Data Investigation Form for Air Compressor Centralized Control/Energy saving System

As a professional provider of IoT data acquisition solutions and an expert in industrial IoT data acquisition, the editor of Shanghai Data Acquisition IOT Technology Co., Ltd， (daq-iot) hereby presents the following introduction, and sincerely welcomes discussions and exchanges. Supported Communication Interfaces: CAN, RS485, Mbus, 4–20mA, Profibus, CC-Link, HART, digital I/O, etc. Industrial Protocols: Modbus RTU/TCP, HJ212, IEC104, DLT645, DLMS, IEC61850, MQTT, etc. Mail:export@daq-iot.com

e data-draft-node="block" data-draft-type="table" data-size="normal" data-row-style="normal">body><Td>CompanyName: Contact Person: Company Address: Phone: Number of Air Compressors, Number of Pipe Networks, Power Supply Voltage, Air Compressor Brand and Model, Air Compressor Controller Model, Rated Power (KW), Rated Exhaust Capacity, Rated Voltage, Rated Current, Operating Current Form: Screw ○ Centrifugal ○ Piston ○ Screw ○ Centrifugal ○ Piston ○ Screw ○ Centrifugal ○ Piston ○ Yes Nofrequency conversionRated pressure, loading pressure, loading time, unloading pressure, unloading time, total operating time, total load time, conventional startup mode, backup electricity fee: pipeline network demand pressure, lower limit of demand pressure, current gas supply pressure, application location, daily working time/hour, annual working time/day. Information provided: 1. Pipeline system diagram. 2. Current installation status of electricity and flow meters in the system. 3. Energy consumption data of the station building in the past year. 4. Photos of the appearance, nameplate, and controller of the air compressor. 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

le data-draft-node="block" data-draft-type="table" data-size="normal" data-row-style="normal"><tbody><td> Company Name: Contact: Company Address: Phone: Number of Air Compressors, Number of Pipe Networks, Power Supply Voltage, Air Compressor Brand and Model, Air Compressor Controller Model, Rated Power (KW) Rated displacement, rated voltage, rated current, working current form, screw ○ centrifugal ○ piston ○ screw ○ centrifugal ○ piston ○ screw ○ centrifugal ○ piston ○ centrifugal ○ screw ○ centrifugal ○ piston ○ whether it is variable frequency, rated pressure, loading time, unloading time, total operating time, total load time, conventional startup form, backup electricity fee: pipeline demand pressure, lower limit of demand pressure, current gas supply pressure, application location, daily working time/hour, annual working time/day. Information provided: 1. Pipeline system diagram. 2. Current installation of electricity meter and flow meter in the system. 3. Energy consumption data of the station building in the past year. 4. Photo of the appearance, nameplate and controller of the air compressor. 5. Overall video of the station building (along the pipeline direction)
ble data-draft-node="block" data-draft-type="table" data-size="normal" data-row-style="normal"> Company Name: Contact Person: Company Address: Phone: Number of Air Compressors, Number of Pipe Networks, Power Supply Voltage, Air Compressor Brand and Model, Air Compressor Controller Model, Rated Power (KW) Rated displacement, rated voltage, rated current, working current form, screw ○ centrifugal ○ piston ○ screw ○ centrifugal ○ piston ○ screw ○ centrifugal ○ piston ○ centrifugal ○ screw ○ centrifugal ○ piston ○ whether it is variable frequency, rated pressure, loading time, unloading time, total operating time, total load time, conventional startup form, backup electricity fee: pipeline demand pressure, lower limit of demand pressure, current gas supply pressure, application location, daily working time/hour, annual working time/day. Information provided: 1. Pipeline system diagram. 2. Current installation of electricity meter and flow meter in the system. 3. Energy consumption data of the station building in the past year. 4. Photo of the appearance, nameplate and controller of the air compressor. 5. Overall video of the station building (along the pipeline direction)
able data-draft-node="block" data-draft-type="table" data-size="normal" data-row-style="normal"> Company Name: Contact Person: Company Address: Phone: Number of Air Compressors, Number of Pipe Networks, Power Supply Voltage, Air Compressor Brand and Model, Air Compressor Controller Model, Rated Power (KW) Rated displacement, rated voltage, rated current, working current form, screw ○ centrifugal ○ piston ○ screw ○ centrifugal ○ piston ○ screw ○ centrifugal ○ piston ○ centrifugal ○ screw ○ centrifugal ○ piston ○ whether it is variable frequency, rated pressure, loading time, unloading time, total operating time, total load time, conventional startup form, backup electricity fee: pipeline demand pressure, lower limit of demand pressure, current gas supply pressure, application location, daily working time/hour, annual working time/day. Information provided: 1. Pipeline system diagram. 2. Current installation of electricity meter and flow meter in the system. 3. Energy consumption data of the station building in the past year. 4. Photo of the appearance, nameplate and controller of the air compressor. 5. Overall video of the station building (along the pipeline direction)

Company Name: Contact Person:
Company address: Phone:
Number of air compressors		Number of pipeline networks		power supply voltage
Brand of air compressor
model
Model of air compressor controller
Rated power KW
Rated displacement
Rated Voltage
rated current
operating current
form	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○	Screw ○ Centrifugal ○ Piston ○
Whether frequency conversion
rated pressure
Loading pressure
loading time
Unloading pressure
Unloading time
Total runtime
Total load time
Conventional startup mode	Reserve electricity fee:
Pipeline network demand pressure		Lower limit of demand pressure		Current gas supply pressure
Application scenarios		Daily working hours/hour		Annual working hours/day
Materials provided: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year 4. Photos of the appearance, nameplate, and controller of the air compressor unit 5. Overall video of the station building (along the pipeline direction)

Cheng Shanghai DAQ-IoT Network TechnologyLimited contact person: Mr. Sun

Company address: Phone:

Number of air compressors, quantity of IoT pipeline network, power supply voltage

Air compressor brand DAQ-IoT

Model DAQ-GP-CT485

Model of air compressor controller

Rated power KW

Rated displacement

Rated Voltage

rated current

operating current

Form screw ○

Centrifugal ○

Piston ○ Screw ○

Centrifugal ○

Piston ○ Screw ○

Centrifugal ○

Piston ○ Screw ○

Centrifugal ○

Piston ○ Screw ○

Centrifugal ○

Piston ○

Whether frequency conversion

rated pressure

Loading pressure

loading time

Unloading pressure

Unloading time

Total runtime

Total load time

Regular startup mode with backup electricity fee:

Pipeline network demand pressure, lower limit of demand pressure, current gas supply pressure

Daily working hours in the application location

/Hour, Year, Working Time

/Oh my god

Provide information: 1. Pipeline system diagram 2. Current installation status of electricity meters and flow meters in the system 3. Energy consumption data of the station building in the past year

4. Photo 5 of the appearance, nameplate, and controller of the air compressor unit, and video of the overall view of the station building (along the direction of the pipeline)