Temperature Controllers
Temperature controlling systems are essential to keep solutions at a desired level.
Hardware
PCTC1001 Temperature Controller
Cat.18-1001
The temperature setting for PCTC1001 can be programmed. The controller is usually grouped with CH-16 Cubic Heater and TP Series Temperature Platform to heat up a perfusion system and maintain the temperature at a desired level in a working chamber. It also can be connected with TS-01 Test Point Sensor to monitor the temperature. It is an essential instrument for an electrophysiological research lab, especially for the lab equipped with patch clamp system.
Features
Easy to install and operate.
Temperatures display at real time.
Automatically store user’s setting.
Built-in thermistor fault protection from overheating.
External control is available.
High-accuracy temperature measurement
Accessories
CH-16 Cubic Heater
TP-20 Temperature Platform
TS-03 Test Point Sensor
Performance Introduction
1.Easy for the user to set the desired temperature
The PCTC1001 Temperature Controller provides a maximum of 25W of heating power into a load of 4 ohms.The set temperature is optionally programmed by external or internal modes. The desired temperature could be easily set by rotating the TEMP SETTING knob when internal mode is selected, as well as conveniently set by an external input voltage calibrated to 100mV /℃ when external mode is selected.The accuracy of temperature control is usually better than ± 0.5℃ and under ideal conditions will be close to ± 0.1℃.
2.Distinctive features
Both the set temperature and the feedback temperature are displayed on the front panel individually and simultaneously, and no manual selection or switching is required. It is convenient for users to operate the device and read the temperature measurements.
The PCTC1001 Temperature Controller can automatically store the user’s last valid setting after the setup parameters had been completed and stabilized for more than 30 seconds.
Its built-in thermistor fault protection will automatically prevent the in-line heater from overheating in the event of a sensor failure.
External Communication Cable provides a flexible method for remotely controlling the set temperature.
3.Real-time temperature recording
The dual sensor continuously monitors real-time temperatures. The In-line thermistor and Test Point Sensor can regulate the heater via an independent feedback loop. The TS-03 Test Point Sensor can also simply act as a probe to measure the temperature from any point of interest. The measured temperatures will be displayed on the front panel display of the PCTC1001 Temperature Controller or may also be read from other devices connected via the EXT COM port on the rear panel.
PCTC2001 Temperature Controller
Cat.18-0105
The PCTC2001 Temperature Controller can be optionally programmed to perform two heating modules. Firstly, it can be simply operated like a PCTC1001 Temperature Controller. In this module, it is grouped with both CH-16 Cubic Heater and TP-18 Temperature Platform to heat up a perfusion buffer and maintain the expected temperature at a desired level in a working chamber. Secondly, it can act like two PCTC1001 Temperature Controllers to heat up two independent solution lines. This function is fundamentally useful for researchers to perform a complicated experiment when more than one solution line is required.
Features
Two set of temperatures display in real time.
Easy to set up and operate.
Automatically store the user's settings.
Built-in thermistor fault protection from overheating in the event of sensor failure.
Flexible temperature control.
Compatibility
Accessories CH-16 Cubic Heater, TP-20 Temperature Platform, TS-03 Test Point Sensor
About MappingLab
We offer the most advanced electric and optical mapping system for cardiac research groups.
Address：Magdalen Centre,The Oxford Science Park,Oxford OX4 4GA,United Kingdom.
Info
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Mail：info@mappinglab.cn
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