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Broadley James S400 pH/ORP Sensor
The S400 is a rugged, sealed industrial pH or ORP sensor assembly designed for in-line or submersion applications in most industrial measurements, including waste water. The body is moulded from chemically resistant Ryton (PPS) and the reference junction is porous Teflon and built in sensor guard that protects the sensor tip from impact.. Built-in temperature compensators are available. Sensor also available in ORP (Redox) version.
TurbiTechw² HR - Self cleaning Suspended Solids Sensor
Range 0 - 50,000 mg/l. The TurbiTechw² HR Sensor has been specifically designed for use in wastewater treatment systems where high levels of suspended solids are desirable in the aeration phase. Membrane Bio Reactors (MBR) typically run with MLSS values in the region of 8,000 to 14,000 mg/l. High MLSS concentrations promote numerous process benefits, including stable operation, complete nitrification, and reduced biosolids production reducing biological volume requirements (and associated footprint) to only 20-30 percent of conventional biological processes.
Partech TurbiTechw² LS - Suspended Solids or Turbidity
The TurbiTechw² LS Sensor is designed to monitor the levels of suspended solids or turbidity typically found in final effluent from municipal and industrial wastewater treatment plants. It is also great at monitoring solids in the intake to both effluent and drinking water treatment processes. Available Ranges: 0 - 100 NTU, 0 - 500 NTU, 0 -1000 NTU. Monitoring of these key parameters requires sensors that are reliable and accurate, the TurbiTechw² LS meets this requirement perfectly. The large optical surfaces and sample volume ensure that the information provided by the sensor is both representative of the process and tolerant of fouling. In addition, the sensor incorporates a self cleaning mechanism that ensures that the optical surfaces are kept clean at all times, the cleaning system is designed to avoid problems with ragging and does not smear the optical system.
RDOX - Optical Dissolved Oxygen Sensor
The RDOX Sensor uses the latest optical technology for measuring dissolved oxygen (DO) in demanding wastewater, drinking water, industrial effluent and surface water environments. The sensor uses optical sensing techniques that provide a fast response and do not need a flowing sample to operate. There is no need for routine calibration, enabling manual intervention to be kept to an absolute minimum. Periodic validation of the measurement can be done as part of standard quality assurance performed by the operator. The sensor uses an extended life cap that does not have a finite life, though replacement is recommended every two years. When replacement of the cap is required the operation takes only a few minutes with no need to enter complex set up codes and no need to re-calibrate.
LTH Model BPD17 pH / Redox Transmitter
LTH Model BPD17 transmitters are compact, intelligent AC or DC powered devices for measurement of pH and redox, with Automatic or manual temperature compensation. Complete with current output, 2 control relays and Digital inputs.
LTH DPU18 PH Transmitter
The DPU18 is a microprocessor-controlled pH and Redox (ORP) measurement DIN rail mounted module that can be used with a wide range of Single ended or differential electrodes to measure and control a broad spectrum of solution pH or Redox. The mobile app LTH Discover that can be downloaded from all major app stores, is used to connect to the module via Bluetooth and display the primary reading and temperature, show operational status and to provide an intuitive means to configure and calibrate the module.
7300w² Monitor (Analytical Transmitter)
The 7300w² Monitor is the core product in the WaterWatch² range. The monitor is designed to interface with all of the sensors in the WaterWatch² range. The monitor specification provides all the connections required for 1 or 2 sensors, systems can be created by the use of expansion boxes to include multiple sensors. The maximum number of sensors will be limited by the practicalities of most sites. We anticipate 8 being a sensible maximum although many more can be accommodated.