Tender For Supply, Installation, Commissioning, Maintenance And Demonstration Of Various Equipment For Advanced Renewable Energy Systems Laboratory (Aresl): Pv Emulator, Dso, Probe&Sensors, Electronic Loads Etc.

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Tender For Supply, Installation, Commissioning, Maintenance And Demonstration Of Various Equipment For Advanced Renewable Energy Systems Laboratory (Aresl): Pv Emulator, Dso, Probe&Sensors, Electronic Loads Etc. Ac Clamp 1 Detail Specifications: Power Meter Specifications • (I) Circuit Measurement Configurations: Fulfill Measurements Across Single-Phase (2-Wire/3-Wire) And Balanced/Unbalanced Three-Phase (3-Wire/4-Wire) Networks Under Normal Operational Supplies. • (Ii) Primary Measurement Measurement Parameters: Simultaneous Capability To Capture Ac Voltage. Ac Current, Voltage/Current Peak Values, Active Power, Reactive Power, Apparent Apparent Power, Power Factor, Phase Angle, Frequency, And Phase Sequence Detection. • (Iii) Ac Voltage Measurement Boundary: 80.0 V To 600.0 V Ac (True Rms) Or Wider. • (Iv) Ac Current Measurement Boundary: 0.060 A To 600.0 A Ac (True Rms) Across Multiple Automatic Or Manual Ranges. • (V) Active Power Operational Range: 0.005 Kw To 360.0 Kw Minimum (Singlephase Boundary). • (Vi) Harmonic Analysis Capability: Support For Voltage And Current Harmonic Order Analysis Up To At Least The 30Th Order Via Integrated Digital Interfaces Or 2 2 Digital Storage Oscilloscope Dedicated External Mobile Software Applications. • (Vii) Phase Angle Adjustments: Measurable From Lead -180.0° To Lag 179.9°. • (Viii) Power Factor Parameters: Operational Boundaries From -1.000 To 1.000. ⚫ (Ix) System Frequency Window: 45.0 Hz To 999.9 Hz Response Window. (X) Core Functional Layouts: Peak Capture, Hardware Phase Detection, Max/Min/Avg Value Tracking, Auto-Hold Display Function, Reference Electric Meter Comparison Utility, And Unbalanced 3-Phase Power Estimation Capabilities. • (Xi) Power Source & Operation: Powered Via Standard Alkaline Batteries Providing (X1) Rower Soure At Least 25 Hours Of Continuous Field Utilization With The Display Backlight Disabled. Detail Specifications: (I)Bandwidth 250 Mhz Or Higher (Ii)Channels:6 Analog Channels Or Greater Numbers (Iii)Sample Rate Of Analog Channel: 2 Gsa/S Per Channel (Iv)Memory Depth: 230Mpts Or Better For All Channels. (V)Vertical Resolution:12-Bit And Up To 16-Bit In High Resolution Mode (Vi)Peak Detection:500 Ps Glitches Capture Rate (Vi)Peak Detection:500 Ps Giitenes Capture Kate (Vii)Max. Waveform Capture Rate: At Least 100,000 Wfms/S (Viii) Analog Input Frontend Characteristics:A)Input Coupling: Dc, Ac, Or Gnd B)Input Impedance And Capacitance Value: Impedance : 1 Μω ± 1%, 50 Ω ± 1% ,Capacitance: 19 Pf ± 3 Pf Or Lower Standard Value (Ix)Probe Attenuation Coefficient: 0.001X To 50000X In All Suitable Ranges (X)Vertical Sensitivity: 100 Μv/Div To 10 V/Div @ 1M 100 Μv/Div To 1 V/Div @ 50 Ω (Xi)Channel-To-Channel Isolation: Olation: ≥100:1 2 (Xii) Dc Offset Accuracy: <+(1.5% Of Offset Setting + 0.5% Of Full Scale) Or Better (Xiii)Time Base Range: 200 Ps/Div To 500 S/Div Minimum 3 (Xiv)Time Base Resolution: Below 50 Ps (Xv)Trigger Type: Different Options Of Edge Trigger, Pulse Trigger, Slope Trigger, Video Trigger, Pattern