RampTrol Temperature Controllers

Ideal for complex heating processes, the RampTrol Temperature Controller is your go-to solution for precision temperature management. With its innovative Ramp/Soak feature, this control unit supports up to 40-step profiles that can be easily configured through the included software. You can effortlessly customize Temperature, Time, Hold, Soak, and End steps to suit your specific application needs.

This automatic temperature control system is microprocessor-based and designed for efficiency. It boasts a single input and single output, ensuring a compact yet powerful performance. Its auto-tuning function intelligently sets control parameters, requiring minimal user input for optimal results. The RampTrol supports multiple thermocouple types including J, K, and T models, providing versatility in various settings.

The RampTrol controller also incorporates advanced adaptive control technology, ensuring consistent and accurate temperature management for demanding applications. Users will benefit from features such as:

• Control Mode: Single output with four-file, 10 step per profile, set-point control
• Ramp rate or time-based programming for tailored temperature profiles
• Operator interface featuring dual, four-digit LED displays for process and set point temperatures, with additional buttons for mode adjustment and data input
• Factory settings optimized for both grounded and ungrounded thermocouple connections
• USB output for seamless configuration and data acquisition
• Compact size: 8 in (W) x 6 in (D) x 3 3/8 in (H)

Applications

The RampTrol Temperature Controller is versatile and suitable for a variety of heating applications, including:

• Heating Tapes
• Mantles
• Oil Baths
• Other resistive devices where precise temperature profiling is crucial

Specifications

Additional Features

The RampTrol controller includes built-in data acquisition software for real-time graphing and storage of critical data points, ensuring users can monitor and record their process effectively.