Bulletin 1404 Powermonitor 3000

Size: px

Start display at page:

Download "Bulletin 1404 Powermonitor 3000"

Frederick Wells
5 years ago
Views:

1 Bulletin 404 Powermonitor 3000 ( 404-M4, 404-DM) L L2 L3 N 404-M4 404-DM

2 Bulletin 404 Powermonitor 3000 SGI-, PLC PLC-5 PowerMonitor SLC500 ControlLogix ControlNet RSView32 RSLinx RSPower RSEnergy DeviceNet Ethernet Intel Xerox IBM

3 ... P-... P-... P PLC...-6 KYZ / ( 600V) PT Y ( 600V) PT Y ( 600V) PT Y PT 3 CT

4 ii PT 2 CT PT 3 CT V PT 2 CT V L2 B 3 CT V ( 600V) CT ( 600V) CT ( 600V) LED /...4-6

5 / kw (+) kw (+) kw (-) kw (-) KYZ / / / WIN RAM NVRAM iii

6 iv A... A-... A- B... B-... B-2... B-2... B-3 /... B-3 /... B-4... B-4... B-5... B-7... B-9 C... C- CE... C- EMC... C-... C- IEC539/NEMA/UL C-2 ANSI/IEEE... C-2... C-2... C-3... C-3... C-3... C-3... C-4 DM... C-4 C

7 2 3 4 A B C D E 404-Mx-05A IN002A-US-P 404-Mx-05A-DNET 404-IN003A-US-P 404-Mx-05A-RIO 404-IN004A-US-P Bulletin 403 Powemonitor II Bulletin 403 Powemonitor II NSC NENET NDNET DeviceNet LSM RS CC RS-232C

8 P-2 AWG BTR BTW CSA CT DM EMI ID IEC I/O PLC LED LSM NEMA PLC PT RAM RFI R I/O / RMS SLC SPDT UL VA VAR VT

9 Bulletin 404 Powermonitor 3000TM Bulletin 404 DF Powermonitor Powermonitor 3000 Powermonitor 3000 Powermonitor 3000

10 -2 Powermonitor 3000 Powermonitor CT PT 600V PT PT 600V( - 347V) PT 347: Bulletin 404 / Bulletin LED 4 LED 4 ) RS-485 ( DF- RS-232( DF- RIO DeviceNet TM Ethernet ControlNet TM

11 -3 Powermonitor ms PLC-5 SLC 500 TM ControlLogix TM RSView32 TM RSLinx TM PLC KYZ C ANSI C ,000 Powermonitor 3000 RSView32 TM RSEnergy TM

12 -4 Powermonitor 3000 ( ) (4 - ) (4 - ) (ABC ACB) (4 ) (4 ) (4 ) (4 ) (4 ) (4 ) kw ( ) kvar ( ) kva (A W VAR VA) (A W VAR VA) IEEE IEC ( ) (DIN ) C( )

13 -5 A-B L L2 L3 N Powermonitor 3000 DF RS- 485 RS-232(DF ) RIO DeviceNet TM Ethernet TM ControlNet TM IBM PC RS-485 Powermonitor 3000 RSPower32 DDE RSLinx RS

14 -6 PLC Powermonitor 3000 A-B PLC(r) KYZ KYZ Powermonitor 3000 SPDT KYZ WH VARh Vah Ah KYZ XX Wh VARh Vah Ah XX 2 / 4 C Powermonitor

15 -7 Powermonitor / 50 Powermonitor / / 53 / / / 4.3 / 2 6

16 -8

17 2 C B B B. B.3 B 50mm(2 ) M4 B B. 4 8

18 2-2 IEC 529 IP65 [ (NEMA)/ (0UL) ( )] 4 B B. 50mm(2 ) B B.7 B B.5 ( B B.8 ) B B.5 M4 / 0.9.Nm(8 0 ) M4 / IEC 529 [NEMA/UL ( )] IP65 C - C ( ) 30cm(2 ) 4 EMC 2 ( )

