ACCESSORIES
TCAT-2 Temperature Controller "Animal Temperature Controller"
![]() TCAT-2 Temperature Controller with RET-3 Temperature probe and HL-1, Heat Lamp |
• Controls heating blankets heat lamps or heating pad • Can be used for both heating and cooling applications • 110 to 230V AC line operation • Control Range of -100 to +400°C • Resolution 0.1°C |
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Our new TCAT-2 family of general purpose PID Autotuning Controllers provides accurate temperature control in a variety of laboratory applications. Combined with a heat lamp or heating pad, the TCAT-2 may be used to maintain the body temperature of anesthetized animals during surgery or stereotaxic procedures. Small animal cages are easily warmed with a heat lamp. The TCAT-2 may also be used in cooling applications, such as to control independent perfusate cooling systems. Realizing that laboratory applications are diverse, Physitemp can provide several versions of the TCAT Controller. The model specified depends on whether a laboratory has a general or specific need for the controller: TCAT-2AC: TCAT-LV: TCAT-2DF: All TCAT-2 versions may be used with any of our extensive line of accurate Type T thermocouple probes, which act as the temperature feedback sensor. Most commonly used are the RET series of animal rectal probes, but the IT series of implantable flexible probes and MT series of needle probes may also be used depending on the specific application. All instruments are designed to operate on a 110V or 230V AC supply. The unit comes in a durable baked enamel painted aluminum housing. Adjustable front feet allow the user to raise the front of controller to provide a more convenient viewing angle. A heat/cool switch is provided when using the controller with cooling devices such as small refrigeration compressors or thermoelectric stages. In the cooling mode it inverts the control function and shuts off the load when feedback sensor temperature falls below the set point. A small lamp on the front of the control unit indicates when power is being applied to the load. The TCAT-2 is simple to set-up; connect the feedback sensor to the animal and to the back of the controller, connect the heating pad, blanket, lamp or cooling device to the appropriate outlet on the rear of the controller. Adjust the set temperature as required (lower green display) according to the instruction label on top of the instrument. The set temperature is stored in memory after the unit is switched off. |
TM-2 Specifications
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TCAT-2 ACCESSORIES Heat Lamp, HL-1:
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HL-1 Specifications
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Heating Plate, HP-1M: It has a feedback sensor to prevent overheating when used with our TCAT-2 series of controllers. Custom sizes are also available with longer lead times. |
HP-1M Specifications
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Switchboxes
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SBT-5 Switches on front panel, inputs on back panel. Case is designed to clamp onto any Thermalert Monitoring Thermometer, but unit will connect to any miniature type T thermocouple socket. |
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SWT-5 Switches and inputs in front panel. |
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SWT-2 Lets you use two probes in a thermometer with a single input. SWT-2 was designed with BAT-12 in mind -- it is small and easy to carry in the field with portable BAT-12 -- but it also fits any miniature Type T Socket. |
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| CT-3 is designed for biomedical technicians
who need a quick method to check the accuracy of the type T thermocouple
thermometers they service. CT-3 performs this calibration check instantly,
without the need for water baths or additional equipment. It is ideal for
use in instrument service departments of hospitals or research labs where
many thermometers are used. And because the cost is low, it is practical
even for users with a single instrument. CT-3 is simple to use. Just connect it to the thermometer with the miniature thermocouple plug, check battery and select simulated thermocouple signals. If the thermometer readout does not agree with the CT-3, the thermometer needs recalibration. How the CT-3 Works Thermocouple thermometers display temperatures based upon measurements of very small DC electrical voltages. The microvolt output from a thermocouple can be predicted for any given temperature. By applying a set microvoltage level, the thermometer can be made to display the corresponding temperature. The CT-3 accurately generates electrical signals corresponding to six temperatures: 0.0°C, 15.0°C, 25.0°C, 35.0°C, 45.0°C and 50.0°C*. It can therefore be used to verify the accuracy of any type T thermocouple readout covering this range. The CT-3 has built-in cold junction compensation and an NIST traceable mercury-in-glass thermometer as a reference standard. A battery check feature eliminates calibration errors due to low batteries. *Other points, in the range - 2700 to + 4000C, can be set if required. Call for information. |
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