Small Type Display nit for Energy Measring nit MODE EM4D65 ser s Manal (Details) Before operating the instrment, yo shold first read thoroghly this operation manal for safe operation and optimized performance of the prodct. Delier this ser s manal to the end ser.
Safety precations Thank yo for prchasing the Energy Measring nit. This manal describes setp and sage for Energy Measring nit. Before sing the prodct, please read this manal careflly to ensre correct se. Especially, in the case of where nit is to be installed, please read.precastions for se to ensre correct se. Make sre that the end sers read this manal and then keep the manal in a safe place for ftre reference. Make sre to delier this manal to the endser. If yo are considering sing this nit for special prpose sch as nclear power plants, aerospace, medical care or passenger ehicles please refer to or sales representatie.(for details, please see at the end of this manal.) Notations in this manal se the following marks in this manal. Mark Meaning of the icons Cation Indicates that incorrect handling may reslt in injry or property damage, ignoring this marking. Spplement Indicates that precations to aoid a malfnction and to work the nit properly. Indicates that the pages described that related matters. Checking package contents This following items for this deice and inclded in package. Check that no items are missing. Display nit Connection cable ser s Manal (Digest) Switching board installation screw x2 This nit cannot be sed for deal and proof of electric energy measrement stiplated in the measrement law. Please se the certified watthor meter to be sed for deal and proof of electric energy measrement stiplated. Featres The monitoring of measred data at Mitsbishi Energy Measring nit is possible. Easily iewable by backlight and dot matrix CD display. Mltiple circit monitoring is possible sing only one nit. It is possible to switch the display langage (Japanese / English) in the setting.
Table of Content Safety precations... Featres... Table of Content... 2. Precations concerning working enironment and conditions... 3. Working enironment and working conditions... 3.2 Preparation before sing... 3.3 Installation and connection... 3.4 Precations for se... 3.5 Maintenance Precations... 4.6 Storage Precations... 4.7 Disposal Precations... 4 2. Disclaimer... 4 3. Name and fnction of each part... 5 4. Installation... 6 4. IEC rail installation... 6 4.2 Panel monting... 6 5. Connection method... 7 5. to Connection example... 7 5.2 ton(n 7)Connection example... 7 5.3 How to extend the connected cable... 7 6. How to se(in the case of the model to connect the EM4**)... 8 6. Display of circits and CH... 8 6.2 Operation mode... 9 6.3 Setp mode... 0 6.4 Alarm setp mode... 24 6.5 How to se test mode... 42 6.6 Operation mode... 59 6.7 Alarm mode... 73 6.8 Reset/Preset mode... 77 6.9 Change the setp circit of same oltage system... 8 7. Operation method(when connected to EM2** to MD2**)... 84 7. Operation mode... 84 7.2 Setp mode... 85 7.3 Alarm setp mode... 9 7.4 Operation mode... 96 7.5 Alarm mode... 07 7.6 Reset/Preset mode... 2 8. Common items... 4 8. How to switch the langage... 4 9. Reference... 5 9. In case yo think the nit is in failre... 5 9.2 Aftersales serice... 6 0. Reqirement for the compliance with EMC Directies... 6. Specifications... 7. Specifications... 7 2. Option deices... 8 2. Option deices... 8 2.2 External dimensions of option deices... 8 3. External dimensions... 9 4. Index... 20 2
. Precations concerning working enironment and conditions. Working enironment and working conditions This eqipment, based on the assmption that it is sed in the polltion degree 2 (Note ) enironment. If it is sed in other degree of contamination, please do the protection on the deice side to be incorporated. Measrement categories for measring circit for this eqipment is CATⅢ (Note ). The oeroltage category of the axiliary power spply circit (MA, MB) is CATⅢ (Note ).Do not se the nit in any of the following places. Doing so may case malfnction or redction in serice life. Place where the ambient temperatre exceeds the working temperatre range( 5 C to 55 C) Place where the hmidity exceeds the hmidity range (30% to 85%RH) or condensation occrs Place with mch dst, corrosie gas, salt or oily smoke Place where the nit may be exposed to rain or drops of water Place where metallic particles or indctie sbstances are dispersed Place where the daily mean temperatre exceeds 35 C Place with mch ibration or impact Place exposed to direct snlight Place with strong electromagnetic field or mch foreign noise Place where the altitde is oer 2000m < For preention of electric shock > This nit is designed to be hosed within another deice for preention of electric shock. Hose this nit within the deice sch as the gronded control panel before se. To preent persons with little knowledge abot electric eqipment from electric shock, panel mst be taken either following measre. ock the panel so that only those who get an edcation abot electric eqipment and hae sfficient knowledge can nlock, or sht off power spply atomatically by opening the panel. Coer the dangeros part of this nit. (Reqired protection code is higher than IX.) Note :For the definition of the polltion degree and the oer oltage category, refer to EN600/200..2 Preparation before sing An installation place shold keep the working enironment and working conditions. The protection sheet for the crack preention is pt on the display part. Before se this prodct, remoe the protection sheet. It is not nsal, althogh a CD display part may light p by generating of static electricity in case it remoes. After a while, it disappears by natral electric discharge. Following setp is need before sing EM4D65. The one always in one system is the Master set, other display nit of, please to Slae configration. (The wrong setting and it does not work).3 Installation and connection Before installing and connecting the nit, read the instrction manal withot fail. Cation For safety, the nit shall be installed and connected by experts in electrical work. When threading and wiring, take tmost care that cttings and wire pieces do not enter the nit. Connect the wires careflly checking the wiring diagram. Improper wiring can case nit failre, fire and electric shock. Perform wiring work in a dead state. Do not wire the nit