19 Bulletin AWG(4mm2) 2. 5VA (PT) Bulletin 404 PowerMonitor V( V) ) ( PT PT PT (CT) PowerMonitor A PowerMonitor KV CT PowerMonitor 3000 CT CT CT VA CT PowerMonitor 3000 CT PowerMonitor 3000 CT CT CT CT

20 ( 600V) L L2 N Fuse Voltage Mode = Single Phase Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C I- I2- I3- Y K Z N/C I+ I2+ I3+ Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N I4- I4+ R4 R R2 Y K Z Load Customer Chassis Ground

21 PT L L2 N Voltage Mode = Single Phase Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C I- Y K Z N/C I+ Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 I2- I3- I4- I2+ I3+ I4+ V3 N R4 R R2 Y K Z Load Customer Chassis Ground

22 Y ( 600V) Line L L2 L3 N Voltage Mode = Wye Fuse Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C Y K Z N/C I- I2- I3- I4- I- I2- I3- I4- R4 R R2 Y K Z Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N Load Customer Chassis Ground Careful attention must be paid to correct phasing and polarity for proper operation. All ground wires should be taken individually to Customer Chassis Ground for a single point of grounding

23 PT Line L L2 L3 N Voltage Mode = Wye Fuse Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C Y K Z N/C I- I2- I3- I4- I- I2- I3- I4- R4 R R2 Y K Z Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N Load Customer Chassis Ground Careful attention must be paid to correct phasing and polarity for proper operation. All ground wires should be taken individually to Customer Chassis Ground for a single point of grounding

24 Y ( 600V) L L2 Line L3 Fuse Voltage Mode = Wye Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C I- Y K Z N/C I+ Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 I2- I3- I4- I2+ I3+ I4+ V3 N R4 R R2 Y K Z Load Customer Chassis Ground

25 PT Y Line L L2 L3 Voltage Mode = Wye Fuse Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C I- Y K Z N/C I+ Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 I2- I3- I4- I2+ I3+ I4+ V3 N R4 R R2 Y K Z Load Customer Chassis Ground

26 PT 3 CT Line L L2 L3 Voltage Mode = Delta 3 CT Fuse Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C Y K Z N/C I- I2- I3- I4- I- I2- I3- I4- R4 R R2 Y K Z Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N Load Customer Chassis Ground CT V 2 3 CT

27 PT 2 CT Line Voltage Mode = Delta 2 CT L L2 L3 Fuse Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C Y K Z N/C I- I2- I3- I4- I- I2- I3- I4- R4 R R2 Y K Z Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N Load Customer Chassis Ground CT V 2 3 CT

28 PT 3 CT V Line Voltage Mode = Open Delta 3 CT L L2 L3 Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C Y K Z N/C I- I2- I3- I4- I- I2- I3- I4- R4 R R2 Y K Z Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N Load Customer Chassis Ground CT V 2 3 CT

29 PT 2 CT V Line Voltage Mode = Open Delta 2 CT L L2 L3 Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C I- I2- I3- I4- Y K Z N/C I+ I2+ I3+ I4+ Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N R4 R R2 Y K Z Load Customer Chassis Ground CT V 2 3 CT

30 L2(B) 3 CT V ( 600V) Line Voltage Mode = Open Delta 3 CT L L3 Distribution Ground Fuse Fuse Voltage must not exceed 347 Volts L-L (otherwise, step down transformers are required). Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C I- I2- I3- I4- Y K Z N/C I+ I2+ I3+ I4+ Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N R4 R R2 Y K Z L L2 Load L3 Customer Chassis Ground CT V 2 3 CT

31 CT ( 600V) Line Voltage Mode = Direct Delta 3 CT L L2 L3 Fuse Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C I- I2- I3- I4- Y K Z N/C I+ I2+ I3+ I4+ Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 V3 N R4 R R2 Y K Z Load Customer Chassis Ground

