Acrel ADL3000-E Скачать руководство пользователя страница 11 | Manualshive

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Acrel ADL3000-E Скачать руководство пользователя страница 11

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Slip time

A recurrence method to measure the demand from any time point
during a period shorter than the demand period. The demand
measured by this means is called sliding demand. The recurrence
time is sliding window time.

Demand

cycle

The time period between two same average value of demand.

The default demand cycle is 15 minutes, slip time is 1 minute.
The meter can measure 4 kinds of maximum demand: forward active, reversing active,

inductive reactive, capacitive reactive maximum demand and the occur time.

7.5 History data statistics

The meter can record last 48 months or last 90 days history energy in each tariff.

8 Operation and display

8.1 Key function description

Table 4 Key’s function description

icon

Name

Function

Voltage and current, up

Check the voltage and current

Leftward and change flash in

programming menu

Power, down

Check the power

Rightward and change the value

on flash

Energy, enter

Check the energy

In/out programming menu

Save changes

8.2 Display menu

The meter will show the forward active energy after powering. The customers can change the

information showing by pressing the keys. The menu description is listed as below:

Table 5 display descriptions

Three-phase voltage

Three phase line voltage

Three-phase Current

Frequency

«
...
9
10
11
12
13
...
»

Содержание ADL3000-E

Страница 1: ...359 ADL400 Installation and operation instruction V1 6 ACREL Co Ltd ...

Страница 2: ...tracted copied or otherwise reproduced or propagated Otherwise offenders shall take all consequences All rights are reserved Acrel reserves the right to modify the product specifications herein without notification Please consult the local agent about the latest specifications before placing a purchase order ...

Страница 3: ... 6 changed 2021 04 08 V1 2 V1 3 4 Correction of key setting flow chart 2022 01 14 V1 3 V1 4 5 Correcte mistakes in data settings 6 Add partial ADDR list 7 Update some notes in ADDR list 2022 03 03 V1 4 V1 5 8 Add description of voltage range in Table 2 9 Modify the maximum baud rate to 38400 2022 07 04 V1 6 V1 5 10 Add some register descriptions to Table 8 ...

Страница 4: ......

Страница 5: ...ent 1 General 1 2 Type description 1 3 Function description 1 4 Technical parameter 2 5 Outline 3 6 Wiring and installing 3 7 Function description 5 8 Operation and display 6 9 Communication description 11 ...

Страница 6: ... adapted to MODBUS RTU ADL400 can be used in all kinds of control systems SCADA systems and energy management systems The meter meet the related technical requirements of electricity meter in the IEC62053 21standards 2 Type description 3 Function description Table 1 Function description list Function Function description Function provide Measurement of kWh Active kWh positive and negative Reactive...

Страница 7: ...450V Consumption 10VA Single phase Impedance 2MΩ Accuracy class Error 0 2 Current Input current 3 1 6 A 3 10 80 A Consumption 1VA Single phase rated current Accuracy class Error 0 2 Power Active reactive apparent power error 0 5 Frequency 45 65Hz Error 0 2 Mete ring Energy Active energy Accuracy class 0 5 reactive energy Accuracy class 2 Clock 0 5s d Digit signal Energy pulse output 1 active photo...

Страница 8: ...ect connect Fig 2 connect via CT Note The torque of direct connect should not be greater than 3 4N m and the torque of connect via CT should not be greater than 1 5 2N m 6 Wiring and installing 6 1 Wiring sample of voltage and current ...

Страница 9: ... 4 Fig 3 Three phase four lines connect via CT Fig 4 Three phase four lines direct connect Fig 5 Three phase three lines connect via CT ...

Страница 10: ...9 98Hz I 1 99A P 0 439kW Such as U 220 1V f 49 98Hz I 1 99A P 0 439kW 7 2 Calculating Can measure the active energy forward active energy reversing active energy forward reactive energy reversing reactive energy 7 3 Timing Two timing table four time zone one table have fourteen timing four rate 7 4 Demand The description about demand Table 3 Demand description list Demand The average power in the ...