Trigger, Duration Triggerand Common Serial Bus Protocols (E.G., Rs232/Uart, 12C, Spi). (Xvi)Measurement Display: Minimum 30 Auto Measurements; And Up To Measurements Can Be Displayed At A Time. Measurements Can Be Disprayed At A Time. 10 (Xvii)Advanced Math Functions: Must Include Standard Arithmetic Operators (+,-,X, Advanced Calculus/Algebraic Functions (Fft, Integration, Differentiation, Logarithm, Natural Log, Exponential, Square Root, Absolute Value, Linear Fit Ax+B), And Logical/Digital Filtering Functions (And, Or, Xor, Not, Lowpass, Highpass, Bandpass, And Bandstop). (Xviii)Voltmeter & Frequency Counter: Standard Voltmeter And 6-Digit Frequency Counter Equency Coum (Xix)System Architecture: High-Speed Multi-Core Embedded Hardware Processor Optimized For Real-Time Waveform Calculations And Ui Responsiveness. (Xx)Internal Storage: At Least 64 Gb Of Internal Non-Volatile Memory For Storing Instrument Configurations, Reference Waveforms, And Deep Data Logs. (Xxi)Interfaces: Usb Host/Device, Lan, Hdmi (Xxii)Display 10.1-Inch Capacitive Multi-Touch Gesture-Enabled 10 Detail Specification: Display (I) Operating Capability & Bandwidth: Continuous Auto-Sensing Auto-Sensing Execution Execution Across Both Alternating Current (Ac) And Direct Direct Current Current( (Dc) Applications, Delivering A Frequency Bandwidth Spanning From Dc To A Minimum Of 100 Khz (At The -3Db Threshold With Appropriate Current De-Rating). (Ii) Peak Current Handling & Dual Sensitivity Ranges: Equipped With Dual Userselectable Measurement Boundaries Featuring: 100Khz, 100A Current Probes Low Range: Up To 10 A Dc Or Peak Ac At A Sensitivity Coefficient Of 100 Mv/A. High Range: Up To 100 A Dc Or Peak Ac At A Sensitivity Coefficient Of 10 Mv/A. 3 4 Hall Effect 40 Current Sensors Differential 3 Probes For Dso (Iii) Signal Output Interface: Terminated In A Standard 50 2 Bnc Plug-And-Play Interface Connector, Fully Compatible With Standard Digital Oscilloscopes And Data Logging Instruments. (Iv) Power Delivery System: Powered Via A 5 V Dc Or 9 V Dc Usb Interface Input Configuration, Natively Compatible For Execution Via Standard External Ac Wall Adapters Or Portable Usb Battery Power Packs. (V) Dc Measurement Accuracy Thresholds: Precision Performance Maintaining A Maximum Allowable Error Limit Of: ≤5% For Current Measurements Up To 40 A (Or Better). ≤ 20% For Current Measurements Within The 40 A To 80 A Operational Range (Or Better). (Vi) Safety Overvoltage Category Rating: Certified Electrical Isolation And Ruggedness Parameters Meeting Or Exceeding Cat Iii 300 V And Cat Ii 600 V Tuggeuiess D Structural Salety Safety Ratings At The Primary Conductor Interface. Rann Detail Specification: (I)Operating Principle: Closed-Loop (Compensated) Current Transducer Utilizing Halleffect Technology For The Electronic Measurement Of Dc, Ac, And Pulsed Currents With Galvanic Isolation. (Ii) Primary Nominal Rms Current: 50 A Baseline Current Rating. (Iii) Primary Current Measuring Range: Continuous Measurement Capabilities To Neak Spanning 0 To At Least +70 A Peak. (Iv) Secondary Nominal Kms Output (Iv) Secondary Nominal Rms Output Current: 50 Ma Output At Nominal Primary Rating (Representing A 1:1000 Conversion Turns Ratio Configuration). (V) System Supply Voltage Range: Bipolar Dual-Rail Dc Supply Window