32 CT ( 600V) Line L L2 L3 Voltage Mode = Direct Delta 2 CT Fuse Fuse Fuse Customer Supplied CT Shorting Switch or Test Block R4 R R2 N/C I- Y K Z N/C I+ Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD V V2 I2- I3- I2+ I3+ V3 N I4- I4+ R4 R R2 Y K Z Load Customer Chassis Ground

33 C 2 L N Powermonitor 3000 MASTER MODULE C-3 () 0A Fuse LOAD R4 R Y K L (+) S S2 LOAD R2 Z L2 (-) GRD SCOM N/C N/C I+ V DISPLAY I- V2 MODULE I2- I2+ V3 I3- I3+ N SHLD I4+ - I4- + R4 R R2 Y K Z RS VDC S S2 SCOM SCOM 2.6 SCOM ( ) R4 R R2 N/C Y K Z N/C Powermonitor 3000 MASTER MODULE L (+) L2 (-) GRD S S2 SCOM N.O. Contact N.O. Contact 2 3.5K 5.5K I- I2- I3- I4- I+ I2+ I3+ I4+ V V2 V3 N DISPLAY MODULE SHLD V 500V R4 R R2 Y K Z RS-485 S

34 2-8 LED 2.7 LED Powermonitor 3000 PowerMonitor LED LED Mxxxx LED F F2 F3 2.6 RS LED LED Bulletin 404 DeviceNet US-P Bulletin 404 Remote I/O US-P 404-IN003A- 404-IN004A- MODULE STATUS F 2. LED LED LED LED RS-485 RX TX F2 F3 PowerMonitor 3000 RS-485 RX RS-485 RS-485 RS-485 RS-485 TX PowerMonitor 3000 RS-485 RS-232 PowerMonitor 3000 RS-485 RS-232 F F2 F3

35 2-9 Bulletin 404-MM Bulletin 404-DM 2.8 Supplied Allen-Bradley Cable Replacement Part#W

36 2-20

37 3 2 3

38 3-2 PowerMonitor 3000 A-B CT PowerMonitor 3000 CT 2 PowerMonitor 3000 CT PowerMonitor 3000 CT CT CT CT PowerMonitor 3000 RS-485/RS-232 PC PowerMonitor RS-485 PowerMonitor 3000

39 4 Powermonitor 3000 / 30 Powermonitor 3000 Powermonitor 3000 (L,L2,L3,N) (L,L2,L3,N) 4.

40 / / / / / / Tutorial Bulletin 403 Powermonitor LED L,L2,L3 N 2(5 DM 2 DM.FRN.05

41 Check Rx DM Check Rx ( DM ) DM Check Rx Tx DM Check Rx Check ( )

44 /? 2 ( ) 3 4 ( )? 2 3 L,L2, L3,N / 4 (2)(4) 2 (2)(4) 3 (2) (2) (2)(3)(4) 2 (2)(3)(4) (2)(3) IEEE %THD IEEE %THD IEC %THD IEC %THD (2)(3)(4) 2 (2)(3)(4) (2)(3) (2)(3) (2)(3) (2)(3) (2)(3) (2)(3) (2)(3) (2)(3) (2)(3) (2)(3) ()Omitted for Neural harmonics.--- (2)Wye and Demo modes.---y (3)Delta, Direct Delta and Open Delta modes (4)Single Phase mode.---

45 / / PT PT / / CT CT I4 I4 KYZ KYZ KYZ KYZ (5) 2 L L2 L3 N L L2 L3 N / ( ) WIN ID KYZ / KWH KVRH KVAH Amp H L L2 L3 N %THD IEC 3 %THD IEEE %THD IEC RAM FRN S S2 %THD IEEE %THD IEC %THD IEEE %THD IEC 2 %THD IEEE 2 %THD IEC 2 2 %THD IEEE 2 %THD IEC 2 3 %THD IEEE 3 %THD IEC 3 3 %THD IEEE KYZ S S S2 S (5)

