Especificaciones-BroadSensor Technologies Co., Ltd.

Palabras clave： UV254 COD BOD TOC, Dissolved oxygen Turbidity, Oil in water, Transparency, Chlorophyll, Blue-green algae

Especificaciones

Multi-parameter sonde

Multi-parameter sonde for aquaculture

UV254 COD

Dissolved oxygen

Turbidity

Conductivity

Ammonia NH4-N

Ammonia NH3-N

pH/ORP

Chlorophyll

Blue-green algae

Oil in water

CDOM/fDOM

Transparency

Multiparameter Water Quality Sonde

BSM-2 is the 2nd generation Online Multiparameter Water Quality Sonde. BSM-2 is an instrument that collects water quality results. There are six different sensors at most and one wiper can plug into the sonde at the same time. Each sensor measures their parameter through optical, physical or electrochemical method. The sonde identifies the sensor Automatically.

UV254 Double-Wave COD Sensor With Wiper

The Broadsensor UV254 sensor is an optical-based absorption and transmittance with UV LED and PD technology sensor. The sensor measures the absorption at 254nm and 550nm at the same time to compensate the SAC measurement for interferences from turbidity and color.

UV254 5-beams COD Sensor with wiper

The Broadsensor UV254 sensor is an optical-based absorption and transmittance with UV LED and PD technology sensor. The sensor measures the absorption at UV 254nm, blue, green, red and IR Simultaneously to compensate the SAC measurement for interferences from turbidity and color.

Optical DO Sensor

The Broadsensor optical DO sensor is coated with a luminescent material. Blue Light from an LED strikes the luminescent chemical on the sensor. The luminescent chemical instantly becomes excited and then as the excited chemical relaxes, it emit red light. The red light is detected by a photo diode. The time it takes for the chemical to return to a relaxed state is measured by referring an independent red led light. Oxygen has a dampening effect on this reaction. The oxygen concentration is proportional to the time it takes for the luminescent material to return to a relaxed state.

UV 254 Double-Wave COD Sensor

The Broadsensor UV254 sensor is an optical-based absorption and transmittance with UV LED and PD technology sensor. The sensor measures the absorption at 254nm and 550nm at the same time to compensate the SAC measurement for interferences from turbidity and color.

Online Turbidity Sensor

BroadSensor measures turbidity with an fiber optics sensor. An 860nm light from the emitter enters the sample via fiber and scatters off particles in the water. The scattered light at 90 degrees,, enters a PD detector via fiber. This follows the nephelometric technique of measurement, and values are expressed in nephelometric turbidity units (NTUs). This follows the ISO7027 standard.

Ammonium With pH And ORP Sensor

Principle • NH4+ Selective electrodes(ISEs) • PH Glass single electrode • ORP- single electrode • Ref- single Ag/Ag/Cl reference electrode

4-electrode Exposed Conductivity Sensor

Conductivity sensor is widely used around power sector, chemistry industry, environmental protection field, food safety field and marine studies. Our sensor increases a pair of driven electrodes, which can effectively avoid deviation and drift caused by polarization of electrode. Besides, we designed the conductance cell inside the sensor, so the maintenance intervals are much longer.

Online 4-electrode Conductivity sensor(diameter 16mm)

Broadsensor conductivity sensor measures conductivity by AC voltage applied to 316 or C22 electrodes. The sensor requires little maintenance or special attention for storage and can measure high conductivity water long-term.

4-electrode Conductivity Sensor

Conductivity sensor is widely used around power sector, chemistry industry, environmental protection field, food safety field and marine studies. Our sensor increases a pair of driven electrodes, which can effectively avoid deviation and drift caused by polarization of electrode. Besides, we designed the conductance cell inside the sensor, so the maintenance intervals are much longer.

Online Chlorophyll Sensor

Chlorophyll content was monitored by fluorescence analysis. This method directly detects the fluorescence of specific pigments in chlorophyll a cells, and to determine the relative chlorophyll content. The sensor is IP68 waterproof. It supports Modbus. Can be widely used in rivers, lakes, drinking water source and other areas.

Optical Dissolved Oxygen Sensor(diameter 16mm)

The Broadsensor optical DO sensor(diameter 16mm) is coated with a luminescent material. Blue Light from an LED strikes the luminescent chemical on the sensor. The luminescent chemical instantly becomes excited and then as the excited chemical relaxes, it emit red light. The red light is detected by a photo diode. The time it takes for the chemical to return to a relaxed state is measured by referring an independent red led light. Oxygen has a dampening effect on this reaction. The oxygen concentration is proportional to the time it takes for the luminescent material to return to a relaxed state.

Online CDOM/fDOM Sensor

Principle: • UV Fluorescence Method • Excitation Wavelength: 360nm • Emission: 460nm

Online pH Sensor(diameter 16mm)

BroadSensor online pH Sensors with Integrated Digital Electronics for Plug and Play Capability with Broadsensor multi-parameter sonde and IP68 connector to any PLC. pH sensors have a unique design that incorporates a user-replaceable sensor tip (module) and a reusable sensor base that houses the processing electronics. This allows users to reduce the costs and easy to maintain.

Online pH Sensor

Broadsensor online pH/ORP Sensors with Integrated Digital Electronics for Plug and Play Capability with Broadsensor multi-parameter sonde and IP68 connector to any PLC. pH/ORP sensors have a unique design that incorporates a user-replaceable sensor tip (module) and a reusable sensor base that houses the processing electronics. This allows users to reduce the costs and easy to maintain.

ppb class Optical Dissolved Oxygen Sensor

The Broadsensor ppb class optical DO sensor is coated with a luminescent material. Blue Light from an LED strikes the luminescent chemical on the sensor. The luminescent chemical instantly becomes excited and then as the excited chemical relaxes, it emit red light. The red light is detected by a photo diode. The time it takes for the chemical to return to a relaxed state is measured by referring an independent red led light. Oxygen has a dampening effect on this reaction. The oxygen concentration is proportional to the time it takes for the luminescent material to return to a relaxed state.