Tender For supply of m/s. siemens make spares parts for pcms system - simatic s7-300, digital input sm 321, isolated 32 di, 24 v dc, 1x 40-pole, simatic s7-300, digital output sm 322, isolated, 32 do, 24 v dc, 0.5a, 1x 40-pole, total current 4 a/group (16 a/module) digital output module, simatic s7-300, digital output sm 322 high speed, isolated, 16 do, 24 v dc, 0.5a, 1x 20-pole digital output module, simatic s7-300, analog input sm 331, isolated, 8 ai; +/-5/10v, 1-5 v, +/-20 ma, 0/4 to 20 ma, 16 bit (55ms), single rooting (50 v com.), 1x 40-pole analog input module, simatic s7-300, analog output sm 332, isolated, 8 ao, u/i; diagnostics; resolution 11/12 bits, 40-pole, removing and inserting possible with active backplane bus analog output module, simatic dp, connection et 200m im 153-2 high feature for max. 12 s7-300 modules with redundancy capability, timestamping suitable for isochronous mode new features: up to 12 modules can be used slave initiative for drive es and switch es, expanded quantity structure for hart auxiliary variables operation of the 64-channel modules 32 signals/slot +++observe compatibility notes in manual+++, simatic dp, dp/dp coupler coupling module for connecting of two profibus dp networks redundant current infeed dp dp coupler, simatic s7-300 cpu 317-2 pn/dp, central processing unit with 1 mb work memory, 1st interface mpi/dp 12 mbit/s, 2nd interface ethernet profinet, with 2-port switch, micro memory card required 3 cpu 317, simatic s7-300, front connector with screw contacts, 40-pole front connector 40p, simatic s7-300, front connector for signal modules with screw contacts, 20-pole front connector 20p, simatic s7-300 cpu 315-2 pn/dp, central processing unit with 384 kb work memory, 1st interface mpi/dp 12 mbit/s, 2nd interface ethernet profinet, with 12-port switch cpu 315, 2 scalance, managed, ie switch, 8x 10/100 mbit/s rj45 ports, led diagnostics, error-signaling contact with set pushbutton, redundant power supply, profinet io device, network management, redundancy manager integrated, incl., sectron, manual on cd com, c-plug optional, wetwork switch, imatic s7-300, cp341 communications, rocessor with rs422/485 terface incl, wonfiguration package on, cd cp341 comm, rocessor, 7 300 mounting rail, em, imatic s7-300, digital aput sm 321, isolated 32 01, 24 v dc, 1x 40-pole, imatic s7-300, digital, utput sm 322, isolated, 2 do, 24 v dc, 0.5a, 1x 0-pole, total current 4 /group (16 a/module) digital output module, imatic 57-300, digital utput sm 322 high peed, isolated, 16 do, 24 dc, 0.5a, 1x 20-pole digital output module, imatic s7-300, analog put sm 331, isolated, b 1; +/-5/10v, 1-5 v, +/-20 1a, 0/4 to 20 ma, 16 bit 55ms), single rooting (50) com.), ix 40-pole analog input module, imatic s7-300, analog utput sm 332, isolated, 8 o, u/l; diagnostics; esolution 11/12 bits, 40-ole, removing and serting possible with ctive backplane bus analog output module, simatic dp, connection et 200m im 53-2 high feature for пах. 12 57-300 modules with redundancy apability, timestamping mitable for isochronous, mode new features: up to 12 modules can be used slave initiative for drive es and switch es expanded quantity structure for hart jauxiliary variables operation of the 64-channel modules 32 signals/slot observe compatibility notes in manual..., simatic dp, dp/dp coupler coupling module for connecting of two profibus dp networks redundant current infeed dp dp coupler, simatic s7-300 cpu 317-2 pn/dp, central processing unit with 1 mb work memory, ist interface mpi/dp 12 mhit/s, 2nd interface ethernet profinet, with 2-port switch, micro memory card required cpu 317, simatic s7-300, front connector with screw contacts, 40-pole front connector 40p, simatic 57-300, front connector for signal modules with screw contacts, 20-pole front connector 20p., simatic s7-300 cpu 315-2 pn/dp, central processing unit with 384 kb work memory, 1st interface mpi/dp: 12 mbit/s, 2nd interface ethernet profinet, with 12-port switch cpu 315, 2 s