46 Powermonitor = 3 CT 6=Wye = 2 CT 2 2= 3 CT 3= 2 CT 4= 3 CT 5= 2 CT 6= Y 7= 8= PT PT xxx: xxx 0,000, PT 600V PT PT 600VL-L(347VL-N) CT CT xxx: xxx 0,000,000 5 CT CT xxx: xxx 5 5 I4 CT xxx: xxx 0,000,000 5 I4 CT xxx: xxx 0,000,000 5

47 Powermonitor A(-) # #2 5 KYZ Wh Wh 000 kwh KYZ KYZ KYZ Wh KYZ Wh 000 kwh KYZ KYZ 2 RMS RMS RMS / / / / / /

48 4-0 : : : Powermonitor KYZ KYZ / / kwh kwh 0 kvarh KVARh 0 kvah kvah 0 Ah Ah 0 0 S 0 S2 2 0

49 4- / 4.4 Powermonitor ( ) ABC ACB

50 Powermonitor 3000 Powermonitor Powermonitor 4.9 =0 - ( ) ( )(+) ( )(-) =00% - ( ) - ( ) =00% + ( ) - ( ) ( )(-) ( )(+) =0 + ( ) - ( )

51 (+) (-) (+) (-) (+) (-) (+) (-) (+) (-) (+) (-) (+) (-)

52 Powermonitor (+) (-) (+) (-) ( ) / ( ) / ( ) / ( ) / # # # # # # # # # # # #

53 4-5 setpoints Powermonitor 3000 ( ) 0 8 Powermonitor ) ( ) ( 4.0 < < 0 ( )

54 4-6 ) ) ( ( ( ) < <

55 4-7 ) ) ( ( 4.2 < 0 ( ) ) ) ( (

56 <

57 ( 4.8) 0 0= (+) 0 = (-) 2= (+) 3= (-) 4= (=) 5= (<>) 0-,000, ,000, ( 4.9) 0

58 Setpoint Type Description Setpoint Type Description 0 Not used(inactive) 22 Crest factor voltage Voltage () 23 Crest factor current 2 Current () 24 Crest factor I4 3 Voltage unbalance 25 IEEE THD: voltage () 4 Current unbalance 26 IEEE THD: current () 5 Neutral (I4) current 27 IEEE THD: I4 6 Total KW 28 IEC THD: voltage () 7 Total KVAR 29 IEC THD: current () 8 Total KVA 30 IEC THD: I4 9 Total true power factor 3 Status input # 0 Total displacement power factor 32 Status input #2 Total distortion power factor 33 Any status input () 2 KW demand 34 Setpoint # time accumulator 3 KVAR demand 35 Setpoint #2 time accumulator 4 KVA demand 36 Setpoint #3 time accumulator 5 Current demand 37 Setpoint #4 time accumulator 6 Projected demand A 38 Setpoint #5 time accumulator 7 Projected demand KW 39 Setpoint #6 time accumulator 8 Projected demand KVAR 40 Setpoint #7 time accumulator 9 Projected demand KVA 4 Setpoint #8 time accumulator 20 Frequency 42 Setpoint #9 time accumulator 2 Phase rotation 43 Setpoint #0 time accumulator () For "over" setpoint evaluation, the magnitude of any one phase over the high limit triggers the output action, but the magnitude of all phases must drop below the low limit for setpoint to relase. For "under" setpoint evaluation, the magnitude of any one phase under the low limit triggers the output action, but the magnitude of all phases must rise above the hight limit to release the setpoint. 4.9 Setpoint Action Type Description Setpoint Action Type Description 0 No action 7 Save a trend log record Energize relay and set alarm flag 8 Clear kwh power counter 2 Energize relay 2 and set alarm flag 2 9 Clear kvarh power counter 3 Set alarm flag 3 20 Clear kvah power counter 4 Set alarm flag 4 2 Clear Ah counter 5 Set alarm flag 5 22 Clear all energy counters 6 Set alarm flag 6 23 Accumulated timer 0 7 Set alarm flag 7 24 Accumulated timer 02 8 Set alarm flag 8 25 Accumulated timer 03 9 Set alarm flag 9 26 Accumulated timer 04 0 Set alarm flag 0 27 Accumulated timer 05 Set alarm flag 28 Accumulated timer 06 2 Set alarm flag 2 29 Accumulated timer 07 3 Set alarm flag 3 30 Accumulated timer 08 4 Set alarm flag 4 3 Accumulated timer 09 5 Set alarm flag 5 32 Accumulated timer 0 6 Set alarm flag 6

