Providing Pump Automatization Management System with online monitoring wireless connectivity complete with Lora based SCADA software system at Dhaula Kuan Police Chowki Side Pump House Dhaula Kuan towards Delhi Cantt pump house dhaula kuan towards Mo

With capacity to operate upto 2 Dewatering Pump

With capacity to operate upto 4 Dewatering Pump

SITC of a battery-operated, laser-based level sensor complete with a wireless transmitter unit, designed to accurately measure water level/STP tank level and transmit the measured data wirelessly to a remote alarm/controller unit. The assembly comprises an RF-based, ultra-low-power wireless water-level data transmitter with a minimum RF output power of 15 dBm, operating in the license-free ISM band at 865–868 MHz. The unit shall carry an ingress protection rating of IP68, making it suitable for continuous immersion in water. The transmitter shall acquire real-time data from the laser sensor and relay the water-level reading, expressed as a percentage (0–100%), to the designated controller or indicator unit. Maximum measuring range: 8.00 metres.

SITC of a high-precision digital pressure sensor intended for reliable monitoring of liquid or gas pressure in industrial and automation environments. The sensor shall provide accurate measurement over an operating range of 0–30 Bar (Absolute Pressure) and shall function within an ambient temperature range of -22°C to +85°C, ensuring suitability for water management systems, pumping stations, and building automation applications. The device shall facilitate early prediction of pump priming failures and foot-valve chokage. Output communication shall be via Modbus protocol, enabling seamless interfacing with controllers, data loggers, SCADA systems, and Building Management Systems (BMS) for remote monitoring and diagnostics. The sensor assembly shall include a 50 cm PU2 tubing of 4 mm outer diameter compatible with standard push-in fittings, terminating in an M4 male connector for secure mechanical connection to the pressure port.

Providing access to a web-based remote water level monitoring and motor control system hosted on a Central Server of minimum Tier-III level data centre located in India. The platform shall display all operational data and parameters in a user-friendly graphical interface with the capability to view historical trends and export data in graphical and CSV formats. Configuration of tank-specific parameters including full, low, and overflow threshold limits shall be accessible through the web interface. Additional parameters governing motor sequencing, scheduling, and operational logic shall also be remotely configurable. The system shall be accessible via any standard web browser with multi-level user authentication for secured access control. Automated WhatsApp alert notifications shall be triggered for configurable events such as limit breaches, foot-valve chokage, and priming failures in dewatering pump applications, dispatched to multiple designated mobile numbers. The cost covers server/application access only; hardware costs are excluded and billed separately. Access for Motor Controller / Valve Controller – 12 months.

Supply of 43" LED display along with CPU and associated hardware/software for graphical representation of data through web-based server access. The system shall display live sensor readings including but not limited to water level, temperature, and pressure sensors, along with valve status, motor running status, and system error/fault indications. The display shall further show operational parameters such as high/low threshold limits and SMS alert configuration. User authentication via ID and password shall be provided for access security. The CPU shall be supplied with all requisite software and a licensed operating system to ensure proper functioning, with provision for periodic software updates as required. The unit shall be integrated with an IoT device having internet connectivity for live data retrieval from the server.

Supply of a web-based intelligent field device with remote Modbus output for integration with BMS / television display systems. The device shall be equipped with a 2.8" colour TFT/LCD/LED display for showing key operational parameters and shall incorporate an IoT SIM for GSM-based connectivity. It shall support both Modbus input and Modbus output for data communication and shall be capable of wirelessly receiving data from other connected wireless sensors. Two-way communication with the server shall be established for sensor data exchange. The device shall include 6 (six) nos. potential-free relay outputs (max. 10A, 230V) for operation of buzzers, warning lights, or indicators. A web subscription is mandatory for the device's functioning and shall be charged separately.

Supply of 230Vac/ 5V DC operated LoRa Technology-based RF signal booster operating in the frequency band 865-868mHZ to relay/ transmit the RF signal received from multiple transmitters to a further distance with LED-based instant indicator. It should have a technique to avoid collision of RF signals and minimise corruption of data. A mechanism should be there to avoid circular transmission of data between repeaters. An LED-based visual indication should be there to indicate signal strength of received wireless data. It should have RF receiving sensitivity of minimum -125dBm and transmission power of minimum 15dBm. It should be configurable to filter out RF signal of particular transmitters to reduce the transmission signals in the air. It should have a shock-proof ABS body with an IP65 rating and must have suitable mounting arrangements on a wall or stand.