Best Price Phosphate Analyzer Company

Product Overview

- LSGG-5090 industrial online phosphate analyzer from BOQU (Shanghai Boqu Instrument Co., Ltd.). Designed for continuous, on-site measurement of phosphate (phosphorus) in process and environmental waters using phosphorus-molybdenum yellow photoelectric colorimetry. Compact benchtop unit with 1–6 channel options, RS485 Modbus communication and 4–20 mA outputs for integration with control systems.

Product Features

- Measurement principle: phosphorus-molybdenum alum yellow photoelectric colorimetry.

- Measuring ranges optional: 0–2000 ?g/L, 0–10 mg/L, 0–100 mg/L.

- Performance: accuracy ±1% F.S., repeatability ±1% F.S., drift ≤ ±1% F.S./24 h.

- Response time: initial ~4 minutes; ~98% reading by 6 minutes. Sampling period: 3 min/channel.

- Operational limits: flow >2 mL/s; process temp 10–45 °C; ambient 5–45 °C, 40 °C).

- Low reagent use (~3 L/month), monochromatic cold light source, automatic regular calibration, 1 month of stored historical data.

- Outputs and interfaces: 4–20 mA per channel, alarm relay (220 V/1 A), RS485 Modbus. Power AC 220 V ±10%, ~50 W.

Product Value

- Provides fast, reliable and accurate real-time phosphate monitoring to protect equipment and personnel, support process control, and reduce chemical overdosing.

- Enables automated dosing or SCADA integration via programmable current outputs and Modbus, improving operational efficiency and reducing manual sampling costs.

- Low reagent consumption, automatic calibration and low maintenance reduce operating expenses and downtime.

- Data storage and traceability support compliance, trending and process optimization.

Product Advantages

- High measurement accuracy, fast response and long-term stability compared with peer products.

- Flexible multi-channel configuration (1–6) for cost-effective deployment and scale-up.

- Durable components (long-life cold light source) and a design focused on long-lasting performance.

- Built-in automation features (auto-calibration, programmable outputs, alarm contacts, RS485) simplify integration and reduce labor.

- Compact footprint and modest power/reagent requirements lower installation and running costs.

Application Scenarios

- Continuous phosphate monitoring in thermal power plant boiler and cooling water systems to prevent scaling and corrosion.

- Chemical and petrochemical process water monitoring for quality control and safety.

- Industrial wastewater and effluent monitoring to meet discharge limits and environmental compliance.

- Any on-site or online phosphate monitoring need where integration with dosing systems or plant control is required (water treatment, reuse systems, laboratories with process connections).