Electrostatic charges - Import export

Simco-Ion Europe offers various electrodes, including the 5 Point, Linear 6 Point and the Pinner Claw, specifically for spotcharging small surfaces. These electrodes are also ideal for edge charging in cast-film extrusion processes. The material applied permits high temperature use. The electrodes are resistor-protected to avoid sparkover. The points are replaceable. Features - Charging electrode - Working distance: min. 12,5 mm - Number of emitter pins: 6 - Dimensions: Length 166 x Ø 20 mm

Simco-Ion Europe offers various electrodes, including the 5 Point, Linear 6 Point and thePinner Claw, specifically for spotcharging small surfaces. These electrodes are also ideal for edge charging in cast-film extrusion processes. The material applied permits high temperature use. The electrodes are resistor-protected to avoid sparkover. The points are replaceable. Features - Charging electrode - Working distance: min. 12,5 mm - Number of emitter pins: 5 - Dimensions: Length 166 x Ø 20 mm

The HDR charging bar suits high velocity applications. Each individual point being fitted with a resistor, so the chance of spark-over is strongly reduced. features - Charging bar - Working distance: 20 mm using <30 kV, 75 mm using 30-60 kV - Suits high velocity applications - Chance of spark-over is strongly reduced

These rugged charging bars are used in a variety of industrial applications. The slot at the rear of the charging bar permits easy mounting. HDC charging bars are provided with a resistor to avoid failures in the machine control system in the event of accidental spark-over. The cable output may be straight or right-angled (90°). Features - Charging bar - Working distance: 20 mm using <30 kV, 75 mm using 30-60 kV - Suitable for a variety of industrial applications - At an unforeseen spark it doesn’t create an interruption in the machine control

The IML Spider is a versatile electrode for direct charging for IML applications. It consists of a IML Spiderblock with built-in resistors to prevent accidental sparking. The IML Spider Block has 8 output ports, withresistors per port, for connection of up to 8 flexible charging electrodes. An additional output port isprovided for daisy chaining complementary IML Spider Blocks. All connection ports are equipped with quick connect plugs. Electrodes are available in lengths of 300 and 500 mm and a special 500 mm long one that can be tailored during installation by use of a special tool. Interconnection cables are available in lengths of 0,5 , 1 , 2 and 3 metres. Connection cable for use with the CM type generator are standard 2 , 5 and 10 metres long. The IML Spider can be used for IML applications in conjunction with IML generators with a maximum output of 18 kV.

The Flat ionizing air nozzle is used to clean and neutralize electrostatically charged surfaces. The use of compressed air allows awkward places to be neutralized and cleaned as well. Connected to a Simco power unit, the ionizing air nozzles produce an air flow which is rich in positive and negative ions. When this air flow is pointed to an electrostatically charged area, electrons are exchanged until the area is neutralized. This makes that the material is neutralized during the blow-off process and prevents the blown-off particles from being re-attracted. The current of the Flat Nozzle is limited, so that the emitter point is safe to touch. The Flat Nozzle is especially suitable for neutralising at the feeding and delivery sections of machines in the printing industry. Features - Working distance: 50-300 mm - Air consumption: 5 Nm3/h using 1 bar - Max. pressure: 6 bar - Shockless touchable emitters

The CMME is a small profile footprint charging generator specially designed for IML applications. The unit has fully integrated high voltage parts and only needs a 24V DC supply. The housing is compact, robust and only weighs 480 grams which makes it perfect for end of arm mounting in IML pick and placehandling systems. It can easily withstand the high G-forces occurring during the IML process. The CMME has a unique (patented) cyle OK feature. A signal will become active when the label(s) have accumulated enough electrostatic charge indicating that the charging is finished. This signal can be used by the machine interface to decide to stop charging. A second stage in the cycle OK signal will indicate that the charge on the mandrell has dropped below asafe level to start moving the mandrell out of the mould.This innovative feature completely eliminates the guess work and experimental setup for each individualIML application, and when changing product or label.