INSTRUCTION MNUL IM425-U v3.1 EMM-R3-V EMM-µ3-V MULTIFUNCTION VOLT/MMETER GENERL Te digital Multifunction Volt/mmeter series EMM-V allow monitoring te main electrical parameters present on a distribution line. Te local display of te electrical parameters is being made troug 3 display wit red LED, wic grant a good and simultaneous reading of various measures. Te intuitive selection of te measures to visualise, wic are signalled by teir corresponding LED, completes a clear and simple front panel, wic offer a lot of useful information. On top of te instantaneous measuring, tese instruments visualise te maximum pea of te main parameters (maximum pea and maximum demand or maximum average value). Multifunction Volt/mmeter series EMM-V replace, in an unique device, all te functions of voltmeters, ammeters and frequency meters, permitting a great economic saving, due to reducing of dimension and wiring, so as optimising te instruments management, since one as most of all in one, for electrical boards, switc-boards and Gen-Sets. VILBLE MODELS EMM-R3-V EMM-µ3-V CCESSORI ED OPZIONI accessories: transparent cover for frontal protection. options: C1 C2 1 T P auxiliary power supply 230 V auxiliary power supply 115 V current inputs for CT../1mp. current inputs wit galvanic insulation (not for direct connection line insertion) n.2 digital output alarm signal (Potomos ca/cc). INTRODUCTION Te EMM-R3-V and EMM-µ3-V models are only featured for visualising te electrical parameters. Te power supply is taen from te measured voltage or self-supplied. MESURED PRMETERS Parameters Measuring units Identification Symbols Pase and tree pase voltage [V-V] V -N V -N V -N V L-N Pase to pase and tree pase system voltages [V-V] V - V - V - V L-L Pase and tree pase currents [-] I I I I Frequency [] Hour meter [r] r1 r2 r3 STORED PRMETERS Instantaneous Values: Maximum pase voltage [V-V] V -N max V -N max V -N max Minimum pase voltage [V-V] V -N min V -N min V -N min Maximum pase to pase voltage [V-V] V - max V - max V - max Maximum pase current [-] I max I max I max Measured value in 15 verage pase current (maximum demand) [-] I max (avg) I max (avg) I max (avg) cecs Cec pase rotation EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 1
INSTLLTION WRNING FOR THE USER Read carefully te instructions/indications contained in tis manual before installing and using te instrument. Te instrument described in tis manual is intended for use by properly trained staff only. SFETY Tis instrument as been manufactured and tested in compliance wit EN 61010-1 standards. In order to maintain tese conditions and to ensure safe operation, te person must comply wit te indications and marings contained in te manual. Wen te instrument is received, before beginning installation, cec tat it's OK nd it as not suffered any damage during transport. Wen starting installations mae sure tat te operating voltage and mains voltages are compatible wit te device instructions. Te instrument power supply must not be earten. Only qualified and autorised personnel must carry out maintenance and/or repair. If tere is ever te suspicious tat, tat tere is a lac of safety, during operation, te instrument must be disconnected and cautions taen against accidental use. Operation is no longer safe wen: Te instrument doesn't wor. - Tere is clearly visible damage. - fter serious damage incurred during transport. - fter a storage under unfavourable conditions. WIRING For a correct use of te device, te wiring diagram contained in te present manual must be respected. Te connections are available on te screw terminal: - uxiliary power supply: Te power supply is tae from voltage inputs. Tere are 3 different auxiliary supplies: Vn 110V = 100-125V 50-60 (option C2) Vn 230V = 220-240V 50-60 (option C1) Vn 400V = 380-415V 50-60 (standard) In te standard version te voltage is 400V and it s taen between te pases -. In te following table it s possible to see te measurable voltage depending of te type of power supply. Power supply terminals Rated voltage Range of measurable voltage 400V 300 500V pase to pase (175 290V pase-neutral) - (pase to pase power supply) 230V 175 290V pase to pase (130 170V pase-neutral) 110V 85 145V pase to pase (50 85V pase-neutral) 230V 300 500V pase to pase (175 290V pase-neutral) -N (pase neutral power supply) 110V 175 290V pase to pase (100 170V pase-neutral) Te standard version allows applying te instrument at all te tree-pase networ 400V wit or witout neutral supplied. For example for application on single pase 230V it will need te -N / 230V. Wile for applications in medium