Tender For purchase of equipments - purchase of equipment, 1. configuration design an 8-channel battery analyzer and its accessories 2. power 425 w3. voltage measuring range: 25 mv to 5 v, discharge minimum voltage: 0v or better, accuracy: 0.05% of fs4. current range: 0.5 ma to 6 a, accuracy: 0.05% of fs or better 5. power per channel output power: 30w, stability; +/- 0.1% of fs or better6. time rise time: 1ms (0~full range)7. frequency 10hz8. charge mode of operation: cc, cv, cccv, cp end conditions: voltage, current, relative time, capacity.9. discharge mode of operation: cc, cv, cp, cr, end conditions: voltage, current, test time, capacity, energy.10. pulse mode charge: cp mode, cc mode, discharge: cc mode, cp mode, min pulse width: 500ms, automated switch: automated switch from charge to discharge for each pulse end condition: voltage, relative time11. dcir support for the calculation of the point of the dcir12. cycle cycles: 1 65500 or better, steps: 250 or better, nested function: max three levels of loops13. protective function software, power-down data protection, user-defined safety (upper and lower) tolerance of current, voltage, and delay time14. channel features independent pairs of closed loops for the constant current source and constant-voltage source15. test reports and curves for analysis different types of curves created by software based on user definition. (voltage-time curve, current-time curve, capacity-voltage curve, loops times charge/discharge capacity curve, loops times charge/ discharge efficiency curve, etc.), data reports created by the software. comparison of the performance of the batteries tested in channels, both visually and statistically16. channels independent control17. ac input ac 220v 10% / 50hz 18. voltage and current testing sample 4 wire connecting 19. noise 85db20. data management mysql database21. communication means tcp/ip protocol22. data output excel, txt23. communication interface ethernet port24. number of channels per cabinet 825. accessories: 1. bi-potentiostat: electrochemical workstation or moduletechniques the system should be capable of running the rde / rrde technique simultaneously cyclic voltammetry (cv) with simulation/fitting programs linear sweep voltammetry (lsv) with stripping bulk electrolysis with coulometry (be) differential pulse voltammetry (dpv) with stripping normal pulse voltammetry (npv) with stripping tafel plot (tafel), potentiodynamic deactivation, pitting corrosion, corrosion rate, linear polarization, corrosion current, etc. multi-current steps (istep) amperometric i-t curve (i-t) lifetime testing open circuit potential time (ocpt) chrono amperometry (ca) chrono coulometry (cc) chronopotentiometry with current ramp (cpcr) potentiometric stripping analysis (psa) auxiliary signal measurement channel ir compensation external potential input 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 single or multiple potential steps with charge limits, single or multiple current steps, mixed voltage/current control using macro. i-v measurements, i max, pmax, fill factor, etc.impedance ac impedance (imp) 10 hz to 3mhz impedance time (impt) (mott-schottky) impedance potential (impe) impedance simulator with fitting open circuit potential time (ocpt)hardware specification of bi-potentiostat workstation/ module: potentiostat / galvanostat module, 2- or 3- or 4-electrode configuration maximum potential: 10v, maximum current: 250 ma peak or better and 2 amps with +/-25 volts for higher current measurement. compliance voltage: > 13v or better, potentiostat rise time: 300 ns or better galvanostat applied current range: 3na to +/- 100ma or better and upto 2 amps applied current accuracy: 20 pa or better input bias current: 1 pa or better cv and lsv scan rate: 0.000001 to 10,000 v/s. ca and cc pulse width: 0.0001 to 1000 sec imp frequency: 0.00001 t