MKS Granville Phillips UHV 350 Ion Gauge Controller with One Line Digital Display. The 350 Bayard-Alpert UHV Gauge Controller operates a Series 274 nude Bayard-Alpert type ionization gauge in a compact half-rack design. The hot cathode ion gauge measures high vacuum pressure from 10 Torr. Cables, ion gauge tubes are available but sold separately. For a complete instruction manual of the MKS Granville Phillips 350 scroll down to DOWNLOADS and download the .pdf. Features of the MKS Granville Phillips 350 Controller Include:1 line direct digital readout in TorrElectron bombardment degasFront panel filament selection for dual filament gaugesRemote Input/Output for filament selection and degas

These MKS Granville Phillips 274 Iridium glass ion gauge tubes have a 3/4 inch OD vacuum connection Pyrex Glass port and an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The MKS Granville Phillips thoria coated iridium (IR) filament configuration can be used in any clean application, but is particularly practical in potentially oxygen rich environments. All IR filaments have a thoria coating, which increases electron emission to approximately the same level as tungsten filaments. Iridium filaments, however, can be strongly degraded by metallic or organic contaminants, resulting in poor accuracy (filaments are easily poisoned by oil back-streaming from diffusion or mechanical vacuum pumps). Thoria coated IR is very resistant to oxidation, and can even tolerate brief exposure to atmosphere during operation and will not damage or shorten the filament life.

This MKS Granville Phillips Iridium glass ion gauge tube is a test gauge vacuum simulator, pumped down and pinched off at 1 X 10 or lower. The MKS Granville Phillips thoria coated iridium (IR) filament configuration can be used in any clean application, but is particularly practical in potentially oxygen rich environments. All IR filaments have a thoria coating, which increases electron emission to approximately the same level as tungsten filaments. Iridium filaments, however, can be strongly degraded by metallic or organic contaminants, resulting in poor accuracy (filaments are easily poisoned by oil back-streaming from diffusion or mechanical vacuum pumps). Thoria coated IR is very resistant to oxidation, and can even tolerate brief exposure to atmosphere during operation and will not damage or shorten the filament life.

These MKS Granville Phillips Iridium glass ion gauge tubes have a 3/4 inch Kovar Metal Inlet OD vacuum connection port and an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The MKS Granville Phillips thoria coated iridium (IR) filament configuration can be used in any clean application, but is particularly practical in potentially oxygen rich environments. All IR filaments have a thoria coating, which increases electron emission to approximately the same level as tungsten filaments. Iridium filaments, however, can be strongly degraded by metallic or organic contaminants, resulting in poor accuracy (filaments are easily poisoned by oil back-streaming from diffusion or mechanical vacuum pumps). Thoria coated IR is very resistant to oxidation, and can even tolerate brief exposure to atmosphere during operation and will not damage or shorten the filament life.

These MKS Granville Phillips Iridium glass ion gauge tubes have a 1 inch Kovar Metal Inlet OD vacuum connection port and an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The MKS Granville Phillips thoria coated iridium (IR) filament configuration can be used in any clean application, but is particularly practical in potentially oxygen rich environments. All IR filaments have a thoria coating, which increases electron emission to approximately the same level as tungsten filaments. Iridium filaments, however, can be strongly degraded by metallic or organic contaminants, resulting in poor accuracy (filaments are easily poisoned by oil back-streaming from diffusion or mechanical vacuum pumps). Thoria coated IR is very resistant to oxidation, and can even tolerate brief exposure to atmosphere during operation and will not damage or shorten the filament life.

These MKS Granville Phillips Iridium glass ion gauge tubes have a KF25 ISO NW25 Inlet, and a 3/4 inch vacuum connection port with an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The MKS Granville Phillips thoria coated iridium (IR) filament configuration can be used in any clean application, but is particularly practical in potentially oxygen rich environments. All IR filaments have a thoria coating, which increases electron emission to approximately the same level as tungsten filaments. Iridium filaments, however, can be strongly degraded by metallic or organic contaminants, resulting in poor accuracy (filaments are easily poisoned by oil back-streaming from diffusion or mechanical vacuum pumps). Thoria coated IR is very resistant to oxidation, and can even tolerate brief exposure to atmosphere during operation and will not damage or shorten the filament life.

