background image

 

WAGO Operating Instructions 4PU/4PS/2PU CT   15 

 
 
 
 
 
 

4.9.3  Connection Diagram 879-3040 (2PU CT) 

 

 

2PU CT 

 3P4W

 

 

IN CT1:

 Input CT1 

 

OUT CT1:

 Output CT1 

IN CT2:

 Input CT2 

 

OUT CT2:

 Output CT2 

IN CT3:

 Input CT3 

 

OUT CT3:

 Output CT3 

U1 ; U2 ; U3:

 Voltage L1 ; L2 ; L3 

N:

 Neutral conductor

 

4:

 S0 output 1 (+) 

5:

 Ground for S0 (-)

 

6:

 S0 output 2 (+)

 

7:

 Modbus

®

 (A) 

8:

 Ground for Modbus

®

 (B) / M-Bus (-)

 

9:

 M-Bus (+) 

10, 11:

 Tariff (230 VAC) 

2PU CT 

 3P3W  Open Delta (Aron; for IT networks only!)

 

 

 

Please put a bridge between N and U2 - IN! 

IN CT1:

 Input CT1 - 

OUT CT1:

 Output CT1 

IN CT2:

 not used - 

OUT CT2:

 not used 

IN CT3:

 Input CT3 - 

OUT CT3:

 Output CT3 

U1 ; U2 ; U3:

 Voltage L1 ; L2 ; L3 

N:

 External bridge on terminal block IN U2

 

4:

 S0 output 1 (+) 

5:

 Ground for S0 (-)

 

6:

 S0 output 2 (+)

 

7:

 Modbus

®

 (A) 

8:

 Ground for Modbus

®

 (B) / M-Bus (-)

 

9:

 M-Bus (+) 

10, 11:

 Tariff (230 VAC) 

2PU CT 

 3P3W Delta

 

 

IN CT1:

 Input CT1 

 

OUT CT1:

 Output CT1 

IN CT2:

 Input CT2 

 

OUT CT2:

 Output CT2 

IN CT3:

 Input CT3 

 

OUT CT3:

 Output CT3 

U1 ; U2 ; U3:

 Voltage L1 ; L2 ; L3 

N:

 Not used

 

4:

 S0 output 1 (+) 

5:

 Ground for S0 (-)

 

6:

 S0 output 2 (+)

 

7:

 Modbus

®

 (A) 

8:

 Ground for Modbus

®

 (B) / M-Bus (-)

 

9:

 M-Bus (+) 

10, 11:

 Tariff (230 VAC) 

2PU CT 

 1P2W 1-phasig

 

 

IN CT1:

 Input CT1 

 

OUT CT1:

 Output CT1 

IN CT2:

 not used 

 

OUT CT2:

 not used 

IN CT3:

 not used 

 

OUT CT3:

 not used 

U1 ; U2 ; U3:

 Voltage L1 ; L2 ; L3 

N:

 Neutral conductor

 

4:

 S0 output 1 (+) 

5:

 Ground for S0 (-)

 

6:

 S0 output 2 (+)

 

7:

 Modbus

®

 (A) 

8:

 Ground for Modbus

®

 (B) / M-Bus (-)

 

9:

 M-Bus (+) 

10, 11:

 Tariff (230 VAC) 

Summary of Contents for 879-3000 4PU

Page 1: ...Operating Instructions Version 082022V1 6 2022 distributed by WAGO All rights reserved WAGO Energy Meters MID with Push in CAGE CLAMP and Lever 879 3020 4PS 879 3000 4PU 879 3040 2PU CT...

Page 2: ...MID relevant 17 6 3 Display Part 3 non MID relevant 17 6 4 Process Diagram 4PU 4PS 2PU CT 18 6 5 Settings 19 6 6 Bluetooth 19 6 7 Settings via Buttons 20 6 7 1 Password 20 6 7 2 Tariff 20 6 7 3 S0 Pu...

Page 3: ...nly Access must be limited to authorized qualified staff having the appropriate key or tool Proper Handling Requirements for the trouble free safe operation of the product are proper transport storage...

Page 4: ...Further details are given in the contractual agreements Please send your suggestions for modifications to modified or new hardware or software configurations directly to WAGO GmbH Co KG Never break an...