Handling ±12 V To ±15 V Dc ±5% Tolerance Band). (Vi) Dynamic Linearity Tolerance: Linearity Error Restricted To < 0.15% Across The Entire Primary Current Spectrum. (Vii) Residual Electrical Offset: Maximum Offset Current Error Limited To ±0.2 Ma When Primary Current Is At Zero At An Ambient Temperature Of 25°C. (Viii) Remnant Magnetic Offset: Maximum Magnetic Offset Current Restricted To ±0.3 Mama Aner After Susta Sustaining A Primary Overload Condition Equivalent To 3 Times Primary Nominal Current Nominai Current (Ix) Transient Response Delay: Reaction Loop Performance Delivering A Delay Time To 90% Of Primary Current Of <1Μs. (X) Frequency Bandwidth Performance: Stable Operation From Dc Up To A Minimum Frequency Bandwidth Of 200 Khz (Measured At The -1Db Threshold). (Xi) Ambient Thermal Boundaries: Certified Industrial Operating Temperature Envelope Expanding From -40°C To +85°С. (Xii) Winding Thermal Resistance : Internal Secondary Copper Winding Resistance Limits Tracking At 80Ω At 70°C, And Moving To 85Ω At 85°C (Xiii) (Xi1I Target Application Capabilities: Capabilities: Architecture Optimized Optimized For F Deployment Depl Within Ac Variable Speed/Servo Motor Drives, Static Converters For Dc Motor Drives, Batterysupplied Applications, Uninterruptible Power Supplies (Ups), And Switched Mode Power Supplies (Smps). Detail Specifications: (I) System Bandwidth (-3Db): Dc To At Least 25 Mhz (Operational Across Attenúation Selections). All (Ii) Attenuation Ratios: User-Selectable Dual-Range Switchable Attenuation Supporting 1:20 (X20) And 1:200 (X200) Modes. (Ii) Absolute Dc Measurement Accuracy: Within ± 2.0% (Or Better) Across All Hardware Attenuation Limits. (Iv) Maximum Measurable Differential Voltage: Capable Of Safely Evaluating Voltages Up To At Least 140 V Peak (Or 1400 V Peak-To-Peak) In X20 Mode, And Up To 1400 V Peak (Or 2800 V Peak-To-Peak) In X200 Mode. (V) Maximum Common Mode Voltage To Ground: Certified Electrical Safety Isolation Ratings Meeting At Least 600 Vrms Cat Iii (Or 1000 Vrms Cat Ii) At The Primary Input Terminals. 4 6 1 Programmable Electronic Load (Ac/Dc Both) 8 Solar Emulator (Vi) Hardware Rise Time Response: High-Speed Transient Performance Delivering≤ 14 Ns In The X200 Range, And ≤24 Ns In The X20 Range. (Vii) Common Mode Rejection Common Mode Rejection Ratio (Cmrr): Minimum Tracking Performance Maintaining > 80 Db At 60 Hz, > 60 Db At 100 Hz, And > 50 Db At 1 Mhz Profiles. (Vii) Terminal Input Impedance (Differential): Minimum Baseline Parameters Of 4 Ms2 In Parallel With ≤5.5 Pf (Or Lower) To Minimize Circuit Loading. (Ix) Terminal Input Impedance (Single-Ended): Minimum Baseline Parameters Of 2 M In Parallel With ≤11 Pf (Or Lower) Relative To The Common Ground Interface. Maz I Para E (X) Output Interface: Terminated Ina Standard 50 2 Bnc Connector, Fully Compatible With Any Standard Digital Oscilloscop Digital Oscilloscope Terminal Block. (Xi) Power Source Versatility: Dual-Power Configuration Architecture; Operational Via An External 9V Dc Power Supply Adapter Or Standard Internal Battery Power Options For Remote Fieldwork Isolation. Detail Specifications: Detail Specineatior (I) System Power And Voltage Capability: Continuous Power Handling Rating Of At Least 1875 W/1875 Va, With Operational Voltage Capability Up To 350 Vrms (Ac) And 500 Vdc (Dc) Minimum. (Ii) Operational Frequency Range: Natively Operates Across Dc And An Ac Frequency Window Encompassing 40 Hz To 440 Hz. (Iii) Ac Mode Current Capacity: Continuous Execution From 0 Arms Up To At Least 18.75 Afms, With A Peak Current Handling Tolerance Ofup To 56.25 Apeak. Urrth (Iv) Current Setting Resolution: Tightly Tightly Ccontrolled Resolution Down To 2 Ma Or Better. (Vi) Ac Operation Modes: Selectable Constant Current (Cc), Linear Constant Current (Linear Cc), Constant Resistance (Cr), Constant Power (Cp), And Ac Rectifier Rectifler Load Simulation Modes. (Vii) Waveform Waveform Crest Factor Control: Programmable Crest Factor Scaling From 1.414 Up To At Least 5.0. (Viii) Power Factor Adjustment: Settable From 0.000 To 1.000 (Both Leading And Lagging Phases) With Adjustment Resolution Increments Of 0.001. (Ix) Dc Mode Core Limits: Input Thresholds Handling Up To 500 Vdc,Continuous Current Up To 18.75 A, And Power Absorption Up To 1875 W. (X) Current Dc Operation Up To 1 Modes: Selectable Constant Current (Cc), Constant Voltage (Cv), Constant Resistance (Cr), And Constant Power (Cp) Modes. Ance (Ck), And Constant Power (C) Modes. (Xi) Programmable Internal Resistance: Adjustable Simulated Output Resistance Encompassing A Span From 0 2 To At Least 135 2. Rms (Xii) Onboard Metrology And Analysis: Integrated Memeasurement Loops For Voltage, Rms Current, Active Power (P), Apparent Power (S), Reactive Power (Q), Oltage, Rms Current, Frequency, Crest Factor, Crest Factor, Power Factor, And Integrated Total Harmonic Distortion (Thd) Calculation Matrices. (Xiii) Transient Response Profiles: Slew Performance Exhibiting A Voltage Rise Time (No Load) ≤40 Ms And A Fall Time (Full Load) ≤25 Ms. (Xiv) Internal System Noise (20Hz To 20Mhz): Ripple Constraints Restricted To ≤ 500 Mvp-P For Voltage And And ≤40 Marms For Current Loops. (Xv) Static Load Regulation: Structural Regulation Maintaining Voltage Drift ≤0.01% +100 Mv Andload Current Regulation Drift ≤0.05% <0.05%+20 + 20 Ma (Xvi) Remote Interfaces: Equipped With Structural Expansion Options For Digital Control Interfaces Including Usb, Lan, Rs-232, Or Gpib Protocols. Pv 5 Detail Specification: Detalr S (Iii) Desktop Computer (I)2 Kw (96V, 20Amp) Each. (Ii)Input Voltage: 1 Phase 220-240V Ac, 50 Hz. Output Voltage: 0-96V, 0-20A. (Iv) Voltage Resolution: 0.1V. (V)Current Resolution: 0.1A. (Vi) Software Mode: Available. (Vii)Output Ripple And Noise Avalaote.O Maximum (Mv Rms): 650. (Viii) Efficiency: Up To 95%. (Ix) Meter: Digital Type. Dc Side: (X) Read-Back Accuracy (Current): 98%; (Voltage): 98%. (Xi) Setup Resolution (Current In Ma): 10. (Xii) Dual Mode: Solar Array Emulator And Simulator, (Xiii) Auto I-V Program For Automatic L-V Curve Generation Detail Specification: (I) Intel Core-I7, Latest Generation (12/13), (Ii)16Gb Ram (Ddr4 Or Other), (Iii) Ssd 5 512Gb Or Higher Nvme +1Tb Hard Disk, (Iv) Latest Version Window (11 Or Higher), (V) Latest Microsoft Office Suite (Perpetual License), (Vi)Graphic Card Latest Version (4Gb Or Higher), (Vii) Wired Mouse, (Viii) Led Screen (21.5 Or Higher), (Ix)Standard Keyboard. (X) Display Type: Non Touch, (Xi) Wifi, Ipv6 Ready, (Xii) Ports: Usb-3 (4 Port Or Higher), Hdmi-1 Or Higher, Type C-1 Or Higher, (Xiii) Ups: 1Kva (Offline).