59 4-2 kw (+) kw +00 kw kw +90 kw 2 kw (+) 2 kw (+) kw +00 kw kw +50 kw 2 kw (+) 3 kw (-) kw -00 kw kw -90 kw 2 kw (+)

60 kw (-) kw -00 kw kw -50 kw 2 kw (-) Powermonitor V ac/250v dc 00, V ac-300v dc 4-5 kwh kvah kvarh 4-9 ( ) Powermonitor 3000 KYZ

61 KYZ 3-WIRE PULSE RECEIVER R4 R R2 Y K Z N/C Powermonitor 3000 MASTER MODULE S L (+) S2 L2 SCOM (+) GRD KYZ KYZ 3-WIRE PULSE RECEIVER R4 R R2 Y K Z N/C Powermonitor 3000 MASTER MODULE S L (+) S2 L2 SCOM (+) GRD 2 3 KYZ 4 ( ) KYZ kwh kwh C KYZ C

62 4-24 (KY ) (KYZ ) KY KZ KYZ KY KZ KY (KY ) KY (KY ) Y K Z kvah) KYZ (kwh kwhf kvarh kvarh Pmax (kwh kwhf kvarh kvarh kvah) ( ) 4 KYZ 2

63 Pmax=,200 kwh Pmax 3600 Wh Pmax= Wh / 4 = Wh / 4 = Wh,200 kwh KYZ =83 Wh ( KYZ 42Wh ) Powermonitor 3000 / Powermonitor

64 No Evnt 0 0 Set##A() (-0) Set##D() 2 (-0) Rly# F() 3 (-2) Rly# F0() 4 (-2) Rly# NF() 5 (-2) S# On() 6 (-2) S# Off() 7 (-2) kwh Wh Set 8 kvarh VARh Set 8 2 kvah kvah Set 8 3 Ah Ah Set 8 4 All Power Set 8 5 Trend Clr 8 6 / M/M Clr 8 7 FactCfg 8 8 S Clr S2 Clr 8 0 Single Sp Set 2 All Sp Set 3 Pwf On 9 0 Pwf Off 0 0 ST ###() 6 ( 4.) TimeSet 2 0 New Cfg 3 0 Set Cfg 4 0 RAM NVRAM Set 5 0 () # h 0002h h RAM h 4 000h RAM h h h 8 000h h h 0800h h- 8000h

65 #2 # 4.6 # D= (7-F)X65524 (PX4)+6 D= F= 0 0= = P= = # (7-F)X638 P= -.5 D

66 4-28 # 5 kw 4.8 # D= (7-0)X65524 (X4)+6 F=0( ) P=( ) 4.8 : D=45,866.8 ( 45,866 ) kw #2 PC Powermonitor Powermonitor =38 * 24 / * 60 / =54, ,472 #2 4.9 #2 (7-)X638 D= F=( ) D= P=6.4(6 )

67 ( ) ABC ACB

68 4-30 / / 64 / / / 4.3 / 4.3 / IEEE THD 9 50 IEC THD 20 5 IEC THD 2 52 TIF IEEE THD IEC THD IEEE THD IEC THD IEEE THD IEC THD IEEE THD IEC THD 30 6 IEEE THD 3 62 IEC THD

69 4-3 / Powermonitor 3000 Powermonitor 3000 Powermonitor WIN WIN 3 ASIC ID RS-232 RS ID.00 00

