Ionisers - A401, A403 & A404

The 401 ionizing bar is designed for simplicity and durability incorporating an efficiently basic method of inductive coupling of the high voltage electrode pins.
By non direct coupling the A401 offers shock proof operation for personnel safety and comfort, this does not impact on the bars capacity to neutralize stubborn static charges.
The bar is constructed from an extruded anodized aluminium U section in which the blue ABS electrode segments are flitted. Each electrode segment is fitted with two stainless steel electrode pins, the length of each segment is 20mm.
The bar has two 20mm long isolating blocks, one at each end of the bar, this means that the overall length of bar will have a total of 40mm of non active length regardless of size. The smallest active bar could therefore in theory be only 60mm in length, although we insert on our smallest bar, two electrode segments making the smallest bar we offer 80mm in length, the maximum 4000mm.

A 401 Shockless AC static eliminator bar
Technical Transformer A301m or A3017 Operating Voltage 7.0 kV+ or - 10% Pin energy 0.16 milligouels + or - 10% Max temperature 60 °C Length 80 mm-4000mm (operational length always 40mm less than overall length) H.V. Cable Standard 2000mm of sliekded H.V. cable-longer lengths available on request. NB:longer lengths must be specified on order cable can not be retrofitted Dimensions See drawing (size in mm) Weight 500g per metre (exclubing cable) Consumption Anodised aluminium frame,containing ABS segments.Stainless steel electrodes pin Mounting Standard two M4 x 20 suds-additional studs can be fitled for long bar lengths Maximum range 25 mm

Model A403 is an extremely powerful, high performance static eliminator bar. The A403 bar has a hot design,whereby the electrode pins are directly connected to the high voltage supply. Whilst this gives a very strong field of ionisation if the electrode pins are touched, the operator will receive a small shock.
The current consumption of A403 is approximately 200ua per metre. This is about 400% higher than the A401shockless bar. The theoretical output of A403 is 400% higher than the A401.
Whilst an operator touching the electrodes whilst connected can receive an unpleasant shock, there is no physical danger as the current output is limited in a maximum of 5 milliamps.