DR6458 Water Level Data Logger
DR6458 Water Level Data Logger
The level sensor provides continuously logging measurements of water level, pressure and temperature. the user can configured through the software, the record data can be displayed and exported, which makes it suitable for monitoring water depth and level in wells, ponds, streams, and estuaries.
Applications
- Petroleum, chemical, electric power
- City water supply and drainage
- Water or oil tank
- Hydrological monitoring
Features
- Measurement data storage for up to 60,000 data points.
- Builtin battery powered
- Liquid level and temperature
- Anti interference, electromagnetic compatibility
- Low power consumption
- Temperature compensation
Technical Specs
| Range | 1, 2, 5, 10, 20, 50, 100, 200 mH2O | Sealing ring | Viton |
| Over pressure | 200%FS | Response time | 300ms |
| Pressure accuracy | +0.25%FS(typ.) +0.5%FS(max.) | Compensated Temp. | 0 ℃~+50 ℃ |
| Temp. accuracy | ±0.1℃(-20~50℃) | Working temp. | 0℃~+60℃ |
| Stability | ±0.05%FS(1 year) | Storage Temp. | -30℃～+60℃ |
| Output | RS485（MODBUS-RTU） | Power consumption | <20uA@24VDC |
| Load | MAX 240 BUS | Protection level | IP68 |
| Housing | stainless steel 304 | Power supply | 3.5~28VDC（External Power） Battery: 3.6V 2.4Ah |
| Diaphragm | stainless steel 316L | Cable | Φ7.5mm PVC/Polyurethane cable with vented tube |
Ordering Guide
What’s the output signal of the DR6458 Water Level Data Logger with Battery?
Option 1: Data Logger + No Output + No Cable
The data logger has no external signal output or cable. Users can suspend the device in the liquid using their own stainless steel wire, rope, or other suitable suspension method. The built-in battery is user-replaceable, allowing long-term operation with easy maintenance.
Option 2: Data Logger + RS485 + Cable (Replaceable Battery)
The data logger is equipped with an RS485 communication cable for data transmission. Users can connect the device to their own host computer or monitoring system via the RS485 interface. The built-in battery is user-replaceable, making it suitable for long-term monitoring applications.
Option 3: Data Logger + RS485 + Cable (Non-replaceable Battery)
The data logger is equipped with an RS485 communication cable for data transmission. Users can connect the device to their own host computer or monitoring system via the RS485 interface. It is powered by a sealed, non-replaceable primary battery with a typical operating life of approximately 2 years (depending on the sampling interval and operating conditions). This maintenance-free design is ideal for applications where battery replacement is not required.
| Item | Code | Description |
|---|---|---|
| Model | DR6458 | Submersible Level Data Logger |
| Measuring Range | [0~X]mH₂O | X = 1, 2, 5, 10, 20, 50, 100, 200 mH₂O |
| Output Signal | N | No Output |
| R | RS485 | |
| Construction Material | M1 | SS316L Diaphragm, SS304 Housing |
| M2 | SS316L Diaphragm, SS316L Housing | |
| Configuration | A | Data Logger Only – No output signal and no cable. The user suspends the logger using their own stainless steel wire or rope. Powered by a user-replaceable battery. (Use with Output Code: N) |
| B | Data Logger + RS485 + Cable (Replaceable Battery) – Equipped with an RS485 communication cable for connection to a host computer or monitoring system. Powered by a user-replaceable battery. (Use with Output Code: R) | |
| C | Data Logger + RS485 + Cable (Sealed Battery) – Equipped with an RS485 communication cable for connection to a host computer or monitoring system. Powered by a sealed, non-replaceable primary battery with a typical service life of approximately 2 years (depending on sampling interval and operating conditions). (Use with Output Code: R) |
Ordering Examples
| Example Model | Description |
|---|---|
| DR6458-[0~10]mH₂O-N-M1-A | Data logger only, no output, no cable, replaceable battery |
| DR6458-[0~10]mH₂O-R-M1-B | Data Logger, RS485 with cable, replaceable battery |
| DR6458-[0~10]mH₂O-R-M1-C | Data Logger, RS485 with cable, sealed non-replaceable battery (typical battery life: 2 years) |
Outline Construction (Unit: mm)
Electrical Connection
FAQ
What’s SPI Protocol?
The Serial Peripheral Interface (SPI) is a simple bus system for synchronous serial communication between microcontroller and peripheral ICs, such as sensors, ADCs, DACs, shift registers, SRAM. It can operate in either full-duplex mode or half-duplex mode . The Master device initiates an information transfer on the bus and generates clock and control signals. The Master controls the Sensors through individual Sensor select lines which are active only when selected.
What’s SPI Pressure Sensor?
An SPI pressure sensor is a type of sensor that detects changes in pressure through a SPI (Serial Peripheral Interface) communication protocol. Generally, it can measure and transmit pressure readings to a connected device, such as a microcontroller or computer, for monitoring and analysis purposes. This type of sensor is commonly used in industrial, automotive, and aerospace applications.
What’s Level Data Logger?
Firstly, a Level Data Logger is a device that measures and records data such as water levels in tanks or reservoirs. Moreover, the Fandesensor offers a reliable and accurate option for monitoring water levels. With a built-in battery and the ability to support up to 60000 pieces of data, this logger is a useful tool for ensuring water is efficiently managed and conserved. Ultimately, the Fandesensor is a solution that can make a significant impact on water management and conservation efforts.