in a lie state. Doing so can case electric shock, grond falt, nit failre and fire..4 Precations for se F/W ersion is after the power trned on. In the case of the model to connect the EM4** In the case of the model to connect the EM2** or MD2** EcoMonitor Series F/W F/W2.0 is. How to display the ersion of measre nit references to the 6.2.8. ersion of EM4D65 is. EcoMonitor Series F/W.00 F/W2.0 ersion of energy measre nit is. ersion of EM4D65 Is. Please se after remoing the protection sheet. This nit cannot be sed for deal and proof of electric energy measrement stiplated in Measrement Act. Model:EM4PX4 and Model:EM4AX4 is spported with later ersion 2.00. For information abot how to determine the ersion.if yo wish to pgrade, please contact s In the eent of a power otage dring the setting, the nit is not set correctly. Please set again after power recoery. Cation Do not disassemble or modify this nit. It may case failre, malfnction, injry or fire. se this nit within the ratings specified in this manal. If it is sed otside the ratings, it may case not only malfnction or failre bt also fire brnot. Do not toch the lie part. It may case electric shock, electric brn injry or damage of the deice. If any bare wire exists, stop the operation immediately, and take an appropriate action sch as isolation protection. 3
.5 Maintenance Precations se a soft dry cloth to clean off dirt of the nit srface. Do not let a chemical cloth remain on the srface for an extended period of time nor wipe the srface with thinner or benzene. Check for the following items to se this nit properly for long time. () Daily maintenance No damage on this nit 2 No abnormality with CD indicators 3 No abnormal noise, smell, or heat (2) Periodical maintenance (Once eery 6 months to year) No looseness with installation and wire connection. Do periodical maintenance nder the electric otage condition. Failre to do so may case Cation electric shock, failre of the nit or a fire. Tighten the terminal reglarly to preent a fire..6 Storage Precations To store this nit, trn off the power and remoe wires, and pt it in a plastic bag. For longtime storage, aoid the following places. Failre to follow the instrction may case a failre and redced life of the nit. Places the Ambient temperatre exceeds the range 0 60 C. Places the Relatie hmidity exceeds the range 3085% or places with dewfall. Dst, corrosie gas, saline and oil smoke exist. Places the aerage daily temperatre exceeds 35 C..7 Disposal Precations When disposing of this nit, treat it as indstrial waste..8 Abot packaging materials and this manal For redction of enironment load, packaging materials are prodced with cardboard, and this manal is printed on recycled paper. 2. Disclaimer ibration and impact exceed the specifications. Places exposed to rain, water drop or direct snlight. Places metal fragments or condctie sbstance are flying. It is prohibited to reprint or copy all contents of this docment in any form withot or permission. The contents of this docment will be pdated to follow reisions to software and hardware, howeer nder naoidable circmstances it may not be synchronized. 4
Front 3. Name and fnction of each part Circit ED: A circit nmber on display lights p. Moreoer, ED of the circit nmber blinks at the time of alarm is occring. Master ED : The light is switched on at the time of operation. [], [] key: Change of display item and selection of a men are performed. CD display: Display measred by measring nit and setting [Setp] key: Shift to setp mode and closing of a setp are performed. [Reset/Set] key: Reset/Set of Wh and arh data are performed. [Circit] key: Change the display circit nmber. [], [] key: Display / ndisplaying of maximm or minimm, and harmonics data at each order change of next data is performed. [ / Phase] key: The data of each phase of crrent and oltage is switched and. Moreoer, it is sed when concerning a setting. Back Bottom pper display in CD is in the pper items coincide measred. Each meaning is in follw PRESENT:Present DEMAND:Demand TOTA:Total MAX.:Maximm MIN.:Minimm Example:Maximm demand crrent HARM.:Harmonics 9 9 9. 9 A 5
4. Installation Cation Before installing and connecting the nit, read the instrction manal withot fail. For safety, the nit shall be installed and connected by experts in electrical work. 4. IEC rail installation Fix the display nit to IEC rail sing IEC rail attachment on the back. Changing the direction of IEC rail attachment, it can attach in both direction of ertical and horizontal. Applicable IEC rail (35mm) Installation Remoal 2Hook IEC rail 2Pll p 3Psh in 4Psh in IEC rail Stopper pwards. Pll the IEC rail stopper below. Fit the IEC rail with M4 or M5 screws at distances of 25 to 00 mm. When installing the nit after once it was remoed from the IEC rail, install it while pshing the IEC rail fitting pward. A method for changing the direction of IEC rail Remoal of the IEC rail attachment 2 Insert and topple mins drier Fitting of the IEC rail attachment Hook the gab of IEC rail attachmment 2.Psh in Remoe fixing screw 3Tighten fixing screw. (Clamping torqe: 0.5Nm) 4.2 Panel monting Ctot dimension Monitng Panel Front iew of switching boad Attach the display nit from front side of panel, and tighten the screw from the backside. (Clamping torqe: 0.5Nm) 6
5. Connection method 5. to Connection example Energy Measring nit Master / Slae setting switch Display nit (EM4D65) To the socket IN. Display nit (EM4D65) To the socket Display :OFF 2:OFF Connection cable (bndled in this prodct) Master The one always in one system is the Master set, other display nit of, please to Slae configration.(the wrong setting and it does not work) 5.2 ton(n 7)Connection example Nth nit Display nit EM4D65 2nd nit Display nit EM4D65 st nit Display nit EM4D65 Connection cable (bndled in this prodct) Energy measring nit To the socket IN To the socket OT To the To the socket socket IN OT To the socket IN To the socket DISPAY To the socket To the socket OT 2 To the socket To the socket OT 2 To the socket IN 2 Slae Master / Slae setting switch :ON 2:OFF ON 2 Slae Master / Slae setting switch :ON 2:OFF ON 2 Master / Slae setting switch ON 2 Master :OFF 2:OFF DC 9 Display nit connection cable (For between the display nit connection) EM2CBDP power spply cable(optional) EM4CBDPS If the connection is two or more, yo mst hae a power spply from commercial DC power spply (Model: PBA5F9N, made in COSE CO., TD.).Also, the power spply cable (optional: EM4CBDPS) on its connection is reqired. Maximm connectable deices of display nit is 7. Please display when connect other measring nits in condition that display nit power is trned off. The one always in one system is the Master set, other display nit of, please to Slae configration. (The wrong setting and it does not work) 5.3 How to extend the connected cable Connected cable in pper connected figre are extendable p to 0m. () Remoe the trnking connector (2) Insert the extension cable, and connect the connector Remoe depressing a lock Please do firmly insert ntil it clicks into place Please se EM2CBTM EMCBT5M EM2CBT0M as a crrent sensor extension cable. Extension cable (EM2CBT * M), the sm of the length is less than 0m. 7
