Digivac

Bullseye Precision Gauge | Portable Vacuum Gauge | .001 to 2 Torr Accuracy The Bullseye Precision Gauge is the ideal portable vacuum gauge to serve many applications. This patented vacuum gauge offers Graphical Displays and graphics supporting real-time analytics (Leak, Pump, Outgas, Stable) Visual graphing feature right on the display Display pinpoints the root of the problem so you get it right the first time Put it anywhere with its magnet and kickstand Options: Rugged carrying case designed for instrument, back-up sensor and these adapters that can change the NPT to a KF25 or KF16 vacuum interface adapters Sensor (Probe) Replacements: This gauge is paired with the Thermocouple Plus/531 Equivalent Sensor, but works with Agilent 531 or 536 sensors as well if you are looking for a more robust sensor option Numeric & Graphical Displays See vacuum readings in either numbers or easy-to-read graphs Calibrated & Precise Delivered pretested and calibrated with thermocouple sensor under actual vacuum against a NIST standard. Extended Battery Lifespan Solid state electronics are built into the Bullseye Precision Gauge. The portable vacuum gauge operates using AA batteries and lasts 70 hours.  Applications Vacuum pump monitoring, vacuum pump testing, baseline vacuum pump performance, & transformer dry-out, distillation monitoring Bullseye Precision Gauge Accuracy Remember to choose your vacuum gauge that gives you the accuracy you need for your application. This Bullseye comes with a thermocouple sensor, which has better accuracy in the millitorr up to 6 Torr.  If you need your Bullseye Gauge to have CE rating then choose either the Bullseye with 531 or Bullseye with 536 KF25 1 to 99 millitorr +/- 2 millitorr or 20% 100 to 2000 millitorr +/- 10% 2  to 6 Torr +/- 25% Above 6 Torr Continuous and monotonic (increasing reading indicates increasing pressure) Units Torr, mbar, bar, kPa, inHg, mm Hg, millitorr, microns, inches of water, PSI, Pa Control Range 1E-4 – 1000 Torr Range with Accuracy .001 – 5 Torr Sensor Type SEN-VGT500, Thermocouple Plus Dimensions 6.2”H x 3.7”W x 1.3”D Certifications ROHS and CE  

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Digivac Vapor Pressure Controller The DigiVac Vapor Pressure Controller is a high-end lab-grade instrument that will allow you to determine set points and maintain vacuum at that specified level. The Vapor Pressure Controller is extremely useful when trying to maintain pressure at a certain level, for example, when trying to control the vacuum level as botanical oils are processed for use in the medical industry. Key Features: USB Communication Maintain Specific Vacuum Levels 3/8" Barbed Hose Connections Digital Readout Compact Design Lab Stand Bulkhead Specifications Sensor Type Sen-775i-NPT-OEM Accuracy +/- 2 Torr Units Torr, mbar Total Range 1 – 775 Torr The Vapor Pressure Controller is DigiVac’s newest product release. This instrument has the ability to help those working in the botanical market easily process plant material through automated distillations. It both measures and maintains the pressure within rotovaps, or any type of vacuum system, following the profile created on the Vapor Pressure Profile Manager - a free, downloadable software that comes with the purchase of a VPC. The front of the gauge is similar in terms of being straightforward. It has displays of both your current vacuum and chosen setpoint, as well as a numerical up/down control, regulation button, and power switch. Just hook your vacuum pump to one side, the rotovap to the other side and plug it in. If you’d like specific ramp rates and time duration, then install the free software, hook up the USB to connect the unit to the computer hosting the software and you can set up your process profile. The vacuum system is what you are going to regulate, an example being your rotovap, vessel, flask or vacuum oven. Once the unit is set up and regulating, the process can also be observed within the software, thus telling you how your system and pump are performing. Resources: DigiVac VPC Blog DigiVac Vapor Pressure Controller Data Sheet DigiVac Vapor Pressure Controller Quick Start Guide

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531 Thermocouple Plus  Use for applications that require a better accuracy than others gauges can provide.  Excellent for dirty applications where a replaceable sensor is desirable. Design for years of use   Applications for Freeze-drying, low pressure distillations, fore line monitoring, and transformer dry out.   Weight 1 lbs Shipping Dimensions 6 x 4 x 4 in Isolated no Vacuum Reference Absolute Display No Units Torr, mbar, bar, kPa, inches of Hg, mm Hg, millitorr, microns, inches of water, PSI, Pa Total Range .001-760 Range with Accuracy .001 – 6.0 Torr Sensor Type Thermocouple

