ba-Design and Construction commissioning process

Project Scope

1, building automation system design first of all to understand the target buildings in the geographical environment, the use of buildings, building automation system construction target positioning, construction equipment size and control technology and monitoring scope and other engineering conditions. These conditions are generally described in the project tendering technical documents, designers can also according to their own experience, put forward specific implementation plans.

2, usually the project tender is the primary basis for building automation system engineering design, according to the building environment, construction use, project scope and other engineering conditions, select the appropriate national or local standard norms as the design basis.

the choice of standard

1, the standard type (national standards, local standards, industry standards)

2, the applicability of the standard

3, the relationship between the standards

4, the timeliness of the standard

part of the latest national standards

1, Civil Architecture Electrical Design Code (JGJ t16-92)

2, intelligent building Design standards (GB/t 50314-2000)

3, industrial enterprise communication Grounding Design Code (GBJ79-85)

4, Building design Fire Code (GB50045-95)

5, heating ventilation and air conditioning design code (GBJ19-87)

6, intelligent building weak electricity engineering design and Construction Atlas (GJBT-471)

7. Code for construction and acceptance of automatic instrument engineering (GB50093-2002)

8. Code for construction and acceptance of cable lines for installation works of electrical installations (GB 50168-92)

9, building electrical installation Engineering quality acceptance criteria (GB50303-2002)

10, intelligent Building Construction Acceptance Code (GB50-2003), etc.

product selection of building automation system

1. Product Brand

2, the scope of application of the product

3, the performance of the product network system and the degree of standardization

4, the field controller flexibility and processing capacity

5, PC monitoring software functions and ease of operation

6. Price factors

monitoring function design of building automatic control system

1, in the actual project, the design personnel to master the Monitoring equipment information is different.

2, Monitoring Point table

3, System monitoring schematic diagram

4. HVAC equipment list (with parameter list)

5, strong electrical and electronic drawings

6, HVAC, water supply and drainage plan and system diagram

7. Building Plan

8. Simple Architecture Introduction

9, other manufacturers of monitoring equipment list

10, the actual operation, according to the existing information and engineering experience, the production of monitoring point table, System monitoring schematic diagram and system design plan.

system structure design of building automatic control system

1. Network Level Design

2, monitoring Management center and Operation Management Station design

3. Network communication system Structure design

4, the field control equipment distribution and monitoring range design

5. Communication interface Design

Product Selection

1, the choice of software products

2, the choice of monitoring computer

3, the choice of printer

4, the choice of ups

5, the choice of the controller

6, the sensor selection

7, the choice of implementing agencies

Preliminary Design Results

1, System monitoring schematic diagram

2, System monitoring point tables

3. System design Scheme (System overview, design basis, company profile, system function, product selection, design plan, main equipment introduction, project maintenance and training)

4. System Product Quotation

5. System Network Structure diagram

deepening design of building automation system

1, Pipeline design (pipeline diagram)

2. Interface design (interface diagram)

3. Design interface

4, Equipment and material interface

5, Technical Interface interface

6. Construction interface

7, power supply mode design (coordination)

8. Installation design (wiring diagram, installation bulk diagram)

9. Interface design (interface design manual)

10. Optimized design (optimization scheme)

ba-Design and Construction commissioning process