voltage (for example using external voltage transformer 15 / 0.1 V pase to pase) it will need te version - / 110V. - measuring voltage inputs: 4 terminals are available for te connection to te 3 pase and neutral of te measuring networ, te maximum voltage pase to pase souldn't be over 500 V rms and it will always be depending on te auxiliary power supply. In case of a 3 pase system witout neutral, or non-distributed neutral, to leave terminal N free. It s possible to use external voltage transformer. In fact te transformation rate of te external transducer can be set in te SETUP of te instrument and te visualisation allows te reading of voltage up to 40,0 V. - measuring current inputs: 4 terminals are available for te connection to 3 external CT s wit secondary 5, it s possible to use 2 CT s on 3 wires system (tree pases aron wiring). Te use of external CT s is absolutely required. Te transformation rate of te external transducer can be set in te SETUP of te instrument and te visualisation allows te reading of current up to 9,99. NOTE: It's a must to respect te pase sequence. Te connections between current and voltage pase inputs must not be inverted (for example, CT placed on pase must correspond to te I1 input). So as it is not correct to invert and S2 terminals. To fix te device at te panel, insert te two bracets into teir corresponding grove oles, at te side of te enclosure and fix up te screws. It s better to put an external protection wit fuses for te voltage inputs and to use adapted cables for te woring currents and voltages: section from 0.5 to 2.5 mm 2. ENERGY COUNTERS EMM-R3-V EMM-µ3-V RER PNEL (connections side) EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 2
WIRING DIGRM EMM INSERTION ON THREE-PHSE LINE WITH 3 or 4 WIRES On line wit 3 wires (witout neutral or wit neutral not supplied) te N terminal must not be connected N S2 P2 LOD EMM INSERTION ON THREE PHSE LINE WITH 4 WIRES WITH 3 TV N S2 P2 LOD EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 3
EMM CURRENT INSERTION ON THREE PHSE LINE WITH 2 CT (insertion RON) N S2 P2 LOD EMM VOLTGE INSERTION ON THREE PHSE LINE WITH 3 WIRES WITH 2 VT Tis insertion is possible only wit te internal CT version (-t suffix). S2 S2 P2 P2 LOD EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 4
EMM INSERTION ON BLNCED THREE PHSE LINE WITH 3 or 4 WIRES On line wit 3 wires (witout neutral or wit neutral not supplied) te N terminal must not be connected S2 P2 LOD EMM INSERTION ON SINGLE PHSE LINE Only for model wit pase-neutral power supply (Vaux -N) L N S2 P2 LOD EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 5
FRONT PNEL DESCRIPTION E D C E D C -2-3 MX -1 max avg B -2-3 -1 MX max avg B electrical multi meter electrical multi meter DESCRIPTION: : Pus-button for visualising of te tree pase system parameters wit te corresponding indication LED. By pressing during 5 seconds, user accedes to programming te instrument (SETUP). B: Pus-button for selecting te measures to visualise on display E. C: LED s for indicating te measures visualised on display E and te eventual multiplier factor of eac parameter (reading =ilo x1000). D: LED for indicating te visualisation of te memorised pea values. E: Tree displays for visualising te measures, subdivided by pases. Sould te LED be glowing, it indicates te tree-pase system value of te selected parameter. +B: By pressing te two eys simultaneously at te visualisation mode, it accedes to te visualisation of te memorised pea values. EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 6
MENU OF INSTRUMENT PROGRMMING (SETUP) fter te connecting te power supply to te instrument and waiting few seconds (all LED s will glow and te first indication of te firmware appears on te display and all segments will glow later), press and eep pressing te ey during 5 seconds, wen te message set UP will appear on te display E. Te values set are old also in absence of te auxiliary power supply. SET GENERL PRMETER (SET UP) Entry to menu: set UP set Up RESET SET DO1 SET DO2 SET HR_ DO_ OFF OFF SET CT Set CT ratio from 1 to 2000 SET VT Set VT ratio from 0.1 to 400.0 set V9 T Set average time from 1 to 30 minutes set 3pH Set connection Type Increase Decrease Increase Decrease Increase Decrease BLNC UN_BL 1PH set MDE -3- Set wiring connection type -4- set SYN MDE Set syncronism 50 type 60 set SCHROLL SET PS Set Password OFF - 0002 9999 ON OFF Increase Decrease Confirm and end of general settings - Programming of te transformation rate of te external CT s Te programming of te CT s rate considered as te rate between primary and secondary (example: wit CT 1000/5, we must set 200), must be done wit te pus-button on te front panel. By pressing te ey again it will appear te message CT (current transformer) and te value of te transformation rate (set to 1 by te manufacturer). To increase te value press te B button wile to reduce te value press te button wit B already pressed (te variation is unit for unit). To increase te speed up te value setting, it s necessary to old pressed te B or te couple and B buttons, te variation will appen successively by tens and undreds. To come bac to increase or to reduce te value on unit by unit way, it s necessary to release and to press te ey again. To confirm te value set press te button; in tis way te instrument will pass to te successive programming. If no ey is pressed during a 10-second interval of time, te instrument will exit automatically from programming, witout saving te selected value. EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 7
- Programming of te transformation ratio of te external voltage transformers fter te precedent programming pase, on E display will appear te inscription VT (voltage transformer) and te value of te transformation rate of te external TV (set to 1 from te constructor), considered as te rate between primary and secondary (example wit TV 15/0.1 V te value will be 150). In te same way at te programming of te CT rate will be possible to set tis value. If te external TV are not used te value to set will be 1. To confirm te value press te button. Programming of te average time (set VG T ) fter te programming pase previously described, pressing anoter time te ey, on te E display will appear te message VG T and te average time settable from 1 to 30 minutes. To increase te value press te B ey. To decrease it, press te and B eys togeter (from te condition of B pressed). To confirm it press te ey. Te average time is te time used to calculate te average parameters (avg) and te maximum demand (maxd). Programming insertion mode It s possible to set te following mode of insertion: UN_BL in a unbalanced tree-pase system (default), BLNC in a balance tree pase system and 1PH in a single pase insertion. In te 1PH mode are displayed only te measures of l3 pase and te relative our counter; te status of pase rotation is not displayed. In te BLNC te current and te power factor of te pase are used for te calculation of and measures. Programming wiring connection mode Tis setting allows to definite te wiring type connection. It s possible to cose 3 wires or 4 wires. Wit te 4 wires connection te neutral parameter are displayed and enabled to use for te digital outputs settings. Programming of te syncronism type In tis setting for te syncronization type, it s possible to coose to use te external frequency (on pase) or 50, 60 to use te internal cloc. ctivating or cancelling te automatic scrolling Tis allows selecting ON for activating or OFF for cancelling te automatic scrolling of te measures visualisation. Programming of te Password Te instrument is supplied witout password. Wen a password (from 0002 to 9999) is set, using te B (to increase), e B (to decrease) and (to confirm) eys, only wo now tis value can to enter in te setup. Te password, in fact, is required all te time tat someone try to enter in te setup (pressing te ey at least 5 seconds). If te password is wrong, te message PSS ERR will appear on F display and te instrument go bac to te measures visualization. To input te password, wen required by te instrument, at te enter of te setup, use te, B and C eys as te same way done previously. PEK VLUES ND ENERGY COUNTERS RESET (RESET) Enter in setup mode, press te B ey up to sow te message ReseT on te E display, press te ey, on te display will appear RES LL NO, press te B ey anoter time, te message commute in RES LL yes, confirming wit te ey all stored data will be deleted. utomatically te instrument come bac to te measure visualization. Entry to menu: set UP set Up RESET SET DO1 SET DO2 SET HR_ --- OFF OFF (te visualization depends on te settings and te I/O status) To enable te cosen type, press te B ey to cange te indication on display G from NO to yes. Confirm enabling cancellation, by pressing te ey. Te indication on E display cange from yes to ---. EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 8
PROGRMMING OF THE DIGITL OUTPUT (SET DO1 SET DO2) Tis setting is enabled only in te model wit digital outputs (-p suffix in te order). Te DO1 and DO2 digital outputs can be used to signal alarms (LR) using a comparing wit two adjustable tresold for eac output. Te DO1 modality setting is independent from DO2. In te menu SET DO1 and SET DO2 it s possible to program te function of all digital outputs. In tese menus are available te following modality: LR SYS 3PH and LR SYS 123. Wit LR SYS 3PH te digital output will function as alarm verifying tat te tree pase value (average) doesn t exceed te tresold set (LR HI and LR LO). Wit LR PH_ 123 te digital output will function as alarm verifying tat te maximum value of te single pases doesn t exceed te maximum tresold set (LR HI) and tat te minimum value of te single pases doesn t come down te minimum tresold set (LR LO). Te activation of te alarm output will come after some seconds of delay set (LR DL). Enter to menu: set UP set Up RESET SET DO1 SET DO2 SET HR_ --- OFF OFF (te visualization depends on te settings and te I/O status) LR SYS 3PH LR PH_ 123 LR SEl uln LR SEl MP LR SEl VLL LR SEL FRE (only for LR SYS 3PH) lr sel PH_ To coose te output modality To cose te parameter to control (see variable list) Set maximum alarm tresold LR HI Set minimum alarm tresold LR LO Set delay LR Dl Increase Decrease (after 0 tere is OFF) Increase Decrease (after 0 tere is OFF) Increase Decrease Confirm and end of digital output settings. ENTER IN THE SETUP From te measures visualization, press te ey for at least 5 seconds, te message SeT Up will appear on te E displays. CHOOSE THE DIGITL OUTPUT TO PROGRM Press repeatedly te B ey until te message SET DO1 (DO1 output) or SET DO2 (DO2 output) appears on te E display. Press te ey to select tis setting. SELECT THE MODLITY OF FUNCTIONING OF THE DIGITL OUTPUT To select te functioning mode, using te B ey: LR SYS 3PH, (alarm on tree pase value) and LR PH_ 123 (alarm on minimum and maximum single pase value). Press ey to confirm. CHOOSE THE PRMETER TO LINK TO THE DIGITL OUTPUT Wit an alarm modality set, it s necessary to select te parameters associated to te alarm output; by pressing te B ey until te parameter coice appears on te tird part () of E display and te glowing te corresponding led on te D bar. Press ey to confirm te set. SET THE HIGH ND THE LOW THRESHOLDS On E display will appear te message LR Hi wit te ig tresold value; confirming wit te ey on te same display will appear te message LR LO wit low tresold value. Te B ey (to increase), and B eys togeter (to decrease) are used to set te ig and te low tresolds values. Te range depends by te parameter and it is lined to te CT and VT ratios. Pressing ey to confirm. Te tresold set is lined wit CT and VT ratios, for tis reason it s necessary to mae tis operation after te programming of te CT and VT. Te end scale value must be confirmed wen CT and VT ratios are modified. Te low tresold will be lower tan ig tresold. If te ig tresold is set as OFF te low tresold will ave te range of te ig tresold. EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 9
SET THE DELY TO THE DIGITL OUTPUT CTIVTION Now it s possible to set te delay tat will pass between te alarm condition set and te activation of digital output. On E display will appear LR DLY and te value expressed in seconds (range 1 900). Te modification of te value is done in te same way of te tresold set. Wit te confirmation ( ey) te set is complete. Te programming will be referred to te digital output indicated on E display (DO1 o DO2). Wit only te HI tresold set, te alarm condition is activated wen te parameter set in alarm exceed te tresold. Te digital output is enabled only if te alarm condition remain activated for all delay time set. From te activation of te digital output, te restore is automatic wen te parameter decreases below te ysteresis value. Digital output larm Tresold HI t < delay delay Functioning for exceeding te maximum tresold Hysteresis HI Wit only te LO tresold set, te alarm condition is activated wen te parameter set in alarm drop below te tresold. Te digital output is enabled only if te alarm condition remain activated for all delay time set. From te activation of te digital output, te restore is automatic wen te parameter grow above te ysteresis value. Digital output larm Hysteresis LO t < delay delay Functioning for dropping above minimum tresold Tresold LO Wit bot LO and HI tresold set, te alarm condition is activated wen te parameter set in alarm is outside from te values band limited by LO and HI tresolds. Te digital output is enabled only if te alarm condition remain activated for all delay time set. From te activation of te digital output, te restore is automatic wen te parameter return inside te values band limited by LO and HI tresolds. Digital output larm Tresold HI Hysteresis HI t < delay delay delay Functioning for exceeding or dropping by te band defined by maximum and minimum tresold Hysteresis LO Tresold LO EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 10
