The HP E1421B is a dual-channel temperature controller or measurement system used primarily in laboratory and industrial applications.

Product Name:

HP E1421B Dual-Channel Temperature Controller

Product Description:

The HP E1421B is designed for precise temperature control and measurement in various applications, including scientific research, environmental testing, and industrial processes. It has the capability to manage multiple temperature probes and offers a wide range of functions for measurement, display, and data logging.

Product Parameters and Specifications:

• Channels: Dual-channel temperature measurement and control.
• Temperature Range: Typically, it covers a wide temperature range suitable for various probes (exact range may depend on the connected sensors).
• Display: Built-in LCD display for real-time monitoring of temperature readings.
• Resolution: High-resolution measurement capability (exact values depend on the specific configuration).
• Input Types: Compatible with various temperature sensors such as thermocouples (T/C) and RTDs.
• Output Control: Relays or analog outputs for controlling external heating/cooling devices.
• Measurement Accuracy: High measurement accuracy for dependable data collection (specific accuracy values depend on configuration).
• Connectivity: May include GPIB or serial interfaces for remote control and data logging capabilities.
• Power Supply: Standard laboratory power requirements.
• Operating Conditions: Designed to work in controlled laboratory environments.
• Weight: Generally lightweight and portable for easy integration into existing setups.

Product Use:

The HP E1421B is widely used in:

• Laboratories: For controlled temperature experiments and testing.
• Industrial Applications: In scenarios requiring precise temperature control, such as in manufacturing processes.
• Research: To facilitate studies that require stable temperature conditions or detailed temperature data logging.
• Environmental Testing: For testing materials under different temperature conditions to evaluate their properties.