µ-TD for µ-GC

The µ-TD is a completely automated enrichment and desorption instrument, which has been developed specifically for portable gas chromatographs in the Micro GC series from the company Agilent. The detection limits of a gas-chromatograph working with the µ-TD can be significantly improved. Common interfering compounds, such as water in environmental samples, can be faded out before injection into the GC. The µ-TD is based on the EDU technology. This equipment is sold in cooperation with the company SRA Instruments in Italy/France.

 

- Improvement on detection limits
- Automatic cycles from enrichment to desorption
- Simple changing of adsorbent tubes
- Programmable and independent operation
- Flow lines adapted specifically to the GC from Agilent
- Battery operation is possible
- Heated transfer lines

 Adsorbent Different adsorbent material available: most common Tenax TA 125mg or Tenax TA/Active Charcoal combination
 Tube Holder One adsorbent tube which can be replaced easily, 8 x 110 mm
 Sampling Flow Adjustable, 0.1 to 0.5 L/min
 Sampling  Temperature Typical 30ºC (max. 100ºC)
 Desorption  Temperature   Adjustable, up to 300ºC
 Desorption  Flow Adjustable, 2 ml/min-200 ml/min (external)
 Sampling Inlet Heated tube, max. 150ºC, fluidic/electrical connector
 Transfer Line Heated tube 1/16", Swagelok, max. 150ºC, fluidic/electrical connector
 Sampling  System Internal pump, internal multi port valve, heated
 Cycle Time Typical 6 to 8 min. (with steps; sampling, desorption, injection, cleaning and cooling)
 Operating Mode Single cycle or autom cycling
 Repeatability  < 1 % typical
 Electrical  Interface TTL & RElay communication with devices attached to unit
 Computer  Interface Serial Port _ RS-232
 Power 110..230 VAC and 12 VDC (optional), max. 80W
 Weight 2.3 Kg (5.07 lbm)
 Dimensions 230 x 285 x 68 mm (9.1 x 11.2 x 2.7 in)
 Operating  Temperatures Typical: +5ºC to 40ºC
 Operating  Humidity 5% to 95% r.H., non condensing
 Operating  System Device control software running on Win ME, NT, 2000, XP
 Safety  IEC61010-1