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  DigiVac SNAP Vacuum Controller | Simple, Nimble, Automatic Process Control | Up to 8 Recipes   Description SNAP Vacuum Controller | Simple, Nimble, Automatic Process Controller with up to 8 Recipes SNAP: Automatic Vacuum Process Controller | Vacuum control and venting with the touch of a button or twist of a dial Vent your vacuum chamber or equalize your system with the touch of a button instead of pulling hoses or turning valves Treat material in chamber more gently by implementing kinder ramp rate controls which is ideal for freeze drying, vacuum drying or lyophilization applications Vacuum Controller with onboard ramp rate recipe control. Set up to 8 recipes based on time and pressure setpoints. Dashboard pushbutton control for START, STOP functionality for each channel allows you to automatically vent or isolate your system with a push of a button Ideal for automating and simplifying vacuum chamber pressure control. SIMPLE – SIMPLIFY YOUR LAB & CONTROL MORE WITH LESS Applications: vacuum chamber (from 1 liter to 1000 liters) research, vacuum ovens/vacuum drying, vacuum furnaces, large scale food processing, microwave drying, composites, rotary evaporators, falling film systems Fine control of target vacuum pressure for more precise processing and research Enables using reliable and long lasting rotary vane pumps & dry scroll pumps in applications where diaphragmpumps were previously required Keeps vacuum pumps near their base pressure resulting in greater longevity NIMBLE – MAXIMIZES THROUGHPUT & PUMPDOWN SPEED Largest flow paths available to insure maximum flow for faster evaporation Maximize throughput and pump down speed with a 20 mm vacuum path (almost full KF25 orifice) AUTOMATIC PROCESS – PRECISION CONTROL & INTUITIVE DESIGN Automatic Vacuum Process Controller | precise automated control with programmable recipes and graphing of vacuum levels Innovative valve control performs both proportional throttle and bleed vacuum control (vent to atmosphere) The integrated bleed design allows you to quickly vent to atmosphere to stop bumping during processing Numerical readings right on the LCD screen and one touch buttons: VENT, CLOSE (isolate, close all valves) and FULL VAC (fully opens the valve for vacuum pump and closes the vent valve) SNAP Vacuum Controller Wetted Material Options Aluminum (6061) wetted surfaces Stainless steel (304) wetted surfaces Measurement and Control Range: 1 Torr to 775 Torr (standard) Need millitorr range?: SNAP has a RJ45 Port for adding an additional sensor to extend the measurement range. We recommend the addition of the DCP Quantum to be able to monitor and control from 0.01 Torr to 1000 Torr.   DigiVac SNAP Data Sheet  DigiVac SNAP Operational Manual  DigiVac SNAP Quick Start Guide 

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Model 200 | Laboratory-Grade Vacuum Gauge | Accuracy 0.001 to 6 Tor DigiVac Model 200 is a laboratory-grade vacuum gauge. The industry’s best value for a rugged digital vacuum gauge for measuring through 6 decades of rough vacuum. Giving wide range accuracy. Laboratory-Grade Vacuum Gauge: The DigiVac Model 200 is housed in a laboratory grade case consisting of vinyl clad metal on an extruded aluminum base ensuring maximum durability This DigVac gauge comes with everything to measure vacuum: Display gauge, cables, power and Agilent 531 thermocouple sensor with NPT Every DigiVac Vacuum gauge is pre-tested and calibrated under actual vacuum against a NIST-standard Highly impact-resistant because of no moving parts requiring infrequent calibration Applications: laboratory, coating, metalizing, distillation, refrigeration, schlenk line vacuum measurement The Model 200 is also available with the DigiVac Thermocouple Plus sensor, which is electrically equivalent to the Agilent 531 at a more economical price point Upgrade to the Agilent 536 sensor series | a thermocouple gauge tube with integrated baffle. Made from welded 304 steel  with equivalent accuracy of the 531 sensor  but has an additional baffle that protects the thermocouple technology to greatly extend the sensor’s life when exposed to condensable gases This DigiVac gauge measures vacuum in Torr. Technical Specifications Total Range .001-760 Torr Range with Accuracy .001-6 Torr 0 – 0.009 Torr +/-0.002 Torr0.010 – 2.00 Torr +/-15% of reading2.0 – 5.0 Torr +/- 1 Torr5 – 760 Torr – Continuous and monotonic Sensor Type Agilent 531, Agilent 536, Thermocouple Plus Dimensions 1.5” h x 4.25” w x 5.5” d