70 4-32 LED #### ST#### 0 000h 0002h h RAM h 4 000h RAM h h h 8 000h h h 0800h h- 8000h 0 000h 0002h h h h- 8000h

71 h 0002h ID h h 4 000h h- 0080h 8-000h- 0800h h- 8000h RAM 0 000h 0002h / h- 8000h NVRAM 0 000h 0002h RAM h- 8000h 0 000h 0002h VCO h h h- 0040h h h- ASIC 0800h

72 h 0002h h- 8000h 0 000h 0002h h- 8000h 0 000h 0002h h h 0 000h h- 0800h 0 000h 0= = 0002h KYZ 0= KYZ =KYZ h- #3-#8 0080h 0= =

73 A M4 05 A DNT Bulletin Number Type of Device Type of Device Type of Device Communications 404=Power Monitoring, protection, and Management Products M4=Master Module with 3-phase metering, pulse input conversion, setpoints, I/O, and data logging. 05=5 Amps A=20V-240V ac Hz or 25V-250V dc Optiongs () 000=None 232=RS-232 Serial DNT=DeviceNet RIO=Remote I/O CNT=ControlNet (2) ENT=Ethernet (2) RS-484 DF DM Bulletin Number 404=Power Monitoring, protection, and Management Products Type of Device DM=Display Module with 3 Meter Cable

74 A-2

75 B B (0.577) 5.35 (0.2) 4.30 (4.50) 85.0 (3.346) Mounting 4.57 (0.80) 4 Places 0.43 (0.4) 5.46 (0.25) Powermonitor 3000 DANGER 25.0 (4.92) 4.30 Mounting (4.50) 35.5 (5.32)

76 B-2 B (6.424) Used Without Display Module 63.7 (6.424) Used Without 84.5 (7.250) Display Module Used with Display Module With Remote I/O Communications 84.5 (7.250) Used with Display Module 63.7 (6.424) Used Without Display Module With DeviceNet Communications 84.5 (7.250) Used with Display Module With ES-232 Communications (8.000) Used with or Without Display Module Master Module B (8.50) (See Note ) 2 02 mm(4.00 ) 3 50mm(2.00 ) 4 ( ) (2.00) Minimum (See Note 3) 25.9 (8.50) (See Note ) 0.6 (4.00) (See Note 2) 50.8 (2.00) Minimum (See Note 3) 50.8 (2.00) 0.6 (4.00) (See Note 2) 50.8 (2.00)

77 B-3 B (0.86) (3.375) (0.86) 9.82 (0.387) Powermoitor (5.00) (3.375) (0.83) (5.00) 22.8 (0.898) 6.0 (0.630) B.5 / Figure B.5 Display Module Panel Cutouts/Mouting Preferred Mounting Panel Cutout Dimensions For Bulletin 404 Powermonitor 3000 Display Module ( ) ( ) Mounting the Buletin 404 Powermonitor 3000 Display Module to the Panel. Display Module Gasket Cutout NOTE: IIIustration is not to scale ( ) ( ) ( ) 4 Mounting Holes Flat Washer Qty. 4 M4 Nut/Lockwasher Assembly Qty. 4 Torque to 0.9 to. Nm (8to 0 In-Lba) Protective Enclosure Front Panel (Up to 6.35 mm (0.25 in) Max. Thickness)

78 B-4 B.6 Alternate Mounting Panel Cutout Dimensions For Bulletin 404 Powermonitor 3000 Display Module NOTE: Nameplate is not visible afer installation ( ) ( ) ( ) ( ) (.362) Minimum Cutout (0.25 mm ( ) Conduit Knockout) B ( ) 4 Mounting Holes powermonitor 3000 L L2 L3 N powermonitor 3000 L L2 L3 N 9.53 (0.375) Typical (5.375) (Replacement part #W ) powermonitor 3000 L L2 L3 N powermonitor 3000 L L2 L3 N (5.375) 50.0 (2.00) Minimum Panel Depth 9.53 (0.375) Typical

