensing poles, and a sturdy epoxy resin casing. The testing range ranges from 10 uS/cm to 1000mS/cm. A submerged installation enclosure designed specifically for sewage treatment plants.
Durable and sturdy conductivity sensor, utilizing WTW's unique four pole testing technology, equipped with dual temperature probes, graphite sensing poles, and a sturdy epoxy resin casing. The testing range ranges from 10 uS/cm to 1000mS/cm. A submerged installation enclosure designed specifically for sewage treatment plants.
TetraCon 325
Adopting WTW's unique quadrupole testing technology, with built-in temperature probe and graphite sensing electrode, the testing range ranges from 1uS/cm to 2000mS/cm, and is universal.
TetraCon DU/T
Adopting WTW's unique four pole testing technology, it comes standard with a 7ml flow slot and a built-in temperature probe. The testing range ranges from 1uS/cm to 2000mS/cm for industrial process detection.
TetraCon 700IQ
Digital IQ sensor, sturdy and durable conductivity sensor, using WTW's unique four pole testing technology, with dual temperature probes, graphite sensing poles, and a sturdy epoxy resin shell. The testing range ranges from 10 uS/cm to 500mS/cm.
Online pipeline type conductive electrode
LRD 01
Stainless steel material, pipeline installation. Built in temperature probe, high temperature resistance up to 130 ℃, pressure resistance of 14 bar, 1/2 inch NPT thread. The testing range is 0.01us/cm-200us/cm,.
Stainless steel material, pipeline installation. Built in temperature probe, high temperature resistance up to 130 ℃, pressure resistance of 14 bar, 1/2 inch NPT thread. The testing range is 0.01us/cm-200us/cm,.
LRD 325
Pipeline installation. Built in temperature probe, high temperature resistance up to 100 ℃, pressure resistance of 10 bar, 1/2 inch NPT thread. The testing range is 1us/cm-2s/cm.
Pipeline installation. Built in temperature probe, high temperature resistance up to 100 ℃, pressure resistance of 10 bar, 1/2 inch NPT thread. The testing range is 1us/cm-2s/cm.
LR 325/01
Pure water and boiler water detection, made of stainless steel material, with flow channel and built-in temperature probe. The testing range is 0.001us/cm-300us/cm.
Pure water and boiler water detection, made of stainless steel material, with flow channel and built-in temperature probe. The testing range is 0.001us/cm-300us/cm.
LR 325/001
Ultra pure water detection, made of stainless steel material, with flow channel and built-in temperature probe. Test range 0.0001us/cm-30us/cm.
Ultra pure water detection, made of stainless steel material, with flow channel and built-in temperature probe. Test range 0.0001us/cm-30us/cm.
Introduction to IQ SENSOR NET System Host:
Single point multi parameter testing system: 182 system (1 to 4 sensors)
Detailed introduction:http://www.lawlink.cn/produceDetail.aspx?ID=19
◆ Can connect 1 to 4 sensors, suitable for situations with few testing points/parameters, such as testing 4 different parameters in one pool.
Multiple output information options available, such as RS485, MODBUS, PROFIBUS, or 0/4-20mA analog current output
Multi point distributed sensor testing network: 2020XT system (capable of connecting up to 20 sensors)
Detailed introduction:http://www.lawlink.cn/produceDetail.aspx?ID=7
◆ Up to 20 sensors can be connected, which is suitable for occasions with many test points. The distributed network system has advanced technology and excellent performance. The display terminal is mobile and supports hot plug
Multiple output signal modules are available for selection, such as RS485, MODBUS, PROFIBUS, or 0/4-20mA analog current output
Similar Product Recommend