Energy saving and emission reduction automation system

NegotiableUpdate on 05/22

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The energy-saving and emission reduction automation system connects the site to the temperature acquisition module through a bus, and the temperature acquisition module sends the data collected by each temperature sensor to the bus through a single bus. Each acquisition module can be connected to a temperature measurement cable with 1-60 built-in temperature sensors. This scheme can provide real-time temperature monitoring for large-scale test sites, supporting online temperature monitoring for 180 wells or temperature measurement cables, as well as observation wells with more than 1500 points.

Product Details

Energy saving and emission reduction automation systemImportant features:

1. The structure is simple, and one bus can connect 1-60 sensors. The bus adopts a three wire system, and all sensors are like light bulbs, which can be directly connected to the bus

2. Long bus distance. Equipped with strong driving modules and ordinary wires, it can easily measure 500 meter deep wells

3. The deep well soil detection sensor has a protection level of IP68 and can withstand pressures up to 5Mpa

4. Customized waterproof and tensile cables enhance the stability and reliability of the system. Summary of features: high cost performance ratio, according to different needs, more than you can imagine

This system is an ideal replacement for traditional platinum resistance temperature measurement systems to address the issue of small U-tube diameters Can be applied to:

１. Testing and analysis of backfill materials for buried pipes and underground temperature field of ground source heat pumps

Research on Thermal Interference between Tube Groups in U-shaped Vertical Buried Heat Exchanger

3. Research on the Performance and Underground Temperature Field of U-tube Ground Source Heat Pump System

4. Experimental study on heat transfer performance of buried pipes in ground source heat pumps

5. Research on heat transfer of ground source heat pump buried pipe heat exchanger

6. Numerical simulation and experimental study of heat transfer in the aquifer of buried heat exchangers.

Technical parameters of this system: Supports sensors: 18B20 high-precision deep well water temperature digital sensor, logging depth: 1000 meters, sensor pressure resistance: 5Mpa, configuration equipment: remote temperature acquisition module+logging cable+sensor,

Energy saving and emission reduction automation system

1. Temperature measurement range: -10 ℃ to+100 ℃

2. Temperature accuracy: ± 0.5 ℃ (-10 ℃~+80 ℃)

3. Resolution: 0.1 ℃

4. Sampling points: less than 128

5. Inspection cycle: less than 3 seconds (adjustable)

6. Transmission technology: RS485, RF (Radio Frequency Technology) GPRS

7. Measurement point line length: less than 350 meters

8. Power supply mode: AC220V/built-in lithium battery can provide power for 1-3 years

9. Working temperature: -30 ℃ to+80 ℃

10. Working humidity: less than 90% RH

11. Cable protection level: IP66