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VersaTorr BVT100 Series Vacuum Gauges

Ultra-wide range vacuum measurement

VersaTorr BVT100 Series vacuum gauges offer best-in-class performance and have established new standards by extending the useable measuring range for thermal conductivity vacuum gauges by 1-3 decades.

Based on cutting edge MEMS (Microelectromechanical Systems) sensor technology, the design of VersaTorr BVT100 Series vacuum gauges is combined with a novel precision digital signal processing architecture and advanced innovative measurement algorithms. Together with precision automated manufacturing and calibration processes, these elements in combination provide a unique product capable of uncompromised measurement performance.

The well-known gas dependency in the rough vacuum range of thermal conductivity gauges has been eliminated by integrating a MEMS diaphragm sensor that offers precision performance comparable to more expensive capacitance manometers. This feature ensures more accurate control of vacuum system venting processes and can prevent over-pressurization of the vacuum system.

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BVT100 Series Data Sheet

Features & Benefits

  • Available in two models, BVT100 measures from atmosphere to 7.5 x 10-7 while BVT125 includes an atmospheric switch.
  • These vacuum gauges simplify system design, save space and costs by minimizing the need for multiple vacuum gauges and a separate atmospheric switch.
  • Ultra-wide measuring range of 9 decades
  • Advanced digital signal processing provides unmatched price performance ratio
  • Gas independent diaphragm sensor from 2 to 1333 mbar
  • Easy configuration via Brooks Vacuum Transducer Communicator USB programmer
  • Ultra-Stable Zero-point drift compensation
  • Optional solid state setpoint relay for process control

Applications

  • Load locks
  • Transfer chambers
  • Forelines
  • Vacuum roughing lines
  • Thin film processing
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Product Type
Dual Sensor: MEMS Pirani & Piezo Diaphragm
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Differentiator

Enhanced accuracy with wide operating range for reliable pump down and base pressure measurement

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Performance
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Temperature
Ambient - 50 oC
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Pressure Range

7.5x10-7 Torr through 1000 Torr

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Accuracy

7.5x10-5 to7.49x10-3 Torr: ±5%

7.5x10-3 to7.49 Torr: ±5%

7.50 to 7.49 Torr: ±1%

75 Torr to 1000 Torr: ≤±0.5%

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Measurement Range
9 decades
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Temperature Effect

Ambient - 50 oC

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Mechanical
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Exposed Materials
304 Stainless steel, Kovar, glass, silicon, nickel, aluminum, SiO2, Si3N4, gold, Viton®, low out-gassing epoxy resin, solder, RO4305
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Over Pressure Limit
10 bar absolute
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Electrical
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Analog Communication

0.5-9.5 Vdc (1V per decade)

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Digital Communication

RS-232

RS-485

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Electrical Connection

9 Pin D-sub male

15 pin HD D-sub male

15 pin HD D-Sub male / dual analog out

6 pin Hirschmann, ID res 3K

6 pin Hirschmann, ID res 5.1K

6 pin Hirschmann, ID res 9.1K/11.1K

8 pin RJ45 / FCC68, ID Res 27K

8 pin RJ45 / FCC68, ID Res 36K

8 pin RJ45 / FCC68, ID Res 43K

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Power Supply / Consumption
240 mW (max)
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Certifications/Approvals
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EMC
Directive EU 2015/863 EMC directive 2014/30/EU
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Filename File Type Documents By Language
Data Sheet - BVT100 pdf English
Data Sheet - BVT125 pdf English

Use the following guide (model code information from data sheet) to translate the CAD configurations available below. If you need assistance or can’t find what you’re looking for, please contact us.

Model
 Fitting

Electrical Connection

BVT100

 DN16KF

15pin D Sub

VersaTorr GUI
Transducer settings and parameters can be programmed from a PC via the VersaTorr GUI.