6. How to se(in the case of the model to connect the EM4**) In this section, the se when connected the EM4** models is described. connect the EM2** and MD2**) 6. Display of circits and CH 7. How to se(in the case of the model to 6.. Two circits measrement mode in W setting If yo set W and measre 2 circits, yo can measre 2 circits by terminal base when connect to EM4BMMB, EM4HMMB, EM4A2 or EM4A2. Crrent can be measred when crrent sensor connected to and 33 of measre nit as shown in Fig. 6. and 6.2. If rated oltage isn't same, yo can't measre the crrent. *Please reference to the operating instrctions each measring nits. In case of EM4BMMB Connect to (First circit) In the case of EM4BMMB 2 Fse 0.5A Crrent sensor Crrent sensor Connect to 33 (Second circit) oad A oad A2 Fig. 6. Connecting point oad A RS485 (MODBS ) Fig.6.2 Connect example [] is when measring side of circits and [2] is when measring 3 side of the circit in CD display of this prodcts.(in fig.6.3 and Fig. 6.4) [ テ Demand マント 時 time 限 ] A W : m i n : m i n Represent 3 side (33) of the circits Represent side () of the circits 2 3 4 5. 6 x 0 3 k W h Fig.6.3 Display example (Demand time setting display when 2 circits measre setting) Fig.6.4 Display example (Electric energy operating display in the setting W) 6..2 EM4PX4 or EM4AX4 connecting [*] is when represent the CH*. (* = ~4) (In fig.6.5 and Fig. 6.6) [] 4 0 9 5 A Represent CH4 Represent CH A l a r m S t a t s ON P S p p. [4] Fig.6.5 Display example (Scaling operating display in EM4AX4) Fig.6.6 Display example (Plse conersion pper limit alarm alarm state display in EM4PX4) 8
6.2 Operation mode There are following modes of operation. This deice is sed to switch the operation mode depending on the application. Immediately after the power is trned on, it will be the display of the operation mode. Setp Mode [ Setp ] Measre 2 I / O 3 COM. Setting for condition of measrement (Measrement conditions sch as Wiring, rate, etc.) Setting for Inpt/Otpt Setting for Commnication Setting for logging Setting for clock Setting for display F/W ER. 6.3 Reset/Preset mode [Reset/ Set] Reset 2 Set 3 A.Release SETP RESET/SET Reset the Max./Min. dataand alarm data Set the of Wh and arh Release the alarm 6.8 Operation mode 9 9 9 9 9. 9 X0 3 k W Monitoring for measremenr data 6.6 Psh 2bttn at the same time Psh 2bttn at the same time Alarm mode Alarm Stats ON A pp. Monitoring of alarm occrance Acknowledge the alarm data 6.7 Test mode [ Test Mode ] Connection 2 COM 3 Plse [ Alarm Set.] imit 2 Io/Ior SETP Alarm setp mode Setp for the condition of pper and lower sperising Setp for the condition of monitoring leak crrent alarm 6.4 Connection test Plse otpt test Alarm otpt test Commnication test mode is only aailable when connected the energy measrement nit (EcoMonitor Pls) 6.5 9
6.3 Setp mode 6.3. Flow of the setp Setp ()Measre (2)Inpt/Otpt (3)Commnication (4)ogging (5)Clock (6)Display when connected with EM4**, setp in setpmode. Yo can confirm the F/W ersion of connected measre nit in (7)F/W ersion. () Measre Setting the measrement conditions connected energy measring nit. 6.3.2 Measre setting EM4BMMB EM4A2 EM4HMMB EM4A2 Transition to the setp mode EM4GMB EM4AX4 Wiring Wiring Wiring Wiring rate rate rate A rate A rate A rate DISP. Mode DISP. Mode DISP. Mode MEA.Model MEA.Model Demand time Demand time Demand time Demand time Electric energy eqialent rate Electric energy eqialent rate Crrent ctoff rate Crrent ctoff rate Crrent ctoff rate Simple measrement Simple measrement Simple measrement Ior difference conersion AD CON. NM.imit Sae the setting(end of setp mode) (2) Inpt/Otpt setp Set for the external Inpt/Otpt. Only EM4BMMB, EM4HMMB, EM4A2, EM4A2, EM4PX4, EM4AX4 is set. Setting Inpt / Otpt(EM4) EM4BMMB EM4A2 EM4HMMB EM4A2 Transition to the setp mode EM4PX4 EM4AX4 Inpt Inpt Operation time Operation time Operation time Operation time Otpt Otpt Otpt Otpt Sae the setting(end of setp mode) 0
(3) Commnication setp Set for the MODBS commnication. Only M4BMMB, EM4HMMB, EM4GMB is set. 6.3.4 Setp the commnication EM4BMMB EM4HMMB EM4GMB Transition to the setp mode Address Barate Patity Stop bit Sae the setting(end of setp mode) (4) ogging setp Set for the logging ID. (Set only EM4BMMB, EM4HMMB, EM4GMB connected the EM4M) 6.3.5 Setp the logging nit ID. EM4BMMB EM4HMMB EM4GMB Transition to the setp mode ogging nit ID Data clear Sae the setting(end of setp mode) (5) Clock setp Set for the clock. (Set only EM4BMMB, EM4HMMB, EM4GMB connected the EM4M.) 6.3.6 Setp the cleck EM4BMMB EM4HMMB EM4GMB Transition to the setp mode Clock Setp Sae the setting(end of setp mode) (6) Display setp Set for the display sch as CD contrast or backlight lighting pattern. 6.3.7 Setp the display EM4BMMB EM4A2 EM4HMMB EM4A2 Transition to the setp mode EM4GMB EM4PX4 EM4AX4 Setp the CD contrast Setp the backlight Sae the setting(end of setp mode) (7) F/W ersion The model name of measre nit connected and F/W ersion are. 6.3.8 Display the F/W ersion
6.3.2 Measring setp () Please set the display langage when the Display nitstartp for the first time Transition to the setp mode. () Psh the or key, and moe the crsor to the langage. 日本語 English (3) ersion screen is after a while, and transition to the operating mode. (2) Setp the measring condition of the energy measrement nit that is connected. EM4PX4 is not set. Transition to the setp mode. () Psh the SETP key in operation mode. [Setp] (2).will be. Measre 2 I/O () Confirm that the crsor focsed the Measre, psh the key. 3 COM (2) 2.will be 2 Setp the phase wire system (All models except for EM4GMB, EM4PX4 and EM4AX4) 2. () In 2, Psh or key, and moe the crsor to the Wiring. [Measre] Wiring 2 rate 3 A rate (3) 22 will be. 22. () Psh the or key, and change the set. [Wiring] 3W (3) Transition to the following screen by the setting wiring type. W To 23. In the case of W, 3W, 3P4W To 2. 23. () Psh the or key, change the set. [2 circits (2) Psh the key, confirm the setting. MEA.] Off (3) 2 will. [Wiring]:W W 3W 3P4W *If the basic nit is EM4BMMB, [Wiring] will be W, W, 3W only. *The setting is set in same oltage system after confirmed setting. [2 circits Measring existence]:no Yes *The setting is set in same oltage system after confirmed setting. 3 Setp the primary oltage(all models except for EM4GMB, EM4PX4, ando EM4AX4) 3. () In 3, Psh the or key, and moe the crsor to the 2 rate. [Measre] Wiring 2 rate (3) 32 will be. 3 A rate 32. () Psh the or key, change the set. [T] (2) Psh the key, confirm the setting. No (3) Transition to the following screen by the selection of T se or nonse. [No] setting To 33 [YES] setting To 34(If Wiring is 3P4W, transition to 35) 33. () Psh the or key, change the set. [Direct ] (2) Psh the key, confirm the setting. 220 (3) 3 will be. 34. () Psh the or key, change the set. [Primary ] (2) Psh the key, confirm the setting. 440 (3) Transition to the following screen by the setting of the primary oltage. [SP] setting To 35 Non[SP] setting To 3 35. () Psh the,, or key, change the set. [SP.PRI.] (2) Psh the key, confirm the setting. 000440 (3) 36 will be. 36. () Psh the,, or key, change the set. [SP.2nd.] (2) Psh the key, confirm the setting. 220 (3) 3 will be. *The setting is set in same oltage system after confirmed setting. [T]:No Yes *W is No fixed. W, 3W When [T]: No setting [Direct ]:0 220 440* *If the basic nit is EM4BMMB, [Direct ] will be 0,220 only. When [T]: Yes setting [Primary ]:440 690 00 2200 3300 6600 000 3200 3800 5000 6500 22000 24000 33000 66000 77000 0000 SP When [Primary ] settingand SP setting [SP.PRI.]:~0000(440) (~99:Can be set in the step.) (00~0000:Can be set in the step.) [SP.2nd.]:~220(0) (Can be set in the step.) W No fixed [Direct ]:0 220* *If the basic nit is EM4BMMB, [Direct ] will be 0 3P4W When [T]: Yes setting [Direct ]:63.5 00 05 0 5 20 27 200 220 230 240 242 250 254 265 277 When [T]: Yes setting [SP.PRI.]:~63500(440) (~99:Can be set in the step.) (00~0000:Can be set in the step.) [SP.2nd.]:~220(64) (Can be set in the step.) 2
4 Setp the primary crrent(all models except for EM4GMB, EM4PX4 and EM4AX4) 4. () In 4, Psh the or key, and moe the crsor to the 3A rate. [Sensor]:Direct 5A [Measre] Wiring (3) 42 will be. Direct setting 2 rate [A rate]:50a 00A 250A 400A 600A 3 A rate 42. () Psh the or key, and moe the crsor to the Sensor [Sensor] (2) Psh the or key, and select sensor type. Direct (3) Psh the or [PRI. A] key, and moe the crsor to the A rate. 00A (4) Psh the or key, and change the primary crrent. (5) Psh the key, and confirm the setting. (6) Transition to the following screen by the setting wiring type and primary crrent. [SP] setting To 43. Non[SP] setting To 4. 43. () Psh the,, or key, change the set. [SP.PRI.A] (2) Psh the key, confirm the setting. 00000A (3) 4 will be. 5Asetting [A rate]:5a 6A 7.5A 8A 0A 2A 5A 20A 25A 30A 40A 50A 60A 75A 80A 00A 20A 50A 200A 250A 300A 400A 500A 600A 750A 800A 000A 200A 250A 500A 600A 2000A 2500A 3000A 4000A 5000A 6000A 7500A 8000A 0000A 2000A 20000A 25000A 30000A SP [SP.PRI.A] :5.0~30000A(00A) 0A less than, the pper two digits. 0A or more is possible to set the pper three digits. 5 Setp the display mode(all models except for EM4GMB, EM4PX4 and EM4AX4) 5. () In 5, Psh the or key, and moe the crsor to the 4 DISP.Mode. [Measre] 2 rate 3 A rate (3) 52 will be. 4 DISP.Mode 52. () Psh the or key, and select the display mode. [DISP.Mode] WhA4 Harmonics (3) Transition to the following screen by the selection of measrement mode. [WhA4] setting To 53 [Harmonics] setting To 54 53. () Psh the or key, and moe the crsor to target element. (In the actal display, it will be scrolling display of each three elements in one screen.) (2) Psh the or key, and choose the selected or deselected. (3) When selecting the other measrement item, repeat the operation from () to (2). (4) Psh the key, and determine the setting. (5) Transition to the following screen by the selection of measrement mode. Not check HA and H To 5 Check HA or H To 54 [Elements] W ar A PF Hz CON.Wh PRD.Wh OP.Time REG.Wh arh PS. NB.A NB. HA H *Elements is showed follow. :oltage W:Electric power ar:reactie power A:apparent power PF:Power factor Hz:freqency Wh conerted :Electric energy (conerted) Periodic Wh:Electric energy (regeneration) Regenerated Wh:Periodic electric energy arh:reactie energy (consmption lag) PSE:Plse cont and plse conerted NB.A:Crrent nbalance rate NB.:oltage nbalance rate HA:Harmonics crrent H:Harmonics oltage 54. () Psh the or key, and change the HA, H. [HA,H] r.m.s. (3) 5 will be. Set the measrement elements to be in the display nit. [DISP.Mode]:WhA4 Harmonics *In case of the model EM4BMMB, the Harmonics is not. WhA4 In addition to the actie energy and crrent, p to 4 items can be by selection. (The harmonics data is only abot total.) Harmonics It can display abot harmonic data at each order. [Element]:, W, ar, A, PF, Hz, CON.Wh, PRD.Wh, OP.Time, REG.Wh, arh, CON.PS, NB., HA, H (Deselected), (Selected) *The selectable nmber of elements is p to 4. So, change the selection at the state that already 4 items are selected, deselect the items before changing. *Elements can't select in follow table. Element In the case can not select NB.A Setting simplicity measring mode NB. Periodic In the case of EM4BMMB, Wh EM4A2, EM4A2. Plse conerted HA H A Wh conerted External inpt is not plse inpt. In the case EM4BMMB, EM4A2, EM4A2. Plse inpt is not contact inpt. In the case EM4BMMB. In the case EM4BMMB, or Wiring type is W,W,3W In the case EM4BMMB [HA,H]:r.m.s. % *In case of the model EM4BM, HA, H can not be set. r.m.s. To display the RMS of harmonics crrent or harmonics oltage % To display the distortion rate and content rate of harmonics crrent or harmonics oltage. (The r.m.s not be ) 3
6() Setp the measrement mode(em4gmb only) 6(). [Measre] () In 6(), psh the or key, and moe the crsor to the 5 MEA.Mode Setp the measrement mode of lo or lor. 3 A rate 4 DISP.Mode 5 MEA.Mode (3) 6()2 will be. 6()2. () Psh the or key, and select the measrement mode. [MEA.Mode] High SENS. ow SENS. (3) 6() will be. [MEA.Mode]:High SENS. ow SENS. ow SENS. 0~000mA ma step High SENS. 0.00~00mA 0.0mA step 6(2) Setp the measrement mode(em4ax4 only) 6(2). () In 6(2), psh the or key, and moe the crsor to the 5 MEA.Mode Setp the measrement mode of AD conerted. [Measre] 3 A rate 4 DISP.Mode (3) 6(2)2 will be. 5 MEA.Mode 6(2)2. () Psh the or key, and select the measrement mode. [MEA.Mode] 50ms SAMP. ms SAMP. (3) 6(2) will be. [MEA.Mode]:50ms SAMP. ms SAMP. 50ms SAMP. AD conerted in a cycle of 50ms. ms SAMP. AD conerted in a cycle of ms. 7() Setp the demand time(em4bmmb EM4HMMB EM4A2 EM4A2) 7(). () In 7(), psh the or key, and moe the crsor to the 6 Demand. [Measre] 4 DISP.Mode 5 MEA.Mode (3) 7()2 will be. 6 Demand 7()2. () Psh the or key, and moe the crsor to the A(Crrent). [Demand] (2) Psh the or key, and charge the demand time. A : 2min (3) Psh the or W : 2min key, and moe the crsor to the W(Electric power). (4) Psh the or key, and change the demand time. (5) Psh the key, and confirm the setting. (6) 7() will be. [Demand]:0sec 0sec 20sec 30sec 40sec 50sec min 2min 3min 4min 5min 6min 7min 8min 9min 0min min 2min 3min 4min 5min 20min 25min 30min 7(2) Setp the demand time (EM4GMB only) 7(2). () In 7(2), psh the or key, and moe the crsor to the 6 Demand. [Demand time]:0sec 5min 6min 7min [Measre] 8min 9min 0min min 4 DISP.Mode (3) 7(2)2 will be. 2min 3min 4min 5min 5 MEA.Mode 6 Demand 20min 25min 30min 7(2)2. () Psh the or key, and change the Io/Ior demand time. [Demand] (2) Psh the key, and confirm the setting. Io/Ior: 5min (3) 7(2) will be. 8 Setp the electric energy eqialent rate(em4hmmb EM4A2 EM4A2) 8. () In 8, psh the or key, and moe the crsor to the 7 CON.Wh. [Measre] 5 MEA.Mode 6 Demand 7 CON.Wh (3) 82 will be. 82. () Psh the key, and change the CON.Rate and nit. [CON.Rate] (2) Psh the key, and confirm the setting..000 [nit] (3) Transition to the following screen by the setting wiring type. Non [] 2 circits measrement To 83. Non2 circits measrement To 8. 2 circits measring only 83. () In a similar way as 82, change the CON.Rate and nit of the second [CON.Rate] circit..000 (2) Psh the key, and confirm the setting. [nit] Non [2] (3) 8 will be. [CON.Rate]:0.00~0000(.000) [nit]:non Wh kwh MWh J m 2 m 3 k sec min hor piece set g kg t $ 2 circits measring only 4
9 Setp the crrent ctoff rate (All models except for EM4GMB, EM4PX4 and EM4AX4) 9. () In 9, psh the or key, and moe the crsor to the 8 A ctoff. [Measre] 6 Demand 7 CON.Wh 8 A ctoff (3) 92 will be. 92. () Psh the or key, and change the set. [A ctoff] (2) Psh the key, and confirm the setting. 00.5% (3) Transition to the following screen by the setting wiring type. [] 2 circits measrement To 93. Non2 circits measrement To 9. 2 circits measring only 93. () In a similar way as 92, change the A ctoff of the second circit. [A ctoff] 00.5% [2] (2) Psh the key, and confirm the setting. (3) 9 will be. [A ctoff]:0.~50.0% (0.5) A ctoff rate represent as the ratio of ctoff crrent to rated crrent. *Measred is 0A if it is less than the ctoff crrent. 2 circits measring only 0 Setp the Simple measrement (All models except for EM4GMB, EM4PX4 and EM4AX4) 0. () In 0, psh the or key, and moe the crsor to the 9 Simple MEA. [Measre] 7 CON.Wh 8 A Ctoff 9 Simple MEA (3) 02 will be 02. () Psh the or key, and select SimpleMEA ([On]/[Off]). [Simple MEA.] (2) Psh the key, and confirm the setting. Off (3) Transition to the following screen by the setting SimpleMEA ([On]/[Off]). [On] setting To 03. [Off] setting To 0. 03. [FP Set] () Psh the key, and change the power factor in the SimpleMEA..000 (2) Psh the key, and confirm the setting. [] (3) Transition to the following screen by the setting wiring type. 2 circit measrement To 04. 2 circits measring Non2 circits measrement To 0. only [SimpleMEA]:Off On SimpleMEA The set in the electric power and the power factor the fixed. By measring the crrent only, and calclating the s of the measrement elements. *After confirm the setting, it is reflected to same oltage system. [FP Set]:0.00~.000~0.000 04. () In a similar way as 03, changet the power factor of the second circit. [FP Set] (2) Psh the key, and confirm the setting..000 (3) 0 will be. [2] 2 circits measring only Setp the Ior difference conersion (EM4GMB only). () Psh the or key, and moe the crsor to the 0 DIF.CON. DIF.CON]:Off On [Measre] (2) Psh key. 8 A ctoff (3) 2 will be. DIF.CON To calclate the amont of change from 9 SimpleMEA the lor difference conerted. 0DIF.CON 2. () Psh the or key, and select the lor difference conerted [DIF.CON. ([On]/[Off]). of Ior] (2) Psh the key, and confirm the setting. Off (3) Transition to the following screen by the setting DIF.CN([On]/[Off]). [On] setting To 3. [Off] setting To. 3. () Psh the key, and change the lor difference [DIF.lor Reference] 0.00 ma conerted reference. (2) Psh the key, and confirm the setting. (3) will be. High SENS mode [DIF.lor]:0.00~00.00mA ow SENS mode [DIF.lor]:0~000mA 5
2 Setp the AD Conerted (EM4AX4 only) *Please refer to manal of EM4AX4 for more details. 2. () In 2, psh the or key, and moe the crsor to the AD.CON.. [Measre] 9 SimpleMEA 0DIF.CON (3) 22 will be AD.CON. 22. () Psh the or key, and select the AD conerted([on]/[off]). [AD.CON.]:Off On [AD.CON.] On [] (2) Psh the key, and confirm the setting. (3) Transition to the following screen by the setting AD.CON.([On]/[Off]). [On] setting To 23 [Off] setting To 26 23. () Psh the or key, and select the inpt range. [Range] (2) Psh the key, and confirm the setting. Crrent (3) 24 will be. [] 24. () Psh the key, and change the nmber of moing aerage. [Moing (2) Psh the key, and confirm the setting. aerage] 00 times (3) 25 will be. [] 25. () Psh the key, and change the pper limit, lower limit, and [Scaling] nit of scaling. pp.: 04095 (2) Psh the key, and confirm the setting. ow.: 00000 nit:non [] (3) 26 will be. AD.CON. The setting is set in AD conert per CH [Range]:Crrent oltage [Moing aerage]:00~00 (00) [pp]:32767~32767 (4095) [ow]:32767~32767 (0) [nit]:non A ma ka k W kw MW Hz N kn Pa kpa MPa C deg % 26. () Psh the or key, and select the AD conerted([on]/[off]). [AD.CON.] (2) Psh the key, and confirm the setting. On (3) Transition to the following screen by the setting AD.CON.([On]/[Off]). [2] [On] setting To 27 [Off] setting To 20 27. () Psh the or key, and select the inpt range. [Range] (2) Psh the key, and confirm the setting. Crrent (3) 28 will be. [2] 28. () Psh the key, and change the nmber of moing aerage. [Moing (2) Psh the key, and confirm the setting. aerage] 00 times (3) 29 will be. [2] 29. () Psh the key, and change the pper limit, lower limit, and [Scaling] nit of scaling. pp.: 04095 (2) Psh the key, and confirm the setting. ow.: 00000 nit:non [2] (3) 20 will be. 20. () Psh the or key, and select the AD conerted([on]/[off]). [AD.CON.] (2) Psh the key, and confirm the setting. On (3) Transition to the following screen by the setting AD.CON.([On]/[Off]). [3] [On] setting To 2 [Off] setting To 24 2. () Psh the or key, and select the inpt range. [Range] (2) Psh the key, and confirm the setting. Crrent (3) 22 will be. [3] 22. () Psh the key, and change the nmber of moing aerage. [Moing (2) Psh the key, and confirm the setting. aerage] 00 times (3) 23 will be. [3] 23. () Psh the key, and change the pper limit, lower limit, and [Scaling] nit of scaling. pp.: 04095 (2) Psh the key, and confirm the setting. ow.: 00000 nit:non [3] (3) 24 will be. 24. () Psh the or key, and select the AD conerted([on]/[off]). [AD.CON.] (2) Psh the key, and confirm the setting. On (3) Transition to the following screen by the setting AD.CON.([On]/[Off]). [4] [On] setting To 25 [Off] setting To 2 25. () Psh the or key, and select the inpt range. [Range] (2) Psh the key, and confirm the setting. Crrent (3) 26 will be. [4] 26. () Psh the key, and change the nmber of moing aerage. [Moing (2) Psh the key, and confirm the setting. aerage] 00 times (3) 27 will be. [4] 27. () Psh the key, and change the pper limit, lower limit, and [Scaling] nit of scaling. pp.: 04095 (2) Psh the key, and confirm the setting. ow.: 00000 nit:non [4] (3) 2 will be. [AD.CON.]:Off On AD.CON. The setting is set in AD conert per CH [Range]:Crrent oltage [Moing aerage]:00~00 (00) [pp]:32767~32767 (4095) [ow]:32767~32767 (0) [nit]:non A ma ka k W kw MW Hz N kn Pa kpa MPa C deg % [AD.CON.]:Off On AD.CON. The setting is set in AD conert per CH [Range]:Crrent oltage [Moing aerage]:00~00 (00) [pp]:32767~32767 (4095) [ow]:32767~32767 (0) [nit]:non A ma ka k W kw MW Hz N kn Pa kpa MPa C deg % [AD.CON.]:Off On AD.CON. The setting is set in AD conert per CH [Range]:Crrent oltage [Moing aerage]:00~00 (00) [pp]:32767~32767 (4095) [ow]:32767~32767 (0) [nit]:non A ma ka k W kw MW Hz N kn Pa kpa MPa C deg % 6
3 Setp the Nmber imit (EM4AX4 only) 3. () In 3, psh the or key, and moe the crsor to the 2 Nm.imit. Nm.imit Set any limit. [Measre] *If the scaling oer the limit, Nmber limit 0DIF.CON contp. AD.CON. (3) 3. will be 2Nm.imit 3. Setp the imit A, imit B, imit C, and imit D (EM4AX4 only) 3.. () In 3., psh the or key, and moe the crsor to the imit A. [Nm.imit] imit A 2 imit B (3) 3.2 will be 3 imit C 3.2. () Psh the key, and change the set. [imit A] 32767 (3) 3.3 will be. [] 3.3. () Psh the key, and change the set. [imit A] 32767 (3) 3.4 will be. [2] 3.4. () Psh the key, and change the set. [imit A] 32767 (3) 3.5 will be. [3] 3.5. () Psh the key, and change the set. [imit A] 32767 (3) 3. will be. [4] imit B, imit C, and imit D is done in the same way as the setting of imit A. imit Set any scaling. Yo can configre the for different limits for limit A, limit B, limit C, and limit D. [imit A]:Scaling ow~scaling pp *If scaling setting is set Scaling ow > Scaling pp, defalt setting is Scaling pp. 3.2 Setp the mltiplying factor (EM4AX4 only) 3.2. () In 3.2, psh the or key, and moe the crsor to the 5 Factor. [Nm.imit] 3 imit C 4 imit D (3) 3.22 will be 5 Factor 3.22. () Psh the or key, and select the mltiplying factor. [Factor] x (3) 3.23 will be. [] 3.23. () Psh the or key, and select the mltiplying factor. [Factor] x (3) 3.24 will be. [2] 3.24. () Psh the or key, and select the mltiplying factor. [Factor] x (3) 3.25 will be. [3] 3.25. () Psh the or key, and select the mltiplying factor. [Factor] x (3) 3.2 will be. [4] Factor Set p the mltiplying factor of Nmber imit. [Factor]:x x0 x00 x000 4 Sae the settings 4. () After setting all of the items, psh the SETP key. (2) 4 will be. (3) When sae the setting, psh the or key, moe the crsor Qit Setp Sae 2 Not Sae 3 Cansel 42. Completed to the Sae, and Psh the key. (4) After completing the setting saing, Completed message will be. Psh the key. (5) Retrn to the operation mode. Sae Sae setting and retrn to the operation mode. 2 Not Sae Discard the changes and retrn to the operation mode. 3 Cancel Contine the setp. O *Setting for condition of the measrement mode can only configre in the display nit is set to master.(setting for condition of the measrement mode can not configre in the display nit is set to slae.) *If yo change a setting, please psh the key and be sre to determine changes If withot determine, the changes will be discarded. *The nderline means the defalt of setting. After yo hae been set, een if a power failre occrs does not disappear setting. *If yo want to set the other circit, psh the CIRCIT key on the setp screen (), select the circit, make the setting. *In the case change or expand measring nit, please reflect the setp of wire phase system, rated oltage and simple measring to reference nit in same oltage system before setting. *Same oltage system is same setting in wire system, primary oltage, 2 circits Measring existence, Simple measrement. 7
6.3.3 Inpt/Otpt setpthe settings for the external Inpt/Otpt. EM4GMB is not set. Transit to the Setp mode. () Psh the SETP key in operation mode. [Setp] (2) will be. Measre 2 I/O () Psh the or key, and moe the crsor to the 2 I/O. 3 COM. Psh the key. (2) 2 will be. 2 Setp inpt (EM4HMMB, EM4PX4) 2. () In 2, psh the or key, and moe the crsor to the inpt. [I/O] Inpt 2 OP.Time 3 Otpt (3) 22 will be. 22. () Psh the or key, and select the inpt method. (Non/Contact/Plse) [Inpt] Non (3) Transition to the following screen by the model and setting inpt method. [] [Non] setting Model:EM4HMMB To 2 EM4PX4 only Model:EM4PX4 To 25 [Plse] setting To 23. [Contact] setting To 24. 23. () Psh the key, and change the CON./Rate and nit. [CON.Rate].000 [nit] Non [] EM4PX4 only (2) Psh the key, and confirm the setting. (3) Transition to the following screen by the model. Model:EM4HMMB To 2 Model:EM4PX4 To 25 24. () Psh the or key, and select the reset mode. ResetMode] Ato (3) Transition to the following screen by the model. [] Model:EM4HMMB To 2 Model:EM4PX4 To 25 EM4PX4 only 25. () Psh the or key, and select the inpt method. (Non/Contact/Plse) [Inpt] Non (3) Transition to the following screen by the setting inpt method. [2] [Non] setting To 28 [Plse] setting To 26. [Contact] setting To 27. 26. () Psh the key, and change the CON./Rate and nit. [CON.Rate].000 [nit] Non [2] (2) Psh the key, and confirm the setting. (3) 28 will be. 27. () Psh the or key, and select the Reset mode. ResetMode] Ato (3) 28 will be. [2] 28. () Psh the or key, and select the inpt method. (Non/Contact/Plse) [Inpt] Non (3) Transition to the following screen by the setting inpt method. [3] [Non] setting To 2 [Plse] setting To 29. [Contact] setting To 20. 29. () Psh the key, and change the CON./Rate and nit. [CON.Rate].000 [nit] Non [3] (2) Psh the key, and confirm the setting. (3) 2 will be. 20. () Psh the or key, and select the Reset mode. ResetMode] Ato (3) 2 will be. [3] <EM4HMMB> [Inpt]:Non Contact Plse <EM4PX4> [Inpt]:Plse Contact Non [CON./Rate]:0.00~0000(.000) [nit]:non Wh kwh MWh J m 2 m 3 k sec min hor piece set g kg t $ [ResetMode]:Ato Hold Ato Contact inpt state is reset atomatically when contact inpt is less. Hold Contact inpt state is hold ntil contact inpt released een thoght contact inpt is less. (For information abot how to release of the contact inpt, 6.8.3) <EM4PX4> [Inpt]:Plse Contact Non [CON./Rate]:0.00~0000(.000) [nit]:non Wh kwh MWh J m 2 m 3 k sec min hor piece set g kg t $ [ResetMode]:Ato Hold Ato Contact inpt state is reset atomatically when contact inpt is less. Hold Contact inpt state is hold ntil contact inpt released een thoght contact inpt is less. (For information abot how to release of the contact inpt, 6.8.3) <EM4PX4> [Inpt]:Plse Contact Non [CON./Rate]:0.00~0000(.000) [nit]:non Wh kwh MWh J m 2 m 3 k sec min hor piece set g kg t $ [ResetMode]:Ato Hold Ato Contact inpt state is reset atomatically when contact inpt is less. Hold Contact inpt state is hold ntil contact inpt released een thoght contact inpt is less. (For information abot how to release of the contact inpt, 6.8.3) 8
2. () Psh the or key, and select the inpt method. (Non/Contact/Plse) [Inpt] Non [4] (3) Transition to the following screen by the setting inpt method. [Non] setting To 2 [Plse] setting To 22. [Contact] setting To 23. 22. () Psh the key, and change the CON./Rate and nit. [CON.Rate] (2) Psh the key, and confirm the setting..000 [nit] (3) 2 will be. Non [4] 23. () Psh the or key, and select the Reset mode. ResetMode] Ato (3) 2 will be. [4] <EM4PX4> [Inpt]:Plse Contact Non [CON./Rate]:0.00~0000(.000) [nit]:non Wh kwh MWh J m 2 m 3 k sec min hor piece set g kg t $ [ResetMode]:Ato Hold Ato Contact inpt state is reset atomatically when contact inpt is less. Hold Contact inpt state is hold ntil contact inpt released een thoght contact inpt is less. (For information abot how to release of the contact inpt, 6.8.3) 3 Setp the operation time measrement (All models except for EM4GMB and EM4AX4) 3. () In 3, Psh the or key, and moe the crsor to the 2 OP.Time. [OP.Time]:Off On [I/O] Inpt (3) 32 will be. EM4HMMB 2 OP.time [OP.Time]:A x 3 Otpt 32. () Psh the or key, and select the operation time measrement. [OP.Time] (On/Off) Off [] (3) Transition to the following screen by the model, setting wiring type and existence of the operation time measrement. Model:EM4PX4 or Model:EM4PX4 To 34 2 circits measring Model:Other than EM4PX4 only 2 circit measrement and [Off] setting To 34 Non2 circit measrement and [Off] setting To 3. [On] setting To 33 33. () Psh the or key, and select the operation time measrement mode. [OP.Time Mode] A [] 2 circit measring only (3) Transition to the following screen by the setting wiring type. 2 circit measrement To 34 Non2 circit measrement To 3 34. () Psh the or key, and select the operation time measrement. [OP.Time] Off (3) Transition to the following screen by the model, and setting existence of the [2] operation time measrement. Model:EM4PX4 To 36 Model:Other than EM4PX4 [Off] setting To 3 [On] setting To 35 35. () Psh the or key, and select the operation time measrement mode. [OP.Time Mode] A (3) 3 will be. [2] 36. () Psh the or key, and select the operation time measrement. [OP.Time] Off (3) 37 will be. [3] 37. () Psh the or key, and select the operation time measrement. [OP.Time] Off (3) 3 will be. [4] EM4BMMB, EM4A2, EM4A2 [OP.Time]:A EM4PX4 If inpt setting is set to anything other than contact, ths CH is not. Operating time is integrated time while the crrent measred is higiher than the rated crrent Crrent ctoff rate when select Crrent. Operating time is integration time while Contact inpt is ON when Contact inpt. 9
4 Setp Otpt (EM4HMMB, EM4A2, EM4A2,EM4PX4, EM4AX4) 4. () In 4, psh the or key, and moe the crsor to the 3 Otpt. [I/O] Inpt 2 OP.TiIme (3) 42 will be. 3 Otpt 42. () Psh the or key, and select the otpt signal type. [Otpt] Non (3) Transition to the following screen by the model, setting wiring type and the otpt signal type. Model:EM4PX4 or EM4AX4 To 4 Model:EM4HMMB, EM4A2 or EM4A2 [Non] setting To 4 2 circits measrement and [Plse] setting To 43 Non2 circit measrement and [Plse] setting To 44 2 circits measrement and [Alarm] setting To 43 Non2 circit measrement and [Alarm] setting To 4 43. () Psh the or key, and select the otpt target. [Otpt] [ ] (3) Transition to the following screen by the setting otpt signal type. [Plse] setting To 44 [Alarm] setting To 4 44. () Psh the key, and change the plse otpt nit. [Plse] (2) Psh the key, and confirm the setting. 0.0 (3) 4 will be. kwh/plse EM4HMMB, EM4A2, EM4A2 [Otpt]:Non Plse Alarm EM4PX4, EM4AX4 [Otpt]:Non Alarm Contact The plse otpt nit changes by the fll load power. [Plse]: Fll load power (kw) Setting range Wfll<2kW 0.00 0.0 0. 2kW Wfll < 20kW 0.0 0. 0 20kW Wfll < 0. 0 00 200kW 200kW Wfll < 0 00 000 2000kW 2000kW Wfll < 0 00 000 20000kW 0000 20000kW Wfll 00 000 0000 00000 [Otpt]: 2 *It is set which circit it does external otpt, becase it inpts 2 circits per a terminal block for W. If the target of external otpt is, connection side circit, Set. If the target of external otpt is 3, 3 connection side circit, Set 2. 5 Sae the setting 5. () After setting all of the items, psh the SETP key. Sae Sae settings and retrn to the Qit Setp (2) 5 will be. operation mode. Sae (3) When sae the setting, psh the or 2 Not Sae Discard the changes and retrn to 2 Not Sae key, moe the crsor to the the operation mode. 3 Cancel Sae, and Psh the key. 3 Cancel Contine the setp. (4) After completing the setting saing, Completed message will be. Psh the key. (5) Retrn to the operation mode, and it will be electric energy screen. *Fll load is calclated by following formla. (Fll load)=(primary oltage) x (Primary crrent) x (Coefficient) / 000[kW] *: In case 3P4W, apply the not phase oltage bt line oltage as primary oltage. *2: Coefficient is aries according to the phase wire system. W, 3W/3P4W.73 *If yo change a setting, please psh the key and be sre to determine changes. If withot determine, the changes will be discarded. *The nderline means the defalt of setting. After yo hae been set, een if a power failre occrs does not disappear setting. * If yo want to set the other circit, psh the CIRCIT key on the "Setp" screen (), select the circit, make the setting. 20
6.3.4 Commnication setpthe settings for the MODBS commnication (EM4BMMB, EM4HMMB, EM4GMB only) Transition to the setp mode. () Psh the SETP key in operation mode. [Setp] (2) will be. Measre 2 I/O () Confirm that the crsor focses the 3 COM., psh the key. 3 COM (2) 2 will be. 2 Setp MODBS address(em4bmmb, EM4HMMB, EM4GMB) 2. () In 2, psh the or key, and moe the crsor to the Address. [Address]:00~255 [COM] Address 2 Bat rate (3) 22 will be. 3 Parity 22. () Psh the key, and change the address. [Address] (2) Psh the key, and confirm the setting. 00 (3) 2 will be. 3 Setp the bat rate (EM4BMMB, EM4HMMB, EM4GMB) 3. () In 3, psh the or key, and moe the crsor to the 2 Bat rate. [Bat rate]:2400 4800 9600 9200 38400 [COM] Address 2 Bat rate (3) 32 will be. 3 Parity 32. () Psh the or key, and select the bat rate. [Bat rate] 9200bps (3) 3 will be. 4 Setp the parity (EM4BMMB, EM4HMMB, EM4GMB) 4. () In 4, psh the or key, and moe the crsor to the 3 Parity. [Parity]:Non Een Odd [COM] Address 2 Bat rate (3) 42 will be. 3 Parity 42. () Psh the or key, and select the parity. [Parity] Een (3) 4 will be. 5 Setp the stop bit (EM4BMMB, EM4HMMB, EM4GMB) 5. () In 5, psh the or key, and moe the crsor to the 4 Stop bit. [Stop bit]: 2 [COM] 2 Bat rate 3 Parity (3) 52 will be. 4 Stop bit 52. () Psh the or key, and select the stop bit. [Stop bit] (3) 5 will be. 6 Sae the settings 6. () After setting all of the items, psh the SETP key. Sae Sae settings and retrn to Qit setp (2) 6 will be. the operation mode. Sae (3) When sae the settings, psh the or 2 Not Sae Discard the changes and 2 Note Sae key, moe the crsor to the retrn to the operation mode. 3 Cancel Sae, and psh the key. 3 Cancel Contine the setp. (4) After completing the settings saing, Completed message will be. Psh the key. (5) Retrn to the operation mode, and it will be electric energy screen. *If yo change a setting, please psh the key and be sre to determine changes. If withot determine, the changes will be discarded. *The nderline means the defalt of setting. After yo hae been set, een if a power failre occrs does not disappear setting. *If yo want to set the other circit, psh the CIRCIT key on the Setp screen (), select the circit, make the setting. 2
6.3.5 ogging setpthe settings for the logging ID (Set only EM4BMMB, EM4HMMB, EM4GMB connected the EM4M.) Transition to the setp mode. () Psh the SETP key in operation mode. [Setp] (2) will be. 2 I/O 3 COM () Confirm that the crsor focses the 4 ogging, and psh the key. 4 ogging (2) 2 will be. 2 Setp the logging nit ID (EM4BMMB, EM4HMMB, EM4GMB) 2. () In 2, psh the or key, and moe the crsor to the ID. [ID]:00~255 [ogging] ID 2 Data clear (3) 22 will be. 0 Back 22. () Psh the key, and change the logging nit ID. [ID] 00 Confirm the setting. (3) 2 will be. 3 Sae the settings 3. () After setting all of the items, psh the SETP key. Sae Sae settings and retrn to the Qit Setp (2) 3 will be. operation mode. Sae (3) When sae the settings, psh the or 2 Not Sae Discard the changes and retrn to 2 Not Sae key, moe the crsor to the the operation mode. 3 Cancel Sae, and psh the key. 3 Cancel Contine the setp. (4) After completing the settings saing, Completed message will be. Psh the key. (5) Retrn to the operation mode, and it will be electric energy screen. *If yo change a setting, please psh the key and be sre to determine changes. If withot determine, the changes will be discarded. *The nderline means the defalt of setting. After yo hae been set, een if a power failre occrs does not disappear setting. *If yo want to set the other circit, psh the CIRCIT key on the Setp screen (), select the circit, make the setting. 6.3.6 Clock setpthe settings for the clock. (Set only EM4BMMB, EM4HMMB, EM4GMB connected the EM4M) Transition to the setp mode. () Psh the SETP key in operation mode. [Setp] (2) will be. 3 COM 4 ogging () Confirm that the crsor focses the 5 Clock, psh the key. 5 Clock (2) 2 will be. 2 Clock Setp (EM4BMMB, EM4HMMB, EM4GMB) 2. () In 2, Psh the or key, and moe the crsor to the Year. [Clock] (2) Psh the or key. Change the set. 203/0/0 (3) Psh the 00:00 key, and moe the crsor to the Month. O Cancel (4) Psh the or key. Change the set. (5) In a similar way, change the Day, Hor, Minte. Note 22. ogging data (6) After setting all of the items, psh the or key, and moe the crsor to the O. will be (7) Psh the key, and clock setting changed. Note2 cleared. O Cancel (8) 22 will be. (9) When to exit the clock setp, psh the or key, and moe the crsor to the O, and psh the key.(if select the Cancel, retrn to ) (0)After completing the settings saing, and will be. [Year]:00 0 02 3 99 [Month]:0 02 03 04 2 [Day]:0 02 29 30 3 [Hor]:00 0 2 3 23 [Minte]:00 0 59 Note :The setting range of the day changes with setting in the year and the month. Note 2:It becomes 00 second when the timing of pshing the key at the clock setp screen. Note 3:The logging data stored in EM4Mis deleted if clock setting is changed. Measred data stored in SD card is not deleted. *If yo change a setting, please psh the key and be sre to determine changes. If withot determine, the changes will be discarded. *The nderline means the defalt of setting. After yo hae been set, een if a power failre occrs does not disappear setting. *Setp is stored in ogging nit (EM4M). *If yo want to set the other circit, psh the CIRCIT key on the Setp screen (), select the circit, make the setting. 22