IVP Dual Capacitance Manometer Gauge Controller with USB for MKS Baratron Gauges, LCD Readout and Two Setpoints. The Ideal Vacuum Products (IVP) XGC-520 Dual Capacitance Manometer Gauge Controller is an inexpensive solution for pressure readout of up to two Capacitance Diaphragm Gauges. This IVP exclusive controller provides enhanced accuracy with intelligently designed features for simple user control and easy system integration. The controller is designed to interface with the popular 626D, 627H, and 722C series of Baratron® capacitance diaphragm gauges from MKS and can read full scale absolute vacuum/pressure ranges from 20 mTorr (2 x 10-4 Torr) to as much as 10,000 Torr (1x104 Torr). Because these gauges measure absolute pressure, they are gas type and composition independent. Lookup tables and conversion factors are not required. The unit has two analog output relays, each of which can be assigned to either of the two gauge channels and programmed to energize when a setpoint is reached. This flexibility allows the user to easily set up automated tasks, such as valve activation or energizing a turbomolecular pump when an appropriate backing pump pressure is achieved. The Dual Capacitance Manometer Gauge Controller is conveniently housed in a compact 1/8-DIN extruded aluminum enclosure for benchtop or rack panel mounting. The brilliant, blue LCD display is easy to read and displays vital system and controller information at a glance. The intuitive front panel membrane switch interface allows the user to access and adjust all parameters quickly. Remote communication and control is achieved by RS-232 serial terminal software. Connection is made via the rear-mounted DB15 or USB-B connectors. A variety of sensor and serial cables are available. The controller has a built-in universal power supply which accepts an input of 100-240 VAC, 50/60Hz. Included is a 2 meter long (6 ft.) 115 VAC input power cord with US plug 5-15P to C13 Connector. Features: Controls up to two (2) capacitive diaphragm sensor gauges (CDG) Interfaces with all popular MKS 626D, 627H, and 722C series Baratron sensor gauges, heated or unheated, with full scale measurement ranges from 20 mTorr to 10,000 Torr Gas type and composition independent - no need for lookup tables and conversion factors Compact 1/8-DIN enclosure for benchtop or rack panel mounting Brilliant Blue LCD readout display Intuitive interface makes setting parameters quick and easy Two setpoint output relays for automated control of other equipment User selectable pressure units for each gauge (Torr, mTorr, mBar, and Pa) Serial communication for remote control through DB9 and USB-B ports Available Cables and Adapters: P102063 Sensor cable, connects two gauges to DCM,10 ft., DB9 -M to two DB15-F P102061 Sensor cable, connects two gauges to DCM, 10 ft. DB9-M to two DB9-F P1011364 Serial cable, connects remote computer to DCM, 10 ft., DB15-M to DB9-F P1012796 USB cable, connects remote computer to DCM, 10 ft. USB-A to USB-B P1012800 DB15-M to terminal block breakout for splitting out relays and RS232 cables Please download the user manual for complete information.

Ideal Vacuum XactGauge Dual Capacitance Manometer Controller Power Cable, C13 to NEMA 5-15P 8ft. Includes: Power Cable Only This is the power cable for the ideal vacuum Dual Capacitance Manometer Controller (DCM). It is a C13 to 5-15P cable and 8 feet long. The Dual Capacitance Manometer Gauge Reader and Controller from Ideal Vacuum Products is a simple, intuitive, and low cost way to interface with Capacitance Diaphram Gauges (CDG). The DCM can interface with two gaugesand is able to supply the necessary dual polarity, ±15 VDC, with a current of up to 1 Amp, required for many CDGs. Each channel has a programmable setpoint that controls a relay when the setpoint is reached. This automates many tasks such as turning on a turbomecular pump when the roughing pump has reduced the pressure to an appropriate range or actuating a valve. The DCM can read a variety of CDG ranges including: 20 mTorr, 50 mTorr, 0.1 Torr, 1 Torr, 2 Torr, 10 Torr, 100 Torr, 1,000 Torr, 5,000 Torr, and 10,000 Torr capacitance gauges. The DCM allows the user to choose from their preferred pressure units. These settings can be set through the easy to use local interface which features a brilliant LCD screen for easy reading. The Dual Capacitance Manometer can also be used remotely through serial commands via the DB9 or USB ports. This allows for ease of data collection and integration into a vacuum system. The Dual Capacitance Manometer is compatible with the Baratron™ Absolute Capacitance Manometer from MKS including: MKS 626B 0.1 Torr - P103249 MKS 626B 1 Torr - P103250 MKS 626B 10 Torr - P103251 MKS 626B 100 Torr - P104361 MKS 626B 1000 Torr - P104362 MKS 626C 10 Torr - P108076 MKS 626C 1000 Torr - P109768 MKS 626C 100 Torr - P109769

