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Sun EC10 Temperature Testing Chamber, Sun Electronic Systems, Inc. (CAT#: STEM-GLE-1213-LGZ)

Highlights

1. Adopt advanced and extremely flexible TC10 controller, providing non-volatile memory to store user temperature profiles and parameters, additional probes (for monitoring and controlling product temperature), adjustable ramp rate, power cycle, analog and auxiliary I/O.
2. Built-in IEEE-488 (GPIB), RS232/RS422 remote interface is a standard feature of EC10 room.
3. Can work independently in an automated testing environment.

Cat Number: STEM-GLE-1213-LGZ

Application: For automated test system and laboratory applications.

Model: EC10

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Description

The manufacturer of Sun EC10 Temperature Testing Chamber is Sun Electronic Systems. Model is EC10. The EC10 is an advanced temperature test chamber for automated test systems and laboratory applications. The 7-cubic-foot-3 chamber utilizes a convection-heated vertical airflow with a temperature range of -184 °C to 315 °C (using LN2) and -73 °C to 315 °C (using LCO2).

Specification

Condition: used
Power: 1600 WATTS
Voltage (frequency): 110/220 VAC (50/60Hz)
Heat/Cool Rate: 30 C/min
Air Flow: 60 CFM
Workspace Dimensions: 12"(W) x 9.75"(H) x 10.25"(D)
Overall Dimensions: 21"(W) x 16"(H) x 24"(D)
Volume: 0.7 cubic feet
Weight: 49 lbs.

Features

1. Adopt advanced and extremely flexible TC10 controller, providing non-volatile memory to store user temperature profiles and parameters, additional probes (for monitoring and controlling product temperature), adjustable ramp rate, power cycle, analog and auxiliary I/O.
2. Built-in IEEE-488 (GPIB), RS232/RS422 remote interface is a standard feature of EC10 room.
3. Can work independently in an automated testing environment.
4. Independent operation supports full-function keyboard, 2-line 16-character LCD display.
5. Galvanically isolated room temperature and user temperature probe readings are usually displayed continuously and any probe can be used for control to ensure proper temperature is achieved.
6. Using a command set programming language like BASIC, user programs can be easily entered into the EC10 chamber and stored in non-volatile memory along with user adjustable controller parameters.
7. The probe calibration routine is built in using a local menu driven format and parameters such as PID coefficients can be adjusted from the keyboard and remote interface.
8. Alarm functions and sound levels, baud rates, interrupt assignments and other communication port options can be configured from the front panel using a simple, menu-driven format.

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