Industrial Kitchens
Back to Products
Halton SPEH.HAL.CAPJET3 - KVI Exhaust Hood Capture Jet 3 - 3 Filters

Halton SPEH.HAL.CAPJET3 - KVI Exhaust Hood Capture Jet 3 - 3 Filters

SKU: STO-SPEH.HAL.CAPJET3-3-Filters

Halton SPEH.HAL.CAPJET3 - KVI Exhaust Hood Capture Jet 3 - 3 Filters

Overall Size: 1800mm(L) x 1500mm(W) x 650mm(H) (Face 650mm(H))

Hood Construction: 1 section, 304 Stainless Steel

Lights: 4 x LED Downlights; 4500K

Filters: 3 x KSA Filters (500mm x 330mm)

Minimum Exhaust Airflow: 720L/s

Hood Static Pressure at Exhaust Collar: 170Pa

Total Required Makeup Air Responsibility of Others

Airflow through Capture Jet Plenum: 80L/s

Airflow Supplied through Hood Face: 0L/s

Additional Airflow (by others): Approx. 540L/s

Hood Static Pressure at Supply Collar: 60Pa

Call for Price

Halton SPEH.HAL.CAPJET3 - KVI Exhaust Hood Capture Jet 3 - 3 Filters

Halton exhaust hoods are designed for use in high energy commercial kitchens and show kitchens. Halton KVI hoods with Capture Jet™ are proprietary kitchen exhaust hoods, that efficiently capture and extract the thermal plume from heavy duty and live fuel cooking equipment. Capture Jet™ helps capture and contain the heat load with up to 30% lower exhaust airflow. Stainless Steel KSA cyclonic grease filters. The canopy is manufactured completely from AISI 304 1.2mm No 4 finish stainless steel. Testing and Balancing (T.A.B) taps for flow measurements are fitted to the exhaust and supply plenums.

  • Kitchen Exhaust Hood shall comply with the requirements or NCC 2015 and AS1668.2 2012
  • Constructed from 1.2 mm AISI 304 Satin finish with fully welded exhaust plenum
  • The hood shall be supplied complete with vertical and horizontal Capture Jet™ technology with high efficiency UL classified multi-cyclone grease filters (KSA) and pressure measurement points as well as exhaust air adjustment dampers and flush light fittings to provide minimum 500 lux at the cooking surface
  • The size shall be as indicated in the drawings
  • The hood will be designed to save energy and capture efficiency will be calculated using convective heat calculation methods
  • Make-up air must be supplied at low velocity by others


PLEASE NOTE IMAGE IS FOR REFERENCE PURPOSES ONLY