Achieve colder temperatures while maintaining mix, with TECA’s newest model, the AHP-1200MS22.
The AHP-1200MS22 is TECA’s latest innovation in laboratory cold plate technology. Similar to TECA’s Magnetic Stirring Cold Plate model AHP-1200MSP, the AHP-1200MS22 includes a stirring function plus a cascaded cold plate. The cascade feature allows for temperatures below -20°C.
Our cold plate offers precise temperature control, featuring an integral PWM temperature controller. The AHP-1200MS22 ensures accurate and stable temperature management. Its compact, bench-top design and stainless-steel construction provide durability and ease of use, while the adjustable magnetic stirring capability enhances versatility and temperature uniformity.
Key Features of the AHP-1200MS22:
- Temperature Control
The device includes an integral PWM temperature controller that allows for precise temperature adjustments. It supports bi-directional temperature control and features multi-segment ramp and soak programming for complex temperature profiles. - Stirring Capability
The AHP-1200MS22 is equipped with a magnetic stirrer that can operate at speeds ranging from 100 to 1400 RPM. This ensures a thorough mixing of solutions. - Construction and Design
The unit is built with stainless steel, aluminum, and acrylic, ensuring durability and resistance to corrosion. Its compact, bench-top design makes it easy to integrate into any laboratory setup. - Remote Monitoring and Control
It features USB communication for easy integration with laboratory software, including Windows based tecaLOG GUI software. This allows for remote monitoring, data logging, and control of the device. - Safety and Compliance:
The AHP-1200MS22 is certified to meet various safety standards, including CSA STDS C22.2 # 61010-1 & 61010-2-010, and FCC 47CFR PT 15: 2019; IEC 61326-11. - Additional Features
The device includes an internal RTD sensor and is compatible with an external accessory RTD sensor for enhanced temperature accuracy. It also has a variable speed fan for reduced noise and improved cooling efficiency.
