Hanwell 4000 Wireless Temperature Transmitter with Dual Channel and Long-Range Radio

The Hanwell 4000 Wireless Transmitter is a precision wireless temperature monitoring device designed for continuous environmental data acquisition in critical storage and bioprocessing environments. This transmitter supports single or dual thermistor channels, enabling flexible deployment in temperature-sensitive applications such as cold chain storage, biopharmaceutical production, and molecular biology laboratories.

Features include:

• Temperature range: -40°C to +60°C with ±0.1°C measurement accuracy, suitable for fridges, freezers, and chillers essential in biotechnology workflows.
• LCD display: Real-time temperature data and battery status facilitates remote monitoring without additional equipment.
• Memory capacity: Capable of storing up to 100,000 readings (single channel) or 50,000 readings per channel (dual channel), ensuring comprehensive data logging for compliance and analysis.
• Long-range wireless transmission: Operates in the 433–458 MHz frequency band with a transmission range up to 3 km over open ground, making it ideal for industrial and clinical diagnostics facilities requiring non-invasive remote sensing.
• Power supply: Uses a 3.6V AA lithium battery offering up to two years battery life, ensuring low maintenance and sustained operation in biomanufacturing environments.
• Robust design: Compact dimensions (110 x 80 x 35 mm), lightweight (200 g), and IP30 rated for protection against environmental dust ingress.

The transmitter is compatible with a variety of thermistor probes, allowing customization to specific molecular diagnostics and synthetic biology temperature monitoring needs. It is widely adopted in biotechnology and clinical diagnostics workflows, providing reliable and continuous temperature data essential for gene editing stability, live-cell imaging conditions, and downstream bioprocess control.

This wireless temperature transmitter is a critical tool for researchers and lab managers focused on ensuring precise environmental control and data integrity in complex bioprocessing pipelines.