These MKS Granville Phillips Iridium glass ion gauge tubes have a 15 mm OD inlet, vacuum connection port with an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The MKS Granville Phillips thoria coated iridium (IR) filament configuration can be used in any clean application, but is particularly practical in potentially oxygen rich environments. All IR filaments have a thoria coating, which increases electron emission to approximately the same level as tungsten filaments. Iridium filaments, however, can be strongly degraded by metallic or organic contaminants, resulting in poor accuracy (filaments are easily poisoned by oil back-streaming from diffusion or mechanical vacuum pumps). Thoria coated IR is very resistant to oxidation, and can even tolerate brief exposure to atmosphere during operation and will not damage or shorten the filament life.

These MKS Granville Phillips Iridium glass ion gauge tubes have a 2.75 inch CF Conflat Inlet, and a 3/4 inch vacuum connection port with an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The MKS Granville Phillips thoria coated iridium (IR) filament configuration can be used in any clean application, but is particularly practical in potentially oxygen rich environments. All IR filaments have a thoria coating, which increases electron emission to approximately the same level as tungsten filaments. Iridium filaments, however, can be strongly degraded by metallic or organic contaminants, resulting in poor accuracy (filaments are easily poisoned by oil back-streaming from diffusion or mechanical vacuum pumps). Thoria coated IR is very resistant to oxidation, and can even tolerate brief exposure to atmosphere during operation and will not damage or shorten the filament life.

These MKS Granville Phillips Iridium glass ion gauge tubes have a 2.75 inch CF Conflat Inlet, and a 1 inch vacuum connection port with an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The MKS Granville Phillips thoria coated iridium (IR) filament configuration can be used in any clean application, but is particularly practical in potentially oxygen rich environments. All IR filaments have a thoria coating, which increases electron emission to approximately the same level as tungsten filaments. Iridium filaments, however, can be strongly degraded by metallic or organic contaminants, resulting in poor accuracy (filaments are easily poisoned by oil back-streaming from diffusion or mechanical vacuum pumps). Thoria coated IR is very resistant to oxidation, and can even tolerate brief exposure to atmosphere during operation and will not damage or shorten the filament life.

These dual tungsten glass ion gauge tubes have a 1 inch Pyrex port vacuum connection and an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The hot tungsten filaments react with oxygen to rapidly form tungsten oxide and therefore poor vacuum can rapidly cause catastrophic oxidation of hot tungsten components. They are most practical in environments having little risk of oxygen exposure. However, tungsten filamets are suited for applications where backstreaming of oil from diffusion pumps is heavy.

These dual tungsten glass ion gauge tubes have a 3/4 inch Kovar Metal port vacuum connection and an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The hot tungsten filaments react with oxygen to rapidly form tungsten oxide and therefore poor vacuum can rapidly cause catastrophic oxidation of hot tungsten components. They are most practical in environments having little risk of oxygen exposure. However, tungsten filamets are suited for applications where backstreaming of oil from diffusion pumps is heavy.

These dual tungsten glass ion gauge tubes have a 1 inch Kovar Metal port vacuum connection and an operating range from 1x10 to 2x10. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The hot tungsten filaments react with oxygen to rapidly form tungsten oxide and therefore poor vacuum can rapidly cause catastrophic oxidation of hot tungsten components. They are most practical in environments having little risk of oxygen exposure. However, tungsten filamets are suited for applications where backstreaming of oil from diffusion pumps is heavy.

These dual tungsten glass ion gauge tubes have a 15 mm Pyrex port vacuum connection and an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The hot tungsten filaments react with oxygen to rapidly form tungsten oxide and therefore poor vacuum can rapidly cause catastrophic oxidation of hot tungsten components. They are most practical in environments having little risk of oxygen exposure. However, tungsten filamets are suited for applications where backstreaming of oil from diffusion pumps is heavy.

These dual tungsten glass ion gauge tubes have a 3/4 inch OD, 2.75 CF Conflat port vacuum connection and an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The hot tungsten filaments react with oxygen to rapidly form tungsten oxide and therefore poor vacuum can rapidly cause catastrophic oxidation of hot tungsten components. They are most practical in environments having little risk of oxygen exposure. However, tungsten filamets are suited for applications where backstreaming of oil from diffusion pumps is heavy.

These dual tungsten glass ion gauge tubes have a 1 inch OD, 2.75 CF Conflat port vacuum connection and an operating range from 1x10 to 2x10 Torr. These ion gauge tubes are compatible with most modern hot cathode ion gauge tubes. They have a sensitivity of 10 Torr-1 and standard operating voltages (collector 0 VDC, Grid +180 VDC, filament -30 VDC with 5 VAC). The hot tungsten filaments react with oxygen to rapidly form tungsten oxide and therefore poor vacuum can rapidly cause catastrophic oxidation of hot tungsten components. They are most practical in environments having little risk of oxygen exposure. However, tungsten filamets are suited for applications where backstreaming of oil from diffusion pumps is heavy.