PROGRMMING OF THE HOURS COUNTER (SET HR_) Te our counter will be increased wen te measure of te parameter will exceed te set tresold value. Te tresold set is applied to te system value of te parameter selected. For te frequency te referring it s te same to te measure of te pase. set UP set Up RESET SET DO1 SET DO2 SET HR_ --- OFF OFF (te visualization depends on te settings and te I/O status) HR_ SEl VLN HR_ SEl MP HR_ SEl VLL HR_ SEL FRE Set te tresold HR_ HI To cose te parameter (see te variable list) Increase Decrease Confirm and end of our counter settings. SELECT THE PRMETER TO LINK TO THE HOURS COUNTER From te previous setting, pressing te B ey it s possible to set te ours counter: te message SET HR_ appears on te E display. Press te ey to define te parameter to lin to te ours counter. Press more time te B ey to select te parameter and te ey to confirm it. SET THE THRESHOLD Subsequently it s necessary to set te tresold using te B ey (to increase) and and B eys (to decrease). Confirm wit ey. I/O INFO PGE fter te our counter set, te I/O info page appears in E displays: on te second part () te status of te first digital output (DO1), on te tird part () te status of te second digital output (DO2). VRIBLE LIST VLN tree-pase voltage MP tree-pase current VLL pase to pase voltage FRE frequency PH_ cec te rotation pase voltage connection EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 11
MESURES VISULISTION Te measures reading is visualised on te display E, sowing te tree pase measures (, y respectively) of te indicated parameter by te C LED. For measuring te pase to pase voltage (V L-L), te tree measures are understood V -, V -, V - respectively, as indicated on te front plate. Te selection of te parameter to be visualised is made by pressing te ey B. It will be indicated by te C LED. By pressing te ey, te selected parameters will be visualised on display E, as tree pase values (average of te individual pases for voltages and currents) wit te corresponding ligting of te LED, placed internally in te ey. Wit LED turned off and unbalanced tree pase system mode (UNBLNC) are displayed in te following sequence: - LED ON: On te display are sowed te pase voltages - LED ON: On te display are sowed te pase to pase voltages - LED ON: On te display are sowed te pase current - LED ON: on display is sowed te frequency measured on pase, on display will appear te message PHSE ROTTION wit a brigt das tat rotate clocwise to indicate tat te pase rotation is correct, or te message ERR if te pase rotation is wrong. - LED ON: On te display are sowed te pase our counters HR1, HR2, HR3. Te reading of te meters uses te 6 digits (maximum reading 99999.9) of te E display te measure comes visualised in suc a way tat, te display will sow te first 3 digits, te display te second 3 digits and te display te identification of te corresponding our meter (HR1, HR2, HR3). Eac our counter is activated wen te measure of pase corresponding to te selected parameter exceed te tresold set (see SET HR_). Te measure is expressed in our (integer) and tents of ours (decimal). By pressing te ey te LED is enabled and te system values are displayed. Please note tat te unit value may be expressed in ilo, wen te corresponding LED C are glowing (indicated in te front plate as ). Te visualised frequency is referred to te line. EMM-R3-V EMM-R3-V EMM-R3-V [1] Visualization PHSE VOLTGES [2] Visualization PHSE TO PHSE VOLTGES [3] Visualization PHSE CURRENTS EMM-R3-V EMM-R3-V EMM-R3-V [4] Visualization PHSE ROTTION CORRECT [4] Visualization PHSE ROTTION WRONG [6] Visualization HOUR COUNTER 3 215 and 30 EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 12
Visualizations parameter of system (LED on), EMM-R3-V EMM-R3-V [7] Visualization measure of system : VERGE PHSE VOLTGE : VERGE PHSE CURRENT : FREQUENCY In balanced tree pase system mode (BLNC) are available only te visualization [7] and [8]: In single pase mode (!PH ) te pages displayed are te following: [8] Visualization measure OF system : VERGE PHSE TO PHSE VOLTGE : VERGE PHSE CURRENT : FREQUENCY EMM-R3-V EMM-R3-V [9] Visualization measure of pase. : VERGE PHSE VOLTGE : VERGE PHSE CURRENT : FREQUENCY [10] Visualization HOUR COUNTER 3 215 and 30 EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 13
