Product Description:
The DX-PH2000T Online pH Meter by Wuxi Daoxin Technology Co., Ltd. is a high-performance device designed for precise pH monitoring in industrial settings. It features a broad measurement range from 0.00 to 14.00 pH with a resolution of 0.01 pH and outstanding accuracy of ±0.01 pH. Equipped with automatic temperature compensation (0–100℃), fast response (≤10 seconds), and multiple installation methods (wall-mounted, pipeline, immersion, flow-through), this meter is highly versatile. The unit offers reliable signal output via 4-20mA and RS485 (Modbus RTU) and supports various electrode types including glass, composite, and ISFET semiconductor. Built with corrosion-resistant materials, it ensures durability even in harsh environments, while its high/low alarm function and relay output enhance operational safety.
Technical Parameters:
| Technical Parameter |
Value |
| Temperature Compensation Range |
0 ～ 100 ℃ (Automatic Or Manual Compensation) |
| Installation Method |
Wall-mounted / Pipeline-mounted / Immersion / Flow-through |
| Alarm Function |
High/Low Limit Alarm, Relay Output |
| Power Supply |
AC 220V ±10%, 50/60Hz Or DC 24V |
| Electrode Lifespan |
≥ 1 Year (Depending On Water Quality And Maintenance) |
| Measurement Accuracy |
±0.01 PH |
| Signal Output |
4-20mA, RS485 (Modbus RTU) |
| Measurement Range |
0.00 ～ 14.00 PH |
| Response Time |
≤ 10s (Seconds) |
| Resolution |
0.01 PH |
Applications:
The DX-PH2000T is widely used in water treatment facilities, chemical and pharmaceutical industries, food and beverage production, environmental monitoring stations, and aquaculture. It provides continuous, high-stability pH data crucial for process control and quality assurance in diverse industrial and environmental settings.
Support and Services:
We offer professional after-sales support covering installation guidance, routine calibration, technical troubleshooting, and electrode replacement services. Our team ensures your pH monitoring system remains precise and reliable, helping you maintain optimal operational standards.
