all
@
Categories:  Automation (1)   E-Mobility (2)   Gas-Analysis (10)   Mechatronics (3)   News (5)   Product (17)  
Tags:  AK:3   Battery:2   CAN:2   CH4:3   CO:2   CO2:2   DBC:2   E-Mobility:1   EFM:1   EURO7:9   FTIR:1   GPS:1   LGD:1   N2O:3   New:2   NH3:4   Nitrogen:1   NOx:3   OBD:1   Particle:1   PEMS:3   Qbook:1   THC:3   UDL:1  

GD A8678 - Gasdivider

GD A8678 - Gasdivider
GD A8678 - Gasdivider, RGC 803 - Reference Gas Calibrator

Type

Reference gas calibrator Gas divider GD A8677 with Massflow-Controller

High Accuracy

deviation less than 0.5% at measuring point 200 steps

Plug and Play

quick setup, simple operation compact device

Calibration

calibrated according ISO 17025 / DAkkS

Flexible usage

mobile, manual or integrated usage standard interfaces: LAN (AK), CAN (dbc)

Features / description

  • Reference gas calibrator
  • gas divider with 3 Massflow-Controller: 1x zero gas (N2 or synthetic air), 2x span gas
  • type: A8677
  • integrated display for manual usage

Technical data

  • compact design
  • sample flow 0.5 .. 5 l/min
  • accuracy <0.5 % rel. deviation at measuring point
  • repeatability <0.35 % at measuring point
  • delution range 1% .. 100%
  • calibration ISO 17025 / DAkkS
  • interfaces LAN (AK) and CAN (dbc)
  • test gas and zero gas inlets with Quick Connect plugs, internal valve switching
  • outlet with Quick Connect plug
  • power supply 115 / 230 VAC, 50 / 60 Hz
Tags :
comments powered by Disqus

Related Posts

New Website

New Website

We’ve updated our website… 🏠

…but it’s still under construction :/

Read More
GD A8678 - Gasdivider

GD A8678 - Gasdivider

GD A8678 - Gasdivider, RGC 803 - Reference Gas Calibrator

Read More
LGD incl. Power Station

LGD incl. Power Station

LGD A52CS - EURO 7 - Stand-Alone Laserdiod-Detector NH3 / H2O 1Hz Features and description: heated sampling system with integrated self-priming membrane pump and filter measuring component ammonia gas with customized ranges up to 3000 ppm purge of gas cell with N2 or ambient air at standby, flow <0.

Read More