MKS® Granville-Phillips® 390 Micro-Ion® ATM Vacuum Gauge Module
1x10-9 Torr to Atmosphere Modular Vacuum Gauge
The MKS, Granville-Phillips 390 Micro-Ion ATM Vacuum Gauge Module combines proven Micro-Ion ionization vacuum gauge technology with a miniature Conductron® heat loss sensor and two Piezo resistive sensors to provide accurate, continuous pressure measurement from high vacuum to atmosphere. Using its diaphragm sensors, the 390 Micro-Ion ATM Micro-Ion/Conductron/Piezo Vacuum Gauge Module is capable of providing accurate absolute pressure up to Atmosphere along with precise indication of vacuum chamber differential pressure from ambient. The unique vacuum sensor design eliminates thermal effects that can influence the performance of the heat loss sensor at higher pressures. The small 390 Micro-Ion ATM Micro-Ion/Conductron/Piezo Vacuum Gauge Module combines all four sensors and control electronics in a compact modular design, reducing the number of gauges required on a chamber and minimizing the required space.
The 390 Micro-Ion ATM Vacuum Gauge Module's full range pressure measurement is output as a single analog signal or available through optional serial RS-485 or DeviceNet™ digital interfaces. RS-485 and DeviceNet versions have up to three optional setpoint relays that can be configured for process control, with the ability to assign the relays at any pressure across the vacuum pressure range or to a specific differential pressure value.
Features
- Continuous pressure measurement from high vacuum to atmosphere
- Dual ionization gauge filaments increase equipment uptime
- Optional setpoint relays for process control
- Analog, RS-485, or DeviceNet output available
- Optional graphics LCD display
Specifications Table
Model | 390 |
---|---|
Technology |
Hot Filament Ion Gauge / Convection Enhanced Pirani / Piezo
|
Measurements |
Torr Min: 1.000 x 10-9 Max: 1.000 x 103 mbar Min: 1.330 x 10-9 Max: 1.333 x 103 |
Temperature |
Operating Min: 10.0 ºC Max: 40.0 ºC Min: 50.0 ºF Max: 104 ºF Storage Min: -40.00 ºC Max: 70.0 ºC Min: -40.00 ºF Max: 158 ºF Bakeout 105 ºC 221 ºF |
Materials Exposed to Vacuum |
304 Stainless Steel Tantalum Tungsten or Yttria-Coated Iridium Alumina CuAg Eutectic Kovar Gold or Nickel Plated Kovar Borosilicate Glass |
Connectors |
15 Pin Sub D Male |
Typical Accuracy |
±15% of reading (1.00 x 10-9 to 0.1 Torr) ±10% of reading (0.1 to 150 Torr) ±2.5% of reading (150 to 1000 Torr) |
Display Type |
No
|
Set-Point Relays |
3 |
Relay Response |
1 A at 30 VDC
resistive load |
Communications (standard) |
Analog
|
Communications (optional) |
RS485 DeviceNet
|
Compliance and Standards |
CE
RoHS |
De-Gas (EB) |
3 Watts for 1 minute/filament
Electron bombardment |
Filament Count |
2 |
Filament Type |
Tungsten or Yttria-Coated Iridium
|
Configuration Options
This chart is to help you review all the available options for the MKS Granville-Phillips 390 Micro-Ion ATM Vacuum Gauge Module. Please see below for an interactive product builder to assemble the options into a part number ready for order.
Ordering Code Example: 390410-0-YD-T
Series Options | Code | Configuration |
Micro-Ion | 390 | 390 |
Communication / Display Options | Code | Configuration |
Analog only (no setpoints) / No display | 410 | 410 |
Analog only with display (no setpoints) | 411 | |
RS485 / Analog / No display | 510 | |
RS485 / Analog / display | 511 | |
DeviceNet / No display | 610 | |
DeviceNet / Display | 611 | |
Setpoint Relay Options | Code | Configuration |
None (Analog Only) | 0 | 0 |
Two | 2 | |
Three | 3 | |
Filament Type Options | Code | Configuration |
Yttria-coated iridium | Y | Y |
Tungsten | T | |
Flange Options | Code | Configuration |
NW16KF | D | D |
NW25KF | E | |
NW40KF | K | |
1.33-inch (NW16CF) ConFlat-type | F | |
2.75-inch (NW35CF) ConFlat-type | G | |
1/2-inch VCR-type Male | H | |
Measurement Options | Code | Configuration |
Torr | T | T |
mBar | M |
1. Wiring terminals for Micro-Ion ATM module with two analog outputs, and no trip-point relays
3. Wiring terminals for Micro-Ion ATM module with RS-485 interface, one analog output, and two trip-point relays