Food Supply Tender Results

Gram Pulse

Description :Micro Controller based Electronic speed indicating, recording system TYPE MRT 918(paperles s type) confirming to RDSO specification no. MP.0.3700.07(Rev.07) August 2017. EACH set consisting of foll owing items (1) Recorder cum Indicator Unit-01 No (2) Speed sensor (pulse generator)- 01 No (3) Junction B ox- 01No (4) Connecting cables- 01 set Make- MEDHA type - MRT 918, Model: R43L4 suitable for ICF built 3- phase IGBT based EMU/MEMU. [ Warranty Period: 30 Months after the date of delivery ] ] SR.SECTION Maharashtra 8.00 Numbers Consignee ENGINEER/SWG/MX, WR Inspection Details Stage Inspection Not Required

Description :Micro Controller based Electronic speed indicating, recording system TYPE MRT 918(paperles s type) confirming to RDSO specification no. MP.0.3700.07(Rev.07) August 2017. EACH SET CONSISTING OF FOLLOWING ITEMS (1) Recorder cum Indicator Unit-01 No (2) Speed sensor (pulse generator)-01 No (3) Junc tion Box- 01No (4)Connecting cables- 01 set Make- MEDHA TYPE -MRT 918 suitable for ICF- BT 3- phase IGB T based EMU Rakes. Material to be procured from OEM or OEM's authorized dealer only. [ Warranty Perio d: 30 Months after the date of delivery ] ] SSE/ POH (Electrical)/SNPD POH, Maharashtra 5.00 Numbers Consignee CR

General Techniques • Cyclic Voltammetry (CV) with simulation/fitting programs • Linear Sweep Voltammetry (LSV) with stripping • Bulk Electrolysis with Coulometry (BE) Corrosion • Tafel Plot (TAFEL), potentiodynamic deactivation, pitting corrosion, corrosion rate, linear Polarisation, Corrosion current etc. Fuel cell • Multi-Current Steps (ISTEP) • Polarisation I-V curves Linear Sweep • Open Circuit Potential – Time (OCPT) Impedance • AC Impedance (IMP) (10μHz – 5 MHz) • Impedance – Time (IMPT) (Mott-Scottsky) • Impedance – Potential (IMPE) • Impedance Simulator with fitting • Open Circuit Potential – Time (OCPT) AC Impedance Plots with Simulation • Bode : log Z vs log (freq) • Bode : P{hase , vs log (freq) • Bode : log Z” & Z’ vs log (freq) • Bode : log Y vs log (freq) • Nyquist ; Z” vs Z’ • Admittance; Y” vs Y’ • Warburg: Z” & Z’ vs w1/2 w-angular frequency • Z’ vs w Z” Battery Charge/Discharge • Galvanostatic Charge discharge single/multiple cycle -Chrono Potentiometry (CP) with potential limits, polarity by potential or time, no. of cycles etc • Voltage vs current density curves Photovoltaic studies I-V measurements, I max, Pmax, Fill factor etc General Useful Techniques • Chrono Amperometry (CA) • Chrono Coulometry (CC) • Chronopotentiometry with Current Ramp (CPCR) • Potentiometric Stripping Analysis (PSA) • Auxiliary Signal Measurement Channel • RDE control (0-10V output) • IR Compensation • External Potential Input Software requirements: Software package should consist of voltammetry, pulse, battery, super capacitor, Photovoltaic fuel cell, EIS, Equivalent circuit fitting software. • Voltammetry Software- Cyclic Voltammetry, Linear scan Voltammetry, Staircase Voltammetry • Impedance Spectroscopy software- Potentiostatic EIS, Galvanostatic EIS • Pulse software: Differential pulse Voltammetry, Square wave Voltammetry, Stripping voltammetry, Chronoamperometry, Chronopotentiometry & expert • Corrosion: Potentiostatic/Galvanostatic- Gavanodynamic, Tafel, Electrochemical noise • Battery/Super capacitor: charge/discharge Constant potential, GITT, PITT, Constant current, constant power, I-V • 3D plots for graph and Z impedance data • Complete analysis software for CV • EIS circuit fitting facility and software with license • Free Lifetime up gradation of the software. 03 Years for electrochemical workstation 03 year for Battery cycler