New Product: New GT-430 Thermistor Atmosphere Reader

The GT-430 Thermistor Digital Display
with Trend Sensing^TM technology.

The 430 THERMISTOR GAUGE reads from atmosphere to 1 X 10-3 Torr plus Trend Sensing^TM, a unique feature that allows the user to see which direction the pressure is going.

More Info on the
GT-430 Thermistor Atmosphere Reader from Myers-Vacuum

Features:

• Trend Sensing^TM shows direction of pressure change
• Easy to read pressure display
• Measures from atmosphere to 1 X 10-3 torr
• Two adjustable independent relay outputs
• LED indication of Pressure range, set point indication/set value and status
• RS-232 serial interface
• Leak detection function over vacuum range
• Front panel LED’s for relay output status
• Panel mountable (1/8 DIN) or bench top use
• Adjustable Timed Resistive Degas
• Uses GT-034 senor

The GT-430 thermistor vacuum gauge is a digital single station gauge for use in harsh environments. It incorporates Trend Sensing^TM technology that indicates which direction pressure is going. Trend Sensing^TM enhances vacuum leak detection capabilities. The controller is housed in a 1/8 DIN-style case. The unit uses the rugged and proven GT-034 thermistor sensor and covers a pressure range of 1 X 10-3 Torr to atmosphere. Pressure is displayed 4 digit monitor with torr and millitorr indicators. A nine segmented bar graph displays pressure direction. This segmented display provides high sensitivity that it can be used for vacuum leak detection with a solvent. The relay set point for each station may be viewed by pressing the “View” buttons on the front panel. The gauge features two independent relays that can be set within the range of the gauge, each set point includes a separate high and low pressure value. Three front panel buttons allow the user to toggle through and adjust the values. LED’s indicate which value is being displayed with separate LED’s to indicate the status of the set points. The unit features an RS-232 serial interface that allows a remote system to request information and a separate linear analog voltage output that is proportional to pressure.