IVP Cable For XGC-520 and MKS PDR2000 Controller, Dual Sensor Y Cable, DB9M to Two DB15F, Equivalent To CB2000S-1-M1. This is a dual sensor cable for the Ideal Vacuum XGC-520 Dual Capacitance Manometer Gauge Controller (P1010127) and the MKS PDR2000 (P102062). It connects the controller to up to two Baratron sensors with DB15 pinouts. This Y splitter cable has a DB9 male on one end which connects to the controller, and two DB15 female connectors on the other. This cable is manufactured by Ideal Vacuum and is a direct replacement for MKS part number CB2000S-1-M1. Ths cable is compatible with Baratron models127, 128, 626, 627, 628 or 722 series sensors with 15 pin male connectors. These cables are 10 feet long.

IVP Cable For XGC-520 and MKS PDR2000 Controller, Dual Sensor Y Cable, DB9M to Two DB9F, Replaces CB2000S-2-M1, 10 ft. This is a dual sensor cable for the Ideal Vacuum XGC-520 Dual Capacitance Manometer Gauge Controller (P1010127) and the MKS PDR2000 (P102062). It connects the controller to up to two Baratron sensors with DB9 pinouts. This Y splitter cable has a DB9 male on one end which connects to the controller, and two DB9 female connectors on the other. This cable is manufactured by Ideal Vacuum and is a direct replacement for MKS part number CB2000S-2-M1. Ths cable is compatible with Baratron 722, 750, 850, or 852 series sensors with 9 pin male connectors. These cables are 10 feet long.

USB 2.0 Cable A-Male to B-Male for Serial Connection from Dual Capacitance Manometer to Computer, 10 Feet. This 10 foot long USB-A male to USB-B male cable allows the IVP Dual Capacitance Manometer Gauge Controller (P1010127) to connect to a computer and be controlled via RS-232 serial commands. This cable with gold plated contacts allows the user to eliminate DB9-to-USB adapters since the Dual Capacitance Manometer Gauge Controller has a built in USB (B) serial port. Please see the Dual Capacitance Manometer Gauge Controller User Manual in the downloads for information about serial connections and remote communications.

RS232 D-Sub 15 Pin Male to Terminal Block Breakout Board Adapter for Dual Capacitance Manometer Gauge Controller I/O Relays and Communication. This D-Sub 15 pin male connector to breakout board adapter connects to the I/O connector on the back of the IVP Dual Capacitance Manometer Gauge Controller. This adapter allows you to individually wire the two relays built into the controller and to use the controller’s flexible setpoint programming to help automate your vacuum system. This breakout board adapter also allows you to connect the serial communication leads from the D-Sub 15 I/O connector. This adapter has gold-plated contacts and an all-metal shroud for proper shielding of wires. It also comes with four different diameter strain relief grommets.