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Bullseye Precision Gauge with Bluetooth | Wireless Vacuum Gauge NPT, KF25 The DigiVac Bullseye Precision Gauge with Bluetooth is the world’s first wireless vacuum gauge featuring one-of-a-kind patented vacuum graphing and DigiVac’s ‘Vacuum Gauge’ app Versatile wireless vacuum gauge that you can monitor right from your phone or tablet (Apple ios and android) Enables remote monitoring and troubleshooting Set low and high alarm from your phone Email vacuum data to document leaks, baseline pressure or pump-downs Use battery power or standard microB-USB power Choose standard Thermocouple Plus sensor or the Upgraded Agilent 531 NPT sensor (this sensor configuration is CE and RoHs compliant), or the Agilent 536 NPT sensor which includes an integrated baffle to extend the life of the sensor by helping to protect it from contamination Portable and Precise Rugged thermocouple vacuum gauge ideal for understanding: Leaks, Pump Downs, Out-gassing or Stable Systems Includes a powerful magnet and kickstand to enable hands-free operation Long battery life and versatility with 12 different measuring units (micron, Torr, Inches of Hg, kPa, Inches of H20, millitorr, mbar, Pa, PSIA, mm of Hg, bar, and mm of H2O) Calibrated under actual vacuum against a NIST standard.  Graphing and Analysis Patented vacuum graphing displays vacuum and time data Visual graphing right on the display that identifies current system status Vacuum Analytics to quickly identify vacuum pressure trends Graphical display for quick determination of vacuum level Bluetooth Bullseye Gauge Applications Vacuum pump testing Baseline vacuum pump performance Transformer dry-out Schlenk line monitoring Botanical oil processing Distillations Vacuum Process Monitoring Technical Specifications Units Torr, mbar, bar, kPa, inHg, mm Hg, millitorr, microns, inches of water, PSI, Pa Control Range 1E-4 – 1000 Torr Range with Accuracy .001-5 Torr Sensor Type Agilent 531 (NPT), Agilent 536 (NPT, KF15, or KF16), VGT500 Dimensions 6.2”H x 3.7”W x 1.3”D Certifications ROHS and CE

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Bullseye Precision Gauge-531 | with upgraded Agilent 531 Sensor The Bullseye Precision Gauge-531 is the Bullseye Vacuum Gauge that you trust with the upgraded Agilent 531 sensor The Bullseye Precision Gauge-531 is a rugged and portable vacuum gauge, which features visual graphing to pinpoint problems in real time (leak, pump, outgas, stable). Includes a powerful magnet and kickstand to enable hands-free operation. Benefits of Choosing the Upgraded Agilent 531 sensor option: All metal, sturdy, structure Used in applications requiring higher levels of accuracy Vacuum Interface: 1/8″ NPT but can be easily adapted to KF Total Range: of 1 millitorr to 760 Torr (continuous and monotonic from atmosphere down to 6 Torr) Range with Accuracy: 10 millitorr (.001 Torr) to 6 Torr (1 x 10-3 mbar to to 7.99 mbar) 15% accuracy Electrically identical to Agilent 536 sensors Bullseye Precision Gauge-531 Features Portable and Precise Rugged thermocouple vacuum gauge ideal for understanding: Leaks, Pump Downs, Out-gassing or Stable Systems Includes a powerful magnet and kickstand to enable hands-free operation Long battery life and versatility with 12 different measuring units (micron, Torr, Inches of Hg, kPa, Inches of H20, millitorr, mbar, Pa, PSIA, mm of Hg, bar, and mm of H2O) Calibrated under actual vacuum against a NIST standard. Graphing and Analysis Patented vacuum graphing displays vacuum and time data Visual graphing right on the display that identifies current system status Vacuum Analytics to quickly identify vacuum pressure trends Graphical display for quick determination of vacuum level Bullseye Precision Gauge-531 Applications Vacuum pump testing Baseline vacuum pump performance Transformer dry-out Schlenk line monitoring Botanical oil processing Distillations Vacuum Process Monitorin Technical Specifications Units Torr, mbar, bar, kPa, inHg, mm Hg, millitorr, microns, inches of water, PSI, Pa 1E-4 – 1000 Torr Range with Accuracy .001-5 Torr Sensor Type Agilent 531 NPT Dimensions 6.2”H x 3.7”W x 1.3”D Certifications ROHS and CE

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Bullseye Precision Gauge with Agilent 536 KF25, NPT or KF16 Sensor | Vacuum Gauge for Processin A rugged portable vacuum gauge for processing applications that pairs unparalleled vacuum measurement with the Agilent 536 sensor that has an integrated baffle which provides protection and helps reduce risk of sensor failure Numeric & Graphical Displays See vacuum readings in either numbers or easy-to-read graphs Has 12 measurement units for implementation in almost any vacuum application Torr, mbar, bar, kPa, inches of Hg, mm Hg, millitorr, microns, inches of water, PSI, Pa Calibrated & Precise Delivered pre-calibrated with Agilent/ Varian 536 thermocouple sensor under actual vacuum against the NIST standard. Note: NIST certification sent with the gauge is an available option here The 536 all stainless steel sensor with baffle has extended sensor life in the presence of condensable gases and improved performance at higher pressures Vacuum Interface: KF25 or NPT or KF16 Wetted materials: 304L Stainless steel, glass, Type P thermocouple Extended Battery Lifespan Portable | Solid state electronics built into a handheld gauge that operates using AA batteries that lasts up to 70 hours In-lab use | Power gauge using the integrated Micro-USB port for long-term use without the need to change batteries Ideal Vacuum Gauge for Processing Applications Laboratory, freeze drying, low pressure distillations, foreline monitoring, Schlenk lines performance, and transformer dry-out Or any application with higher levels of condensables where sensor failure is more likely Units Torr, mbar, kPa, millitorr, microns, Torr, mbar, bar, kPa, inches of Hg, mm Hg, millitorr, microns, inches of water, PSI, Pa 1E-4 – 1000 Torr Range with Accuracy .001 – 5 Torr Sensor Type Agilent 536-KF25 Dimensions 11 x 10 x 4 in Certifications CE, RoHS

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FYRA for End of Primary Drying Detection.  This bundle is set up to allow for vacuum drying applications like freeze-drying and vacuum ovens to help determine the end of drying. Will help you detect when most of the water or residual solvent from a product has been removed or the end of primary drying has been reached in a vacuum drying application. Background on How this FYRA End of Primary Drying package works: When a freeze dryer is equipped with both a thermal and direct measurement, these sensors can be utilized to indicate the end of primary drying (Source). Step One: Clean process documentation | Get a baseline Characterize the convection-enhanced Pirani and the capacitance manometer (in this case the DCP Quantum) against each other in a dry, empty and refrigerated system. The freeze dryer is turned on, as per the manufacturer’s operator manual, with nothing on the shelf. The shelf temperature can be left at room temperature, and if so the cold trap, the condenser, and the vacuum pump should be on and running for a period of time The vacuum oven or freeze dryer is allowed a period of time to become stable in this condition and the Pirani and capacitance manometers are read. The difference in their pressure readings in a dry, empty and refrigerated freeze dryer will be relatively small (mT to 10’s of mT) when the system is working properly. DigiVac will NOT calibrate these two gauges against each other. There may always be slight differences in their readings due to their difference in design. The difference in pressure (ΔP) between these two gauges, when dry, empty, and refrigerated, indicates how close they come together when there is little to no water vapor in the gas mix over the product. Step 2: Drying with Product The intent of primary drying is to maximize the sublimation rate within the product. As such the gases in the chamber have a high water vapor content. The Pirani sensor will read a higher pressure than the capacitance manometer. As freeze drying progresses the amount of ice converting to vapor through the sublimation process will decrease as the product becomes lyophilized from the top through the bottom of the product. Eventually, the Pirani and capacitance manometers will approach the ΔP that was established in a dry, empty and refrigerated system. Approaching this ΔP value indicates that the end of primary drying has occurred. The DigiVac FYRA controller has a rich remote command-line interface which enables the user a high degree of remote control and monitoring from any computer when communicating through the USB port. Calibrated—Every FYRA is calibrated and pretested under actual vacuum against a NIST standard (Need NIST traceable documentation? Add this option to your order) Applications—Ideal for End of Drying Detection, Freeze Drying Primary Drying Monitoring, and Vacuum Oven Drying Monitoring and Detection DCP Quantum DuoSense Measurement Range: .05 mT to 1000 Torr 275 Convection-enhanced Pirani Measurement Range: 0.1mT to 1000 Torr FYRA Bleed Vacuum Controller Components: FYRA controller Convection-enhance Pirani KF25  gauge sensor | Lesker 275, driver card, and Pirani sensor cable Quantum DCP Gauge and driver card | DuoSENS Capacitive Piezo Vacuum Sensor 0.01 to 1000 Torr, Gas Independent 3 Simple Steps for Vacuum Process Set-up with FYRA Vacuum Controller: Plumb the vacuum gauge(s) and valve into your vessel Connect the sensor, power, and I/O cables into FRYA Measure and control vacuum

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