Страница 11: ... statistics The meter can record last 48 months or last 90 days history energy in each tariff 8 Operation and display 8 1 Key function description Table 4 Key s function description icon Name Function Voltage and current up Check the voltage and current Leftward and change flash in programming menu Power down Check the power Rightward and change the value on flash Energy enter Check the energy In ...

Страница 12: ...Harmonic content of three phase Voltage Current Phase angle Time Check bit baud rate table address software version number full display detection Three phase active power Total active power Three phase reactive power Total reactive power ...

Страница 13: ...al power factor T3 represents the normal period represents the first time table Current value is1616 89kWh Current total active energy Current spike active energy Current peak active energy Current flat active energy Current valley active energy Current forward active total energy ...

Страница 14: ...rent reactive spike energy Current reactive peak energy Current reactive flat energy Current reactive valley energy Current forward reactive total energy Current reversing reactive total energy Current forward active energy Current forward active energy on A phase on B phase ...

Страница 15: ...r the three phase three lines 3 There will not be date time maximum demand and energy by time without the function of multi tariff rate 8 3 Key Menu Keep press at any main menu and get in PASS interface and then press show 0000 and enter the code If you enter a wrong code it will show fail and back to main menu and if you enter a right code you can set the parameter After setting the parameter and...

Страница 16: ...11 CoDE Code settings 1 9999 12 PHAS Phase angle calculation method No Angle between each current and each voltage Yes Angle between three phase current and phase a voltage 13 nost Starting power shield Shielding range 0 1 2 0 UnIn 9 Communication description The meter adapts MODBUS RTU protocol and the baud rate can be chosen from 1200bps 2400 bps 4800 bps 9600bps and 19200 bps The parity is None...

Страница 17: ...10H Current forward active flat energy 4 R 0012H Current forward active valley energy 4 R 0014H Current reversing active total energy 4 R 0016H Current reversing active spike energy 4 R 0018H Current reversing Active peak energy 4 R 001AH Current reversing active flat energy 4 R 001CH Current reversing Active valley energy 4 R 001EH Current total reactive energy 4 R kvarh Int Keep 2 decimal places...

Страница 18: ...tart data month 2 R W 0047H 0060H Reserve 0061H Voltage of A phase 2 R Resolution 0 1V 0062H Voltage of B phase 2 R 0063H Voltage of C phase 2 R 0064H Current of A phase 2 R Resolution 0 01A 0065H Current of B phase 2 R 0066H Current of C phase 2 R 0067H Active power of A phase 2 R Complement form Resolution 0 001kW 0068H Active power of B phase 2 R 0069H Active power of C phase 2 R 006AH Total ac...

Страница 19: ...he Reversing active maximum demand amount day month 2 R 0081H Maximum forward demand for reactive power 2 R 0082H Time of occurrence for the forward reactive maximum amount minute hour 2 R 0083H Time of occurrence for the forward reactive maximum amount day month 2 R 0084H Maximum reversing demand for reactive power 2 R 0085H Time of occurrence for the reversing reactive maximum amount minute hour...

Страница 20: ... Reactive power of B phase 4 R 0170H Reactive power of C phase 4 R 0172H Total reactive power 4 R 0174H Apparent power of A phase 4 R Complement form Resolution 0 001kVA 0176H Apparent power of B phase 4 R 0178H Apparent power of C phase 4 R 017AH Total apparent power 4 R 017CH Power factor of A phase 2 R Complement form Resolution 0 001 017DH Power factor of B phase 2 R 017EH Power factor of C ph...

Страница 21: ...2 R 0193H Occur time minute hour 2 R 0194H Maximum demand for forward reactive power last 2 days 2 R 0195H Time of occurrence minute hour 2 R 0196H Maximum demand for reverse reactive power last 2 days 2 R 0197H Time of occurrence minute hour 2 R 0198H Current forward active demand 2 R 0199H Current reversing active demand 2 R 019AH Current forward reactive demand 2 R 019BH Current reversing react...