MKS 626D 0.1 Torr Baratron Absolute Capacitance Manometer, Vacuum Pressure Gauge Sensor, Vacuum Fitting KF-16, PN 626D.1TDEThe MKS 626D unheated absolute Baratron® capacitance manometers are the latest analog, capacitance-based, high-performance vacuum and pressure transducers. They require ±15 VDC input voltage and provide a high-level 0-10 VDC analog output signal that is linear with pressure. This analog output can be interfaced with an MKS PDR2000 pressure controller, an MKS power supply/display instrument, or any instrument that meets these requirements. Changes in pressure/vacuum are determined by measuring the change in capacitance between the sensor’s diaphragm and an adjacent electrode disk. This capacitance change is converted to a useable output by patented signalconditioning electronic circuits. The radially-tensioned Inconel® diaphragm in the sensor provides very fast response (<20 msec in many cases), low hysteresis, excellent repeatability, very high resolution (to 0.001% of Full Scale), exceptionally high corrosion resistance, and double-walled welded construction for operator safety. The sensor itself can withstand repeated exposures to 45 psia (3.1 bar) without permanent degradation or shifting, allowing it to operate in virtually any process system. The MKS 626D Baratron capacitance manometers operate at ambient conditions. They are available in full scale pressure/vacuum ranges from 0.1 to 1000 Torr and are suited for many industrial, electronic, and research applications. These listing is for an MKS Type 626D capacitance manometers having a 15-pin D-subminiature signal connector, a 0.1 Torr full scale maximum vacuum pressure reading value, a KF-16 vacuum flange connection, and have MKS part number 626D.1TDE. Compatible Controller and Cables: P102063 - Ideal Vacuum Cable For MKS PDR 2000 Power Supply and Digital Readout Cable 15-Pin Y Cable, Equivalent To CB2000S-1-M1 P102062 - MKS PDR 2000 Digital Power Supply and Digital Readout Capacitance Manometer Controller P1010127 - Ideal Vacuum Dual Capacitance Manometer Controller (DCM), Power Supply and Digital Pressure Readout Product Features: 0 to 10 VDC proportional analog output with 15-pin D-sub connector Direct measurement of chamber total pressure independent of gas type or composition Long-term output stability for state-of-the-art process repeatability Inconel® and Incoloy® nickel alloy construction of basic sensor operates without damage in virtually any chemical environment High overpressure limit ensures reliability during system mishaps Specified in percent of reading for best accuracy and improved process yield

MKS 626D 1 Torr Baratron Absolute Capacitance Manometer, Vacuum Pressure Gauge Sensor, Vacuum Fitting KF-16, PN 626D01TDEThe MKS 626D unheated absolute Baratron® capacitance manometers are the latest analog, capacitance-based, high-performance vacuum and pressure transducers. They require ±15 VDC input voltage and provide a high-level 0-10 VDC analog output signal that is linear with pressure. This analog output can be interfaced with an MKS PDR2000 pressure controller, an MKS power supply/display instrument, or any instrument that meets these requirements. Changes in pressure/vacuum are determined by measuring the change in capacitance between the sensor’s diaphragm and an adjacent electrode disk. This capacitance change is converted to a useable output by patented signalconditioning electronic circuits. The radially-tensioned Inconel® diaphragm in the sensor provides very fast response (<20 msec in many cases), low hysteresis, excellent repeatability, very high resolution (to 0.001% of Full Scale), exceptionally high corrosion resistance, and double-walled welded construction for operator safety. The sensor itself can withstand repeated exposures to 45 psia (3.1 bar) without permanent degradation or shifting, allowing it to operate in virtually any process system. The MKS 626D Baratron capacitance manometers operate at ambient conditions. They are available in full scale pressure/vacuum ranges from 0.1 to 1000 Torr and are suited for many industrial, electronic, and research applications. These listing is for an MKS Type 626D capacitance manometers having a 15-pin D-subminiature signal connector, a 1 Torr full scale maximum vacuum pressure reading value, a KF-16 vacuum flange connection, and have MKS part number 626D01TDE. Compatible Controller and Cables: P102063 - Ideal Vacuum Cable For MKS PDR 2000 Power Supply and Digital Readout Cable 15-Pin Y Cable, Equivalent To CB2000S-1-M1 P102062 - MKS PDR 2000 Digital Power Supply and Digital Readout Capacitance Manometer Controller P1010127 - Ideal Vacuum Dual Capacitance Manometer Controller (DCM), Power Supply and Digital Pressure Readout Product Features: 0 to 10 VDC proportional analog output with 15-pin D-sub connector Direct measurement of chamber total pressure independent of gas type or composition Long-term output stability for state-of-the-art process repeatability Inconel® and Incoloy® nickel alloy construction of basic sensor operates without damage in virtually any chemical environment High overpressure limit ensures reliability during system mishaps Specified in percent of reading for best accuracy and improved process yield

MKS 626D 10 Torr Baratron Absolute Capacitance Manometer, Vacuum Pressure Gauge Sensor, Vacuum Fitting KF-16, PN 626D11TDEThe MKS 626D unheated absolute Baratron® capacitance manometers are the latest analog, capacitance-based, high-performance vacuum and pressure transducers. They require ±15 VDC input voltage and provide a high-level 0-10 VDC analog output signal that is linear with pressure. This analog output can be interfaced with an MKS PDR2000 pressure controller, an MKS power supply/display instrument, or any instrument that meets these requirements. Changes in pressure/vacuum are determined by measuring the change in capacitance between the sensor’s diaphragm and an adjacent electrode disk. This capacitance change is converted to a useable output by patented signalconditioning electronic circuits. The radially-tensioned Inconel® diaphragm in the sensor provides very fast response (<20 msec in many cases), low hysteresis, excellent repeatability, very high resolution (to 0.001% of Full Scale), exceptionally high corrosion resistance, and double-walled welded construction for operator safety. The sensor itself can withstand repeated exposures to 45 psia (3.1 bar) without permanent degradation or shifting, allowing it to operate in virtually any process system. The MKS 626D Baratron capacitance manometers operate at ambient conditions. They are available in full scale pressure/vacuum ranges from 0.1 to 1000 Torr and are suited for many industrial, electronic, and research applications. These listing is for an MKS Type 626D capacitance manometers having a 15-pin D-subminiature signal connector, a 10 Torr full scale maximum vacuum pressure reading value, a KF-16 vacuum flange connection, and have MKS part number 626D11TDE. Compatible Controller and Cables: P102063 - Ideal Vacuum Cable For MKS PDR 2000 Power Supply and Digital Readout Cable 15-Pin Y Cable, Equivalent To CB2000S-1-M1 P102062 - MKS PDR 2000 Digital Power Supply and Digital Readout Capacitance Manometer Controller P1010127 - Ideal Vacuum Dual Capacitance Manometer Controller (DCM), Power Supply and Digital Pressure Readout Product Features: 0 to 10 VDC proportional analog output with 15-pin D-sub connector Direct measurement of chamber total pressure independent of gas type or composition Long-term output stability for state-of-the-art process repeatability Inconel® and Incoloy® nickel alloy construction of basic sensor operates without damage in virtually any chemical environment High overpressure limit ensures reliability during system mishaps Specified in percent of reading for best accuracy and improved process yield

