サニー・トレーディング List of Products and Services

The HypoSense series, which measures chlorine in industrial sodium hypochlorite, uses an optical sensor with a measurement range of 0 to 16%. It is specially designed to withstand the harsh chemical environment of industrial bleach (sodium hypochlorite). It is resistant to pH changes, does not require reagents, is very stable, and can reduce maintenance and lifecycle costs. With a built-in temperature sensor, automatic temperature compensation is performed. *For more details, please download the PDF or feel free to contact us.*

The DioSense series chlorine dioxide meters use the latest high-quality chlorine dioxide sensors available worldwide. The DioSense sensors are diaphragm-type sensors that are highly stable, do not interfere with chlorine, do not use reagents, and minimize maintenance efforts and lifecycle costs. • Amperometric sensor – allows for continuous measurement • Low-cost implementation as no chemical reagents are used • Stable reliability – excellent process control • Ideal for all drinking water and process water • Maintenance intervals of up to 6 months • Unaffected by residual chlorine • Resistant to water containing detergents • Hypochlorous acid sensors are also available

The PeroxiSense series sensors and flow cells can be used in combination with different controllers, demonstrating equally excellent performance under various communication, display, and control options. The PeroxiSense series hydrogen peroxide analyzers provide highly efficient equipment.

PeraSense's sensors and flow cells demonstrate similar excellent performance even with combinations of different controllers, offering various communication, display, and control options. The PeraSense series of peracetic acid instrumentation provides highly sophisticated peracetic acid sensors, monitors, and controllers.

The DioSense sensors and flow cells come with different controllers, offering various options for communication, display, and control, even with the same performance. They can also be installed on various flow cells and automatic cleaning devices.

Pi's Autoflush is an automatic cleaning system that can be added to contamination processes where defects may occur. Autoflush can be used in combination with Pi's sensors for pH, ORP, free chlorine, total chlorine, ozone, chlorine dioxide, peracetic acid, and hydrogen peroxide (or combinations of these sensors), and consists of a large flow cell that automatically empties based on user-selected time intervals. It is installed in paper mills and food factories around the world. Keeping the sensors clean improves performance. • Prevents the accumulation of solids through frequent cleaning. • Reduces maintenance frequency. • Extends sensor lifespan. • Compatible with pH/ORP/Cl2/O3/ClO2/H2O2/C2H4O3. • Allows selection of cleaning time. • Allows selection of cleaning frequency. • Equipped with a 'clean now' function. • Simple and low maintenance frequency.

The pHSense sensor and flow cell are equipped with various controllers, providing the same excellent performance through different communication, display, and control options. The pHSense series online pH meters are fully equipped with everything you need.

The OxySense series online DO meters are equipped with the latest high-quality optical DO sensors available worldwide. The optical light-emitting device is highly wear-resistant, offers excellent stability, and significantly reduces maintenance and lifecycle costs. • No chemicals or moving parts • Optional self-cleaning sensor and self-verification • Stable reliability - excellent process control • Suitable for all dissolved oxygen applications • Maintenance interval for DO meters can be up to 36 months • Calibration interval for DO meters can be up to 6 months

ORPSense is equipped with a function that allows for automatic cleaning at intervals set by the user. The automatic cleaning feature is particularly effective in applications such as food processing and pulp and paper, where there is a possibility of solids adhering to the sample. Automatic cleaning is available in at-line, inline including immersion and screw-in, and auto-clean pipes. Multi-Sensor System All products of ORPSense's ORP meters can be equipped with additional sensors for chlorine, pH, and more. For more details, please contact us.

The PI conductivity sensor for light industrial use incorporates graphite technology. With a durable epoxy resin body structure, it is a highly reliable conductivity sensor suitable for drinking water and purification. The sensor can be arranged in series, installed in T-joints of pipes, or submerged in tanks. In many applications, especially process applications, the epoxy body conductivity sensor is used as the most cost-effective and reliable conductivity sensor. Thanks to its robust epoxy body, the conductivity sensor is virtually unbreakable. It is the optimal choice for use as a standard online conductivity electrode in the water-related industry.

The FluoriSense series does not use TISAB, so pinpoint accuracy is not crucial, and it can only be used in applications where the ionic strength of the water is relatively stable. In many applications, fluoride ion meters are primarily used to verify whether flow proportional dosing is functioning effectively. In such applications, the FluoriSense series can be considered an ideal sensor, providing reliable measurement results that are low-cost and easy to install and monitor. By combining the CRONOS/CRIUS4.0 controller with the FluoriSense series sensors, flow proportional dosing can be performed without the need for PLCs or programming, and it can be controlled by all CRONOS/CRIUS4.0 systems. Adding the integration of SMART pumps from the CRIUS4.0 controller allows for the realization of an integrated dispensing system at a minimal cost compared to existing systems.

- Uses optical sensors that cover a range of 0-3500 mg/L (0-0.35%). - Can be implemented at a low cost as no reagents are used. - Stable reliability: excellent process control. - Cost reduction possible due to maintenance-free operation. - Cost savings possible with a long lifespan of up to 15 years.

