Ordering Information

The selection code of the example is as follows:

Example:PPM-T9204-[0-5]H-G-C0-B6-V3-G(PPM-T9204 Explosion proof wireless level transmitter,Measuring 5 meters of water, Output: GPRS,Interface level probe,Connection: external antenna,Power Supply: built-in battery,gage)

• When selecting the type, please note that the medium to be tested must be compatible with the part of the product in contact with the medium.

2,When a transmitter with zero pressure is required, please indicate the range when placing an order.

3,Special requirements, please consult with us, and indicate it in the order form.

Installation Guide

PPM-T9204 intelligent wireless level transmitter probe can be installed with flange bracket, the display can be installed with a sheet metal bracket. when removing the instrument, do not apply force to instrument case.regular replacement of pressure seal ring is recommended, to make sure the transmitter works properly.

Tags:  wireless pressure sensor

What are the key features and specifications of the 24 Bit Wireless Level Sensor, and how does it compare to traditional wired level sensors in terms of accuracy and reliability?

Key Features and Specifications:

High Resolution: A 24-bit sensor offers high resolution in measuring the level of liquids or materials. This allows for precise and detailed monitoring of changes in level.

Wireless Connectivity: These sensors are equipped with wireless communication technology, such as Wi-Fi, Bluetooth, or LoRa, to transmit data to a monitoring system without the need for physical wiring.

Battery-Powered: Many wireless sensors are battery-powered, providing mobility and enabling their use in remote or hard-to-reach locations.

Remote Monitoring: The wireless nature of the sensor allows for real-time remote monitoring of level data, accessible through computers, smartphones, or dedicated monitoring systems.

Environmental Compatibility: Some sensors are designed to operate in harsh environments, with features like waterproof or explosion-proof casings to withstand challenging conditions.

Data Logging: Data can be logged and stored for historical analysis and trend monitoring. The capacity and method of data storage can vary between sensor models.

Alarm and Notification: Wireless level sensors often provide alerting and notification functions, sending warnings when levels reach certain thresholds or when anomalies are detected.

Compatibility: They can be integrated with existing industrial control systems, SCADA (Supervisory Control and Data Acquisition) systems, or IoT platforms.

Comparison to Traditional Wired Level Sensors:

• 24-bit wireless level sensors generally offer high accuracy and precision in level measurement, which can be comparable to or even surpass traditional wired sensors.
• Wireless sensors are easier to install and reposition because they do not require extensive wiring or cabling. Traditional wired sensors may involve more complex installation and infrastructure.
• Wireless sensors often have lower maintenance requirements since there are no wires to inspect, repair, or replace. In contrast, wired sensors may need regular maintenance to ensure signal integrity.
• Wireless sensors provide flexibility in sensor placement and can be used in applications where wired sensors would be impractical.
• The initial cost of wireless sensors may be higher due to the wireless technology and batteries, but they can lead to cost savings in terms of installation and maintenance over the long term.
• Both wireless and wired sensors can be reliable, but wireless sensors should consider factors like battery life and signal strength to ensure continuous and dependable operation.

How does the wireless communication technology used in the sensor work, and what range and signal stability can be expected in various industrial environments?

The wireless communication technology used in a 24 Bit Wireless Level Sensor allows it to transmit data without physical wiring. The specific technology can vary, but commonly used wireless communication methods include Wi-Fi, Bluetooth, LoRa (Long Range), Zigbee, or other proprietary protocols.

How Wireless Communication Works:

Data Transmission: The wireless level sensor collects level measurements and other data. It then converts this data into a digital signal.

Wireless Transmitter: The sensor is equipped with a wireless transmitter that modulates the digital data into radiofrequency (RF) signals suitable for wireless transmission.

Transmission to Gateway/Receiver: These RF signals are sent to a designated receiver or gateway, which is typically located within range of the sensor.

Gateway/Receiver: The receiver demodulates the RF signals, extracts the digital data, and forwards it to a monitoring system or controller. This receiver is either wired to the system or connects wirelessly to a central network or cloud.

Range and Signal Stability:

The range and signal stability of a wireless level sensor can vary based on several factors, including the chosen wireless technology, the presence of obstacles, and the specific industrial environment.

Wireless Technology:

The range and signal stability depend on the chosen wireless technology. For example, Wi-Fi and Bluetooth typically have shorter ranges but provide high data transfer rates. LoRa offers longer range but at lower data rates.

Obstacles and Interference:

Physical obstacles like walls, metal structures, and other machinery can attenuate wireless signals and reduce range. In industrial environments with high levels of electromagnetic interference, signal stability can be affected.

Frequency Bands:

The frequency band used by the wireless technology can impact range and stability. Lower frequencies (e.g., sub-GHz bands) tend to offer better penetration through obstacles and longer range compared to higher frequencies.

Signal Strength and Antennas:

The signal strength of the sensor and the receiver, as well as the quality of the antennas used, can influence range and signal stability.

Environmental Factors:

Environmental conditions such as temperature, humidity, and the presence of liquids (e.g., in a chemical processing plant) can affect the performance and longevity of wireless sensors.

What are the typical industrial applications and use cases for the 24 Bit Wireless Level Sensor?

24 Bit Wireless Level Sensors find application in a wide range of industrial settings where precise and remote monitoring of fluid or material levels is required. These sensors are versatile and adaptable to various use cases.

Tank Level Monitoring:

Monitoring the levels of liquids or bulk materials in tanks or silos, commonly used in industries like oil and gas, chemicals, agriculture, and water treatment.

Environmental Monitoring:

Tracking water levels in reservoirs, rivers, and dams for flood prediction, environmental studies, and water resource management.

Wastewater Management:

Measuring wastewater levels in treatment facilities to ensure proper functioning and optimize processing.

Industrial Process Control:

Controlling and maintaining specific levels of fluids or materials in industrial processes, such as mixing, blending, and filling operations.

Chemical and Petrochemical:

Monitoring chemical tanks and storage vessels for inventory management and safety compliance.

Pharmaceuticals:

Ensuring precise liquid levels in pharmaceutical production processes to maintain quality and consistency.

Agriculture and Irrigation:

Managing irrigation systems to optimize water usage in agriculture and horticulture.

Food and Beverage:

Controlling ingredient levels in food and beverage production, as well as monitoring tanks and vessels for storage and processing.

Mining and Mineral Processing:

Measuring levels of materials in mining operations and mineral processing plants to optimize production and prevent overflows.

Oil and Gas:

Monitoring fluid levels in storage tanks, drilling operations, and pipelines to ensure efficient and safe processes.

Facility Management:

Monitoring and managing liquid levels in commercial or industrial buildings, such as water tanks and HVAC systems.

Remote Monitoring Stations:

Enabling remote monitoring in areas where access is limited, such as remote weather stations or natural resource monitoring locations.