Yu-mining town water supply of computer monitoring system

Project description:

Project-related parties:

Langfang City, Anderson Controls Equipment Co., Ltd.

Kunlun Beijing China

Beijing Advantech

Projects:

Anderson has been the contractor and construction of water stations, constant pressure water supply system. At present, the need for on-site five water plants, 15 water wells in the overall monitoring.

System Overview:

System functions:

1. Control Center set up water stations in the center, the independent monitoring of the completion of the entire water plant;

2. Collection of water wells, submersible pumps, pond clearance, secondary pressure pumps, disinfection equipment and other equipment of various parameters, and collecting real-time feedback signal to the monitoring center;

3. To control pump start and stop at the scene;

4. Water wells, pond clearance data by radio transmission to the monitoring center to monitor the secondary pressure pump near the center of the signal through the RS-485 bus to the monitoring center.

5. Monitoring center uses the computer industry as a server, run the configuration software, surveillance, reality, memory records, print-related data and statements showing a part of the use of monitors, projectors program.

Objective: To build an advanced, complete, reliable, open, and in line with the sustainable development of rural water plant monitoring computer information systems.

Detailed parameters:

I. Analysis of monitoring communications and gathering

Five water stations, which

A central station monitoring parameters are:

• 6 pumps (only monitor, not control)
  6 DI
• Voltage control cabinet (380), current (200A), frequency (0-10V corresponding to 0-50Hz), pump pressure (0-5V), pool 1, the road clearance measuring the water level pressure sensor (Note: How to collect voltage and current values)
  5 AI
• 3 water well submersible pump-related monitoring and control of the state
  3 DI 3 months DO
• Sterilization equipment operation status and alarm monitoring needs
  2 DI
• Well there are three sources of water 3 meters, collecting pulse signal (a pulse 10 liters) (Note: pulse accumulated at the same time, calculation of the flow!)
  3 pulse count
• There are three water wells measuring 3 water level.
  3 AI

Analysis: A total of 3-way control cabinet AI, 11 Road, DI, 3 Road, DO, two electrical parameters (module 1 4017)
Water wells for each 1 pulse, 1 Road, AI
Two water wells, radio and wireless communications.

Four monitoring stations around the water parameters are:

• 4 pumps (only monitor, not control)
  4 DI
• Voltage control cabinet (380), current (200A), frequency (0-10V corresponding to 0-50Hz), pump pressure (0-5V), pool 1, the road clearance measuring the water level pressure sensor (Note: How to collect voltage and current values)
  5 AI
• 2 water wells submersible pump-related monitoring and control of the state
  2 DI 2 months DO
• Well there are two sources of water 3 meters, collecting pulse signal (a pulse 10 liters) (Note: pulse accumulated at the same time, calculation of the flow!)
  Pulse count 2
• There are two water wells measuring 3 water level.
  2 AI
• Sterilization equipment operation status and alarm monitoring needs
  2 DI

Analysis: A total of 3-way control cabinet AI, 11 Road, DI, 3 Road, DO, two electrical parameters (module 1 4017)
Water wells for each 1 pulse, 1 Road, AI
Two water wells, radio and wireless communications.
Remote Communication: The way radio. Distance from water wells within 600 meters sub-station has been completed, and no network cabling, so I hope that through wireless transmission to the central station directly.

Point system to monitor and maintain the 20% of redundancy.

Second, part of video surveillance:

Water Treatment Plant each separate video surveillance, 3 ~ 4 camera, fixed on the water works around 24 hours to monitor the overall situation of water plants. Local display and storage, preservation of historical data 1 week.

Center waterworks display:

Projector + screen (or white)

IPC 19-inch display (two monitors, respectively, show different interface.)

Third, software components:

5 Waterworks surveillance, water wells in 15 parameters, and remote control. Shows the overall system. The overall training software.

System:

Note: The radio station pairs are, therefore, we use more appropriate to what kind of program?

System Price: