PHYSITEMP TCAT-2AC Operating Manual

PHYSITEMP INSTRUMENTS INC
154 Huron Avenue Clifton NJ 07013 USA Tel: 973-779-5577 Fax: 973-779-5954
OPERATING MANUAL
TCAT-2AC CONTROLLER
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Appendix 1: ADJUSTING CONTROL PARAMETERS
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6.0 MAINTENANCE, WARRANTY AND SERVICE
6.1 WARRANTY
Physitemp Instruments Inc. warrants this system to be free from defects in material or workmanship for 12 months from date of shipment. Repair or replacement will be made at no charge at the discretion of Physitemp if the defect is not the result of misuse or abuse. Physitemp accepts no consequential liability for delay in delivery, alleged faulty performance of the product or any other cause.
Cables and probes are considered expendable and are not covered by this warranty.
6.2 REPAIRS AND RECALIBRATION
For technical applications information on this instrument contact us at:
Tel: 973-779-5577 Fax: 973-779-5954 E-mail: physitemp@aol.com
In the event that any part of this system is to be returned for repair or recalibration, please pack it with care (in the original packing material if possible) and send it prepaid to:
Service Department PHYSITEMP INSTRUMENTS INC 154 Huron Avenue Clifton, NJ 07013 USA
Please include with the instrument:
1. A note describing any problems encountered
2. The name and telephone number of a person we can contact
3. The complete return address for shipping.
For your protection, please pack the item carefully and insure against possible damage or loss. Physitemp will not be responsible for damage resulting from careless packaging. Please return freight prepaid.
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5.0 SPECIFICATIONS TCAT-2AC
Operating Range: -200°C to +400°C Digital Readout Resolution: 0.1°C AC Input Voltage: 100 - 130VAC or 200 - 240VAC, 50 or 60Hz user selectable
Fused input module, (6.3Amp, 5 x 20mm fuse) Output: Via 2 controlled auxiliary AC sockets Size: 7 3/8”wide x 10” deep x 4 3/8' high Weight: 2.8 lbs
Other features: Special Display Indications:
Red lamp will be on when load is being controlled
Adjustable viewing angle
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4.0 OPERATING INSTRUCTIONS
The Instruction Label from the top of the instrument is reprinted here in case it is ever defaced.
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OFF/ON POWER
SWITCH
FEEDBACK
SENSOR
CONTROLLED
AC OUTPUT
TCAT-2
CONTROLLER
OPERATING INSTRUCTIONS
The TCAT-2 Controller parameters are set at the factory for the specific load supplied with it. If the TCAT-2 has not been so supplied, see the Operating Manual for adjustment of the control parameters
1. Connect the thermocouple sensor to the blue Feedback Sensor Socket on the rear panel and position the sensor.
2. Connect the load (lamp or mat, etc.) to the Controlled AC Output on the rear of the controller (7amp max.) or the Low Voltage 7-pin Output Socket
3 Connect the controller power cord to a suitable AC outlet.
4. Turn on controller Power Switch (rear panel). Set position of Heat/Cool Switch depending on control protocol (See manual for details.)
5. Set the control temperature:
a) Press SHIFT. A digit will flash. b) Use UP and DOWN buttons to change the flashing digit. Press SHIFT again to select the next digit. c) When all digits are changed, press SET to enter new control temperature.
SPECIFICATIONS: Operating Range: -200°C to +400°C Resolution: 0.1°C AC Input Voltage: 110-130VAC or 220-240VAC, 50 or 60Hz (see Operating Manual)
SPECIAL DISPLAY INDICATIONS: Red lamp will be illuminated when power is being supplied to load.
VIEWING ANGLE The two front feet can be flipped down to adjust the viewing angle. Rotate feet down and
towards the front until they lock in position. To return to original position, pull down slightly, then rotate back.
Made in USA
SET
UP
DOWN
Serial Number:
SV -15.0
PV -14.9
SHIFT
PHYSITEMP INSTRUMENTS INC
154 Huron Avenue
Clifton, NJ 07013 USA
Tel: 973-779-5577, Fax: 973-779-5954
RUN Display
SET Display
9003
3.0 SETTING UP THE TCAT-2AC CONTROLLER
3.1 Connect a suitable load (500 Watts maximum) to either of the auxiliary AC outlets on the rear panel of the TCAT-2AC using the auxiliary AC adaptor cable if necessary.
3.2 Insert a type T thermocouple feedback sensor into the blue socket. Ensure that the sensor tip is securely attached to the load at an appropriate location. Call our Engineering Applications Department (1-800-452-8510) for more information on sensor placement.
3.3 Connect the AC power cord to the AC input module and to any suitable AC outlet.
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POWER
SWITCH
AC FUSE
REPLACE WITH
......ONLY
AUXILIARY AC OUTPUTSOCKETS
THERMOCOUPLE SOCKET FOR FEEDBACK SENSOR
REAR PANEL CONNECTIONS
TCAT-2 CONTROLLER
1.0 GENERAL DESCRIPTION
1.1 The TCAT-2 is a general purpose autotuning controller for a variety of laboratory applications.
The TCAT-2AC provides two time-proportioning controlled AC outlets for the control of resistive loads such as heat lamps or warming blankets. It can also be adapted to many different types of load (maximum 500 Watts.)
The TCAT-2LV provides a low voltage DC output for electrically sensitive applications where AC fre­quencies will interfere with monitoring devices. It can be supplied with a variety of different DC power supplies depending on the load requirements. The TCAT-2LV uses a dual set point control cir­cuit to prevent a heating element from overshooting the control point. This is recommended in applica­tions such as animal warming tables or blankets where thermal lag in the control system is an issue and might lead to burns.
The TCAT-2DF combines features of both the instruments described above.
A type T thermocouple probe is used as the temperature feedback sensor and any of Physitemp’s extensive line of probes can be used for this application.
All the TCAT-2 instruments operate on a 110V - 230V AC supply.
2.0 UNPACKING AND CHECKING THE PACKAGE CONTENTS
The following items should be found in the packing box:
TCAT-2 controller AC Line cord Auxiliary AC adaptor cable Probes and other items as ordered.
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OPERATING MANUAL
TCAT-2AC
CONTROLLER
CONTENTS
SECTION PAGE
1.0 GENERAL DESCRIPTION 2
2.0 UNPACKING AND CHECKING 2 CONTENTS
3.0 SETTING UP THE TCAT-2AC 3
4.0 OPERATING INSTRUCTIONS 4
5.0 SPECIFICATIONS 5
6.0 MAINTENANCE, WARRANTY AND 6
SERVICE
Adjusting Control Parameters
EB TCAT-2AC 04/23/04
Appendix 1
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