Campden PID temperature controller and Dual Channel PTFE Chamber with Heater & Thermistor Feedback Control

Campden Instruments PID Temperature Controller and Dual Channel PTFE Chamber System for Electrophysiology

1. Campden Instruments Model:745 Series PID Temperature Controller

Model: 745 Series PID Temperature Controller
Condition: Used and Fully Functional

Description:
The Campden Instruments 745 Series PID Temperature Controller provides precise and stable temperature regulation, ideal for laboratory and industrial applications requiring temperature control. Using advanced PID technology, it ensures accurate and reliable temperature maintenance in various experimental setups, including electrophysiology, chemical reactions, and biological studies.

This controller allows for seamless temperature adjustments with easy-to-use settings, making it suitable for both complex and standard applications. It’s designed for use with multiple systems, ensuring flexibility for a variety of research and industrial purposes.

Key Features:

• PID Temperature Control for accurate, stable performance.
• Versatile for Laboratory and Industrial Applications like electrophysiology and cell culture.
• Clear Digital Display for easy temperature monitoring.
• Customizable Settings for specific temperature needs.
• Voltage Compatibility with standard laboratory voltages.

Specifications:

• Temperature Accuracy: ±1°C
• Control Type: PID
• Display Resolution: 0.1°C
• Voltage Requirements: 230V 50Hz or 115V 60Hz
• Power Rating: 60W
• Operating Temperature Range: +8°C to 0°C
• Inlet Fuse Rating: 2A

Included Items:

• Model 745 Series PID Temperature Controller
• Power Cable

2. Campden Instruments Dual Channel PTFE Chamber System for Electrophysiology     with Heater & Thermistor Feedback Control

Model: CI.7450-2P(E)
Condition: Used and Fully Functional

Description:
The Campden Instruments CI.7450-2P(E) Dual Channel PTFE Chamber System is designed for electrophysiology applications, ensuring precise temperature control for sensitive biological studies. The dual-channel system allows simultaneous operation of two experiments, making it ideal for comparative studies. The integrated heater and thermistor feedback control maintain a stable thermal environment for cell cultures, neurons, and other biological tissues. With optional micromanipulators and overhead cameras, placement of 8 electrodes can be done within 20-30 minutes, with all slices viewed though a quad processor and video monitor.

Constructed with durable PTFE (Polytetrafluoroethylene), the chamber resists chemical damage and provides reliable, long-term performance. With a temperature accuracy of ±1°C, it guarantees precise environmental control for electrophysiology experiments.

Key Features:

• Dual Channel System allows for two independent experiments.
• PTFE Chamber Construction for chemical resistance and durability.
• Heater & Thermistor Feedback Control for precise temperature regulation.
• Temperature Accuracy: ±1°C.
• Ideal for Electrophysiology and Biological Research requiring controlled thermal environments.

Specifications:

• Temperature Range: +8°C to 0°C
• Temperature Accuracy: ±1°C
• Display Resolution: 0.1°C
• Power Rating: 60W
• Voltage Requirements: 230V 50Hz or 115V 60Hz
• Inlet Fuse Rating: 2A
• Chamber Material: PTFE
• Control System: Heater with thermistor feedback
• Operating Temperature: 0 to 50°C

Included Items:

• CI.7450-2P(E) Dual Channel PTFE Chamber System
• Integrated Heater with Thermistor Feedback Control
• Please review the posted photos for a detailed view of its condition and performance. If you have any questions or need additional information, please don’t hesitate to ask.

Applications for this system:

• Electrophysiology experiments
• Cell culture and tissue research
• Temperature-sensitive biological experiments
• Neuronal activity studies
• Enzyme assays