Bengaluru Solid Waste Management Limited Tender

ICCC1 - Video wall-70 inch (diagonal) Video wall with laser light source complete configuration with covered base 7 columns x 2 rows-Laser DLP based rear projection-with minimum wall native resolution of 112 Mega pixel-brightness min 2200 Lumens-IP6X dust prevention certified -light source, minimum life time of 60,000hrs at Normal and 80000 hrs at eco mode-giving less than 1400BTU/h -heat dissipation-operating condition temp-10.C-30. C, Humidity upto 80% non-condensing.Video Wall controller-Controller to control 14 video wall cubes with window 10 above platform -SSd: 480GB or higher-165GB RAM-19" Rack mount industrial chasis-2 Network port-2 network port-supporting 112 Mpx video wall resolution-20 inputs connection from operator to display controller ,OEM certification of monitor & controller from same. Wall management software-Software to enable the user to display multiple source & should support auto source detection-should support for video,RGB,DVI ,Internet explorer,softwre should save and load desktop layouts-The system should offer an interface to enable control from 3rd party devices like Creston, AMX -Software should offer 4 levels of authentication (User accounts, Permission for functionality & Roles etc.-Scalable GUI to scale to any size of Video wall screen

ICCC3 - Command Center Monitoring Software-The Integrated Command & Control Center Platform (ICCC) shall be an enterprise class IP-enabled application. The ICCC user interface (UI) applications shall present a unified security interface for the management, configuration, monitoring, co - relation, intelligence and reporting of various embedded systems and associated edge devices.The ICCC shall support the seamless unification of various Public Safety elements IP Video Management System (VMS), AI Based Video Analytics, Automatic Number Plate Recognition (ANPR) System, Visitor Management System, Access Control System, Variable Messaging Display (VMD), Vehicle Tracking System (VTS),Incident management, Emergency response system, under a single platform.The ICCC user interface (UI) applications shall present a unified security interface for the monitoring, co - relation, intelligence and reporting of various Embedded Systems, Sub-Systems and associated edge devices.The platform must have native failover with no dependency on external virtualized or clustered applications. Solutions with external clustering like Windows Clustering, Microsoft SQL Clustering and VMware or Hyper-V etc. should not be proposed.The ICCC platform must be a true unified management experience for critical infrastructure Monitoring, simplifying control room operation and system integration, minimizing total cost of ownership, and increasing operational efficiency critical to rapid decision-making. The Command & Control solution should be implemented and complied to the industry open standards based Commercial-of-the-shelf (COTS) products.Platform shall be open architecture based, Highly Scalable and able to integrate multiple disparate Video Surveillance systems seamlessly on a common platform.Platform system shall provide a real time Common Operating Picture (COP) of all areas involving all agencies using a simple GUI.System should provide tool to define/create any event/rule based Standard Operating Procedure (SOP) for decision making by optimizing the time to resolution for emergency and crisis situations.Platform shall provide a dashboard functionality to manage workflows by integrating information from different agencies and systems to facilitate responsive decision making. The Integrated Command & Control Center Application Platform shall have a built-in ONVIF Device Discovery Tool, so that ONVIF Cameras can Directly be added to the ICCC Application PlatformGraphical User Interface (GUI) Display Functions View and handle multiple alarms at one time. View multiple video windows at one time. Operators shall be able to resize and move video windows. View windows in a single monitor, across multiple monitors or video walls. Access, display and manage events / alarms and related security data and information from subsystem based on priority and authority level.GIS Maps Multiple map integration including OSM, Custom Maps, Google and Bing. Ability to add maps defined or given by customer. Each map should support multiple layers or hierarchy of Base Layer and Overlay layer. Execute Query on layers and export the results. Should support Geo Server Finding Shortest path/Best Route between 2 GPS location. Measure distance and area on a map.Supports Geo coding and reverse geo coding. View and plot devices, cameras, vehicles, sensors and field personnel based on their GPS coordinates.

ICCC4 - DG Set -Cummins make Diesel Engine with Radiator Water Cooled, turbocharged with after cooler, suitable for prime duty Generating Set application, with an output of 160 kVA/128 KW under NTP conditions of BS:5514, with an overload capacity of 10% for one hour in every 12 hours of Operation. The DG Set should be capable of voltage buildup within 15 to 20 seconds after receiving start command and it should be ready to take first step load within 15 to 20 seconds after receiving start command on voltage buildup2)DIESEL ENGINE:The total No. of Cylinders is 6 Nos In-line type.-Engine cubic capacity should not be less than 6.7 L-Electronic Engine with electronic fuel injection system-Radiator with blower fan -Corrosion inhibitor / liquid coolant Spin-on filters-fuel & lube oil -Flywheel housing and flywheel to suit single bearing alternator Dry type and replaceable paper element air cleaner with restriction indicator Standard integral set-ounted radiator system, designed and tested for 50degreeC ambient temperature Optimized turbocharger for increase altitude capabilities Hospital Grade silencer mounted inside acoustic enclosure Stainless steel exhaust flexible bellows Electric starters with soft start engagement features Battery charging alternator Anti-vibration mounts of reputed make. Protective guards for all rotating parts. The engine should be Full Authority electronically controlled to meet compliance with stringent emission norms & improve overall performance efficiency and reliability3) ALTERNATOR: approved equivalent make standard design Alternator, suitably rated at 160kVA/128kW at 0.8 PF, 415 Volts, 3 Phase, 4 wires, 50 cycles/sec., 1500 RPM, self-excited and self-regulated, with brushless excitation, Band of Voltage Regulation +/- 0.5% of rated voltage, from no load to full load, Insulation Class “H”. The Alternator generally conforms to BS:5000/IS:4722. Brushless type, Screen protected, Revolving field, Self-excited alternator conforming to IS/IEC 60034-1Better motor starting capability Best in class efficiency 6)INTEGRATED DG CONTROLLER: AMF Functionality SYNC compatible Audible & Visual warning for inducement Microprocessor based intuitive operator interface with LED backlit128X64 pixel graphic display with tactile feel soft switches. Indications - Generator set status Engine Metering: Oil pressure, Engine temperature, starting battery voltage, Engine running hoursAC Alternator Metering: L-L Voltage and L-N Voltage, Current (phase and total), kVA (phase and total) and Frequency, kWh, Total & per phase (kw & kVA), PF, Utility Voltage and Freq. Engine Protection: Low lube oil pressure, High/Low coolant temperature, Battery Over/Under/Weak Volts, Fail to Crank/ Start, Sensor failure, Cranking lockout, Low fuel level. AC Alternator Protection: Over/Under Voltage, Over/Under Frequency, Loss of AC sensing. Overspeed, Over Current, kW overload Data Logging: Engine hours, Control hours and up to 5 recent fault codes Configurable glow plug control 12/24 Volt DC operation Sleep mode Modbus interface (RS485 RTU) Certifications - meets the requirement of relevant ISO, EN, Mil Std. and CE standards Maintenance due alarm based on Engine Run Time and due date Fuel and DEF level visual Display Exerciser scheduler The manufacturing of the integrated controller should rest with the engine manufacturer to guarantee optimal integration and for better reliability