These Granville Phillips 307 ion gauge cables are design for tubulated glass ion gauges. These cables can be used when remote mounting of the 307 power supply. These cables are 10 ft (3 meters) long.

These MKS Granville Phillips 307 & 330 ion gauge controller cables connect the MKS Granville Phillips 307 or 330 controller to a single glass tube ion guage. These cable are 10ft long. Ion gauge controllers, ion gauge tubes, and thermocouple sensors are also available but sold separately.

These MKS Granville Phillips 307 ion gauge cables are 25 ft. long and are design for tubulated glass ion gauges. These cables can be used when remote mounting of the 307 power supply.

The MKS Graville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, Thoria-Coated Iridium Filament, KF40 NW40, 1×10 to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C.The Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10Torr, with reduced performance at pressures lower than 5x10

The MKS Granville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, 1×10 to 2×10 Torr Pressure Range, Thoria-Coated Iridium Filament, KF40 NW40 Flange, Maximum Bakeout Temperature: 450 °C.The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10

The MKS Graville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, Thoria-Coated Iridium Filament, 2.75 in. CF Flange, Pin Guard with Connector Locking Ring, 1×10 to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C. The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10

The MKS Granville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, Thoria-Coated Iridium Filament, 2.75 ConFlat Flange, 1×10 to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C.The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10Torr, with reduced performance at pressures lower than 5x10

The MKS Granville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, single Thoria-Coated Iridium Filament, 2.75 CF Flange, 1×10 to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C.The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10

The MKS Granville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, dual Thoria-Coated Iridium Filament, 2.75 CF Flange, Pin Guard Connector with Locking Ring, 1×10 to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C. The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10

This is a Ion Gauge Replacement Dual Thoria Coated Iridium Filament Kit for the MKS Granville Phillips 274 Nude Dual Thoria Coated Iridium Filament Ion Gauges (electron bombardment degas only). This is a Filament Kit ONLY, allen wrench included. Ion Nude Gauges and Controllers sold separately on this website. Fits the Following MKS Granville Phillips 274 Series Dual Thoria Coated Iridium Filament Nude Ion Gauges: • NW40 KF40 flange, pin guard locking strain relief, PN: 274058 • 2.75 inch CF Conflat (NW35CF) non-rotatable, PN: 274023 • 2.75 inch CF Conflat (NW35CF) non-rotatable, pin guard locking strain relief, PN: 274042

This is a Ion Gauge Replacement Single Thoria Coated Iridium Filament Kit for the MKS Granville Phillips 274 Nude Single Thoria Coated Iridium Filament Ion Gauges (resistive or electron bombardment degas). This is a Filament Kit ONLY, allen wrench included. Ion Nude Gauges and Controllers sold separately on this website. Fits the Following MKS Granville Phillips 274 Series Single Thoria Coated Iridium Filament Nude Ion Gauges: • NW40 KF40 flange, pin guard locking strain relief, PN: 274053 • 2.75 inch CF Conflat (NW35CF) non-rotatable, PN: 274028 • 2.75 inch CF Conflat (NW35CF) non-rotatable, pin guard locking strain relief, PN: 274043

The MKS Granville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, Dual Tungsten Filament, KF40 NW40 Flange, 1×10 to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C.The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10Torr, with reduced performance at pressures lower than 5x10

The MKS Granville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, Dual Tungsten Filament, Electron Bombardment Degas, 2.75 CF Flange, 1×10 to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C.The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10

The MKS Granville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, Dual Tungsten Filament, KF40 NW40 Flange, Pin Guard Connector with Locking Ring, 1×10to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C.The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10

The MKS Granville Phillips 274 Nude Bayard-Alpert Ionization Gauge is a rugged, open gauge with broad-range operating pressure abilities, Dual Tungsten Filament, 2.75 ConFlat Flange with locking ring and pin guard connector, 1×10 to 2×10 Torr Pressure Range, Maximum Bakeout Temperature: 450 °C.The MKS Granville Phillips 274 Ionization Gauge, with an x-ray limit of 2x10 Torr, provides reliable pressure measurement from 1 mTorr down to 2x10 Torr, with reduced performance at pressures lower than 2x10 Torr. The MKS Granville Phillips 274 utilizes an extremely thin collector which lowers its x-ray limit to 5x10 Torr. As a result, it can measure pressure from 1m Torr down to 5x10