MKS 626D 100 Torr Baratron Absolute Capacitance Manometer, Vacuum Pressure Gauge Sensor, Vacuum Fitting KF-16. MKS Part Number: 626D12TDE. The MKS 626D unheated absolute Baratron® capacitance manometers are the latest analog, capacitance-based, high-performance vacuum and pressure transducers. They require ±15 VDC input voltage and provide a high-level 0-10 VDC analog output signal that is linear with pressure. This analog output can be interfaced with an MKS PDR2000 pressure controller, an MKS power supply/display instrument, or any instrument that meets these requirements. Changes in pressure/vacuum are determined by measuring the change in capacitance between the sensor’s diaphragm and an adjacent electrode disk. This capacitance change is converted to a useable output by patented signalconditioning electronic circuits. The radially-tensioned Inconel® diaphragm in the sensor provides very fast response (<20 msec in many cases), low hysteresis, excellent repeatability, very high resolution (to 0.001% of Full Scale), exceptionally high corrosion resistance, and double-walled welded construction for operator safety. The sensor itself can withstand repeated exposures to 45 psia (3.1 bar) without permanent degradation or shifting, allowing it to operate in virtually any process system. The MKS 626D Baratron capacitance manometers operate at ambient conditions. They are available in full scale pressure/vacuum ranges from 0.1 to 1000 Torr and are suited for many industrial, electronic, and research applications. These listing is for an MKS Type 626D capacitance manometers having a 15-pin D-subminiature signal connector, a 100 Torr full scale maximum vacuum pressure reading value, a KF-16 vacuum flange connection, and have MKS part number 626D12TDE. Compatible Controller and Cables: P102063 - Ideal Vacuum Cable For MKS PDR 2000 Power Supply and Digital Readout Cable 15-Pin Y Cable, Equivalent To CB2000S-1-M1 P102062 - MKS PDR 2000 Digital Power Supply and Digital Readout Capacitance Manometer Controller P1010127 - Ideal Vacuum Dual Capacitance Manometer Controller (DCM), Power Supply and Digital Pressure Readout Product Features: 0 to 10 VDC proportional analog output with 15-pin D-sub connector Direct measurement of chamber total pressure independent of gas type or composition Long-term output stability for state-of-the-art process repeatability Inconel® and Incoloy® nickel alloy construction of basic sensor operates without damage in virtually any chemical environment High overpressure limit ensures reliability during system mishaps Specified in percent of reading for best accuracy and improved process yield

MKS 626D 1000 Torr Baratron Absolute Capacitance Manometer, Vacuum Pressure Gauge Sensor, Vacuum Fitting KF-16, PN 626D13TDE. The MKS 626D unheated absolute Baratron® capacitance manometers are the latest analog, capacitance-based, high-performance vacuum and pressure transducers. They require ±15 VDC input voltage and provide a high-level 0-10 VDC analog output signal that is linear with pressure. This analog output can be interfaced with an MKS PDR2000 pressure controller, an MKS power supply/display instrument, or any instrument that meets these requirements. Changes in pressure/vacuum are determined by measuring the change in capacitance between the sensor’s diaphragm and an adjacent electrode disk. This capacitance change is converted to a useable output by patented signalconditioning electronic circuits. The radially-tensioned Inconel® diaphragm in the sensor provides very fast response (<20 msec in many cases), low hysteresis, excellent repeatability, very high resolution (to 0.001% of Full Scale), exceptionally high corrosion resistance, and double-walled welded construction for operator safety. The sensor itself can withstand repeated exposures to 45 psia (3.1 bar) without permanent degradation or shifting, allowing it to operate in virtually any process system. The MKS 626D Baratron capacitance manometers operate at ambient conditions. They are available in full scale pressure/vacuum ranges from 0.1 to 1000 Torr and are suited for many industrial, electronic, and research applications. These listing is for an MKS Type 626D capacitance manometers having a 15-pin D-subminiature signal connector, a 1000 Torr full scale maximum vacuum pressure reading value, a KF-16 vacuum flange connection, and have MKS part number 626D13TDE. Compatible Controller and Cables: P102063 - Ideal Vacuum Cable For MKS PDR 2000 Power Supply and Digital Readout Cable 15-Pin Y Cable, Equivalent To CB2000S-1-M1 P102062 - MKS PDR 2000 Digital Power Supply and Digital Readout Capacitance Manometer Controller P1010127 - Ideal Vacuum Dual Capacitance Manometer Controller (DCM), Power Supply and Digital Pressure Readout Product Features: 0 to 10 VDC proportional analog output with 15-pin D-sub connector Direct measurement of chamber total pressure independent of gas type or composition Long-term output stability for state-of-the-art process repeatability Inconel® and Incoloy® nickel alloy construction of basic sensor operates without damage in virtually any chemical environment High overpressure limit ensures reliability during system mishaps Specified in percent of reading for best accuracy and improved process yield