Supply, Installation and Commissioning of 330 nos. of Ultrasonic Level Transmitter at all CMWSSB SPSs with IoT based data transfer facility and allied works with centralized online monitoring and control of motors remotely including 5 years comprehe

Amount

Supply, installation, Commissioning Ultrasonic Level Transmitter at all CMWSSB SPSs including hybrid node IoT gateway for IoT based centralised online monitoring and control of motors remotely including five years comprehensive operation and maintenance

Supplying Ultrasonic Level Transmitter including hybrid node IoT gateway as per specifications - 1 No.

Centralised Monitoring and Controlling system - 1 No.

GSM sim Card charges for 1 year - 1 No.

Installation and Commissioning charges - 1 No.

Back end storage space - 1 No.

Software Web Enabled - 1 No.

Smart Phone App including app development of software for Android / Ios - 1 No.

Cable Supply and laying - 25 m

RTK SURVEY

Establishing PBM

The PBM shall be created by engraving point values in black granite plaque of minimum size 30cm x 25cm x 10cm and suitably fixed on a Concrete Pillar measuring 60cm x 30cm x 30cm, height, width and breadth dimension. 40cm of the pillar should be within the suitably formed platform and 20cm must be protruding outside.

TBM Available

Where the Site has already been surveyed and maps available in UTM Zone44 coordinate system with TBM available on ground or coordinates of other assets available on Ground.

The Contractor must obtain the existing Static GCP points from CMWSSB which should be considered as the control point with known coordinates X, Y and Z. Survey consultant to ensure the closing error is within permissible limits (Sol Standards) while transferring the levels from the existing Static GCP points and the same to be presented as a report. The same process shall be adopted for random verification of positional accuracy of points established using the PBMs as base. As built survey for every sewage and water pipeline and other assets must be done using DGPS based RTK method by transferring the coordinates from the nearest Static GCP of CMWSSB. Where there are signal interruptions for the RTK method, Total Station can be used. The coordinates from the static GCP shall be transferred to the Total Station by RTK method and the co-ordinates of the assets can then be captured by Total Station. All the features, attributes of all the assets, utilities captured shall be Geo referenced as per standard Coordinate reference system (WGS 84 UTM Zone 44N). The final base map with assets and utilities shall be fumished in (shp) format. The geo referenced assets and utilities along with the attributes (as specified by the GIS Wing. CMWSSB) shall be converted into proper geo database (FGDB/PGDB) with the attributes. One set Hard and Soft Copy of all the CMWSSB assets and utility has to be prepared category wise network wise in A0 Print for verification in a print scale of 1:1000 in A0 plot, with standard legends in international and NUIS standards and should be legible and three sets of final Hard Copy in A0 print

For the point underground / Surface assets along the roads - Sewage Pumping Station

Operation and Maintenance cost for 5 years from the date of installation

Ultrasonic Level Transmitter, Centralised Monitoring and Controlling system, GSM sim Card , Back end storage space, Software Web Enabled, Smart Phone App, Cable Supply and laying

First year

Second year

Third year

Fourth year

Fifth year

Sub Total (excluding GST)