DOG-2092D Industrial Online Dissolved Oxygen Meter
DOG-2092D Industrial online Dissolved Oxygen Meter is a high-intelligence on line continuous monitoring
instrument developed by our company. DOG-209F (ppm grade) Relying on its quick response, stability, reliability,
low usage cost and other features, large-scale used.
Features
Computer-based: It adopts high-performance CPU chip, high-precision AD conversion technology and SMT to |
complete multi-parameter measurement, temperature compensation and automatic range switching, with high |
precision and good repeatability. |
Reliability: Touch button, no switch knob or potentiometer |
Alarm: Alarm signal isolation output; the alarm upper and lower limits can be arbitrarily set and the alarm is |
undone in hysteresis. |
Isolated current output: The current is corresponding to the output upper and lower limits of the dissolved oxygen |
values, which can be arbitrarily set. |
Technical Indexes
1. Measuring range:0~100.0 ug/L; 0~20.00 mg/L (automatic switching); 0~60℃ |
Resolution: 0.1 ug / L; 0.01 mg / L; 0.1℃ |
2. Intrinsic error of the whole instrument: ug/L: ± l.0%FS; mg/L: ±0.5%FS, temperature: ±0.5℃ |
3. Repeatability of the indication of the whole instrument: ±0.5%FS |
4. Stability of the indication of the whole instrument: ±l.0%FS |
5. Automatic temperature compensation range: 0~60℃, with 25℃ as the reference temperature. |
6. Response time: <60s (98% and 25℃ of the final value) |
7. Output current error: ≤±1.0%FS |
8. Isolated output: 4~20 mA(load resistance <750Ω) |
9. Communication interface: RS485 or RS232(optional) |
10. Data storage time: 10 years |
11. Alarm relay: AC 220V, 3A |
12. Power supply: 220V±10%, 50 ±1 Hz, DC24V (optional) |
13. Overall dimension: 96 (length)x96(width)×110(depth)mm |
Dimension of the hole: 92x92 mm |
14. Weight: 0.8kg(secondary meter) |
15. Working conditions: ambient temperature: 0-60℃; relative humidity <85% |
16. The connection tubes for inlet and outlet water: Pipes and hoses should be of the following three sizes: |
Φ8, Φ10 and Φl2. |
