Bullseye Precision Gauge with 536 KF25 Sensor Vacuum Gauge for Processing

A rugged portable vacuum gauge for processing applications that pairs unparralled vacuum measurement with the Agilent 536 sensor that has an integrated baffel which provides protection and helps reduce risk of sensor failure.

• Visual graphing to detect problems in real time (leak, pump, outgas, stable) and has 12 measurement units
• Analytics to quickly identify vacuum pressure trends
• Quick reading of vacuum level through large number display with back light
• Has a strong magnet for hands-free operation
• Long battery life and micro USB for in-lab use

Product Description

 The Bullseye Precision Gauge 536 is the ideal vacuum gauge for processing. It is portable but has a strong magnet and has the ability to quickly detect vacuum trends, including leaking, pumping and outgassing. This Bullseye Gauge comes pre-calibrated with an Agilent 536 KF25 sensor. 

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
• The 536 all stainless steel sensor with baffle has extended sensor life in the presence of condensable gases and improved performance at higher pressures
• Measurement range:  .001 Torr to 800 Torr
• Accuracy:  ◊   1 to 99 millitorr ±2 millitorr or 20 %   ◊   100 to 2,000 millitorr ±10 %   ◊   2 to 6 torr ±25 %
• Vacuum Interface: KF25 use with the 
• Wetted materials: 304L Stainless steel, glass, Type P thermocouple
• Certifications: CE, RoHS

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 | keep charged with the integrated Micro USB port for power when operating on a vacuum system

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