This is a Ion Gauge Replacement Tungsten Filament Kit for the MKS Granville Phillips 274 Nude dual tungsten Ion Gauges (electron bombardment degas only). This is a Filament Kit ONLY, allen wrench included. Ion Nude Gauges and Controllers sold separately on this website. Fits the Following MKS Granville Phillips 274 Series Dual Tungsten Filament Nude Ion Gauges: • NW40 KF40 flange, PN: 274050 • NW40 KF40 flange, pin guard locking strain relief, PN: 274057 • 2.75 inch CF Conflat (NW35CF) non-rotatable, PN: 274022 • 2.75 inch CF Conflat (NW35CF) non-rotatable, pin guard locking strain relief, PN: 274041

These MKS Granville Phillips 350 ultra-high vacuum (UHV) ion gauge controller cables connect the MKS Granville Phillips 350 controller to a single nude ion guage. These cables are 10ft long. Ion gauge controllers, ion gauge tubes, and thermocouple sensors are also available but sold separately.

These MKS Granville Phillips 350 ultra-high vacuum (UHV) ion gauge controller cables connect the MKS Granville Phillips 350 controller to a single nude ion guage. This cable has a Pin Guard Locking Relief Connector. These cables are 10 ft long. Ion gauge controllers, ion gauge tubes, and thermocouple sensors are also available but sold separately.

These MKS Granville Phillips 350 ultra-high vacuum (UHV) ion gauge controller cables connect the MKS Granville Phillips 350 controller to a single nude ion guage. This cable has a Pin Guard Locking Relief Connector. These cable are 25 ft. long. Ion gauge controllers, ion gauge tubes, and thermocouple sensors are also available but sold separately.

These MKS Granville Phillips 350 ultra-high vacuum (UHV) ion gauge controller cables connect the MKS Granville Phillips 350 controller to a single nude ion guage. These cable are 25 ft long. Ion gauge controllers, ion gauge tubes, and thermocouple sensors are also available but sold separately.

These MKS Granville Phillips 350 ultra-high vacuum (UHV) ion gauge controller cables connect the MKS Granville Phillips 350 controller to a single nude ion guage. These cable are 50 ft long. Ion gauge controllers, ion gauge tubes, and thermocouple sensors are also available but sold separately.

This is a RS-232 computer interface card module board for field installation in MKS Granville Phillips Series 350 vacuum gauge controllers with 1 line digital display. The RS-232 interface module for the controller allows data output to, and ion gauge control by, a host computer. Output is either by a command-response mechanism or by a talk-only mode which is invoked via a switch on the RS-232 board. A variety of baud rates and byte framing options are available, as well as switches to force the handshake lines to an “always true” condition. See Chapter 5, Page 47 of .pdf manual for instructions on use of the RS-232 Module. This is the RS-232 Computer Interface Card Module ONLY, MKS Granville Phillips 350 Controller, Cables and Accessories sold separately on this website.

This is a PC RS-232 or RS-485 switchable Computer Interface Card Module with 4 setpoint relays for field installation on MKS Granville Phillips Series 350 Controllers with 3 Line Digital Displays. The PC/RS-232/RS-485 interface for the controller allows data output to, and gauge control by, a host computer. Output is by a command-response mechanism. Process control features of this module provide the controller with 4 single-pole, double-throw relays that may be controlled either by 4 digital front panel LED indicator setpoints or by the built-in manual override switches. See Chapter 6, Page 55 of .pdf manual for instructions on use of the RS-232/RS-485 Module. This is the RS-232/RS-485 Computer Interface Card Module ONLY, MKS Granville Phillips 350 Controller, Cables and Accessories sold separately on this website.

This is a two channel process control interface moudule for field installation in the MKS Granville Phillips 350 Controller with 1 line digital display, it has two set point relays for ion gauge. The process control module provides the controller with single-pole, double-throw relays that may be controlled either by 2 digital setpoints or by the built-in manual override switches. See Chapter 4, Page 41 of .pdf manual for instructions on use of the Process Control Module. This is the Process Control Interface Card Module ONLY, MKS Granville Phillips 350 Controller, Cables and Accessories sold separately on this website. The MKS Granville Phillips 350 Vacuum Gauge Controller Instruction Manual can be downloaded below at DOWNLOADS: