About Diesel Receipt Monitoring System
The diesel Receipt Monitoring System offers a comprehensive platform for controlling pump and container levels, monitoring the receipt and distribution of diesel, and communicating with the customer. The clients' greatest degree of precision and dependability is guaranteed by these equipment. This electronic diesel receipt monitoring system has a scratch-finished surface. It guarantees a longer lifespan since it is manufactured by fusing stainless steel, mild steel, and aluminium. Additionally, it is utilized to transport, unload, and distribute diesel.
Product details
| Country of Origin | Made in India |
| Temperature Range | Up to 60 Degree C |
| Surface Finishing | Scratch Finish |
| Power Supply | 415 V AC |
| Phase | 3 Phase |
| Material | SS / MS / Aluminium |
| Filter Element | 149 Micron SS Reusable |
| Data Storage | Local + Wired / Wireless to Data Server |
| Model Name/Number | Series 1000 |
| Brand | Fluidyne |
| Display Type | Local Display + Data output Facility |
| Flow Range | 24000 LPH |
| Usage/Application | Industrial |
| Features | Can Unload Diesel ,Transfer , Dispensing , Utilization Record With Wireless Data Transfer |
Versatile Mounting and InstallationChoose from wall, panel, or inline mounting options to tailor the system to diverse installation environments, ensuring convenience and safety. The robust housing, made from stainless steel or polycarbonate, withstands challenging industrial conditions, offering long-term durability and reliable performance.
Comprehensive Monitoring and AlertsThe system features real-time monitoring with outstanding 0.5% accuracy across flow rates up to 250 LPM, with options up to 500 LPM. Audio and visual overload or tamper alarms guarantee operational integrity, while intuitive keypad or touch interface enables effortless configuration and usage.
Advanced Data Logging & ConnectivityWith internal memory for 10,000 transactions, extensive output choices (4-20 mA, relay, pulse, Modbus), and connectivity via RS485/Modbus, Ethernet, or USB, the solution ensures seamless integration and data accessibility. Printable reports via wired or wireless interface streamline compliance and management.
FAQ's of Diesel Receipt Monitoring System:
Q: How does the Diesel Receipt Monitoring System detect and alert for overfill or tampering?
A: The system uses integrated audio and visual alerts to instantly notify operators of diesel overfill or unauthorized tampering, enhancing safety and operational control during refueling or dispensing processes.
Q: What mounting options are available for the Diesel Receipt Monitoring System?
A: You can install the device via wall mounting, panel mounting, or inline configuration, making it adaptable to various diesel dispensing environments, whether at fuel stations, industrial sites, or depots.
Q: Where can the system's transaction data be accessed and reported?
A: Stored in internal memory (up to 10,000 transactions), all data can be accessed through the user interface and exported or printed via wired or wireless interfaces, enabling efficient reporting and record-keeping.
Q: What are the connectivity and output options for integration with other systems?
A: The system supports RS485/Modbus, Ethernet (optional), and USB for connectivity, along with 4-20 mA, relay, pulse, and Modbus outputs to facilitate integration with automation, monitoring, or control platforms.
Q: When is calibration required, and how is it performed?
A: Field programmable calibration allows users to adjust settings as needed, ensuring accurate measurements when installing, relocating, or after maintenance, directly via the keypad or touch control interface.
Q: What benefits does the optional built-in battery backup provide?
A: The battery backup option delivers up to 8 hours of continuous operation during power interruptions, ensuring consistent monitoring and data logging in critical industrial or remote applications.
Q: What are the advantages of the IP65 enclosure and industrial-grade materials?
A: An IP65 enclosure shields internal components from dust and water ingress, while stainless steel or polycarbonate housing offers durability and resistance to harsh environmental conditions, protecting the device in demanding industrial settings.