Family of motor protection & control relays
Family of motor protection & control relays
Family of motor protection & control relays
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<strong>Family</strong> <strong>of</strong> <strong>motor</strong> <strong>protection</strong>& <strong>control</strong> <strong>relays</strong>Totally protect all induction <strong>motor</strong>sReduce <strong>motor</strong> downtimeSOLCON
MPC 2000Incorporationg similar <strong>motor</strong> <strong>protection</strong>features to the MPR 2000 and 45programmable <strong>protection</strong> functions, theMPC 2000 includes a highlysophisticated <strong>control</strong> system for alltypes <strong>of</strong> starting methods including s<strong>of</strong>tstarters and variable frequency drives.This unit, together with a high speedcommunication facility, has beenspecifically designed for integration into<strong>motor</strong> management systems achievinghigh system reliability and efficiency.
MPR 2000The MPR 2000 monitors current, voltage and temperatureinputs to provide the most comprehensive <strong>motor</strong> <strong>protection</strong>package available today. With 5 - 10 temperature sensors,the MPR 2000 monitors as many as 36 programmable<strong>protection</strong> functions. It is ideal for high voltage <strong>motor</strong>s, largelow voltage <strong>motor</strong>s and applications where full <strong>protection</strong> andadvance warning is crucial such as in the process andchemical industries.
MPR 6Miniaturized to fit into a 1/27 size MCC drawer and incorporating20 programmable <strong>protection</strong> functions and one temperatureinput, the compact, cost-effective MPR 6 provides enhancedcurrent <strong>protection</strong> features, supervision and monitoring for all<strong>motor</strong>s.
TPR 6Mcnitoring 6 to 14 RTD / Termistor temperature inputsThe TPR-6 accurately creates a "Thermal Levels" <strong>of</strong> the heatincrease to protect the <strong>motor</strong> from abnormal heat in the windingsand or bearings. Self test procedure protects againstdisconnected sensor and operator faults.
HIUThe Hold-in Units were designed to ensure maximumcontinuation <strong>of</strong> operation in process sestems and industriaplants, despite disturbances in power supply.The most common disturbances are transient voltage dips andshort duratior voltaage outages.
O/L CHARACTERISTICSLCD DISPLAYSFEATURESMotor ProtectionMax. Number Of StartsUnder Current Level 1Under Current Level 2Current IncreaseOver Current Lvl 1 (Jam)Over Current Lvl.2 (Stall)OverloadEarth Fault Current Lvl.1Earth Fault Current Lvl.2Unbalance Current Lvl.1Unbalance Current Lvl.2Thermal Capacity Lvl.1Thermal Capacity Lvl.2UndervoltageOvervoltage Lvl.1Overvoltage Lvl.2Phase LossPhase SequenceUnder PowerThermal Sensor InputsWelded ContactorOpen CircuitFault At : Alarm, Trip, NoneReset : Panel, Auto, Comm.Reset : PLCInputsOperating Voltage 100-240VACOperating Voltage 19-300VDCDirect Measured Voltage 690VCurrent Transformer InputsTemp. Sensors (RTD or 3 TH.)Plant InterlockStart (A, B, Local and Remote)Speed SwitchAuthorised Key (S<strong>of</strong>tware Lock)External Input 1External Input 2External Input 3OutputsAlarm RelayTrip RelayAux. Relay 1 (Cont A, Alarm)Aux. Relay 2 (Cont B, Trip)Aux. Relay 1 (O/L, KWhr Pulse)Aux. Relay 2 (E/F)Serial Communication (RS485)Plug and S<strong>of</strong>tware (RS232-485)Series 2000 Series 6Series 2000 Series 6MPR MPC MPR Measured DataMPR MPC MPR· · · Phase Voltage (3Ph) · ·Phase-Neutral Voltage(3Ph)· · · Current (3Ph)· · ·E/F Current (Avg.)· · · Temperature Sensors (All) · · ·· · · Calculated Data· · ·Motor FLA· · · Thermal Capacity· ·Time to Trip· · · Time to Start·Temp. Sensors (Ohms)· · ·· · ·Statistical Data· · · Hour Counter· · ·Number <strong>of</strong> Starts· · · Number Of Trips· · ·Last Start : Time Period· · · Last Start : Peak Current · ·5-10 5-10 1· · ·Fault Data· · · Last Alarm Description · · ·Last Trip Description· · · Current during last Trip · · ·E/F Current During Last Trip· ·Phase Voltages During Last Trip · · ··† · Op. ·† · Op. · Op. Input Indication (closed, open) · · ·Input Indication (closed, open)4 · · 4 4· ·5-10 5-10 1 LED Display· ·OnStop·· ·Start· ·· Run· ·Contactor A· Contactor B·O/L· ·· · E/F·Alarm· ·· ·Trip·Internal Fault· ·· · ··Approx. Dimensions (mm) Depth Width HeightMPC/MPR 2000 Horizontal 159 292 118·MPC/MPR 2000 Vertical 159 118 292·† Op. ·† Op. · Op. MPR 6 Vertical120 96 144AC <strong>motor</strong>s are generally veryrugged and reliable. However, when<strong>motor</strong>s approach their rated limits,there is minimal margin whenabnormal conditions arise. To safelyrun a <strong>motor</strong> up to its limits, acomprehensive <strong>protection</strong> device isrequired. By accurately creating athermal operating model, suchdevices protect <strong>motor</strong>s fromirregularities in the power supply,<strong>motor</strong> and cabling faults and fromoperator error.With years <strong>of</strong> extensive experiencein <strong>motor</strong> <strong>protection</strong> and <strong>motor</strong>starting systems, SOLCON hasdeveloped a series <strong>of</strong> microprocessorbased <strong>relays</strong> that <strong>of</strong>fer acomprehensive, highly reliablepackage for <strong>protection</strong> againstmalfunctions. Each <strong>of</strong> the threemodels in this series includes arange <strong>of</strong> advanced features suchas:True RMS measurements at a0.5mSec sampling rate.Early warning "Time-to-trip"indication.RS485 communication for fullcomputer <strong>control</strong> andsupervision.Technically sophisticated yet easyto operate, these <strong>relays</strong> are themost effective solution formaximally reducing downtime andincreasing <strong>motor</strong> mean-timebetween-failures(MTBF).
RVS-DNLow Voltage Digital S<strong>of</strong>t-Starter8-2700A, 230-1000VAdditional ProductsAdditional catalogues available from Solcon's product rangeRVS-AX / RVS-DX SOLSTART RVS-BX / SEM-NMininature s<strong>of</strong>t-starterBasic electronic s<strong>of</strong>t-starterAnalogue & Digital s<strong>of</strong>t-starterFor single & triple phase <strong>motor</strong>sBasic electronic naval s<strong>of</strong>t-starterDPM 10Digital Power MeterPFC 10Reactive Power Factor ControllerSU 124 DGC 2000Generator Control & ProtectionDigital Generator Control &ProtectionSOLBRAKE HRVS-DN EPTDC Injection brakePRODUCED AND DESIGNED BY "MONI BLECH"
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