The document presents the MIPL Genset RMS 1.4, an IoT-enabled remote monitoring system for diesel generators developed by Maargha Infotech Pvt. Ltd., which offers real-time monitoring and diagnostic capabilities for improved operational efficiency and post-sales support. Key features include a virtual onsite service engineer available 24/7, automatic service requests, and comprehensive data logging for user expectations. The system is designed to provide manufacturers and dealers with critical insights into equipment functionality and maintenance needs across various geographical locations.

1. IOT Enabled Remote MonitoringSystems
Diesel Generator Remote Monitoring System
Presented by Maargha InfoTech Pvt. Ltd.
Connect Anything. Anyone. Anytime.
MIPL Genset RMS 1.4
Maargha InfoTech Pvt.Ltd.

2. Agenda
1.Evolution of Service
2.Benefits of IOT Enabled Remote Monitoring System
3.Application - Genest Remote Monitoring
4.User Expectations
5.Virtual On site Service Engineer - 24x7
6. Real Time Monitoring
7.Graphical Analysis
8.Product Specification

3. Evolution ofService
MIPL Genset RMS 1.4
Reactive
- On Call Services
Preventive & Corrective
Services
Real Time Monitoring
Compliance Inspections Planned Repairs Remote Data Collection for Trouble Shooting
On-Call Repairs Overhauls & Rebuilds Analyze usage pattern & operational
Efficiency
Spare Parts Modernizations Operator Training Service Alerts
Site Agreements Predictive Maintenance

4. Benefits of IoT Enabled RMS
1. Enables manufacturer to get real time insight of their
product functioning at various geographical locations.
a. Measure the performance.
b. Analyze usage pattern.
c. Warranty Management.
2. Enables dealer or service provider to provide
qualitative post sales support
a. Service Alerts
b. Location Tracking
c. Remote Monitoring & Diagnostics
MIPL Genset RMS 1.4

5. Benefits
MIPL Genset RMS 1.4

6. Solution
Architecture
-Diesel
Genset
MIPL Genset RMS 1.4

7. User
Expectations
MIPL Genset RMS 1.4
Accurate logging of operational
parameters.
Auto Service Request in
the CRM System.
Event Based.
Predefined Usage for Number
of Cycles.
Geographical Location of the
equipment.
Low total cost of
ownership.
Comprehensive and Integrated
Solution.
Push Mail/ SMS for marketing
communications.

8. Virtual Onsite
Engineer - 24x7 Monitor Critical Parameters Critical Alarms
1. DG Set Run Hours
2. Fuel Level
3. Engine Oil Pressure
4. Coolant Temperature
5. Engine RPM
6. Voltage & Current
7. Battery Performance
8. Power Factor
1. Low Fuel Level
2. Low Oil Pressure
3. Fuel Theft
4. Engine Over Speed
5. High Coolant
Temperature
6. Mains On/ Off
7. Low Battery Voltage
8. Overload
9. Fail to start
MIPL Genset RMS 1.4

9. Online Application
MIPL Genset RMS 1.4

10. All Genset Stats
toManufacturer
MIPL Genset RMS
1.4

11. All GensetStatus
MIPL Genset RMS 1.4

12. Individual Genset
Dashboard
MIPL Genset RMS 1.4

13. Genset Location
MIPL Genset RMS 1.4

14. AllInstalled
Gensets
MIPL Genset RMS 1.4

15. Reports andGraphs
MIPL Genset RMS 1.4

16. MobileApplication
MIPL Genset RMS 1.4

17. Device Specifications
2G (Quad band GSM – 850, 900, 1800 and 1900
MHz)
Optional
RS 232, RS 485
Serial, Modbus, Bacnet
Http (REST), TCP-IP and
MQTT SSL
Over the air (FOTA)
SD card support
(8GB) External
Metal Cabinet with allen screw
9-36V DC
• GSM/GPRS
• Ethernet
• Communication
• Protocol
• Server Protocol
• Security
• Firmware Upgrade
• External Memory
• GSM antenna
connector
• Cabinet
• Operating Voltage
• Power Consumption
• Operating
• Standby
• Protection
• Operating
• Humidity
<100 mA @ 12V
DC 10 mA @
12V DC
Over current cut-off, Reverse Polarity, Load
Dump.
-20°C to 80°C
5 to 90% MIPL Genset RMS 1.4

18. Controller Compatible
Datakom K-934
Datakom KG-545
Deep-Sea
(73xx,74xx,45xx)
Sedemac 1.x
CompAmp
PowerCommand
MIPL Genset RMS 1.4

19. Thank You
SNSPL Genset RMS
1.4