Images are for illustration purposes only and may differ from the actual product. Some images have been generated or edited, in whole or in part, using artificial intelligence systems. The technical specifications in the product description are authoritative.
Connecting hose 2.5 m long with 32 mm diameter between extraction arm and solder fume extractor. The smaller cross section matches single-station extractors with a 32 mm connection. Suitable for routing under the bench to the parked extraction unit.

Connecting hose 2.5 m dia. 32 mm for solder fume extraction - Oki CH0121

OKI Original product
Net price (excl. VAT)
€50.55
Item WL27144
Manufacturer no. CH0121
Personal expert advice
Brand new Specialist dealer since 2009 Original product Worldwide shipping
Product data
Manufacturer no.CH0121
ConditionNew
Article
WL27144

A single-station extractor usually sits under or beside the bench while the capture point is right at the joint. The CH0121 bridges that distance with 2.5 m of length at 32 mm diameter.

Benefits

  • Length of 2.5 m, enough to run from the workstation to the parked extraction unit
  • Diameter of 32 mm matches extraction arms and units with a 32 mm connection
  • Flexible routing allows installation under the bench or along the frame
  • Serves as a spare or extension part for existing extraction installations

Technical data

Item numberWL27144
ModelCH0121
ManufacturerOKI
Manufacturer item numberCH0121
Length2.5 m (2500 mm)
Diameter32 mm
ESD safeno
Order unitpiece

Applications

Connection of extraction arms and capture elements to solder fume extractors at hand soldering benches and rework stations.

Compatibility and scope of delivery

Suits extraction arms and extractors with a 32 mm connection. Scope of delivery: one 2.5 m connecting hose.

More Information
Manufacturer Nr.CH0121
ManufacturerOki
Weight0.100000
GPSR manufacturer informationOK International Ltd Eagle Close, Chandlers Ford GB-SO53 4NF Hampshire www.metcal.com
Article authenticityOriginal product
Condition of articleNew
Position sensingNo