The OzoSense series sensors are highly stable and unaffected by changes in pH, and since they do not use reagents, they contribute to reducing maintenance and operational costs. <Features> - Stable reliability: Excellent process control - Suitable for all drinking water and process water - Maintenance interval of up to 6 months - Calibration interval of up to 3 months - Does not react to residual chlorine.

The SoliSense series is a suspended solids/turbidity meter with a wide measurement range using a single sensor. It can measure turbidity and suspended solids across multiple measurement ranges with one sensor, from 2 NTU (1 mg/l) to 8% (*). (*) 8% is typical for urban wastewater slurry. This value varies depending on the optical characteristics of the sample. <Features> - Automatic cleaning optical sensor - Stability and reliability - excellent process control - Suitable for all drinking water, wastewater, and process water - Maintenance and calibration intervals of up to 12 months - Maximum pressure of 10 bar (10 atmospheres)

The UV254 UV meter is the world's first device designed in a modular format to be integrated with other sensors such as pH, turbidity, and water flow. In addition to standalone use, it can also be used as part of coagulation monitoring and coagulation control equipment packages. When used alone, the UV254 UV meter can serve as an alternative measurement for correlated TOC, BOD, and COD. Additionally, in UV transmission mode, it can be used for UV disinfection process control. <Features> - High durability: Proven in the field - Stability and reliability: Excellent process control - Alternative measurements for TOC, BOD, and COD - Compatible with all water analyses - UV disinfection control via UVT - UVA for water monitoring

The UV254Sense series portable UV meter measures UVT and UVA of all types of water in a simple and reliable manner. It can confirm measurements from online analytical devices or perform standalone measurements. <Features> - Portable type for monitoring organic matter in water - UV254 measurement (SAC or UVT) - Accuracy, stability, reliability - Fast response - Easy operation - High durability - Low cost - Calibration memory (no pure water required) - Long-life lamp By enabling rapid and reliable UV254 absorption measurements, it allows for quicker access to information on organic matter load. The UV254Sense series portable UV meter is an extremely beneficial tool for water treatment engineers, providing faster information delivery in field operations.

UV254Sense is the world's first product designed in a modular format to be integrated with other sensors such as pH, turbidity, and dissolved oxygen. It can be used both independently and as part of a wastewater monitoring system. UV254 is correlated and can be used as an alternative measurement for TOC, BOD, and COD. Additionally, in UV transmission mode, it can be used for controlling UV disinfection processes. <Features> - High durability (field proven) - Stability and reliability: excellent process control - Alternative measurements for TOC, BOD, and COD - Compatible with all water qualities - UVA for UV disinfection process control - UVA for water quality monitoring

The ChargeSense Laboratory Charge Analyzer is an essential tool for the paper industry that enables rapid decision-making for wet end supply. <Features> - Accelerates decision-making for wet end supply - Ideal for the paper industry - Capable of titrating cations and anions - Manual or automatic titration available - Multiple sample capacities - Easy operation - Built-in titration function with two titration pumps - pH measurement - Temperature measurement - Easy-to-read display - Minimum sample: 225ml - Maximum sample: 2000ml - Probe can be removed and cleaned - Piston can be removed and cleaned - Equipped with a sample stirrer (magnetic type) A portable suitcase is also available as an option.

CRIUS4.0 can connect up to four types of sensors, including analog outputs and relays. It is an analytical device equipped with more features and flexibility, and it also supports 3G/4G (optional). The optional communication packages include MQTT, Profibus, ASCII, Modbus RTU, and Modbus TCP. Additionally, it comes with standard data logging capabilities and can control complex water treatment processes at a lower cost compared to other devices by optionally incorporating multiple PID loops.

CRONOS is one of the controller series developed as a successor to CRIUS 4.0, minimizing costs by eliminating unnecessary features as much as possible. The optional communication package allows the use of Profibus, Modbus ASCII, Modbus RTU, Modbus TCP, 4-20mA, and relays for alarms and control.

- Measurement of chlorine, bromine, peracetic acid, chlorine dioxide, and hypochlorous acid is possible. - No glass components are used. - Due to electrical measurement, it can measure without being affected by surrounding light, the color of the measurement solution, turbidity, or suspended particles. - Data logging is possible. - All measurement results are automatically saved and can be traced later. - By setting the pass/fail judgment range, measurement results are displayed as PASS/FAIL immediately. - It is rechargeable via USB.

The SLSP-210 portable sodium hypochlorite analyzer can measure high concentrations of sodium hypochlorite from 0.01% to 16%. It uses an optical sensor, allowing for measurement without the need for reagents. There is no need to shield the sample, making it easy to measure sodium hypochlorite concentration on-site. Features: - Capable of measuring high concentrations of sodium hypochlorite from 0.01% to 16% - Simple design allows for easy measurement by just pouring the sample - Measurements can be taken without being affected by ambient light - No reagents required - Data recording function for 30,000 readings - Equipped with temperature compensation function

DPDSense uses 520nm emitted light to detect color changes when DPD reacts with chlorine to form a pink solution. The intensity of the pink color (light absorption) is proportional to the amount of free chlorine and total chlorine present in the sample. This technology is widely accepted around the world as a standard method for online monitoring of residual chlorine levels in water. DPDSense can measure free chlorine, total chlorine, or both. *For more details, please download the PDF or feel free to contact us.*