Страница 22: ...time 8 R 0232H Maximum apparent power on A phase and occurrence time 8 R 0236H Maximum apparent power on B phase and occurrence time 8 R 023AH Maximum apparent power on C phase and occurrence time 8 R 023EH Maximum total apparent power and occurrence time 8 R 0242H Minimum voltage on A phase and occurrence time 6 R 0245H Minimum voltage on B phase and occurrence time 6 R 0248H Minimum voltage on C...

Страница 23: ...on C phase and occurrence time 8 R 0280H Minimum total apparent power and occurrence time 8 R 0285H 1FFFH Reserve F000H F006H serial number 14 R BCD code 9 2 Floating point electrical parameter data 5300H Voltage of A phase 4 R float Secondary side data 5302H Voltage of B phase 4 R 5304H Voltage of C phase 4 R 5306H Voltage between A B 4 R 5308H Voltage between C B 4 R 530AH Voltage between A C 4 ...

Страница 24: ...en A C 4 R 080CH Current of A phase 4 R 080EH Current of B phase 4 R 0810H Current of C phase 4 R 0812H zero line current 4 R 0814H Active power of A phase 4 R 0816H Active power of B phase 4 R 0818H Active power of C phase 4 R 081AH Total active power 4 R 081CH Reactive power of A phase 4 R 081EH Reactive power of B phase 4 R 0820H Reactive power of C phase 4 R 0822H Total reactive power 4 R 0824...

Страница 25: ...ng Active valley energy 4 R 0860H Current total reactive energy 4 R 0862H Current reactive spike energy 4 R 0864H Current reactive peak energy 4 R 0866H Current reactive flat energy 4 R 0868H Current reactive valley energy 4 R 086AH Current forward reactive total energy 4 R 086CH Current forward reactive spike energy 4 R 086EH Current forward reactive peak energy 4 R 0870H Current forward reactive...

Страница 26: ...flat active energy 7022H Assemblage of last 2days demand and energy 600AH valley active energy 600CH total reactive energy 763EH Assemblage of last 90days demand and energy 600EH Spike reactive energy 6010H peak reactive energy 6012H flat reactive energy 6014H valley reactive energy 6016H Total amount of phase A forward active energy 6018H Total amount of phase B forward active energy 601AH Total ...

Страница 27: ...undamental voltage on A phase 2 R Int Keep 1 decimal places 0698H Fundamental voltage on B phase 2 R 0699H Fundamental voltage on C phase 2 R 069AH Harmonic voltage on A phase 2 R 069BH Harmonic voltage on B phase 2 R 069CH Harmonic voltage on C phase 2 R 069DH Fundamental current on A phase 2 R Int Keep 2 decimal places 069EH Fundamental current on B phase 2 R 069FH Fundamental current on C phase...

Страница 28: ...on A phase 2 R 06B0H Harmonic reactive power on B phase 2 R 06B1H Harmonic reactive power on C phase 2 R 06B2H Total harmonic reactive power 2 R 9 5 SOE record Address Name Data list Name 3001H Last event record 0000H Occur date YY MM 3002H Last 2 event record 0001H Occur time DD hh 0002H Occur time mm ss 3064H Last 100 event record 0004H Event number 0005H Event details 0006H Reserve Event num Na...

Страница 29: ... phase Bit8 Reversing on C phase Bit9 Over current on A phase Bit10 Over current on B phase Bit11 Over current on C phase Bit12 Low current on A phase Bit13 Low current on B phase Bit14 Low current on C phase 0700 Time calibration Example The address is 001 at present and we send the code 01 03 30 01 00 06 9B 08 to get the last event record and the slave station will give back 01 03 0C 12 01 08 0A...

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