Page 5: ...possible that this meter has a defect or failure for which we apologize Under normal conditions your product should provide you with years of trouble free service If there is a problem with the energy...

Page 6: ...6 WAGO Operating Instructions 4PU 4PS 2PU CT 3 Certificates 3 1 MID Declaration of Conformity 4PU and 4PS...

Page 7: ...WAGO Operating Instructions 4PU 4PS 2PU CT 7 3 2 CE Declaration of Conformity 4PU und 4PS...

Page 8: ...8 WAGO Operating Instructions 4PU 4PS 2PU CT 3 3 MID Declaration of Conformity 2PU CT...

Page 9: ...WAGO Operating Instructions 4PU 4PS 2PU CT 9 3 4 CE Declaration of Conformity 2PU CT...

Page 10: ...during operation 75 Humidity during storage 95 International storage EN50470 1 3 Accuracy class B 1 accuracy Protection against Dust and water IP51 front side IP20 connection Protection class II Ambi...

Page 11: ...rotocol BLE 4 2 Frequency range Bluetooth 4 0 2402 2480 MHz 40 CH 4 5 M Bus Communication Specifications Bus type 2 wire M Bus Baud rate 300 600 1200 2400 standard 4800 and 9600 Parity Even even uncha...

Page 12: ...Fine stranded conductors 0 2 4 mm 24 12 AWG Fine stranded conductors with ferrule and plastic collar 0 25 2 5 mm Push in technology can be used for solid conductors fine stranded conductors and fine...

Page 13: ...utput Phase L2 IN L3 Input Phase L3 OUT L3 Output Phase L3 N External bridge on terminal point IN L2 4 S0 output 1 5 Ground for S0 6 S0 output 2 7 Modbus A 8 Ground for Modbus B M Bus 9 M Bus 10 11 Ta...

Page 14: ...L2 IN L3 Input Phase L3 OUT L3 Output Phase L3 N External bridge on terminal point IN L2 4 S0 output 1 5 Ground for S0 6 S0 output 2 7 Modbus A 8 Ground for Modbus B M Bus 9 M Bus 10 11 Tariff 230 VA...

Page 15: ...Output CT3 U1 U2 U3 Voltage L1 L2 L3 N External bridge on terminal block IN U2 4 S0 output 1 5 Ground for S0 6 S0 output 2 7 Modbus A 8 Ground for Modbus B M Bus 9 M Bus 10 11 Tariff 230 VAC 2PU CT 3...

Page 16: ...ient for the operator Both the fuse and circuit breaker must meet the specifications of the building s electrical design and all local codes An external fuse or thermal shutdown used as an overcurrent...

Page 17: ...in Tariff 4 Reverse direction 2 8 1 Negative Active Energy in Tariff 1 2 8 2 Negative Active Energy in Tariff 2 2 8 3 Negative Active Energy in Tariff 3 2 8 4 Negative Active Energy in Tariff 4 The ta...

Page 18: ...18 WAGO Operating Instructions 4PU 4PS 2PU CT 6 4 Process Diagram 4PU 4PS 2PU CT...

Page 19: ...S 2PU CT If the arrows point to the Bluetooth icon press the middle button The Bluetooth interface of the meter is now enabled and ready for communication with the WAGO Energy Meter Configurator app T...

Page 20: ...ring the correct password the settings menu appears 6 7 1 Password 4PU and 4PS 2PU CT The settings via the buttons are protected by a password This password is also relevant for the settings via Bluet...

Page 21: ...O System 750 we recommend using the 4 channel digital input module Item No 750 409 The meters have a pulse value of 1 000 pulses kWh by default The value setting can be changed to the following values...

Page 22: ...CT The default Modbus baud rate is 9600 Bd This can be changed to the following values 115 200 56 700 38 400 19 200 9600 4800 2400 1200 600 300 Bd 6 7 8 Modbus Parity 4PU and 4PS 2PU CT The default Mo...

Page 23: ...The meter is equipped with a blue backlight If desired this can be switched to permanently on permanently off or on when a button is pressed 6 7 12 Power down Counter 4PU and 4PS 2PU CT The power down...

Page 24: ...erse Active Energy Tariff 2 21 7 0 Forward Active Power L1 2 8 3 Reverse Active Energy Tariff 3 41 7 0 Forward Active Power L2 2 8 4 Reverse Active Energy Tariff 4 61 7 0 Forward Active Power L3 React...

Page 25: ...gy L3 7 8 0 Inductive Reverse Reactive Energy Q3 Total 2 8 0 Reverse Active Energy 7 8 1 Inductive Reverse Reactive Energy Q3 T1 22 8 0 Reverse Active Energy L1 7 8 2 Inductive Reverse Reactive Energy...

Page 26: ...e three CT HISTORY REGISTERS So CT HISTORY 01 0005 5 A 02 0100 5 A and 03 1100 5 A In the first image entry into the submenu is confirmed with OK in the menu In the following figures the entries CT HI...

Page 27: ...tting 4 CT3 300 5A CT4 400 5A 4 444kWh Hist CT4 4 444kWh fixed and unchangeable then continuous with the new CT ratio to the next CT setting 5 CT4 400 5A CT5 500 5A 5 555kWh Hist CT4 5 555kWh fixed an...

Page 28: ...s flashing No pulse output The pulse output is not supplied with DC voltage The pulse output is not correctly connected Use a voltmeter to check whether the external voltage source Ui is 5 27 VDC Chec...

Page 29: ...AC at terminal blocks 10 and 11 the meter switches to Tariff 2 and writes the measured values to the register provided for T2 A1 2 Switching Tariffs to T3 and T4 Tariffs 3 and 4 can be enabled directl...

Page 30: ...ory settings for the M Bus are as follows Baud rate 2400 8 data bits Parity Even 1 stop bit The secondary address 253 FD is preset to the last 8 digits of the serial number You will also find this pri...

Page 31: ...7 123456789 Wh Activeenergy exportT3 84 30 83 3C 15 CD 5B 07 123456789 Wh Activeenergy exportT4 84 80 10 83 3C 15 CD 5B 07 123456789 Wh Total kWh resettable 04 83 FC 10 15 CD 5B 07 123456789 Wh Reacti...

Page 32: ...Code 68 07 07 68 53 01 51 09 FD 3A 05 E5 Combinations Code 05 01 02 03 04 and 05 S0 Rate 68 0A 0A 68 53 01 51 0C FD 3A 00 00 01 00 E5 S0 Rate 100 10 000 2 000 1 000 100 10 1 0 1 0 01 Resettable regist...

Page 33: ...to even odd and none Data and stop bits cannot be changed If you connect the meter via a serial converter RS 485 for test purposes please note that due to the incomplete implementation of the Modbus...

Page 34: ...3 import export 4 import export 5 import export 10 4010 LCD rolling time 03 1 sec HEX 4011 Parity 03 1 Signed 1 even 2 none 3 odd 4012 L1 current direction 03 1 ASCII F import R export 4013 L2 curren...

Page 35: ...ive power 03 2 kW Float ABCD 5014 L1 active power 03 2 kW Float ABCD 5016 L2 active power 03 2 kW Float ABCD 5018 L3 active power 03 2 kW Float ABCD 501A Total reactive power 03 2 kvar Float ABCD 501C...

Page 36: ...01C T2 Active energy export 03 2 kWh Float ABCD 601E L1 Active energy export 03 2 kWh Float ABCD 6020 L2 Active energy export 03 2 kWh Float ABCD 6022 L3 Active energy export 03 2 kWh Float ABCD 6024...

Page 37: ...2 kvarh Float ABCD 6065 Import inductive reactive energy in Q1 T1 03 2 kvarh Float ABCD 6067 Import inductive reactive energy in Q1 T2 03 2 kvarh Float ABCD 6069 Import inductive reactive energy in Q1...

Page 38: ...e 06 1 Signed Command 01 06 400F 0004 new code 4 F R 1 import only 2 export only 3 import export 4 import export 5 import export 10 4010 LCD rolling time 06 1 Seconds HEX Command 01 06 4010 0025 new t...

Page 39: ...bH Copyright WAGO GmbH Co KG All rights reserved The content and structure of the WAGO websites catalogs videos and other WAGO media are subject to copyright Distribution or modification of the conten...

Reviews: