Panam Reservoir Project

Item Rate In

No. to book of specifications) Quan- Unit figures Amount

Supplying, installing, testing, and commissioning of an

Automatic Total Station, integrated for real-time monitoring

and live data acquisition, with 0.5 arc-second angular

accuracy, 0.1 arc-second least count, reflectorless distance

range ≥1000 m, distance with prism ≥3500 m , auto

measurement with prism up to 2500 m, RS-232

communication, USB-Host/Device ports, laser/inbuilt 41,00,000.00

optical plummet, single-side keyboard, supplied with all

standard accessories, and compatible prism for 140–600 m

measurement with ±0.6 mm accuracy, complete in all respects

as directed by the Engineer-in-Charge.For Automatic Total

Providing and fixing Circular Prism suitable for use with

Total Station of 0.5″ angular accuracy, capable of accurate

distance measurement in the range of 140 m to 600 m, with

measurement accuracy of ±0.6 mm, complete with prism 18,000.00

holder, mounting arrangement, and all accessories, as per

specifications and direction of Engineer-in-Charge.

Supplying, installing, testing, and commissioning of a V-

Notch Weir (Vibrating Wire Type) for dam seepage and

flow measurement, integrated for real-time monitoring and

live data acquisition. The system shall consist of a thin

stainless-steel 90° V-notch weir, a submersible cylinder, and

a vibrating wire load cell. The instrument shall have a flow

range of 100 L/s, ±1% F.S. accuracy, 0.01 L sensitivity, 150% 43,500.00

over-range capacity, operate under 5–100% humidity, and

a temperature range of −20°C to +60°C. All components

shall be stainless steel and corrosion-protected, complete

in all respects as directed by the Engineer-in-Charge. 90° V-

NOTCH 42 X 84 Section-120 Lit/Sec

Supplying, installing, testing, and commissioning of a V-

Notch Weir (Mechanical Flow Measuring Device) for

measuring low flow seepage in dams. The device shall have a

notch angle of 22.5°, 45°, 60°, or 90° depending on discharge

range, a stainless steel SS-304 / SS-316 plate with thickness of

3–5 mm, and be suitable for measurement ranges of

approximately 0–50 L/s depending on notch angle. The weir 21,500.00

shall have ±1% full-scale reading accuracy, operate under

5–100% humidity, temperature −20°C to +60°C, and

provide corrosion protection through anti-corrosion finish.

Complete in all respects as directed by the Engineer-in-

Charge. 90° V-NOTCH 42 X 84 Section-120 Lit/Sec

Supplying, installing, testing, and commissioning of a

Biaxial Joint Meter (Vibrating Wire Type), integrated for

real-time monitoring and live data acquisition, with operating

ranges of 12.5 mm, 25 mm, or 50 mm (project-specific), 1.25×

5 over-range capacity, ±0.2% F.S. accuracy (±0.1% F.S. optional), 2 No

0.025% F.S. resolution, <0.5% F.S. linearity, operating

temperature −20°C to +60°C, 5–100% humidity, stainless

steel IP68/NEMA-4X enclosure, complete and as directed by

the Engineer-in-Charge.

Supplying, installing, testing and commissioning of Uplift

Pressure Measuring Instrument (Vibrating Wire Type)

for dam instrumentation with operating range 0–10 kg/cm² or

as specified by the Engineer-in-Charge, over-range capacity

1.5 times the rated range with over-range effect ±0.1% F.S.,

resolution 0.025% F.S. and accuracy ±0.1% F.S., having

inbuilt temperature compensation, suitable for site

conditions with operating temperature −20°C to +60°C,

6 humidity 5–100% and altitude up to 2500 m, provided 2 No

with stainless steel enclosure with protection rating IP-68 /

NEMA-4X and lightning protection, including sensor mounting

support, signal cables and all required accessories,

complete with integration to Real Time Monitoring System

(RTMS) / data logger for continuous monitoring, data

acquisition and transmission to central monitoring system,

complete in all respects as directed by the Engineer-in-

Burden Type pressure gauge Providing and installing

pressure gauge for measurement range of 0-10 Kg/Sq Cm. or

(As per requirement of Engineer-in-Charge), accuracy ±0.1%

of full scale, over-range capacity up to 150% of rated range,

suitable for operating temperature range from 0°C to +70°C,

constructed with stainless steel/IP 68 wetted parts for 25,000.00

corrosion resistance, complete with required mounting

accessories, fittings, testing, calibration and commissioning,

complete in all respects as per approved specifications and as

directed by the Engineer-in-Charge.

Supplying, installing, testing, and commissioning of a

Triaxial Crack Meter (Vibrating Wire Type), integrated for

real-time monitoring and live data acquisition, with ±10 mm to

accuracy, 0.001 mm (1 micron) resolution, stainless steel

body, IP67 or better protection, operating under −20°C to 55,000.00

+80°C temperature and 5–100% humidity, complete with

mounting supports, cables, and full documentation, complete

in all respects as directed by the Engineer-in-

Charge.For Triaxial Crack meter

Supplying, installing, testing, and commissioning of a Data

Logger, integrated for real-time monitoring and live data

acquisition, with minimum scan rate 100 Hz, minimum

single-ended or 4 differential analog inputs, 2 pulse

counters, switched excitation channels, 8 digital I/Os or

4 RS-232 COM ports, communication/data storage ports

including CS I/O, RS-232, and parallel peripheral, analog

voltage accuracy ±0.12% F.S. plus ±0.013% offset for

vibrating wire, analog resolution 0.33 µV, input range ±2.5 6,35,000.00

mV to ±5 V DC to 200 kHz, supporting protocols Pak Bus,

Modbus, DNP3, FTP, HTTP, XML, POP3, SMTP, Telnet,

NTCIP, NTP, SDI-12, SDM, battery-backed SRAM ≥4 MB,

minimum 24 channels, switching current 1 A, contact

resistance ≤0.1 Ω, insulation resistance >1 GΩ, switch life

>200,000 cycles, operating −20°C to +50°C, complete in all

respects as directed by the Engineer-in-Charge.

Supplying, installing, testing, and commissioning of a Radar

Type Water Level Sensor (Micro Wave Non-Contact, K-band

~26 GHz), integrated for real-time monitoring and live data

acquisition, measuring distances from 0.5–70 m with ±2 mm

accuracy and ≤3 mm resolution, SDI-12 v1.4 output, 9.6–

10 32 V DC input, 1.5 KVA surge protection, beam angle 10°, 1 No

operating −40°C to +80°C, 0–100% humidity, altitudes up to

2500 m, vibration resistant 4 g (5–100 Hz), IP66/68 housing

(corrosion-resistant aluminum/stainless steel), NEMA4/IP65

environmental protection, lightning protection, , complete in

all respects as directed by the Engineer-in-Charge.

Supplying, installing, testing, and commissioning of Server-

Based and Cloud-Integrated Software for Data Logger,

integrated for real-time monitoring, capable of acquiring,

processing, filtering, storing, visualizing, and alarming

geotechnical (Vibrating Wire and ModBUS), and hydro-

meteorological sensor data, with SQL/Azure database storage,

secure web interface with user/group access control, geo-

referenced map and image visualization, customizable

dashboards, interactive charts, complete in all respects as

directed by the Engineer-in-Charge.

Details Module Based Software for Geodetic, Hydromet and

11 Geo-technical as below. The software solution shall be capable 1 No

of acquiring data from:

1. Dedicated Server based software for geodetic sensors data

acquisition.

2. Cloud Based Geotechnical Sensors (Vibrating Wire and

The cloud solution shall be capable of controlling and

monitoring. The Geodetic module shall be capable of

processing the geodetic data for base line data capture,

adjustments and Cloud view module for Geodetic

Deformation.

Geodetic Web module and geotechnical Web module shall be

of five year subscription.

Supply of portable readout unit for vibrating wire and

analogue/digital geotechnical instruments, complete with

Bluetooth Low Energy (BLE) communication, mobile

application compatibility, rechargeable battery, carrying bag,

and all necessary accessories for field monitoring applications.

The readout unit shall be compact, rugged, and suitable for

outdoor use with minimum IP65 protection rating. The system

shall support wireless communication with Android and iOS

devices through a dedicated mobile application for sensor 60,000.00

configuration, data acquisition, visualization, storage, and

The unit shall be capable of reading vibrating wire instruments

and displaying electrical as well as engineering values

simultaneously with high accuracy and resolution. It shall also

provide real-time graphical display and spectrum analysis of

vibrating wire signals including peak value indication.

Providing, supplying, installing, and commissioning Desktop

PC / Workstation for dam data acquisition with minimum 27”

display (Full HD/4K), high-performance processor equivalent

to Intel Core i9 14th Generation or higher, 16 GB DDR5 RAM

(expandable to 64 GB), 1 TB NVMe SSD storage or higher,

integrated/dedicated graphics, preloaded licensed OS

Microsoft Windows Professional (latest version), and licensed

13 Microsoft Office (latest version), complete with required ports 3 No

(USB 3.0+, HDMI/VGA, LAN, audio, USB-C), connectivity

(Ethernet, Wi-Fi, Bluetooth), accessories (keyboard, mouse,

cables, power adapter), and integration of required data

acquisition software, including installation, configuration,

testing, and commissioning at site, with minimum 5-year

comprehensive on-site warranty, complete as per

specifications and direction of Engineer-in-Charge.

Supply and Installation of Multi-Function Laser Printer with

Wired and Wireless Connectivity, LaserJet Online UPS (5KVA)

for data Retrieval and Processing system with a backup

hours for full load. Compatible Operating System Windows 11, 2,25,000.00

Windows 10, Android, iOS, macOS 12 Monterey, macOS

Ventura, MacOS v14 Sonoma & Linux.

Providing, Supplying, Laying, Fixing, Testing and

Commissioning of 4-Core Cable from Dam Instrument to

Junction Box, including cable routing, protective

conduits/trays wherever required, termination, ferruling,

gland fixing, insulation, identification tags, clamps, connection 130.00

accessories, and all allied materials, complete in all respects as

per technical specifications and direction of Engineer-in-

Providing, Supplying, Laying, Fixing, Testing and

Commissioning of 40-Core Cable from Dam Instrument to

Junction Box, including cable routing, protective

conduits/trays wherever required, termination, ferruling,

gland fixing, insulation, identification tags, clamps, connection 1,200.00

accessories, and all allied materials, complete in all respects as

per technical specifications and direction of Engineer-in-

Operation and Maintenance (O&M) of installed

instruments, including repair, servicing, and to ensure

continuous operation and accurate data output, for a period of

5 (five) years from the date of installation, including

comprehensive piece-to-piece replacement of all defective

17 components with all costs towards materials, spares, 1 Job

consumables, tools, tackles, labor, and transportation

included, and also including training and capacity building of

client personnel, submission of periodic analysis reports, and

deployment of required manpower for the entire 5-year O&M

period, complete in all respects.

Total::

In words: One Crore Forty Two Lakh Fifty One Thousand Five hundred Only