What is the price range for the UQK float level controller from Biao Wang?

What is the Price Range for the UQK Float Level Controller from Biao Wang?

In the context of industrial automation, maintaining precise control over fluid levels is critical for ensuring efficiency and preventing costly malfunctions. The UQK float level controller, a product by the renowned company Biao Wang, has been a staple in various industries, from water treatment to chemical processing. This article delves into the pricing structure and performance aspects of the UQK float level controller, providing insights into its cost-effectiveness and practical applications.

Understanding the UQK Float Level Controller

Biao Wang’s UQK float level controller is designed to operate in harsh environments, ensuring reliable performance even under challenging conditions. This device features a robust float mechanism that accurately measures the level of a liquid, triggering alarms or controllers when the liquid reaches a preset level. The latest models incorporate advanced digital technology, which enhances accuracy and responsiveness.

Price Range and Accessibility

As of 2025, the UQK float level controller is available in a range of prices depending on the model and additional functionalities. Basic models begin at approximately $50 to $100 each, while more advanced versions with more sophisticated features, such as digital display and remote monitoring capabilities, can cost between $300 to $500. These prices include the unit cost, installation costs, and necessary accessories. It is important to note that some advanced models may require additional hardware or software components, which can influence the total cost.

Safety Standards and Compliance

Compliance with safety standards is crucial for the UQK float level controller to ensure reliability and protect against potential hazards. Biao Wang adheres to a range of international safety standards, including IEC (International Electrotechnical Commission) and UL (Underwriters Laboratories). These standards mandate rigorous testing to ensure the float level controller can withstand environmental stressors and operate safely in various conditions.

Analysis of Security Threats

Despite the robust design, industrial control systems can still face security threats. Malicious actors might exploit vulnerabilities in the system to cause disruptions or alter the system’s behavior. These threats can be categorized into several types:

1. Physical tampering: Physical access to the system could allow an attacker to bypass or disable components.
2. Software vulnerabilities: Bugs or flaws within the software can be targeted to gain unauthorized access or manipulate the system.

3. Data interception: Unauthorized access to data transmission channels can enable attackers to steal or tamper with data.

Designing a Safety Protection Scheme

To mitigate these threats, a multi-layered security approach is essential. This includes:

1. Physical security: Ensuring the system is housed in a secure location with access controls and monitoring.
2. Software security: Regularly updating and patching the software to address known vulnerabilities.
3. Data encryption: Encrypting data to protect against interception and unauthorized access.

Implementing a Robust GPIO Control Solution

The General Purpose Input Output (GPIO) plays a critical role in controlling and monitoring the status of the UQK float level controller. Biao Wang employs stringent testing and validation processes to ensure the GPIO integration is both reliable and secure. This involves:

1. Testing: Comprehensive testing is conducted to verify the GPIO functions correctly under all operating conditions.

2. Validation: Post-production validation ensures that the system behaves as expected and meets set performance and security criteria.

Securing the GPIO Interface

To secure the GPIO interface, several strategies can be employed:

1. Access control: Limiting access to the GPIO interface through secure authentication mechanisms.
2. Data isolation: Isolating the GPIO signals to prevent unauthorized data exchange.
3. Monitoring: Implementing real-time monitoring to detect and respond to unusual activity.

Case Study: High-Performance Water Treatment Plant

A case study of a high-performance water treatment plant illustrates the practical application and effectiveness of the UQK float level controller. The plant utilized the UQK float level controller to monitor and control the levels of various tanks. By integrating multiple controllers and implementing security measures, the plant was able to maintain consistent operations and prevent costly disruptions.

Concluding Thoughts

In conclusion, while the cost of the UQK float level controller from Biao Wang can vary based on model and features, the reliability and functionality make it a worthwhile investment for industries requiring precise liquid level control. By adhering to stringent safety standards and implementing comprehensive security measures, the UQK float level controller can provide peace of mind and improve overall system performance.