| Temperature
Range' |
Mechanical
Arm: |
| -70°C to
+225°C (cycling) |
| -65°C to
+225°C (steady state) |
| 'CFC free
System is available. low temperature in range will degrade +5°C. |
| Airflow |
Up to 18
SCFM while temperature transitioning. Microprocessor regulated for
optimum system performance. Also user
settable upper limit by keypad or remote control. |
| Typical Transition Rate |
High Speed
Head: + 125°C to .55°C 5 sec Standard Head: + 125°C to -55°C
22 sec |
| Temperature Accuracy |
+/- 1.0°C
(when calibrated against a transfer standard) |
| Temperature Set and Display Resolution |
O.1°C |
| Non-volatile Memory |
Battery
back-up retention of parameters |
| Controller Type |
Microprocessor-based
PID (Proportional, Integral, Derivative) |
| Local Control |
Keypad entry
of parameters and selection of operating mode, setpoint |
| Remote
Interface Ports |
RS232C Serial (option) |
Programmer's Keyboard:
AT compatible |
| IEEE-488
Parallel Bus |
Parallel Printer. IBM or
EPSON compatible (option) |
| EGA Monitor |
| Handler Interface |
Start Test
End of Test with Stop on First Fail (5-12 VDC Pulse; user-setable
polarity) |
| Remote DUT Sensors |
Type T
thermocouple supplied; Type K thermocouple supplied; 1000 ohm RTD
optional |
| Status Indication |
On-screen
and at-communication I/Os (separate visual indicator) |
| Overheat Protection |
235°C
Separate circuit. (Also user-setable high and low air temperature
limit) |
| Dryer |
Supplies
-70°C dew point air from a minimum 80 PSI source at12 SCFM flow
rate |
| Dimensions |
System Unit-
(5.2 sq. feet). 24" (61 cm) wide x 31" (79 cm) long x
41" (104 cm) high |
| Weight |
System Unit |
350 Ibs. (159 kg) |
| Arm and Thermal Head
Assembly - Mechanical Arm
Configuration |
75 Ibs. (35 kg) |