VISULISING THE INSTNTNEOUS ND VERGE PEK (MXIMUM) VLUES By pressing te and B eys simultaneously, te instrument enters into te visualisation of te pea (maximum) values: Te LED D will glow. Te memorised pea (maximum) values, wic migt be selected by te B ey, E D will be sown on te display E. MX Te indication of te value and te value itself will be visualised alternatively -2 on te display E. If no ey is pressed during an interval of time of 10 seconds, te instrument -3 will return automatically to te visualisation of measures. Tere are two types of te maximum memorised values: Te instantaneous maximum memorised value is te maximum reaced value of te parameter, during 1-second al least. Te average maximum values (maximum demand) memorise te maximum average value of te parameter, reaced during te average time. Te integration for calculating te average values is syncronised every time tat te instrument is switced on. During te visualisation of te maximum memorised values, te values are visualised by alternating te indication of te visualised parameter wit te measured values. Te maximum values of te parameters, wic are selectable wit te B ey, are as follows: Parameter Display Signalling LED maximum instantaneous PE HI minimum instantaneous Pea LO maximum instantaneous PE HI I pase maximum instantaneous PE LO I pase average maximum VG HI 142 148 142 C -1 electrical multi meter max avg B C NOTE regarding te measures Te refres time of display is lower tan 1 second and it corresponds to te processing time of measure according to te used measuring metodology, allowing a comfortable reading of values, also in presence of unexpected deviation of te measured parameters. Sould te case be tat te instrument is being used in a single-pase line, please bear on mind tat te valid values are referred to pase. Oter visualised values souldn t be considered, since tey correspond to tree-pase system. In case tat te indicated measures aren t reliable or tey are absurd, it s important to cec carefully te current and voltage inputs connection, so as te pase sequence. Cec tat current and voltage correspond to te same pase (on input it will be connected pase voltage and te CT will be placed on pase ), tence terminal of CT will be wired to te relative terminal on te instrument. If te secondary of te CT is connected to oter instruments also, it can be experienced some measuring problems, according wit te typology of current inputs. Sould tat be te case, te user sould select te option of te instruments type (T) wit internal CT s. EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 14
TECHNICL CHRCTERISTICS MESURES, CCURCY Voltage True rms for te pase, pase to pase and tree-pase voltage Total measuring range: 20 500V trms pase-pase - 290V rms pase-neutral, depending always to te power supply voltage. Visualization (0,02 50,0V) measuring accuracy: ±0,5% ±1 digit Current True rms for te pase and tree-pase currents. Measuring range: 0,02 5 trms - accuracy: ±0,5% ±1 digit Visualization 0,02 9990 Frequency Frequency of te pase measuring range: 45 65 accuracy: ±0,5% ±1 digit UXILIRY POWER SUPPLY -INPUTS ux. power supply Standard 380-415V ±15% - options 100-125 / 220-240V ±15% Frequency 45-65 - absorption 3V Voltage taen from te measuring voltage inputs Voltage inputs from 20 to 500V pase-pase (always depending on te auxiliary supply); permanent overload +20% - impedance at te input: 1 M Tree-pase wiring wit 3 or 4 wires, and single-pase wiring MV connection troug external VT wit programmable transformation ratio from 1 to 400 Current inputs From 0,02 to 5; permanent overload 30% - from external CT s wit secondary 5 primary programmable from 5 to 10000 self consumption <0,5V GENERL Display and eyboard 3 display wit red LED of 10 mm eac, made of 3 digits of 7 segments 2 eys for selection of measures and programming Mecanical Protection degree: IP52 frontal - IP20 enclosure and terminals - weigt: approx. 0,5 g. Wiring troug terminals for screws, cross section cable of 2,5 mm 2 Self-extinguising plastic enclosure EMM-R3-V: Flus mounting DIN 96x96mm, dept 56mm EMM-µ3-V: Flus mounting DIN 72x72mm, dept 95mm Environment Woring temperature: -10 60 C; relative umidity <90% Storage temperature: -25 70 C Standards of reference and Maring Isolation test: 3 V during 1 minute CEI EN 50081-2; CEI EN 61000-6-2; CEI EN 61010-1 EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 15
DIMENSIONS 96 9 56 Drill panel EMM-R3-V -2-3 MX -1 max avg 96 96 90 R3 92 92 electrical multi meter 20 72 Drill panel EMM-µ3-V -2-3 -1 MX 888 888 888 max avg 72 65,8 R3 68 68 electrical multi meter 9 81 14 For oter applications, please contact wit CONTREL tecnical assistance department. EMM-R3-V EMM-μ3V instruction manual IM425-U v3.1 pag. 16