Informations téléchargeables sur les produits MASS-VIEW

Ci-dessous, vous trouverez les dernières versions de documents téléchargeables.

Informations générales sur la série MASS-VIEW

• Brochure MASS-VIEW series (JP) / パンフレット
  Brochure MASS-VIEW in Japanese language
• Brochure MASS-VIEW series (EN)
  English brochure of MASS-VIEW series
• Brochure MASS-VIEW series (FR)
  French version of the MASS-VIEW brochure
• Brochure MASS-VIEW series (RU) / Брошюра MASS-VIEW
  Brochure MASS-VIEW in Russian language
• Brochure MASS-VIEW series (ZH) / 产品宣传册
  Brochure MASS-VIEW in Traditional Chinese language
• Declaration of conformity
  EU Declaration of conformity MASS-VIEW series | Declaration de conformite EU |EU Bescheinigung der uebereinstimmung
• Dimensional drawing MASS-VIEW controller
  [7.05.890]
• Dimensional drawing MASS-VIEW series
  [7.05.697]
• Hookup diagram MASS-VIEW series
  [9.16.085]
• Hookup MASS-VIEW RS232 interface and Analog IO
  Hookup using Interconnecting Cable RJ-45 male loose end [7.03.427]
• LabView (V8) examples for communicating point to point
  This zipfile contains examples for LabView (V8) to communicate with MASS-VIEW using: DDE, DLL, RS-232
• Leaflet Bronkhorst Calibration Centre
  Leaflet of the Bronkhorst Calibration Centre (English version)
• MASS-VIEW® controller STEP file | MV-401
  3D assembly file containing three-dimensional object data; supported by various mechanical design programs as a 3D product model data exchange format.
• MASS-VIEW® controller STEP file | MV-402 / MV-404 / MV-405
  3D assembly file containing three-dimensional object data; supported by various mechanical design programs as a 3D product model data exchange format.
• MASS-VIEW® meter STEP file
  3D assembly file containing three-dimensional object data; supported by various mechanical design programs as a 3D product model data exchange format.
• MASS-VIEW® meter STEP file | MV-108
  3D assembly file containing three-dimensional object data; supported by various mechanical design programs as a 3D product model data exchange format.
• MASS-VIEW® regulator STEP file
  3D assembly file containing three-dimensional object data; supported by various mechanical design programs as a 3D product model data exchange format.
• MASS-VIEW® regulator STEP file | MV-308
  3D assembly file containing three-dimensional object data; supported by various mechanical design programs as a 3D product model data exchange format.

Manuels

• Benutzer Handbuch RS232 Schnittstelle (DE)
  Benutzer Handbuch RS232 Schnittstelle in Deutsch [9.19.027]
• FLOWPLOT manual (EN)
  English version of manual of FLOWPLOT [9.17.030]
• Instruction manual MASS-VIEW series (EN)
  English version of instruction manual of MASS-VIEW series [9.17.051]
• Modbus interface (EN)
  English version of manual of Modbus [9.17.035]
• Operating instructions digital instruments (EN)
  English version of operation instructions of digital instruments [9.17.023]
• Operating instructions digital instruments (DE)
  German version of operating instructions of digital instruments [9.19.023]
• Quick Installation Guide MASS-VIEW series
  English version of the Quick Installation Guide of MASS-VIEW series [9.17.054]
• Quick Installation Guide Plug-In Power Supply (EN)
  English version of Quick Installation Guide of Plug-In Power Supply [9.17.055]
• RS-232 interface with FLOW-BUS protocol (EN)
  English version of manual of RS-232 interface with FLOW-BUS protocol [9.17.027]

Pilotes pour logiciel

• USB2RS485 driver
  Windows driver for USB to RS485 cable [7.03.470]
• FlowDDE3 + FlowPlot
  This is a compressed file containing FlowDDE3 + a special version of FlowPlot which understands FlowDDE3. With this software it's possible to use three MASS-VIEWs on three USB ports.
• FlowPlot
  Software for monitoring a MASS-VIEW® instrument using a point to point RS-232 connection.
• FlowDDE
  FlowDDE is needed as communication interface between the MASS-VIEW® and FlowPlot
• FlowView
  Software for reading the measured values, alarms and counter from a MASS-VIEW® instrument using a point to point RS-232 connection.
• FluidAdd
  Software for adding fluids to a MASS-VIEW® instrument. This program can be downloaded after a purchase of an additional fluid in the shop .
• Certified LabVIEW Plug and Play (project-style) Instrument Driver
  All FLOW-BUS instruments and instruments with RS232 communication are supported.

Photos haute résolution

• Generic picture of MASS-VIEW(r) series
  JPG, 360 x 463 pixels
• High resolution picture of MASS-VIEW(r) MV-1XX - Front
  JPG, 1000 x 1000 pixels | MV-101, MV-102, MV-104 & MV-106
• High resolution picture of MASS-VIEW(r) MV-1XX - Side
  JPG, 1000 x 1000 pixels | MV-101, MV-102, MV-104 & MV-106
• High resolution picture of MASS-VIEW(r) MV-1XX - Back
  JPG, 1000 x 1000 pixels | MV-101, MV-102, MV-104 & MV-106
• High resolution picture of MASS-VIEW(r) MV-3XX - Front
  JPG, 1000 x 1000 pixels
• High resolution picture of MASS-VIEW(r) MV-3XX - Side
  JPG, 1000 x 1000 pixels | MV-301, MV-302, MV-304 & MV-306
• High resolution picture of MASS-VIEW(r) MV-3XX - Back
  JPG, 1000 x 1000 pixels | MV-301, MV-302, MV-304 & MV-306
• High resolution picture of MASS-VIEW(r) MV-4XX - Front
  JPG, 1000 x 1267 pixels
• High resolution picture of MASS-VIEW(r) MV-4XX - Side
  JPG, 1000 x 1267 pixels
• High resolution picture of MASS-VIEW(r) MV-4xx - Back
  JPG, 1000 x 1267 pixels
• High resolution picture of MASS-VIEW(r) MV-108 - Front
  
• High resolution picture of MASS-VIEW(r) MV-108 - Side
  
• High resolution picture of MASS-VIEW(r) MV-308 - Front
  MV-301, MV-302, MV-304 & MV-306
• High resolution picture of MASS-VIEW(r) MV-308 - Side
  

Graphiques de perte de charge

• Pressure drop MV-102 for Air
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-102 for Ar
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-102 for C3H8
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-102 for CH4
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-102 for CO2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-102 for N2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-102 for O2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-104 for Air
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-104 for Ar
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-104 for C3H8
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-104 for CH4
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-104 for CO2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-104 for N2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-104 for O2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-106 for Air
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-106 for Ar
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-106 for CH4
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-106 for CO2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-106 for N2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-106 for O2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-106 for C3H8
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-302 for Air
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-302 for Ar
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-302 for C3H8
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-302 for CH4
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-302 for CO2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-302 for N2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-302 for O2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-304 for Air
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-304 for Ar
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-304 for C3H8
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-304 for CH4
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-304 for CO2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-304 for N2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-304 for O2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-306 for Air
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-306 for Ar
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-306 for C3H8
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-306 for CH4
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-306 for CO2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-306 for N2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-306 for O2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-192-HE for He
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-194-HE for He
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-196-HE for He
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-192-H2 for H2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-194-H2 for H2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-196-H2 for H2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-108 for Air
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-108 for Ar
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-108 for C3H8
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-108 for CH4
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-108 for CO2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-108 for N2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-108 for O2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-308 for Air
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-308 for Ar
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-308 for C3H8
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-308 for CH4
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-308 for CO2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-308 for N2
  The graph displays the pressure drop as a function of the inlet pressure.
• Pressure drop MV-308 for O2
  The graph displays the pressure drop as a function of the inlet pressure.