79 B.8 B-5

80 B-6

81 B.9 B-7

82 B-8

83 B.0 B-9

84 B-0

85 C UL 508 E96956 CUL CE CE EEA EMC (EMC) 89/336/EEC EN EN /23/EEC IEC 00- ( )

86 C-2 IEC 529/NEMA/UL 508 Bulletion 404 IEC 529 IP0 NEMA UL 508 Bulletion 404 IEC 529 IP0 NEMA UL 508 4( ) ANSI/IEEE (SWC)C C 50/60Hz / (404-M4 ( ) V V2 V3 0.2% RMS 0 347/0 399V RMS 0 600/0 69V I I2 I3 I4 0.2% 5A/0-0.6A RMS 0.05%Hz 40 75Hz kw,kva,kvar 0.4% kw,kva KWH,kVAH 0.4% ms

87 C V-240V 50/60Hz 25V-250V ( 0.2A) V V2 V3 V2 0 V3 M 399V V I I2 I3 I4 5A 200A 0.05VA A 3 ( 24V) () ANSI C KYZ () KYZ- 240V-300V 80mA () 50/60Hz 250V 0A 30V 0A 250V 0.25A (2500VA) 24V 0mA 24V 0mA UL 508 CSA 22.2 B300 Q300 IEC 20V 30A 25V 0.55A ( ) 240V 5A 250V 0.27A (3600VA) (69VA) 20V 3A 25V 0.55A ( ) 240V.5A 250V 0.27A (3600VA) (69VA) 25V /3HP 250V /2HP () () ANSI C

88 C V( 404xM) 2000V 2000V 500V 600V 404-M4 2 AWG(4mm2) 9 (.02Nm) 75 C 404-M4 KYZ 4 AWG(2.5mm2) 0.4 () (.8Nm) 75 C 404-M4 4 AWG(2.5mm2) RS485 5 (0.56Nm) 404-M4 RIO 4 AWG(2.5mm2) DNT( ) 5 (0.56Nm) -20 C +60 C(-40 F +40 F) 404-Mx DM +0 C +55 C(+32 F +3 F) RIO DNet RS C +85 C(-40 F +85 F) Hz 2G ( 0.02 ) /2 ms 30G () AMP # DM W A-B 5 4 ( ) 3m(0 )

89 D / A-B Powermonitor 3000

90 D-2

91 VA 2 VA 2 (CT) CT

92 2 X Y X/Y ( ) (Hz) Hz ,000 ( ) ( ) ( ) 90 90

93 3 V ( 3 ) (PT) PT (VT) ( ) ( )

94 4 0.8 ( 75 ) RMS (RMS) RMS

95 5 3 2 (VA) (V) (W) (VARH)

96 6

97 C 3- A D E F L LED 2-8 M / O P 4-2 R 4-22 S PLC -6 B- C- C-3 C-4 C-3 C-2 C V 2-3 W

98 I CT PT 3 CT L2(B) 3 CT V Y PT PT 3 CT V PT 2 CT V PT 2-5

100 Rockwell Automation Headquarters 20 South Second Street, Milwaukee, WI 53204, USA, Tel:() , Fax:() Rockwell Automation Asia Pacific Headquarters, 27/F Citicorp Centre, 8 Whitfield Road, Causeway Bay, Hong Kong, Tel:(852) , Fax:(852) (860) (860) D (862) (862) (86592) (86592) (8624) (8624) (8627) (8627) (8620) (8620) (8623) (8623) (864) (864) Publication 404-IN00A-ZH-P-January 200 Copyright 200 Rockwell International Corporation. Printed in CHINA.

32 Input AC Block I/O Module

32 Input AC Block I/O Module Input AC Module Cat. No. 79-A0 Series B Installation Mount the block I/O module in a vertical (recommended) or horizontal position. Allow sufficient room around the block for cooling air to flow through