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SCADA CRP Plant

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SCADA CRP Plant Specification

Noise Level
Below 70 dB

Starting Type
DOL (Direct On Line)

Sealed Type
Sealed Unit

Rated Frequency
50 Hz

Torque
95 Nm

Horse Power
20 HP

Efficacy
High Efficiency

Voltage
415 V

Cooling Method
Air Cooled

Motor Type
Induction Motor

Rated Voltage
415 V

Features
Automatic Operation, Remote Monitoring, Data Logging

Poles Number
4 Poles

Bearing Type
Heavy Duty Ball Bearing

Current Type
AC

Power Rating
15 kW

Product Type
SCADA CRP Plant

Output Power
15 kW

Frequency (MHz)
50 Hz

Protect Feature
Overload Protection

Phase
Three Phase

Speed
1440 RPM

Power
15 kVA

Color
Grey

Dimension (L*W*H)
2400 x 1200 x 2000 mm

Weight
1200 kg

Shaft Diameter
50 mm

Mounting Type
Floor Mounted

IP Rating
IP55

About SCADA CRP Plant

SCADA CRP Plant

SCADA PLC Based Automation Systems

Upto 2000 Tags

Drivers Supported for Allen Bradley , Siemens , Delta , Messung Mitsubishi etc etc

Modbus RTU Protocol , RS485 , RS232 Serial Hyper terminal communication supported.

Features ::

1) Mimics , Picture Component Library

2) Security , Multi-layered Security

3) Alarms and Event handling

4) Real Time and Historical trends

5) Data Logger and Dynamic Data Exchange

6)Excel report generator

7) HTTP Web server

Advanced Automation for Water Purification

The SCADA CRP Plant leverages centralized automation with a reliable HMI touchscreen, making daily operations simple and efficient. Its sophisticated design allows users to monitor, control, and adjust the system remotely. With robust communication protocols like MODBUS, Ethernet, and RS485, integration with existing systems is seamless. Built for rugged environments with mild steel and powder coating, this unit ensures lasting performance.

Reliable Performance and Easy Maintenance

Equipped with dual pumps for redundancy, the system ensures uninterrupted water purification. Comprehensive data logging, automatic operation, and high-efficiency induction motors minimize downtime and maximize operational efficiency. Features like floor mounting, sealed unit construction, and heavy-duty ball bearings contribute to easy maintenance and low operational noise, all while maintaining high safety standards.

Comprehensive Safety and Monitoring

The control system incorporates vital safety interlocks, such as emergency shutoff and low/high pressure cutoffs. A visual and audio alarm system alerts operators immediately in case of faults, ensuring rapid response. Remote monitoring and up to 12 months of data storage provide detailed tracking for audits, compliance, and performance optimization, supporting secure and consistent water purification processes.

FAQs of SCADA CRP Plant:

Q: How does the SCADA CRP Plant simplify water purification operations?

A: The SCADA CRP Plant utilizes centralized SCADA-based automation and an HMI touchscreen, allowing operators to monitor and manage the entire purification process effectively. Automatic operation, remote monitoring, and data logging facilitate streamlined and error-free workflows.

Q: What are the main safety features included in this control system?

A: The system integrates multiple safety interlocks such as emergency shutoff, low/high pressure cutoffs, visual and audio alarms, and overload protection. These features ensure fast detection and response to any irregularities, maximizing operational safety.

Q: When should the standby pump be activated?

A: The standby pump automatically activates if the working pump encounters a fault or requires maintenance, ensuring there is no interruption in water purification. Manual switching is also possible for scheduled maintenance or operational checks.

Q: Where can this SCADA CRP Plant be installed?

A: Designed as a skid-mounted, floor-standing system, this unit is ideal for installation in industrial facilities, water treatment plants, and purification stations. Its IP55-rated enclosure and heavy-duty construction are suitable for challenging environments.

Q: What benefits does data logging provide over a 12-month period?

A: Continuous data logging allows operators to analyze performance trends, maintain compliance with regulatory standards, and simplify troubleshooting. Historical data supports informed decision-making for system optimization and maintenance planning.

Q: How does the system ensure efficient operation and lower maintenance needs?

A: High-efficiency induction motors, automatic operation, robust communication protocols, heavy-duty ball bearings, sealed construction, and overload protection collectively promote reliable and efficient performance with minimal manual intervention.

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